会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明公开
    • LIFTER MECHANISM AND VEHICULAR SEAT
    • HEBEMECHANISMUS UND FAHRZEUGSITZ
    • EP3023292A1
    • 2016-05-25
    • EP14826769.3
    • 2014-07-11
    • Delta Tooling Co., Ltd.
    • FUJITA EtsunoriOGURA YumiKAWASAKI SeijiINOUE KatsuhiroSUGIMOTO EijiNAKAMURA MinoruKUWANO RyujiNISHIDA Atsushi
    • B60N2/16B60N2/06B60N2/42B60R21/02
    • A neck injury is improved with a structure having a lifting mechanism part only on one side. While a lifting driving part (160) is provided on a side of one side frame (11), a coupling driving rod (170) is coupled to a rotation center of a drive gear (160d), a driving link (171) is disposed on a side of the other side frame (11), and the driving link (171) is coupled to the coupling driving rod (170). A driving force in the lifting driving part (160) operates on the side of one side frame (11) having the drive gear (160d), but on the side of the other side frame (11), the driving link (171) rotates together with the drive gear (160d) via the coupling driving rod (170), so as to perform a lifting or lowering operation. The shape of a virtual square coupling contact points of the driving link (171), the side connectors (153, 153), the coupling driving rod (170), and the drive gear (160d) does not collapse, and thus an external input is dispersed.
    • 颈部受伤被改善,其结构仅在一侧具有提升机构部分。 虽然在一个侧框架(11)的一侧设置提升驱动部(160),但是联接驱动杆(170)联接到驱动齿轮(160d)的旋转中心,驱动连杆(171) 在所述另一侧框架(11)的一侧上,并且所述驱动连杆(171)联接到所述联接驱动杆(170)。 提升驱动部(160)的驱动力在具有驱动齿轮(160d)的一个侧框架(11)的一侧进行动作,但是在另一侧框架(11)的一侧,驱动连杆(171)旋转 与驱动齿轮(160d)经由联接驱动杆(170)一起进行升降操作。 驱动连杆(171),侧连接器(153,153),联接驱动杆(170)和驱动齿轮(160d)的虚拟方形耦合接触点的形状不会折叠,因此外部输入 分散。
    • 3. 发明公开
    • TORQUE TRANSFER CONTROL MECHANISM AND SEAT STRUCTURE
    • 力矩传递控制机构与座椅结构
    • EP3208140A1
    • 2017-08-23
    • EP15851314.3
    • 2015-08-24
    • Delta Tooling Co., Ltd.
    • ASAI TerumiFUJITA EtsunoriINOUE Katsuhiro
    • B60N2/16A47C1/02A47C7/40B60N2/10
    • B60N2/938B60N2/1615B60N2/167B60N2/168B60N2/224B60N2/933B60N2/943F16H31/002G05G5/18G05G5/24
    • The present invention more reliably suppresses output-side displacement than conventional mechanisms. The present invention is provided with a rotation control unit 120 that maintains a locked state when an input torque rotating a transfer mechanism 110 is not applied, and releases the locked state when the transfer mechanism 110 rotates. The rotation control unit 120 has an internal gear 124 and lock plates 123 that include outer teeth that can engage with inner teeth of the internal gear 124. When an input torque is not applied, the inner teeth of the internal gear 124 engage with the outer teeth of the lock plates 123, and when the transfer mechanism 110 is rotated, engagement between the inner teeth and the outer teeth is released. Thus, even when torque is applied from the output unit side, engagement between the inner teeth and the outer teeth is not released by the torque.
    • 与传统机构相比,本发明更可靠地抑制了输出侧位移。 本发明设置有旋转控制单元120,该旋转控制单元120在未施加旋转传送机构110的输入扭矩时保持锁定状态,并且当传送机构110旋转时释放锁定状态。 旋转控制单元120具有内齿轮124和锁定板123,锁定板123包括能够与内齿轮124的内齿啮合的外齿。当没有施加输入扭矩时,内齿轮124的内齿与外齿 锁定板123的齿,并且当传送机构110旋转时,内齿与外齿之间的接合被解除。 因此,即使当从输出单元侧施加扭矩时,内齿与外齿之间的接合也不会被扭矩释放。
    • 7. 发明公开
    • ROTATING OPERATION CONTROL MECHANISM AND SEAT
    • 旋转操作控制机构和座椅
    • EP3208141A1
    • 2017-08-23
    • EP15851448.9
    • 2015-10-16
    • Delta Tooling Co., Ltd.
    • UMEZAKI KiyonoriINOUE Katsuhiro
    • B60N2/235A47C1/025
    • A structure in which two worm wheels are disposed across a worm provides an increase in locking reliability while maintaining stable operation during rotation. At the time of rotation, respective rotating fulcrums set at both end portions in an axial direction of a worm 50 are supported by bearing parts 510, 520. At the time of locking, a locking fulcrum set at an eccentric position on one end portion in the axial direction of the worm 50 is supported by one bearing part 510, while on the other end portion in the axial direction, the rotating fulcrum is supported by the other bearing part 520 as is. As a result, the angle of lead of the worm supported by the pair of bearing parts 510, 520 is changed between the time of rotation and the time of locking and becomes smaller at the time of locking than at the time of rotation, whereby an increase in locking reliability can be achieved.
    • 其中两个蜗轮横跨蜗杆设置的结构提供了锁定可靠性的增加,同时在旋转期间保持稳定的操作。 在旋转时,在蜗杆50的轴向两端部设置的各自的旋转支点由轴承部510,520支承。在锁定时,锁定支点设置在一个端部处的偏心位置处 蜗杆50的轴向由一个轴承部510支承,另一方面,轴向另一端部由另一个轴承部520支承旋转支点。 其结果是,由一对轴承部510,520支承的蜗杆的引导角度在旋转时与锁定时之间发生变化,在锁定时比在旋转时变小, 可以实现锁定可靠性的提高。
    • 8. 发明公开
    • SEAT SUPPORT MECHANISM, SEAT STRUCTURE AND SUSPENSION SEAT
    • 座椅支撑机构,座椅结构和悬挂座椅
    • EP3208139A1
    • 2017-08-23
    • EP15850048.8
    • 2015-10-16
    • Delta Tooling Co., Ltd.
    • ASAI TerumiINOUE KatsuhiroFUJITA Etsunori
    • B60N2/16
    • To provide a seat support mechanism that is provided with a lifter, as well as is able to perform a cushion frame suspension function no matter to what height a cushion frame is adjusted. Torsion bars 330, 340 extending in the width direction of a cushion frame 10 and elastically supporting the cushion frame 10 are supported by a link mechanism 40 disposed between sliders 20 and the cushion frame 10. Even if the attitude of the link mechanism 40 is displaced when the lifter 30 adjusts the height, the positions of the torsion bars 330, 340 are displaced so as to follow the displacement. The torsion bars 330, 340 elastically support the cushion frame 10 no matter to what height the torsion bars are displaced. Thus, no matter to what height the cushion frame 10 is adjusted, the torsion bars 330, 340 are able to support the cushion frame 10 with predetermined elasticity and to exhibit predetermined vibration absorption characteristics.
    • 为了提供具有升降器的座椅支撑机构,并且能够执行坐垫框架悬挂功能,而不管坐垫框架被调整到什么高度。 在缓冲框架10的宽度方向上延伸并且弹性支撑缓冲框架10的扭转杆330,340由设置在滑动件20和缓冲垫框架10之间的连杆机构40支撑。即使连杆机构40的姿势发生位移 当升降器30调节高度时,扭杆330,340的位置移动以跟随位移。 不管扭杆移动的高度如何,扭杆330,340弹性地支撑坐垫框架10。 因此,无论垫子框架10被调整到何种高度,扭杆330,340都能够以预定的弹性支撑垫子框架10并且呈现预定的振动吸收特性。
    • 9. 发明公开
    • POWER SEAT SLIDING DEVICE AND VEHICLE SEAT
    • 电动座椅滑动装置和车辆座椅
    • EP3187366A1
    • 2017-07-05
    • EP15835599.0
    • 2015-07-23
    • Delta Tooling Co., Ltd.
    • FUJITA EtsunoriINOUE KatsuhiroUMEZAKI Kiyonori
    • B60N2/06F16F15/02F16F15/10F16H25/20
    • To reduce energy loss to increase power transmission efficiency, as well as to suppress unusual sound resulting from whirling vibration. A driving force transmission mechanism 20 includes a drive unit 220 that generates a rotation force and consists of a motor, as well as an independent rotating mechanism 230 that is disposed between the drive unit 220 and one of a pair of left and right gear mechanisms 210, 210 so as to be connected to the output shaft of the drive unit 220 and has greater kinetic energy than the rotating parts of the gear mechanisms 210, 210. Flexible shafts 233, 234, 235 that rotate by smaller kinetic energy than any of the kinetic energy of the drive unit 220, the kinetic energy of the rotating mechanism 230, and the friction forces and damping forces of the rotating parts of the gear mechanisms 210, 210 connect between the drive unit 220 and rotating mechanism 230, between the rotating mechanism 230 and one gear mechanism 210, and between the drive unit 220 and the other gear mechanism 210.
    • 为了减少能量损失以提高动力传输效率,以及抑制由旋转振动引起的异常声音。 驱动力传递机构20包括产生旋转力并由电机构成的驱动单元220以及设置在驱动单元220与左右一对齿轮机构210中的一个之间的独立旋转机构230 ,以便连接到驱动单元220的输出轴并且具有比齿轮机构210,210的旋转部分更大的动能。柔性轴233,234,235通过比任何 驱动单元220的动能,旋转机构230的动能以及齿轮机构210,210的旋转部件的摩擦力和阻尼力连接在驱动单元220和旋转机构230之间,旋转机构 230和一个齿轮机构210,以及在驱动单元220和另一个齿轮机构210之间。
    • 10. 发明公开
    • ROTARY OPERATION CONTROL MECHANISM AND SEAT
    • DREHOPERATIONSTEUERUNGSMECHANISMUS UND -SITZ
    • EP3017997A1
    • 2016-05-11
    • EP14820512.3
    • 2014-05-12
    • Delta Tooling Co., Ltd.
    • FUJITA EtsunoriINOUE KatsuhiroNAWAMOTO Hiroki
    • B60N2/22A47C1/024
    • F16H1/203B60N2/2227B60N2/2231B60N2/433B60N2/938B60N2205/20F16H57/0006F16H57/12
    • A second member is rotated with respect to a first member more smoothly than in conventional structures. The present invention has a worm 50, and a main driving side worm wheel 40 and a driven side worm wheel 60 which are disposed across the worm 50. Both end portions of the worm 50 in an axial direction are axially supported by bearing parts. In a direction substantially orthogonal to an axial center of the worm 50, respective teeth of the main driving side worm wheel 40 and the driven side worm wheel 60 contact both sides of the worm in the direction substantially orthogonal to the axial center with a backlash, and are supported thereby. When the second member is relatively rotated with respect to the first member, the worm 50 rotates relatively with respect to the main driving side worm wheel 40. The driven side worm wheel 60 rotates by a rotational force of the worm 50, and a rotational force of the driven side worm wheel 60 is regenerated in the worm 50. Whirling vibrations of the worm 50 are suppressed, and relative rotation is performed smoothly.
    • 第二构件相对于第一构件比常规结构更平滑地旋转。 本发明具有蜗杆50,主驱动侧蜗轮40和从动侧蜗轮60,蜗杆50设置在蜗杆50的两端。蜗杆50的轴向两端部均由轴承部轴向支撑。 在与蜗杆50的轴心大致正交的方向上,主驱动侧蜗轮40和从动侧蜗轮60的各齿与轴向中心的大致正交的方向与齿隙的两侧接触, 并被支持。 当第二构件相对于第一构件相对旋转时,蜗杆50相对于主驱动侧蜗轮40相对旋转。从动侧蜗轮60通过蜗杆50的旋转力旋转,并且旋转力 被驱动侧蜗轮60在蜗杆50中再生。蜗杆50的旋转振动被抑制,相对旋转平稳地进行。