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    • 3. 发明申请
    • Device for Absorption of Noise
    • 吸收噪音装置
    • US20100170712A1
    • 2010-07-08
    • US12303593
    • 2007-05-31
    • Oliver Konz
    • Oliver Konz
    • H01R13/46
    • H01F27/33H01F27/027H01F27/266H01F2017/065
    • A device for absorbing the electrical noise in cables contains a housing with a feed-through for a cable, which in the fastened position projects out of both end-faces of the housing. Externally on each of the end faces there are two strips which between them form a slot, and these strips form fixing edges bounding the slot The strips are connected to the end-faces of the housing in such a way that they are able to turn away from one another, so that their fixing edges can be moved further away or nearer along the longitudinal direction of the cable. By this means the breadth of the slot can be adapted to the flexibility and/or the diameter of the cable.
    • 用于吸收电缆中的电噪声的装置包括具有用于电缆的馈通的壳体,其在紧固位置从壳体的两个端面突出。 在每个端面上的外部有两个条带,它们之间形成一个狭槽,这些条形成了固定边缘的边缘。条带以这样的方式连接到外壳的端面,使得它们能够转离 使得它们的固定边缘能够沿着电缆的纵向方向更远地移动或更靠近。 通过这种方式,槽的宽度可以适应于电缆的柔性和/或直径。
    • 6. 发明授权
    • Device for absorption of noise
    • 吸收噪音的装置
    • US08263868B2
    • 2012-09-11
    • US12303593
    • 2007-05-31
    • Oliver Konz
    • Oliver Konz
    • H01R4/70
    • H01F27/33H01F27/027H01F27/266H01F2017/065
    • A device for absorbing the electrical noise in cables contains a housing with a feed-through for a cable, which in the fastened position projects out of both end-faces of the housing. Externally on each of the end faces there are two strips which between them form a slot, and these strips form fixing edges bounding the slot The strips are connected to the end-faces of the housing in such a way that they are able to turn away from one another, so that their fixing edges can be moved further away or nearer along the longitudinal direction of the cable. By this means the breadth of the slot can be adapted to the flexibility and/or the diameter of the cable.
    • 用于吸收电缆中的电噪声的装置包括具有用于电缆的馈通的壳体,其在紧固位置从壳体的两个端面突出。 在每个端面上的外部有两个条带,它们之间形成一个狭槽,这些条形成了固定边缘的边缘。条带以这样的方式连接到外壳的端面,使得它们能够转离 使得它们的固定边缘能够沿着电缆的纵向方向更远地移动或更靠近。 通过这种方式,槽的宽度可以适应于电缆的柔性和/或直径。
    • 7. 发明申请
    • Electronic Component
    • 电子元器件
    • US20110102990A1
    • 2011-05-05
    • US12999772
    • 2009-06-16
    • Oliver Konz
    • Oliver Konz
    • H05K7/00
    • H05K13/0408H01H50/12H05K3/301H05K3/303H05K13/0409H05K2201/1003H05K2201/10568H05K2203/0195H05K2203/082Y02P70/613Y10S439/94
    • For automatic attachment of electronic components onto circuit boards, it is proposed that the electronic component be provided with a holding element that comprises a gripping point for a suction gripper. The holding element is designed as a clip that can be connected to the electronic component. The connecting occurs preferably by a snap-on action, wherein a form fit or positive fit is achieved by the shape of the clip, which is made of plastic. Preferably, the clip comprises a rib on the inside thereof facing the electronic component, said rib extending over at least half the periphery and engaging in a gap in the surface of the electronic component. If the electronic component is a coil, the rib, which is directed inward, can run along a helical line.
    • 为了将电子部件自动附接到电路板上,建议电子部件设置有保持元件,该保持元件包括用于吸引夹持器的夹紧点。 保持元件设计为可连接到电子元件的夹子。 连接优选地通过卡扣动作发生,其中通过由塑料制成的夹子的形状实现形状配合或正配合。 优选地,夹子包括在其面向电子部件的内侧上的肋,所述肋在至少一半的周边上延伸并且接合在电子部件的表面中的间隙中。 如果电子部件是线圈,则向内指向的肋可以沿着螺旋线行进。
    • 9. 发明授权
    • Electric noise absorber and method for its assembly with a cable
    • 电噪声吸收器及其与电缆组装的方法
    • US06437678B1
    • 2002-08-20
    • US09527632
    • 2000-03-17
    • Oliver Konz
    • Oliver Konz
    • H01F2724
    • H01F17/06H01F27/027H01F27/266H01F2017/065
    • Noise absorbers (11), which comprise two casing halves (16,17) foldable together around a cable and containing ferrite half-rings, are fixed to a cable (13) in that, prior to the closing of the casing halves, the cable is pressed between two parallel fixing edges (34) of a fork-like projection (32) on one casing end wall (21). The two legs (33) of the fork project over the casing parting line (27), but pass in front of the end wall (21) of the second casing half (17). The cable is laterally compressed somewhat by the substantially parallel faxing edges (34), which ensures a reliable longitudinal fixing to the cable, which does not damage the latter, of the noise absorber made relatively heavy by the elements. Assembly is significantly facilitated in that the definitive fixing takes place prior to the closing of the casing halves and following the folding together of the casing halves no elastic bursting force remains, which attempts to force apart said casing halves. This also ensures a good contact between the two halves of the ferrite elements, whose ring closure is particularly important for the action.
    • 包括两个可折叠在电缆周围并且包含铁氧体半环的两个半壳体(16,17)的减震器(11)固定到电缆(13)上,因为在封闭半壳体之前,电缆 被压在一个壳体端壁(21)上的叉形突起(32)的两个平行的固定边缘(34)之间。 叉子的两条腿(33)突出在壳体分配线(27)上方,但是穿过第二壳体半部(17)的端壁(21)的前面。 电缆通过基本上平行的传真边缘(34)稍微侧向压缩,这确保了电缆的可靠的纵向固定,其不会损坏由元件相对沉重的噪声吸收器,其不会损坏电缆。组装被显着地简化为 确定的固定是在封套半封套之前进行的,并且随着半壳体的折叠而不会弹出弹性破裂力,这就试图强制分开所述半壳体。 这也确保铁氧体元件的两个半部之间的良好接触,其闭环对于动作特别重要。
    • 10. 发明授权
    • Device for absorbing electrical noise
    • 吸收电噪声的装置
    • US06262361B1
    • 2001-07-17
    • US09043786
    • 1998-03-27
    • Oliver Konz
    • Oliver Konz
    • H05K900
    • H01F17/06H01F27/027H01F27/266H01F2017/065
    • A device for absorbing electrical noise in a cable contains two ferrite cores, each of which is housed in a casing half-shell. The two casing half-shells are placed with the ferrite cores around a cable such that a cylindrical passage is formed. The casing half-shells include semicylindrical webs, which fit into grooves in the ferrite cores. The casing half-shells have a tongue on one of the half-shells and a ratchet member on another of the half-shells to provide an adjustable closure to accommodate variance in the dimensions of the ferrite cores.
    • 用于吸收电缆中的电噪声的装置包含两个铁氧体磁芯,每个铁氧体芯都容纳在壳体半壳体中。 两个壳体半壳与电缆一起放置铁氧体磁芯,从而形成圆柱形通道。 壳体半壳包括半圆柱形腹板,其配合到铁氧体磁芯中的凹槽中。 外壳半壳在半壳中的一个上具有舌头,在另一个半壳上具有棘轮构件,以提供可调节的闭合件,以适应铁氧体磁心的尺寸变化。