JPH08254068A - Window opening and closing device - Google Patents
Window opening and closing deviceInfo
- Publication number
- JPH08254068A JPH08254068A JP5939095A JP5939095A JPH08254068A JP H08254068 A JPH08254068 A JP H08254068A JP 5939095 A JP5939095 A JP 5939095A JP 5939095 A JP5939095 A JP 5939095A JP H08254068 A JPH08254068 A JP H08254068A
- Authority
- JP
- Japan
- Prior art keywords
- torque
- opening
- window
- closing
- male screw
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Landscapes
- Transmission Devices (AREA)
- Wing Frames And Configurations (AREA)
- Gears, Cams (AREA)
Abstract
Description
【０００１】[0001]
【産業上の利用分野】本発明は、窓を遠隔操作により開
閉する装置に関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a device for opening and closing windows by remote control.
【０００２】[0002]
【従来の技術】従来より直接手で開閉できない場所に設
けられた窓を遠隔操作により開閉する窓の開閉装置が用
いられている。このような窓の開閉装置は窓を押し引き
する開閉動作手段と、開閉動作手段を操作する動作を生
じる操作機構と、操作機構および開閉動作手段に介在し
操作機構の動作により開閉動作手段を作動させるギアケ
ースとからなるものがある。開閉動作手段は螺旋状の突
条が設けられた可撓性の軸部材またはチェーンが用いら
れ、窓の枠に一端部が取り付けられ押し引き操作され
る。2. Description of the Related Art Conventionally, there has been used a window opening / closing device for remotely opening / closing a window provided in a place where it cannot be opened / closed by hand. Such a window opening / closing device has an opening / closing operation means for pushing and pulling the window, an operation mechanism for operating the opening / closing operation means, and an opening / closing operation means operated by the operation mechanism and the opening / closing operation means. There are things that consist of gear cases. A flexible shaft member or a chain provided with a spiral ridge is used as the opening / closing operation means, and one end portion is attached to the frame of the window to perform push-pull operation.
【０００３】操作機構は軸状をなして変形または変位す
る動作発生部と、動作発生部を操作する操作部とからな
る。そして動作発生部は螺旋状の突条が形成された軸を
なし突条の進行方向に移動する可撓性の移動軸部、また
はネジが形成された軸をなし軸回りに回転する回転軸部
が多用されている。そしてギアケースは開閉動作手段お
よび動作発生部が内部を通過するケース本体と、ケース
本体内に配され動作発生部の回転または移動変位を伝達
することにより開閉動作手段に移動を行わせる伝達ギア
とを備える。そして、ケース本体は窓が取り付けられる
開口枠または開口枠の近くに取り付けられている。The operating mechanism is composed of an operation generating section that is deformed or displaced in the form of a shaft, and an operation section that operates the operation generating section. The motion generating portion is a flexible moving shaft portion that has a shaft formed with a spiral ridge and moves in the traveling direction of the ridge, or a rotating shaft portion that rotates around a shaft without a screw formed shaft. Is often used. The gear case includes a case main body through which the opening / closing operation means and the operation generator pass, and a transmission gear arranged in the case main body for transmitting the rotation or movement displacement of the operation generator to the opening / closing operation means. Equipped with. The case body is attached to the opening frame to which the window is attached or near the opening frame.
【０００４】[0004]
【発明が解決しようとする課題】しかるに上記の窓の開
閉装置は、ギアケースが開口枠付近に大きな空間を専有
していた。また、開閉動作手段は弾性変形や伝達ギアと
の間のバックラッシュ等を生じるため窓を所望の角度で
正確に固定することが困難であり、また風などによる荷
重に対して窓の角度の保持が不十分であった。そして動
作に伴いギアケースにおいて発生する音が大きかった。
本発明の目的は、雄ねじと雌ねじとの螺合により窓の開
度を決定できる窓の開閉装置の提供にある。However, in the above-mentioned window opening / closing device, the gear case occupies a large space near the opening frame. Further, since the opening / closing means causes elastic deformation and backlash with the transmission gear, it is difficult to accurately fix the window at a desired angle, and the angle of the window is maintained against a load such as wind. Was insufficient. Then, the sound generated in the gear case due to the operation was loud.
An object of the present invention is to provide a window opening / closing device that can determine the opening degree of a window by screwing a male screw and a female screw.
【０００５】[0005]
【課題を解決するための手段】本発明は、境界壁に設け
られた開口を所定の軌道に沿って開閉する窓を遠隔操作
する窓の開閉装置において、前記開口付近に前記窓の開
閉に必要な操作トルクを伝達する操作トルク伝達手段
と、前記開口付近に取り付けられると共に前記操作トル
ク伝達手段に連結し、前記窓が作用力を受ける作用位置
を指向する指向軸回りのトルクを発生するトルク発生部
を有するトルク変換手段と、前記指向軸と同軸な雄ねじ
が形成され前記雄ねじの一端側で前記トルク発生部に結
合し、前記トルク発生部からのトルクにより回転する雄
ねじ回転手段と、前記指向軸と同軸で一端部に前記雄ね
じに螺合する雌ねじを有すると共に前記雄ねじを挿入す
るよう形成され他端部において前記作用位置で前記窓に
連結し前記雄ねじ回転手段に対して前記指向軸方向に相
対移動する雌ねじ移動手段とを備えた窓の開閉装置を第
１の技術的手段として採用する。DISCLOSURE OF THE INVENTION The present invention is a window opening / closing device for remotely operating a window for opening / closing an opening provided in a boundary wall along a predetermined track, and is required for opening / closing the window near the opening. Torque transmitting means for transmitting various operating torques and torque generating for generating torque around a directional axis which is attached near the opening and is connected to the operating torque transmitting means, and which directs a working position where the window receives a working force A torque conversion means having a portion, a male screw coaxial with the directional axis is formed, is coupled to the torque generating part at one end side of the male screw, and is rotated by torque from the torque generating part, and the directional shaft Has a female screw threaded to the male thread at one end coaxially with the male thread and is formed to insert the male thread at the other end, and is connected to the window at the working position. Employing a window of the switchgear that includes a female screw moving means for relatively moving the directional axis direction with respect to the unit as a first technical means.
【０００６】本発明は、境界壁に設けられた開口を所定
の軌道に沿って開閉する窓を遠隔操作する窓の開閉装置
において、前記開口付近に前記窓の開閉に必要な操作ト
ルクを伝達する操作トルク伝達手段と、前記開口付近に
取り付けられると共に前記操作トルク伝達手段に連結
し、前記窓が作用力を受ける作用位置を指向する指向軸
回りのトルクを発生するトルク発生部を有するトルク変
換手段と、前記指向軸と同軸で一端部に雌ねじを有する
筒状に形成され他端側で前記トルク発生部に結合し、前
記トルク発生部からのトルクにより回転する雌ねじ回転
手段と、前記指向軸と同軸で前記雌ねじに螺合して前記
雌ねじ回転手段に挿入される雄ねじが形成されると共に
一端において前記作用位置で前記窓に連結し前記雌ねじ
回転手段に対して前記指向軸方向に相対移動する雄ねじ
移動手段とを備えた窓の開閉装置を第２の技術的手段と
して採用する。According to the present invention, in a window opening / closing device for remotely operating a window for opening / closing an opening provided in a boundary wall along a predetermined track, an operation torque required for opening / closing the window is transmitted to the vicinity of the opening. A torque converting means having an operating torque transmitting means and a torque generating part which is mounted near the opening and which is connected to the operating torque transmitting means and which generates a torque around a directional axis that directs an acting position where the window receives an acting force. A female screw rotating means that is coaxial with the directional axis and has a cylindrical shape with an internal thread at one end, is coupled to the torque generating section at the other end, and rotates by the torque from the torque generating section; A male screw coaxially screwed into the female screw and inserted into the female screw rotating means is formed, and at one end, the male screw is connected to the window at the operating position and is connected to the female screw rotating means. Employing a window of the switchgear that includes a male screw moving means for relatively moving the directional axis as the second technical means.
【０００７】[0007]
【作用および発明の効果】本発明の窓の開閉装置は、雄
ねじと雌ねじとの相対変位により窓を所望の高精度な開
度に正確に設定できる。しかも請求項１の窓の開閉装置
は雄ねじ回転手段が風等の荷重に際して雌ねじ移動手段
による軸方向荷重を受け持つので、窓の開度の保持が確
実である。また請求項２の窓の開閉装置は雌ねじ回転手
段が風等の荷重に際して雄ねじ移動手段による軸方向荷
重を受け持つので、窓の開度の保持が確実である。According to the window opening / closing device of the present invention, the window can be accurately set to a desired highly accurate opening degree by the relative displacement of the male screw and the female screw. Moreover, in the window opening / closing device of the first aspect, since the male screw rotating means bears the axial load by the female screw moving means when a load such as wind is applied, the opening degree of the window can be reliably maintained. Further, in the window opening / closing device according to the second aspect, since the female screw rotating means bears the axial load by the male screw moving means when a load such as wind is applied, the opening degree of the window can be reliably maintained.
【０００８】[0008]
【実施例】次に、本発明の窓の開閉装置を、図に示す一
実施例に基づき説明する。本実施例では、本発明の窓の
開閉装置が方形の開口枠の上辺部に沿った軸回りに回転
するよう蝶番で取り付けられた方形の下開き窓の開閉に
用いられる。DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, a window opening / closing device of the present invention will be described based on an embodiment shown in the drawings. In this embodiment, the window opening / closing device of the present invention is used to open / close a rectangular lower opening window hinged to rotate about an axis along the upper side of the rectangular opening frame.
【０００９】〔装置の構成〕本実施例の窓の開閉装置１
は、図１に示すように手動によりトルクを発生する操作
部２と、操作部２に連結し窓Ｗが開閉する開口Ｆ付近に
トルクを伝達するトルク伝達機構５と、トルク伝達機構
５に連結し窓Ｗを開閉する第１開閉動作部９および第２
開閉動作部１０とからなる。操作部２は、操作用のハン
ドル３と、開口Ｆの下方の壁面の第１取付け位置Ａに固
定されると共にハンドル３が連結しハンドル３によるト
ルクを開口Ｆに向かう軸回りに転向させる第１トルク転
向部４とからなる。[Device Configuration] Window opening / closing device 1 of the present embodiment
1 is an operating portion 2 for manually generating torque as shown in FIG. 1, a torque transmitting mechanism 5 for transmitting torque to the vicinity of an opening F that is connected to the operating portion 2 and opens and closes a window W, and is connected to the torque transmitting mechanism 5. First opening / closing operation unit 9 and second opening / closing window W
The open / close operation unit 10 is included. The operating portion 2 is fixed to the operating handle 3 and the first mounting position A on the wall surface below the opening F, and is connected to the handle 3 to turn the torque of the handle 3 around the axis toward the opening F. And a torque turning section 4.
【００１０】第１トルク転向部４は、ハンドル３に取付
けられハンドル３と同軸の第１駆動ウォームギア（図示
しない）と、第１駆動ウォームギアに直交する第１従動
ウォームギア（図示しない）と、第１駆動ウォームギア
および第１従動ウォームギアを支持して覆う第１転向ケ
ース４０とからなる。トルク伝達機構５は操作部２に連
結する第１トルク伝達部６と、第１トルク伝達部６およ
び第１開閉動作部９に連結する第２トルク伝達部７と、
第２トルク伝達部７および第２開閉動作部１０に連結す
る第３トルク伝達部８とからなる。The first torque turning portion 4 is attached to the handle 3 and has a first drive worm gear (not shown) coaxial with the handle 3, a first driven worm gear (not shown) orthogonal to the first drive worm gear, and a first drive worm gear. It comprises a first turning case 40 which supports and covers the drive worm gear and the first driven worm gear. The torque transmission mechanism 5 includes a first torque transmission portion 6 connected to the operation portion 2, a second torque transmission portion 7 connected to the first torque transmission portion 6 and the first opening / closing operation portion 9,
It is composed of a second torque transmission unit 7 and a third torque transmission unit 8 connected to the second opening / closing operation unit 10.
【００１１】第１トルク伝達部６は第１トルク転向部４
の第１従動ウォームギアに一端部において連結してトル
クを開口Ｆ付近まで伝達する管状の第１伝達パイプ６０
と、第１伝達パイプ６０の他端部に連結してトルクを転
向する第２トルク転向部６１とからなる。第２トルク転
向部６１は第１伝達パイプ６０の他端部が連結し第１伝
達パイプ６０と同軸の第２駆動ウォームギア（図示しな
い）と、この第２駆動ウォームギアに直交する第２従動
ウォームギア（図示しない）と、第２駆動ウォームギア
および第２従動ウォームギアを支持して覆う第２転向ケ
ース６２とからなる。The first torque transmitting portion 6 is the first torque turning portion 4
First transmission pipe 60 for connecting torque to the first driven worm gear at one end and transmitting torque to the vicinity of the opening F
And a second torque turning portion 61 that turns the torque by connecting to the other end of the first transmission pipe 60. The second torque turning portion 61 has a second drive worm gear (not shown) coaxial with the first transmission pipe 60 to which the other end of the first transmission pipe 60 is connected, and a second driven worm gear orthogonal to the second drive worm gear (not shown). (Not shown) and a second turning case 62 that supports and covers the second drive worm gear and the second driven worm gear.
【００１２】そして第２トルク転向部６１は第２従動ウ
ォームギアが開口Ｆの下辺Ｆａと平行になるように開口
Ｆの下辺Ｆａの斜め下方の壁面にある第２取付け位置Ｂ
に取り付けられている。第２トルク伝達部７は第２トル
ク転向部６１の第２従動ウォームギアに一端が連結し開
口Ｆの下辺Ｆａに沿ってトルクを伝達する第２伝達パイ
プ７０と、第２伝達パイプ７０の他端部が連結しトルク
を直交２方向に分岐させる第１トルク分岐部７１（本発
明のトルク変換手段）とからなる。そして第１トルク分
岐部７１は第２伝達パイプ７０の軸回りに回動するよう
に開口Ｆの下辺Ｆａの第１縦枠Ｗａ側の端部の下方の壁
面にある第３取付け位置Ｃに一対の支持金具７３により
固定されている（図２参照）。The second torque turning portion 61 is located at a second mounting position B on the wall surface obliquely below the lower side Fa of the opening F so that the second driven worm gear is parallel to the lower side Fa of the opening F.
Attached to. The second torque transmitting portion 7 has one end connected to the second driven worm gear of the second torque turning portion 61 and transmitting the torque along the lower side Fa of the opening F, and the other end of the second transmitting pipe 70. And a first torque branching unit 71 (a torque converting unit of the present invention) that connects the units and branches the torque in two orthogonal directions. Then, the first torque branching portion 71 is paired with the third mounting position C on the wall surface below the end portion of the lower side Fa of the opening F on the side of the first vertical frame Wa so as to rotate around the axis of the second transmission pipe 70. It is fixed by the support metal fitting 73 (see FIG. 2).
【００１３】第１トルク分岐部７１は、第２伝達パイプ
７０の他端部と第３トルク伝達部８とを連結し第２伝達
パイプ７０と同軸の第１駆動連結ウォームギア（図示し
ない）と、この第１駆動連結ウォームギアに直交する第
３従動ウォームギア（本発明のトルク発生部、図示しな
い）と、第１駆動連結ウォームギアおよび第３従動ウォ
ームギアを支持して覆う第１分岐ケース７２とからな
る。第３トルク伝達部８は第１トルク分岐部７１の第１
駆動連結ウォームギアに連結し開口Ｆの下辺Ｆａに沿っ
てトルクを伝達する第３伝達パイプ８０と、第３伝達パ
イプ８０の他端部が連結しトルクを直交２方向に分岐さ
せる第２トルク分岐部８１（本発明のトルク変換手段）
とからなる。The first torque branch portion 71 connects the other end of the second transmission pipe 70 and the third torque transmission portion 8 with a first drive connection worm gear (not shown) coaxial with the second transmission pipe 70. It comprises a third driven worm gear (a torque generator of the present invention, not shown) orthogonal to the first drive connecting worm gear, and a first branch case 72 which supports and covers the first drive connecting worm gear and the third driven worm gear. The third torque transmission portion 8 is the first torque branch portion 71 of the first torque branch portion 71.
A third transmission pipe 80 that is coupled to the drive coupling worm gear and that transmits torque along the lower side Fa of the opening F, and a second torque branching portion that is coupled to the other end of the third transmission pipe 80 and branches the torque in two orthogonal directions. 81 (torque converting means of the present invention)
Consists of
【００１４】そして第２トルク分岐部８１は第３伝達パ
イプ８０の軸回りに回動するように開口Ｆの下辺Ｆａの
第２縦枠Ｗｂ側の端部の下方の壁面にある第４取付け位
置Ｄに一対の支持金具８３により固定されている。第２
トルク分岐部８１は、第３伝達パイプ８０の他端部を連
結し第３伝達パイプ８０と同軸の第２駆動連結ウォーム
ギア（図示しない）と、この第２駆動連結ウォームギア
に直交する第４従動ウォームギア（本発明のトルク発生
部、図示しない））と、第２駆動連結ウォームギアおよ
び第４従動ウォームギアを支持して覆う第２分岐ケース
８２とからなる。The second torque branch portion 81 is located at a fourth mounting position on the wall surface below the end portion of the lower side Fa of the opening F on the second vertical frame Wb side so as to rotate around the axis of the third transmission pipe 80. It is fixed to D by a pair of support fittings 83. Second
The torque branching unit 81 connects the other end of the third transmission pipe 80 to a second drive coupling worm gear (not shown) coaxial with the third transmission pipe 80, and a fourth driven worm gear orthogonal to the second drive coupling worm gear. (A torque generator of the present invention, not shown)) and a second branch case 82 that supports and covers the second drive connection worm gear and the fourth driven worm gear.
【００１５】第１開閉動作部９は第１トルク分岐部７１
の第３従動ウォームギアのトルクにより窓Ｗの開度を調
節する調節部９０（本発明の雄ねじ回転手段）と、調節
部９０に対して相対移動して調節部９０と共に窓Ｗを保
持する移動部９３（雌ねじ移動手段）とからなる。調節
部９０は、雄ねじが切られた雄ねじシャフト９１と、雄
ねじシャフト９１が第３従動ウォームギアと同軸になる
ように雄ねじシャフト９１の一端部を第３従動ウォーム
ギアに結合する結合部材９２とからなる。The first opening / closing operation unit 9 is a first torque branching unit 71.
Adjusting unit 90 (male screw rotating means of the present invention) that adjusts the opening degree of the window W by the torque of the third driven worm gear, and a moving unit that relatively moves with respect to the adjusting unit 90 and holds the window W together with the adjusting unit 90. And 93 (female screw moving means). The adjusting unit 90 includes a male screw shaft 91 having a male screw thread cut off, and a coupling member 92 that couples one end of the male screw shaft 91 to the third driven worm gear so that the male screw shaft 91 is coaxial with the third driven worm gear.
【００１６】移動部９３は、雄ねじシャフト９１に他端
側から螺合する雌ねじの切られた雌ねじブロック９４
と、雌ねじブロック９４に結合し雄ねじシャフト９１に
対して相対移動する移動パイプ９５（図３（ａ）、
（ｂ）参照）と、移動パイプ９５を第１縦枠Ｗａに取り
付ける取付け金具９７（図４参照）とからなる。移動パ
イプ９５は、一端において雌ねじブロック９４と同軸に
結合すると共に他端部に移動パイプ９５の軸と直角方向
に貫通する連結ピン９６を有する。取付け金具９７は、
第１縦枠Ｗａに固定されると共に移動パイプ９５が連結
ピン９６を中心に第１縦枠Ｗａと平行な面内に回転自在
となるように連結ピン９６を保持している。The moving portion 93 has a female screw block 94 with a female screw thread that is screwed into the male screw shaft 91 from the other end side.
And a moving pipe 95 that is coupled to the female screw block 94 and moves relative to the male screw shaft 91 (FIG. 3 (a),
(See (b)) and a mounting bracket 97 (see FIG. 4) for attaching the moving pipe 95 to the first vertical frame Wa. The moving pipe 95 has a connecting pin 96 which is coaxially connected to the female screw block 94 at one end and penetrates in the other end at a right angle to the axis of the moving pipe 95. The mounting bracket 97 is
The moving pipe 95 is fixed to the first vertical frame Wa and holds the connecting pin 96 such that the moving pipe 95 is rotatable about the connecting pin 96 in a plane parallel to the first vertical frame Wa.
【００１７】第２開閉動作部１０は第１開閉動作部９と
同じもので、取付け金具９７が第２縦枠Ｗｂに第１開閉
動作部９の取付け金具９７と同じ高さに取り付けられて
いる。また結合部材９２が第２トルク分岐部８１の第４
従動ウォームギアに結合している。The second opening / closing section 10 is the same as the first opening / closing section 9, and the mounting bracket 97 is mounted on the second vertical frame Wb at the same height as the mounting bracket 97 of the first opening / closing section 9. . Further, the coupling member 92 is the fourth torque branch portion 81 of the fourth torque branch portion 81.
It is connected to the driven worm gear.
【００１８】〔装置の作動〕ハンドル３を手回しするこ
とにより第１トルク転向部４、第１伝達パイプ６０、第
２トルク転向部６１、第２伝達パイプ７０を介して第１
トルク分岐部７１にトルクが伝達する。そして第１トル
ク分岐部７１は、第１開閉動作部９の雄ねじシャフト９
１および第３伝達パイプ８０にトルクを伝達する。さら
に第２トルク分岐部８１は第３伝達パイプ８０からのト
ルクを第２開閉動作部１０の雄ねじシャフト９１に伝達
する。[Operation of Device] By rotating the handle 3 by hand, the first torque turning portion 4, the first transmission pipe 60, the second torque turning portion 61, and the second transmission pipe 70 are used to move the first torque turning portion 4, the first torque turning portion 61, and the second torque turning portion 61.
The torque is transmitted to the torque branch portion 71. The first torque branching portion 71 is the male screw shaft 9 of the first opening / closing operation portion 9.
The torque is transmitted to the first and third transmission pipes 80. Further, the second torque branch portion 81 transmits the torque from the third transmission pipe 80 to the male screw shaft 91 of the second opening / closing operation portion 10.
【００１９】これにより回転する雄ねじシャフト９１が
雌ねじブロック９４を軸方向に移動させ、移動パイプ９
５に挿入される雄ねじシャフト９１の挿入部分が回転方
向により増減する。そして第１開閉動作部９および第２
開閉動作部１０は常に等しい長さを保って同時に伸縮す
る。As a result, the rotating male screw shaft 91 moves the female screw block 94 in the axial direction, and the moving pipe 9
The insertion portion of the male screw shaft 91 that is inserted into the connector 5 increases or decreases depending on the rotation direction. Then, the first opening / closing operation unit 9 and the second
The opening / closing operation unit 10 always expands and contracts at the same time while keeping the same length.
【００２０】〔実施例の効果〕本実施例の窓の開閉装置
１は、雄ねじシャフト９１と雌ねじブロック９４との相
対変位により窓Ｗを所望の高精度な開度に正確に設定で
きる。しかも雄ねじシャフト９１が風等の荷重に際して
雌ねじブロック９４による軸方向荷重を受け持つので、
窓Ｗの開度の保持が確実である。第１トルク転向部４、
第２トルク転向部６１、第１トルク分岐部７１、第２ト
ルク分岐部８１はコンパクトで場所を取らず、バックラ
ッシュが少ないため作動に際し静粛である。[Effects of the Embodiment] In the window opening / closing device 1 of this embodiment, the window W can be accurately set to a desired highly accurate opening degree by the relative displacement of the male screw shaft 91 and the female screw block 94. Moreover, since the male screw shaft 91 bears the axial load by the female screw block 94 when a wind or the like is loaded,
The opening of the window W is reliably maintained. The first torque turning section 4,
The second torque turning portion 61, the first torque branching portion 71, and the second torque branching portion 81 are compact and do not occupy a lot of space, and because there is little backlash, they are quiet in operation.
【００２１】〔変形例〕第１開閉動作部９、第２開閉動
作部１０は窓Ｗ側に雄ねじシャフト９１を取付け、開口
Ｆ側に移動パイプ９５を取り付けるようにしてもよい。
第１開閉動作部９、第２開閉動作部１０には２条ねじ、
３条ねじを採用してもよい。複数の第１開閉動作部９、
第１トルク分岐部７１、第２開閉動作部１０、第２トル
ク分岐部８１を伝達パイプで繋ぐことにより連窓に適用
してもよい。ウォームギアの組み合わせの代わりに傘歯
車の組み合わせを用いてもよい。[Modification] In the first opening / closing operation unit 9 and the second opening / closing operation unit 10, a male screw shaft 91 may be attached to the window W side and a moving pipe 95 may be attached to the opening F side.
The first opening / closing operation unit 9 and the second opening / closing operation unit 10 have double thread screws,
A triple thread screw may be adopted. A plurality of first opening / closing operation units 9,
The first torque branching unit 71, the second opening / closing operation unit 10, and the second torque branching unit 81 may be connected to each other by a transmission pipe so as to be applied to a window. A bevel gear combination may be used instead of the worm gear combination.
【図１】窓の開閉装置の斜視図である。FIG. 1 is a perspective view of a window opening / closing device.
【図２】第１トルク分岐部の斜視図である。FIG. 2 is a perspective view of a first torque branch portion.
【図３】雄ねじシャフトおよび移動パイプの連結部の斜
視図（ａ）、雄ねじシャフトおよび移動パイプの連結部
の断面図（ｂ）である。FIG. 3 is a perspective view (a) of a connecting portion between the male screw shaft and the moving pipe, and a sectional view (b) of the connecting portion between the male screw shaft and the moving pipe.
【図４】移動パイプの取付け部の斜視図である。FIG. 4 is a perspective view of a mounting portion of a moving pipe.
１ 窓の開閉装置 ７１ 第１トルク分岐部（トルク変換手段） ８１ 第２トルク分岐部（トルク変換手段） ９０ 調節部（雄ねじ回転手段） ９３ 移動部（雌ねじ移動手段） Ｆ 開口 Ｗ 窓 DESCRIPTION OF SYMBOLS 1 Window opening / closing device 71 1st torque branching part (torque converting means) 81 2nd torque branching part (torque converting means) 90 Adjustment part (male screw rotating means) 93 Moving part (female screw moving means) F Opening W window
Claims (2)
って開閉する窓を遠隔操作する窓の開閉装置において、 前記開口付近に前記窓の開閉に必要な操作トルクを伝達
する操作トルク伝達手段と、 前記開口付近に取り付けられると共に前記操作トルク伝
達手段に連結し、前記窓が作用力を受ける作用位置を指
向する指向軸回りのトルクを発生するトルク発生部を有
するトルク変換手段と、 前記指向軸と同軸な雄ねじが形成され前記雄ねじの一端
側で前記トルク発生部に結合し、前記トルク発生部から
のトルクにより回転する雄ねじ回転手段と、 前記指向軸と同軸で一端部に前記雄ねじに螺合する雌ね
じを有すると共に前記雄ねじを挿入するよう形成され他
端部において前記作用位置で前記窓に連結し前記雄ねじ
回転手段に対して前記指向軸方向に相対移動する雌ねじ
移動手段とを備えた窓の開閉装置。1. A window opening / closing device for remotely operating a window for opening / closing an opening provided in a boundary wall along a predetermined track, wherein an operation torque for transmitting an operation torque required for opening / closing the window to the vicinity of the opening. Transmission means, and a torque conversion means having a torque generation portion that is mounted near the opening and is coupled to the operation torque transmission means, and that generates a torque around a directional axis that directs an operating position where the window receives an acting force; A male screw rotating means that is formed with a male screw coaxial with the directional axis, is coupled to the torque generating portion at one end side of the male screw, and is rotated by the torque from the torque generating portion; and the male screw is coaxial with the directional axis at one end portion. Has a female screw to be screwed into and is formed to insert the male screw, and is connected to the window at the operating position at the other end to the directional shaft with respect to the male screw rotating means. And a window opening / closing device including a female screw moving means that moves relative to each other in a direction.
って開閉する窓を遠隔操作する窓の開閉装置において、 前記開口付近に前記窓の開閉に必要な操作トルクを伝達
する操作トルク伝達手段と、 前記開口付近に取り付けられると共に前記操作トルク伝
達手段に連結し、前記窓が作用力を受ける作用位置を指
向する指向軸回りのトルクを発生するトルク発生部を有
するトルク変換手段と、 前記指向軸と同軸で一端部に雌ねじを有する筒状に形成
され他端側で前記トルク発生部に結合し、前記トルク発
生部からのトルクにより回転する雌ねじ回転手段と、 前記指向軸と同軸で前記雌ねじに螺合して前記雌ねじ回
転手段に挿入される雄ねじが形成されると共に一端にお
いて前記作用位置で前記窓に連結し前記雌ねじ回転手段
に対して前記指向軸方向に相対移動する雄ねじ移動手段
とを備えた窓の開閉装置。2. A window opening / closing device for remotely operating a window for opening / closing an opening provided in a boundary wall along a predetermined track, wherein an operation torque for transmitting an operation torque required for opening / closing the window near the opening. Transmission means, and a torque conversion means having a torque generation portion that is mounted near the opening and is coupled to the operation torque transmission means, and that generates a torque around a directional axis that directs an operating position where the window receives an acting force; A female screw rotating means that is coaxial with the directional axis and has a cylindrical shape with an internal thread at one end, is coupled to the torque generating section at the other end side, and rotates by the torque from the torque generating section, and coaxial with the directional axis. A male screw is formed which is screwed into the female screw and inserted into the female screw rotating means, and is connected to the window at the operating position at one end thereof and is directed to the female screw rotating means. An opening and closing device for a window, which is provided with a male screw moving means that relatively moves in a direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP5939095A JPH08254068A (en) | 1995-03-17 | 1995-03-17 | Window opening and closing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP5939095A JPH08254068A (en) | 1995-03-17 | 1995-03-17 | Window opening and closing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH08254068A true JPH08254068A (en) | 1996-10-01 |
Family
ID=13111917
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP5939095A Pending JPH08254068A (en) | 1995-03-17 | 1995-03-17 | Window opening and closing device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH08254068A (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2012031583A (en) * | 2010-07-29 | 2012-02-16 | Aisin Seiki Co Ltd | Awning device |
| CN102654016A (en) * | 2012-02-01 | 2012-09-05 | 胡达广 | Awning window |
| CN102747918A (en) * | 2011-04-18 | 2012-10-24 | 杨伟伟 | Helix pull rod type door opening machine |
| JP2014206015A (en) * | 2013-04-15 | 2014-10-30 | 三協立山株式会社 | Natural ventilation window |
| CN105201348A (en) * | 2015-08-17 | 2015-12-30 | 苏州锟鹏肖氏建材有限公司 | Electric casement window |
-
1995
- 1995-03-17 JP JP5939095A patent/JPH08254068A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2012031583A (en) * | 2010-07-29 | 2012-02-16 | Aisin Seiki Co Ltd | Awning device |
| CN102747918A (en) * | 2011-04-18 | 2012-10-24 | 杨伟伟 | Helix pull rod type door opening machine |
| CN102654016A (en) * | 2012-02-01 | 2012-09-05 | 胡达广 | Awning window |
| JP2014206015A (en) * | 2013-04-15 | 2014-10-30 | 三協立山株式会社 | Natural ventilation window |
| CN105201348A (en) * | 2015-08-17 | 2015-12-30 | 苏州锟鹏肖氏建材有限公司 | Electric casement window |
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