[go: up one dir, main page]

JP2017206951A - Slide device convenient for adjusting tension - Google Patents

Slide device convenient for adjusting tension Download PDF

Info

Publication number
JP2017206951A
JP2017206951A JP2017092981A JP2017092981A JP2017206951A JP 2017206951 A JP2017206951 A JP 2017206951A JP 2017092981 A JP2017092981 A JP 2017092981A JP 2017092981 A JP2017092981 A JP 2017092981A JP 2017206951 A JP2017206951 A JP 2017206951A
Authority
JP
Japan
Prior art keywords
groove
push
pull
slit
slide
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
Application number
JP2017092981A
Other languages
Japanese (ja)
Inventor
范翠▲貞▼
Cui Chen Fan
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Pixian Ouxikouwa Stationery Co Ltd
Original Assignee
Pixian Ouxikouwa Stationery Co Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Pixian Ouxikouwa Stationery Co Ltd filed Critical Pixian Ouxikouwa Stationery Co Ltd
Publication of JP2017206951A publication Critical patent/JP2017206951A/en
Pending legal-status Critical Current

Links

Classifications

    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05D—HINGES OR SUSPENSION DEVICES FOR DOORS, WINDOWS OR WINGS
    • E05D13/00—Accessories for sliding or lifting wings, e.g. pulleys, safety catches
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05F—DEVICES FOR MOVING WINGS INTO OPEN OR CLOSED POSITION; CHECKS FOR WINGS; WING FITTINGS NOT OTHERWISE PROVIDED FOR, CONCERNED WITH THE FUNCTIONING OF THE WING
    • E05F11/00—Man-operated mechanisms for operating wings, including those which also operate the fastening
    • E05F11/38—Man-operated mechanisms for operating wings, including those which also operate the fastening for sliding windows, e.g. vehicle windows, to be opened or closed by vertical movement
    • E05F11/48—Man-operated mechanisms for operating wings, including those which also operate the fastening for sliding windows, e.g. vehicle windows, to be opened or closed by vertical movement operated by cords or chains or other flexible elongated pulling elements, e.g. tapes
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05F—DEVICES FOR MOVING WINGS INTO OPEN OR CLOSED POSITION; CHECKS FOR WINGS; WING FITTINGS NOT OTHERWISE PROVIDED FOR, CONCERNED WITH THE FUNCTIONING OF THE WING
    • E05F11/00—Man-operated mechanisms for operating wings, including those which also operate the fastening
    • E05F11/54—Man-operated mechanisms for operating wings, including those which also operate the fastening for doors
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05F—DEVICES FOR MOVING WINGS INTO OPEN OR CLOSED POSITION; CHECKS FOR WINGS; WING FITTINGS NOT OTHERWISE PROVIDED FOR, CONCERNED WITH THE FUNCTIONING OF THE WING
    • E05F5/00—Braking devices, e.g. checks; Stops; Buffers
    • E05F5/06—Buffers or stops limiting opening of swinging wings, e.g. floor or wall stops

Landscapes

  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Power-Operated Mechanisms For Wings (AREA)
  • Transmission Devices (AREA)

Abstract

PROBLEM TO BE SOLVED: To provide a slide device convenient for adjusting tension.SOLUTION: A slide device is convenient for adjusting tension, and includes a push/pull component 9 made to slide on a groove of a slide rail 7 by a slide rail component 7 and pushing/pulling force. The slide rail component 7 comprises a main component 79 and a pulley box 71 installed and fixed on both sides of the main component 79, the pulley box having a setting plate 61 that is longitudinally symmetrical fitted thereon. An adjustment device 62 curved outward is installed on each setting plate 61. A belt 8 is wound around a pulley 711 in the pulley box 71, to seal the groove. A rotation axis of the pulley 711 is installed on the setting plate 61 in a rotatable way. A top part of the guide sealing belt 8 extends in an upper slit 702 of the groove in a lengthwise direction, to seal the groove.SELECTED DRAWING: Figure 1

Description

本発明はスライド装置分野に関係する張り具合の調整が便利なスライド装置である。   The present invention is a slide device that is convenient to adjust the tension related to the slide device field.

今までの技術に関連する分野と言えば、建築物にスライドドアを設置するなどスライドレールを備えたスライド装置が必要されるのが一般的である。これらのスライド措置の安定な動きを維持するために、強固な溝の設置によってその動きをリードするのが必要である。しかし、長期にわたって利用される溝に外部から侵入する汚染物がそのボトム部分に溜まり、スライド措置の動きが影響され、使用寿命も短縮し、丈夫さとスムーズさを失ってしまう。同時にメンテナンス、清掃作業の難易度も上がる。且つ、一部の溝の保護措置が不完全で、作業の利便性を欠いている。利用時にプッシュプル部品または溝との干渉も存在していた。   Speaking of the field related to the technology so far, it is common to need a slide device having a slide rail such as installing a slide door in a building. In order to maintain a stable movement of these sliding measures, it is necessary to lead the movement by the installation of a strong groove. However, contaminants that enter from the outside into the grooves that are used for a long period of time accumulate in the bottom portion, affect the movement of the sliding measure, shorten the service life, and lose strength and smoothness. At the same time, the difficulty of maintenance and cleaning work also increases. Moreover, the protective measures for some of the grooves are incomplete, and the convenience of work is lacking. There was also interference with push-pull parts or grooves during use.

特開平８−２８２２９１号公報JP-A-8-282291

本発明の目的とは、張り具合の調整が便利なスライド装置を提供し、既存技術の欠陥を克服することである。   An object of the present invention is to provide a slide device that is convenient to adjust the tension, and to overcome the deficiencies of existing technologies.

張り具合の調整が便利なスライド装置であり、スライドレール部品及びプッシュ・プルの力によってスライドレールの溝でスライドできるプッシュ・プル部品を有する構成とし、スライドレール部品は主体部分及び主体部分の両サイドに固定設置した、それぞれに前後対称のセッティングプレートが取り付けられたプーリーーボックスからなり、セッティングプレートごとに外向き弯曲する調節措置が設置され、プーリーボックスにあるプーリーが溝を密閉にするベルトに巻かれ、プーリーの回転軸は回転可能の方式でセッティングプレートに設置され、ガイド密閉ベルトの上部が溝の上側スリットにて縦方向で伸び、よって溝を密閉し、溝密閉ベルトの下部が溝の下側スリットにて縦方向で伸び、且つ、プッシュプル部品ボトム部にある穴を通し、スライドレール部品の縦方向にプッシュプル部品ボトム部が細くなり、狭部が形成され、なお縦方向に直交する切断面にて溝下側スリットにマッチする突出ロッキング装置及び溝の上側スリットにマッチする延長部分が形成され、その中に、溝密閉ベルト上部の両サイドはそれぞれ相応の一方向駆動ケーシング部と固定接続し、スライドできるようにそれぞれの一方向駆動ケーシング部にあるスリット部は、狭部の隣傍に固定設置する関連プランジャ部のヘッド部分膨大部とマッチし、 よってヘッド部分膨大部が狭部に近い一方向駆動ケーシング部の側壁との間に作用力の接合面が形成され、かつ、狭部に遠い一方向駆動ケーシング部の側壁との間にスリットが形成され、よってプッシュプル部品がプッシュ・プルの力を受ける際に、該当の一方向駆動ケーシング部の作用力接合面を通じて溝密閉ベルトが引っ張られ、この時に、もう一つの一方向駆動ケーシング部のプランジャ部が自由な相対的スライド状態にある。それぞれのプーリーボックスのトッププレート内側後部にはいずれもロッキング措置が設置され、それぞれの一方向駆動ケーシング部外側にはアウトサイド緩衝措置、内側下部にはインサイド緩衝措置が設置され、アウトサイド緩衝措置はロッキング措置と接触し緩衝効果を果たし、インサイド緩衝措置は狭部両サイドと接触し緩衝効果を果たす。   It is a slide device that is convenient to adjust the tension, and has a slide rail part and a push / pull part that can slide in the groove of the slide rail by the force of the push / pull. It consists of a pulley box that is fixedly installed on each side, and a setting box that has a symmetrical setting plate attached to each. The rotating shaft of the pulley is installed on the setting plate in a rotatable manner, and the upper part of the guide sealing belt extends in the vertical direction at the upper slit of the groove, thereby sealing the groove, and the lower part of the groove sealing belt is below the groove. A hole at the bottom of the push-pull component that extends in the vertical direction at the side slit Through the slide rail parts, the push-pull parts bottom part is narrowed in the vertical direction, the narrow part is formed, and the protruding locking device that matches the groove lower slit at the cutting plane orthogonal to the vertical direction and the upper slit of the groove A matching extension is formed, in which both sides of the upper part of the groove sealing belt are fixedly connected to the corresponding one-way drive casing part, and the slit part in each one-way drive casing part so that it can slide, The joint surface of the acting force is formed between the side of the unidirectional drive casing part that matches the head part enormous part of the related plunger part fixedly installed next to the narrow part, and the head part enormous part is close to the narrow part. And when a slit is formed between the side wall of the one-way drive casing part far from the narrow part, and when the push-pull component receives the force of push-pull, Pulled groove sealing belt through the action force bonding surface of the one-way drive housing part in question at this time, the plunger portion of another one-way drive housing portion is in a free relative sliding state. Locking measures are installed on the inside and rear of the top plate of each pulley box, outside cushioning measures are installed on the outside of each one-way drive casing, inside cushioning measures are installed on the inside lower part, Contact with the locking means provides a buffering effect, and the inside buffering means contacts both sides of the narrow portion to provide a buffering effect.

前述の自由な相対的スライド状態とは、プランジャは一方向に力を受けるケーシング部に相対して自由にスリット部へスライド可能とのこと。   The above-mentioned free relative sliding state means that the plunger can freely slide to the slit portion relative to the casing portion that receives a force in one direction.

プッシュプル部品の左右スライドによってリアルタイムでプッシュプル部品両サイドの保護ベルト長さを調整できる回転式保護ベルトを採用したため、プッシュプル部品のスライドによって常に変化する両サイドのレールの長さをリアルタイムで確保可能、プッシュプル部品に影響しないことを前提とし溝への効果的保護を実現し、外部の汚染物が溝に溜まることも防げる。プッシュプル部品両サイドに一方向受力ケーシング部の設置を通じ、プッシュプル部品がプッシュ・プルの力で動く際に、保護ベルトにはプルの力だけを加えられ、相対側にプッシュの力を与えることなく、よって保護ベルトには有効な引張力が形成され、ベルトの突起を引き起こすプッシュ力がないため、保護ベルトの縦方向の精度が保たれ、溝の密閉効果が確保される上、プッシュプル部品の動きへの干渉も避けられる。プッシュプル部品ボトム部狭部の設置によって一方向受力ケーシング部の容置空間を確保、プッシュプル部品全体の動きが両サイドのボックスに干渉・影響されず、かつ、利用時に外部物体との接触も回避される。狭部に穴の設置によって保護ベルトがプッシュプル部品を通し、相互協調的に動ける作動回路が作られた。保護ベルト上部をスライドレールのスリットに設置することで、スリットとの隙間なくマッチングによって汚染物をブロックできる密閉性が実現され、その同時にこのスリットが狭部の他の直交方向に突出部分とのマッチを利用してプッシュプル部品の動きをリードする。なお下部の突出部が溝ボトムのスリットとのマッチを利用し、プッシュプル部品が作動において転覆しないことを確保。   Rotating protective belt that can adjust the length of the protection belt on both sides of the push-pull component in real time by sliding the push-pull component in real time ensures the length of the rail on both sides that always changes depending on the slide of the push-pull component in real time It is possible to achieve effective protection to the groove on the premise that it does not affect the push-pull parts, and it is also possible to prevent foreign contaminants from accumulating in the groove. When the push-pull parts are moved by the push-pull force through the installation of the unidirectional force receiving casings on both sides of the push-pull parts, only the pull force is applied to the protective belt and the push force is given to the relative side. Therefore, an effective tensile force is formed on the protective belt, and there is no push force that causes the belt to protrude, so that the longitudinal accuracy of the protective belt is maintained, the groove sealing effect is ensured, and the push pull Interference with the movement of parts can also be avoided. Push-pull component bottom part installation space secures a space for the unidirectional force-receiving casing, and the movement of the entire push-pull component is not interfered with or influenced by the boxes on both sides, and contact with external objects during use Is also avoided. By installing a hole in the narrow part, the protective belt passed through the push-pull parts, and an operating circuit was created that could move in a coordinated manner. By installing the upper part of the protection belt in the slit of the slide rail, sealing is realized so that contaminants can be blocked by matching without any gap with the slit, and at the same time, this slit matches the projecting part in the other orthogonal direction of the narrow part Use to lead the movement of push-pull parts. The lower protrusion uses a match with the slit at the bottom of the groove to ensure that the push-pull parts do not roll over during operation.

本発明のスライド措置の全体構造図。The whole structure figure of the slide measure of the present invention. 図1の措置の俯瞰図。FIG. 2 is an overhead view of the measure of FIG. 図1の措置であるプッシュプル部品中間位置の部分断面図。FIG. 2 is a partial cross-sectional view of an intermediate position of a push-pull component as a measure of FIG. 図1の一方向駆動ケーシング部の部分拡大図。FIG. 2 is a partially enlarged view of the unidirectional drive casing portion of FIG.

以下、本発明の実施の形態について図面を参照して説明する。   Hereinafter, embodiments of the present invention will be described with reference to the drawings.

本発明実施例である張り具合の調整が便利なスライド装置は、，スライドレール部品7及びプッシュ・プルの力によってスライドレール7の溝でスライドできるプッシュ・プル部品9を有する構成とし、スライドレール部品7は主体部分79及び主体部分79の両サイドに固定設置した、それぞれに前後対称のセッティングプレート61が取り付けられたプーリーーボックス71からなり、セッティングプレート61ごとに外向き弯曲する調節措置62が設置され、プーリーーボックス71にあるプーリー711が溝を密閉にするベルト8に巻かれ、プーリー711の回転軸は回転可能の方式でセッティングプレート61に設置され、ガイド密閉ベルト8の上部が溝の上側スリット702にて縦方向で伸び、よって溝を密閉し、溝密閉ベルト8の下部が溝の下側スリット701にて縦方向で伸び、且つ、プッシュプル部品9ボトム部にある穴90を通し、スライドレール部品7の縦方向にプッシュプル部品9ボトム部が細くなり、狭部が形成され、なお縦方向に直交する切断面にて溝下側スリット701にマッチする突出ロッキング装置98及び溝の上側スリット702にマッチする延長部分99が形成され、その中に、溝密閉ベルト8上部の両サイドはそれぞれ相応の一方向駆動ケーシング部81と固定接続し、スライドできるようにそれぞれの一方向駆動ケーシング部81にあるスリット810部は、狭部の隣傍に固定設置する関連プランジャ部91のヘッド部分膨大部92とマッチし、 よってヘッド部分膨大部92が狭部に近い一方向駆動ケーシング部81の側壁との間に作用力の接合面が形成され、かつ、狭部に遠い一方向駆動ケーシング部81の側壁との間にスリットが形成され、よってプッシュプル部品9がプッシュ・プルの力を受ける際に、該当の一方向駆動ケーシング部81の作用力接合面を通じて溝密閉ベルト8が引っ張られ、この時に、もう一つの一方向駆動ケーシング部81のプランジャ部91が自由な相対的スライド状態にある。それぞれのプーリーボックス71のトッププレート内側後部にはいずれもロッキング措置21が設置され、それぞれの一方向駆動ケーシング部81外側にはアウトサイド緩衝措置24、内側下部にはインサイド緩衝措置25が設置され、アウトサイド緩衝措置24はロッキング措置21と接触し緩衝効果を果たし、インサイド緩衝措置25は狭部両サイドと接触し緩衝効果を果たす。   The slide device according to the embodiment of the present invention, which is convenient to adjust the tension, has a slide rail part 7 and a push / pull part 9 that can slide in the groove of the slide rail 7 by the force of the push / pull. 7 consists of a main body 79 and a pulley box 71 fixedly installed on both sides of the main body 79, each having a setting plate 61 symmetrical to the front and rear, and an adjusting means 62 that bends outward for each setting plate 61 is installed. The pulley 711 in the pulley box 71 is wound around the belt 8 that seals the groove, the rotation shaft of the pulley 711 is installed on the setting plate 61 in a rotatable manner, and the upper part of the guide sealing belt 8 is the upper side of the groove The slit 702 extends in the vertical direction, thus sealing the groove, and the lower portion of the groove sealing belt 8 extends in the vertical direction at the lower slit 701 of the groove. In addition, through the hole 90 in the bottom part of the push-pull part 9, the bottom part of the push-pull part 9 is narrowed in the vertical direction of the slide rail part 7, and a narrow part is formed. A protruding locking device 98 that matches the groove lower slit 701 and an extension 99 that matches the groove upper slit 702 are formed, in which both sides of the upper portion of the groove sealing belt 8 are respectively corresponding one-way drive casing portions 81. The slits 810 in each one-way drive casing 81 so that they can be fixedly connected to each other and slidable match the head part enormous part 92 of the related plunger part 91 that is fixedly installed next to the narrow part. A joint surface of the acting force is formed between the enormous portion 92 and the side wall of the one-way drive casing portion 81 close to the narrow portion, and a slit is formed between the side wall of the one-way drive casing portion 81 far from the narrow portion. Thus, when the push-pull component 9 receives the push-pull force, the groove sealing belt 8 is pulled through the acting force joining surface of the corresponding one-way drive casing part 81, and at this time, another one-way drive The plunger portion 91 of the casing portion 81 is in a free relative sliding state. Each pulley box 71 is provided with a locking means 21 at the inner rear part of the top plate, outside cushioning means 24 outside each one-way drive casing part 81, and inside cushioning means 25 is installed at the inside lower part, The outside cushioning measure 24 comes into contact with the locking measure 21 and exerts a cushioning effect, and the inside cushioning measure 25 comes into contact with both sides of the narrow portion and exerts a cushioning effect.

実施例に基づき、可能な選択肢として、狭部のそれぞれのサイドと該当する一方向駆動ケーシング部81との間にストレッチ保護カバー93で接続するのが可能。   Based on the embodiment, as a possible option, it is possible to connect with a stretch protective cover 93 between each side of the narrow part and the corresponding one-way drive casing part 81.

実施例に基づき、事例として、スライドレール部品7上部スリット702の上側エッジ部分にロッキング突出部77を設置することによって溝密閉ベルト（8）へのロッキング効果を実現可能。   Based on the embodiment, as an example, the locking effect on the groove sealing belt (8) can be realized by installing the locking protrusion 77 on the upper edge portion of the upper slit 702 of the slide rail part 7.

プッシュプル部品の左右スライドによってリアルタイムでプッシュプル部品両サイドの保護ベルト長さを調整できる回転式保護ベルトを採用したため、プッシュプル部品のスライドによって常に変化する両サイドのレールの長さをリアルタイムで確保可能、プッシュプル部品に影響しないことを前提とし溝への効果的保護を実現し、外部の汚染物が溝に溜まることも防げる。プッシュプル部品両サイドに一方向受力ケーシング部の設置を通じ、プッシュプル部品がプッシュ・プルの力で動く際に、保護ベルトにはプルの力だけを加えられ、相対側にプッシュの力を与えることなく、よって保護ベルトには有効な引張力が形成され、ベルトの突起を引き起こすプッシュ力がないため、保護ベルトの縦方向の精度が保たれ、溝の密閉効果が確保される上、プッシュプル部品の動きへの干渉も避けられる。プッシュプル部品ボトム部狭部の設置によって一方向受力ケーシング部の容置空間を確保、プッシュプル部品全体の動きが両サイドのボックスに干渉・影響されず、かつ、利用時に外部物体との接触も回避される。狭部に穴の設置によって保護ベルトがプッシュプル部品を通し、相互協調的に動ける作動回路が作られた。保護ベルト上部をスライドレールのスリットに設置することで、スリットとの隙間なくマッチングによって汚染物をブロックできる密閉性が実現され、その同時にこのスリットが狭部の他の直交方向に突出部分とのマッチを利用してプッシュプル部品の動きをリードする。なお下部の突出部が溝ボトムのスリットとのマッチを利用し、プッシュプル部品が作動において転覆しないことを確保。   Rotating protective belt that can adjust the length of the protection belt on both sides of the push-pull component in real time by sliding the push-pull component in real time ensures the length of the rail on both sides that always changes depending on the slide of the push-pull component in real time It is possible to achieve effective protection to the groove on the premise that it does not affect the push-pull parts, and it is also possible to prevent foreign contaminants from accumulating in the groove. When the push-pull parts are moved by the push-pull force through the installation of the unidirectional force receiving casings on both sides of the push-pull parts, only the pull force is applied to the protective belt and the push force is given to the relative side. Therefore, an effective tensile force is formed on the protective belt, and there is no push force that causes the belt to protrude, so that the longitudinal accuracy of the protective belt is maintained, the groove sealing effect is ensured, and the push pull Interference with the movement of parts can also be avoided. Push-pull component bottom part installation space secures a space for the unidirectional force-receiving casing, and the movement of the entire push-pull component is not interfered with or influenced by the boxes on both sides, and contact with external objects during use Is also avoided. By installing a hole in the narrow part, the protective belt passed through the push-pull parts, and an operating circuit was created that could move in a coordinated manner. By installing the upper part of the protection belt in the slit of the slide rail, sealing is realized so that contaminants can be blocked by matching without any gap with the slit, and at the same time, this slit matches the projecting part in the other orthogonal direction of the narrow part Use to lead the movement of push-pull parts. The lower protrusion uses a match with the slit at the bottom of the groove to ensure that the push-pull parts do not roll over during operation.

プッシュプル部品の左右スライドによってリアルタイムでプッシュプル部品両サイドの保護ベルト長さを調整できる回転式保護ベルトを採用したため、プッシュプル部品のスライドによって常に変化する両サイドのレールの長さをリアルタイムで確保可能、プッシュプル部品に影響しないことを前提とし溝への効果的保護を実現し、外部の汚染物が溝に溜まることも防げる。プッシュプル部品両サイドに一方向受力ケーシング部の設置を通じ、プッシュプル部品がプッシュ・プルの力で動く際に、保護ベルトにはプルの力だけを加えられ、相対側にプッシュの力を与えることなく、よって保護ベルトには有効な引張力が形成され、ベルトの突起を引き起こすプッシュ力がないため、保護ベルトの縦方向の精度が保たれ、溝の密閉効果が確保される上、プッシュプル部品の動きへの干渉も避けられる。プッシュプル部品ボトム部狭部の設置によって一方向受力ケーシング部の容置空間を確保、プッシュプル部品全体の動きが両サイドのボックスに干渉・影響されず、かつ、利用時に外部物体との接触も回避される。狭部に穴の設置によって保護ベルトがプッシュプル部品を通し、相互協調的に動ける作動回路が作られた。保護ベルト上部をスライドレールのスリットに設置することで、スリットとの隙間なくマッチングによって汚染物をブロックできる密閉性が実現され、その同時にこのスリットが狭部の他の直交方向に突出部分とのマッチを利用してプッシュプル部品の動きをリードする。なお下部の突出部が溝ボトムのスリットとのマッチを利用し、プッシュプル部品が作動において転覆しないことを確保。前述プランを通じ実現。措置全体は安定、スムーズに作動可能、溝が外部汚染物の侵入によってメンテナンス困難な状況を防げる。   Rotating protective belt that can adjust the length of the protection belt on both sides of the push-pull component in real time by sliding the push-pull component in real time ensures the length of the rail on both sides that always changes depending on the slide of the push-pull component in real time It is possible to achieve effective protection to the groove on the premise that it does not affect the push-pull parts, and it is also possible to prevent foreign contaminants from accumulating in the groove. When the push-pull parts are moved by the push-pull force through the installation of the unidirectional force receiving casings on both sides of the push-pull parts, only the pull force is applied to the protective belt and the push force is given to the relative side. Therefore, an effective tensile force is formed on the protective belt, and there is no push force that causes the belt to protrude, so that the longitudinal accuracy of the protective belt is maintained, the groove sealing effect is ensured, and the push pull Interference with the movement of parts can also be avoided. Push-pull component bottom part installation space secures a space for the unidirectional force-receiving casing, and the movement of the entire push-pull component is not interfered with or influenced by the boxes on both sides, and contact with external objects during use Is also avoided. By installing a hole in the narrow part, the protective belt passed through the push-pull parts, and an operating circuit was created that could move in a coordinated manner. By installing the upper part of the protection belt in the slit of the slide rail, sealing is realized so that contaminants can be blocked by matching without any gap with the slit, and at the same time, this slit matches the projecting part in the other orthogonal direction of the narrow part Use to lead the movement of push-pull parts. The lower protrusion uses a match with the slit at the bottom of the groove to ensure that the push-pull parts do not roll over during operation. Realized through the aforementioned plan. The whole measure is stable and can be operated smoothly, and the groove prevents the difficult maintenance due to the entry of external contaminants.

本発明全体的精神及び考え方から逸脱しないことを前提に、以上実施例の各変形例を製作できることは当該分野の技術者によって明確された。いずれも本発明に関する保護範囲に含まれるものである。本発明の保護に関し、本発明に添付した特許請求範囲に準ずる。   It has been made clear by those skilled in the art that modifications of the above embodiments can be made on the assumption that the overall spirit and concept of the present invention are not deviated. All are included in the protection scope of the present invention. The protection of the present invention shall be in accordance with the claims attached to the present invention.

７ スライドレール部品
８ ベルト
９ プッシュ・プル部品
２１ ロッキング措置
２４ アウトサイド緩衝措置
２５ インサイド緩衝措置
６１ セッティングプレート
６２ 調節措置
７１ プーリーーボックス
7 Slide rail component 8 Belt 9 Push / pull component 21 Locking measure 24 Outside shock absorbing measure 25 Inside shock absorbing measure 61 Setting plate 62 Adjusting measure 71 Pulley box

Claims (3)

張り具合の調整が便利なスライド装置であり、スライドレール部品（7）及びプッシュ・プルの力によってスライドレール（7）の溝でスライドできるプッシュ・プル部品（9）を有する構成とし、スライドレール部品（7）は主体部分（79）及び主体部分（79）の両サイドに固定設置した、それぞれに前後対称のセッティングプレート（61）が取り付けられたプーリーーボックス（71）からなり、セッティングプレート（61）ごとに外向き弯曲する調節措置（62）が設置され、プーリーーボックス（71）にあるプーリー（711）が溝を密閉にするベルト（8）に巻かれ、プーリー（711）の回転軸は回転可能の方式でセッティングプレート（61）に設置され、ガイド密閉ベルト（8）の上部が溝の上側スリット（702）にて縦方向で伸び、よって溝を密閉し、溝密閉ベルト（8）の下部が溝の下側スリット（701）にて縦方向で伸び、且つ、プッシュプル部品（9）ボトム部にある穴（90）を通し、スライドレール部品（7）の縦方向にプッシュプル部品（9）ボトム部が細くなり、狭部が形成され、なお縦方向に直交する切断面にて溝下側スリット（701）にマッチする突出ロッキング装置（98）及び溝の上側スリット（702）にマッチする延長部分（99）が形成され、その中に、溝密閉ベルト（8）上部の両サイドはそれぞれ相応の一方向駆動ケーシング部（81）と固定接続し、スライドできるようにそれぞれの一方向駆動ケーシング部（81）にあるスリット（810）部は、狭部の隣傍に固定設置する関連プランジャ部（91）のヘッド部分膨大部（92）とマッチし、 よってヘッド部分膨大部（92）が狭部に近い一方向駆動ケーシング部（81）の側壁との間に作用力の接合面が形成され、かつ、狭部に遠い一方向駆動ケーシング部（81）の側壁との間にスリットが形成され、よってプッシュプル部品（9）がプッシュ・プルの力を受ける際に、該当の一方向駆動ケーシング部（81）の作用力接合面を通じて溝密閉ベルト（8）が引っ張られ、この時に、もう一つの一方向駆動ケーシング部（81）のプランジャ部（91）が自由な相対的スライド状態にある。それぞれのプーリーボックス（71）のトッププレート内側後部にはいずれもロッキング措置（21）が設置され、それぞれの一方向駆動ケーシング部（81）外側にはアウトサイド緩衝措置（24）、内側下部にはインサイド緩衝措置（25）が設置され、アウトサイド緩衝措置（24）はロッキング措置（21）と接触し緩衝効果を果たし、インサイド緩衝措置（25）は狭部両サイドと接触し緩衝効果を果たすことを特徴とするスライド装置。   The slide device is convenient to adjust the tension, and has a slide rail part (7) and a push-pull part (9) that can slide in the groove of the slide rail (7) by the push-pull force. (7) consists of a main part (79) and a pulley box (71) fixedly installed on both sides of the main part (79), each fitted with a symmetrical setting plate (61). ) Is installed, the pulley (711) in the pulley box (71) is wound around the belt (8) that seals the groove, and the rotation axis of the pulley (711) is It is installed on the setting plate (61) in a rotatable manner, and the upper part of the guide sealing belt (8) extends in the vertical direction at the upper slit (702) of the groove, thereby sealing the groove and The lower part of the sealing belt (8) extends in the vertical direction at the lower slit (701) of the groove, and passes through the hole (90) in the bottom part of the push-pull part (9). Push-pull component (9) with a narrow bottom and a narrow part, and a protruding locking device (98) that matches the groove lower slit (701) at the cutting plane orthogonal to the vertical direction and the upper side of the groove An extension part (99) that matches the slit (702) is formed, in which both sides of the upper part of the groove sealing belt (8) are fixedly connected to the corresponding one-way drive casing part (81) so that they can slide The slit (810) part in each one-way drive casing part (81) matches the head part enormous part (92) of the related plunger part (91) fixedly installed next to the narrow part, and thus the head part. Huge part (92) is a one-way drive close to a narrow part The joint surface of the acting force is formed between the side wall of the moving casing part (81) and the slit is formed between the side wall of the one-way drive casing part (81) far from the narrow part, so that the push-pull component When (9) receives the force of push-pull, the groove sealing belt (8) is pulled through the acting force joining surface of the corresponding one-way drive casing part (81), and at this time, another one-way drive casing. The plunger part (91) of the part (81) is in a free relative sliding state. Each pulley box (71) is provided with a locking means (21) on the inner rear part of the top plate, outside cushioning means (24) outside the one-way drive casing part (81), and on the inner lower part. Inside cushioning measures (25) are installed, outside cushioning measures (24) come into contact with rocking measures (21) and have a cushioning effect, inside cushioning measures (25) come into contact with both sides of the narrow part and have a cushioning effect A slide device characterized by the above. 請求項1記載の張り具合の調整が便利なスライド装置であり、その中、狭部のそれぞれのサイドと該当する一方向駆動ケーシング部（81）との間にストレッチ保護カバー（93）で接続されることを特徴とするスライド装置。   The slide device according to claim 1, wherein the adjustment of the tension is convenient, wherein a stretch protective cover (93) is connected between each side of the narrow portion and the corresponding one-way drive casing portion (81). A slide device characterized by that. 請求項1または2記載の張り具合の調整が便利なスライド装置であり、その中、スライドレール部品（7）上部スリット（702）の上側エッジ部分に設置したロッキング突出部（77）によって溝密閉ベルト（8）へのロッキングを果たすことを特徴とするスライド装置。   3. A sliding device with convenient adjustment of tension according to claim 1 or 2, wherein a groove sealing belt is provided by a locking projection (77) installed at the upper edge of the slide rail part (7) upper slit (702). (8) A sliding device characterized by achieving locking to.
JP2017092981A 2016-05-17 2017-05-09 Slide device convenient for adjusting tension Pending JP2017206951A (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
CN201610326651.9A CN105822168A (en) 2016-05-17 2016-05-17 Push-pull device facilitating tightness adjustment
CN201610326651.9 2016-05-17

Publications (1)

Publication Number Publication Date
JP2017206951A true JP2017206951A (en) 2017-11-24

Family

ID=56529733

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2017092981A Pending JP2017206951A (en) 2016-05-17 2017-05-09 Slide device convenient for adjusting tension

Country Status (2)

Country Link
JP (1) JP2017206951A (en)
CN (1) CN105822168A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110829307A (en) * 2019-10-16 2020-02-21 中山市显冠电子科技有限公司 Waterproof and anti-drop junction box
FR3091501A1 (en) * 2019-01-03 2020-07-10 Faurecia Sièges d'Automobile Device for covering a vehicle seat slide and vehicle comprising such a device

Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6035876U (en) * 1983-08-20 1985-03-12 三和シヤツタ−工業株式会社 Covering device for guide groove in hanger door
JPH0540014U (en) * 1991-10-31 1993-05-28 いすゞ自動車株式会社 Guide rail structure for vehicle sliding doors
EP0786370A1 (en) * 1996-01-26 1997-07-30 Automobiles Peugeot Slide assembly for adjusting the longitudinal position of a vehicle seat
JP2004359144A (en) * 2003-06-06 2004-12-24 Tachi S Co Ltd Long seat truck used for automobiles
JP2009090880A (en) * 2007-10-10 2009-04-30 Toyota Boshoku Corp Slide structure

Family Cites Families (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5251402A (en) * 1992-03-10 1993-10-12 Anthony's Manufacturing Company, Inc. Self return mechanism
JP2673113B2 (en) * 1995-04-20 1997-11-05 株式会社安本建具製作所 Automatic sliding door device
JPH1150759A (en) * 1997-07-30 1999-02-23 Taiko:Kk Gap member for door
CN1587626A (en) * 2004-07-15 2005-03-02 董祥义 Automatic slide window without window sash frame
GB2423550A (en) * 2005-02-23 2006-08-30 Accuride Int Ltd Roof vent
CN201416363Y (en) * 2009-03-24 2010-03-03 东莞市坚朗五金制品有限公司 Sliding door device
EP2472043B1 (en) * 2010-12-29 2015-03-11 VKR Holding A/S A window system having a concealed operator
CN104005638B (en) * 2014-06-09 2016-08-24 机械工业第四设计研究院有限公司 A kind of high-temperature resistant electric clamshell doors
CN203961568U (en) * 2014-07-25 2014-11-26 赵成志 A kind of guide connecting structure of sliding sash

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6035876U (en) * 1983-08-20 1985-03-12 三和シヤツタ−工業株式会社 Covering device for guide groove in hanger door
JPH0540014U (en) * 1991-10-31 1993-05-28 いすゞ自動車株式会社 Guide rail structure for vehicle sliding doors
EP0786370A1 (en) * 1996-01-26 1997-07-30 Automobiles Peugeot Slide assembly for adjusting the longitudinal position of a vehicle seat
JP2004359144A (en) * 2003-06-06 2004-12-24 Tachi S Co Ltd Long seat truck used for automobiles
JP2009090880A (en) * 2007-10-10 2009-04-30 Toyota Boshoku Corp Slide structure

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
FR3091501A1 (en) * 2019-01-03 2020-07-10 Faurecia Sièges d'Automobile Device for covering a vehicle seat slide and vehicle comprising such a device
US11554691B2 (en) 2019-01-03 2023-01-17 Faurecia Sièges d'Automobile Device for covering a vehicle seat rail and vehicle comprising such a device
CN110829307A (en) * 2019-10-16 2020-02-21 中山市显冠电子科技有限公司 Waterproof and anti-drop junction box

Also Published As

Publication number Publication date
CN105822168A (en) 2016-08-03

Similar Documents

Publication Publication Date Title
US10597923B2 (en) Stop position damping device and arrangement with stop position damping device
JP2017206951A (en) Slide device convenient for adjusting tension
CN104750106A (en) Single axis robot
ATE510992T1 (en) UPPER ROLLER SHUTTER BOX
KR101772092B1 (en) Rail apparatus for sliding door including bracket
KR20130118136A (en) Blocking structure of door without a doorsill
JP5208217B2 (en) Elevator car door device
JP2018008795A (en) Elevator sill groove cleaning device
JP6242490B2 (en) Elevator doorway equipment
KR101539949B1 (en) Multiple interlocked sliding door interlock
WO2018068218A1 (en) Push-pull device with sealed-type guide rail, improving stability
CN105757202A (en) Push-pull device with closed guide rail and adjustable speed
CN105909744A (en) Push-and-pull device with closed guide rail and convenience in dismounting and mounting
JP2015151722A (en) Slide type fitting
ITVI20090095A1 (en) FIXING ASSEMBLY FOR GASKETS
JP6785601B2 (en) Elevator landing door smoke shield
KR20170050696A (en) Opening and closing device of machining center processing room
JP2007254097A (en) Elevator door
US1383982A (en) Spring-balance for window-sashes
JP5369248B1 (en) Interlocking sliding door
JP2008239280A (en) Door for elevator
CN105888422A (en) Sliding door device provided with closed guide rails
EA202092308A1 (en) DOORS WITH GUIDING SYSTEM
KR101359431B1 (en) Wind breaking apparatus for frame of window and door
CN105952296A (en) Push-pull device with closed type guide rail and stable structure

Legal Events

Date Code Title Description
A975 Report on accelerated examination

Free format text: JAPANESE INTERMEDIATE CODE: A971005

Effective date: 20170822

A131 Notification of reasons for refusal

Free format text: JAPANESE INTERMEDIATE CODE: A131

Effective date: 20170831

A521 Request for written amendment filed

Free format text: JAPANESE INTERMEDIATE CODE: A523

Effective date: 20171108

A131 Notification of reasons for refusal

Free format text: JAPANESE INTERMEDIATE CODE: A131

Effective date: 20180209

A02 Decision of refusal

Free format text: JAPANESE INTERMEDIATE CODE: A02

Effective date: 20181001