Sliding door device for vehicle
    91.
    发明专利
    Sliding door device for vehicle 有权
    车辆滑动门设备

    公开(公告)号:JP2011247019A

    公开(公告)日:2011-12-08

    申请号:JP2010122879

    申请日:2010-05-28

    Abstract: PROBLEM TO BE SOLVED: To improve operational reliability of a sliding door lock mechanism in a sliding door device for vehicle in which one of two sliding doors is driven by an actuator while the other is linked with the one via a direction conversion mechanism.SOLUTION: In a sliding door device for vehicle, in which in a closed state of a sliding door a latch bar 24 is inserted into a lock hole 27 of a rack 11 to lock the sliding door in the closed state while in opening the sliding door a roller 26 is pushed up by a cam surface 19a of a slider 19 and the latch bar 24 is pulled out from the lock hole 27 to release the lock, an upper stage surface 19c of the cam surface 19a formed on the slider 19 is made into a slope downwardly inclined from the start end to the terminal of the upper stage surface 19c, and in an unlocked state the roller 26 is prevented from unexpectedly moving over the start end of the upper stage surface 19c due to vibration and the like applied to the slider and falling down, preventing locking of a lock mechanism 13 from becoming impossible by next sliding door close command.

    Abstract translation: 要解决的问题:为了提高用于车辆的滑动门装置中的滑动门锁机构的操作可靠性,其中两个滑动门中的一个由致动器驱动,另一个通过致动器驱动,而另一个通过方向转换机构 。 解决方案:在用于车辆的滑动门装置中,在滑动门的关闭状态下,将闩锁杆24插入到齿条11的锁定孔27中,以将滑动门锁定在关闭状态,同时打开 滑动门由滑块19的凸轮表面19a向上推动,并且锁定杆24从锁定孔27中拉出以释放锁定件,形成在滑块上的凸轮表面19a的上部台面19c 19被制成从上端表面19c的起始端到端子向下倾斜的斜面,并且在解锁状态下,防止了辊26由于振动而意外地移动到上级表面19c的起始端上,并且 类似于滑块和下落,防止锁定机构13由于下一个滑动门关闭命令而变得不可能。 版权所有(C)2012,JPO&INPIT

    Door support tool
    92.
    发明专利

    公开(公告)号:JP3823068B2

    公开(公告)日:2006-09-20

    申请号:JP2002150722

    申请日:2002-05-24

    Inventor: 裕 百石

    Abstract: A door supporting device for supporting a door in a door frame is disclosed. The device includes an upper unit, which further includes a frame attachment member to be fixed to a door frame header; a frame-side connector member rotatably connected to the frame attachment member and having an adjuster aperture; a door-side connector member connected to a rotation shaft extending from the door and detachably connected to the frame-side connector member; and an eccentric bolt connected to the frame attachment member through the adjuster aperture. The eccentric bolt is exposed from the adjuster aperture with a portion of the eccentric bolt being in contact with periphery of the adjuster aperture. Rotation of the eccentric bolt makes the frame-side connector member to rotate to adjust alignment of the door with respect to the door frame in a direction of depth of the door.

    調整可能なストップ角度及び自閉機能を有する高密閉ドア用ヒンジ

    公开(公告)号:JP2018534455A

    公开(公告)日:2018-11-22

    申请号:JP2018535223

    申请日:2016-09-28

    Inventor: 呉裕龍

    Abstract: 調整可能なストップ角度及び自閉機能を有する高密閉ドア用ヒンジであって蝶番10と、固定台20と、固定ロッド30と、スレッドインサート40と、ねじリング30と、栓60と、調整台70とを含み、蝶番10に軸スリーブ11及び羽根12が設けられ、固定台20に軸スリーブ21が設けられ、固定ロッド30がスクリュー31を備え、スレッドインサート40が軸スリーブ11内に固定接続され、栓60が軸スリーブ21内に固定接続され、スレッドインサート40と栓と60の間に間隔があり、二つの接続スリーブ内のスレッドインサート40と栓60との間に固定ロッド30と、二つの磁石と、二つのばねと、調整台70とが設けられ、固定ロッド30が備えるスクリュー31が、スレッドインサート40に螺合され、第1のばね91が、固定ロッド30とカップ体61の前端面のガスケット85との間に押し付け、第1の磁石81と第2の磁石82とが互いに磁気的に吸引される。調整台70を調整・回転することにより、第2の磁石82、栓60及びカップ体61のカップ底に配合し、第2の磁石82及び第1の磁石81との間のピッチを調整して近づけることができ、蝶番自身が予め設定した角度に対応する位置にストップすることができ、及び予め設定したストップ角度の以下に対応する位置の場合、自閉することができる。 【選択図】 図1

    角度を調整して定位及び自動閉鎖可能のヒンジ

    公开(公告)号:JP2018532055A

    公开(公告)日:2018-11-01

    申请号:JP2018517206

    申请日:2016-09-28

    Inventor: 呉裕龍

    Abstract: 本発明は角度を調整して定位及び自動閉鎖可能のヒンジを提供し、二つの蝶番、固定レバー、ネジインサート、ネジリング、固定座と調節座を含み、前記各蝶番は軸受スリーブと軸受スリーブの外に固着された羽根を含み、固定レバーはスクリューを備える。ネジインサートが一つの蝶番の軸受スリーブ中に固着され、固定座が一つの蝶番の軸受スリーブ中に固着され、ネジインサートと固定座が隔たっている。二つの蝶番の軸受スリーブのネジインサートと固定座の間に、固定レバー、ネジリング、二つの磁石、スプリングと調節座が設けられ、前記固定レバーのスクリューがネジインサートにねじ込まれ、前記第一スプリングが固定レバーとコップの前環縁部及びパッキンの間に当接して置かれ、第一磁石と第二磁石が吸着する。前記調節座を調整回転させて第二磁石と固定座及びコップの底部と合わせることで、第二磁石と固定座の間隔を調整・接近することができる。前記調節座を調整回転させて第二磁石と固定座及びコップの底部と合わせることで、二つの磁石同士の間隔寸法位置を調整・接近することができる。前記調整座は蝶番の設定定位角度に取り合わせ、蝶番が設定定位角度の任意の設定角度位置の起点から自動定位でき、且つ、設定定位角度のある定位角度位置に、蝶番が定位位置の起点以下から自動定位できるので、蝶番の羽根の自動閉鎖が実現できる。 【選択図】図1

    Door opening/closing structure
    97.
    发明专利
    Door opening/closing structure 有权
    门开启/关闭结构

    公开(公告)号:JP2013217098A

    公开(公告)日:2013-10-24

    申请号:JP2012088499

    申请日:2012-04-09

    Inventor: YOKOYAMA KENJI

    CPC classification number: E05D7/10 E05D7/1044 E05D7/1061 E05Y2201/46

    Abstract: PROBLEM TO BE SOLVED: To provide a door opening/closing structure which can stably stop a door, rotating around a shaft, by a magnetic force, can prevent a magnet surface and a magnetic body surface from being shaved or damaged by friction generated between magnets and between a magnet and a magnetic body even when a magnet and a magnet body are used for generating a magnetic force, can make a door to be hardly detached by a magnet, and can make a door to be hardly detached while shortening the length of a shaft member fitted into an object to which the door is mounted.SOLUTION: In a door opening/closing structure, a shaft member 11 is inserted into a recess part of a bearing member 21. The bearing member 21 has a bearing member side flange part 25 on the opening edge of the recess part. The shaft member 11 has a shaft member side flange part 15 which abuts on the bearing member side flange part 25 and slides and rotates with respect to the bearing member side flange part 25 in accordance with opening and closing of a door 1a. A tip of a projection part of the shaft member 11 inserted into a recess part of the bearing member side flange part 25 and a bottom surface 26a of the recess part of the bearing member 21 are attracted to each other in a non-contact state by a magnetic force.

    Abstract translation: 要解决的问题:为了提供能够通过磁力使得能够稳定地停止围绕轴旋转的门的门打开/关闭结构,可以防止磁体表面和磁性体表面被磁体之间产生的摩擦所刮伤或损坏 并且即使当使用磁体和磁体来产生磁力时,磁体和磁体之间也可以使门难以被磁铁分离,并且可以使门难以分离,同时缩短门的长度 安装在安装有门的物体中的轴构件。解决方案:在门打开/关闭结构中,轴构件11插入到轴承构件21的凹部中。轴承构件21具有轴承构件侧凸缘 部分25在凹部的开口边缘上。 轴构件11具有轴构件侧凸缘部15,该轴构件侧凸缘部15抵靠在轴承构件侧凸缘部25上,并且与门1a的打开和关闭相对于轴承构件侧凸缘部25滑动旋转。 插入轴承部件侧凸缘部25的凹部的轴部件11的突出部的前端和轴承部件21的凹部的底面26a被非接触状态地相互吸引, 磁力。

    Hinged door device
    98.
    发明专利
    Hinged door device 审中-公开
    铰链门装置

    公开(公告)号:JP2010285739A

    公开(公告)日:2010-12-24

    申请号:JP2009137773

    申请日:2009-06-09

    Inventor: TANAKA TAKAFUMI

    CPC classification number: E05D11/1014 E05F5/02 E05Y2201/418 E05Y2201/46

    Abstract: PROBLEM TO BE SOLVED: To provide a hinged door device which is designed to draw a hinged door while braking the door from the start of closing to keep the door completely closed, when the hinged door is closed from a bit opened state. SOLUTION: A vertical frame 3 at the doorway 2 of a building is provided with a hinged door 1 with its one side rotatably supported with a hinge 4 around the vertical axial core, a magnet 9 with its tip face opposed to a magnetic plate 12 provided on the inner face side of the vertical frame 3 is provided and a damping mini-damper 14 opposed to the inner face side of the vertical frame 3, are provided on one side of the hinged door 1, wherein the tip of the operation pin 14a of the mini-damper 14 abuts on the inner face side of the vertical frame 3, applying brake on the hinged door 1 on closing from the start of closing of the hinged door 1 through the attraction of the magnetic plate 12 of the magnet 9. COPYRIGHT: (C)2011,JPO&INPIT

    Abstract translation: 要解决的问题:提供一种铰链门装置,其被设计成在从闭合开始制动门时将铰链门拉出以保持门完全关闭,当铰链门从打开状态关闭时。 解决方案:建筑物门口2处的垂直框架3设置有铰链门1,其一侧围绕垂直轴芯可旋转地支撑有铰链4,磁体9的顶端面与磁体相对 设置在垂直框架3的内表面侧的板12,并且在铰链门1的一侧设置有与竖框3的内表面侧相对的阻尼微型阻尼器14,其中, 微型阻尼器14的操作销14a抵接在垂直框架3的内表面侧上,通过铰链门1的磁性板12的吸引而从铰链门1的闭合开始关闭时将制动器施加在铰链门1上 磁铁9.版权所有(C)2011,JPO&INPIT

    Magnetic type floor hinge
    100.
    发明专利

    公开(公告)号:JP3790858B2

    公开(公告)日:2006-06-28

    申请号:JP2002269289

    申请日:2002-09-13

    Abstract: The present invention discloses a magnetic type floor hinge installed on the bottom surface of a door for reducing the opening and shutting speed of the door, the magnetic type floor hinge according to the present invention comprises an installing bracket divided into a magnetic operating part and a hinge operating part having one end on which a guide rail is installed; a moving plate installed to move linearly on the guide rail; a compressing spring installed between the moving plate and the installing bracket in the direction of movement of the moving plate; a main shaft cam rotatably installed on an upper portion of the moving plate, the main shaft cam being combined with a hinge shaft of the door and rotated along with the hinge shaft; a roller installed on one end of the moving plate, the roller being contacted with a cam-shaped surface of the main shaft cam; a disk rotatably installed at one end of the magnetic operating part of the installing bracket; a yoke installed on the magnetic operating part of the installing bracket; the yoke having permanent magnets attached thereto so as to generate repulsive force toward the upper and lower surfaces of the disk; and a gearbox in which a plurality of gears are contained installed between a rotating shaft of the main shaft cam and a rotating shaft of the disk so as to convert rotating movement of low speed of the main shaft cam to rotating movement of high speed of the disk. Therefore, according to the present invention, a magnetic type damper is applied to the floor hinge to generate damping force in a non-contacted type so that frictional force can be minimized, and the opening and shutting speed of the door can be maintained constantly in spite of change of temperature.

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