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    • 1. 发明授权
    • Electromagnetic brake
    • 电磁制动器
    • US07059453B2
    • 2006-06-13
    • US10607732
    • 2003-06-26
    • Yoichiro YamamotoKatsuhiro KitamuraRikiya KuniiKeiichi OoisoKenji HondaAkihiro Iwazaki
    • Yoichiro YamamotoKatsuhiro KitamuraRikiya KuniiKeiichi OoisoKenji HondaAkihiro Iwazaki
    • F16D55/36B60L7/00H01F7/08
    • B60T13/748F16D2121/20
    • An electromagnetic brake interposed between a fixed housing and a rotating member. The electromagnetic brake includes a multiplate brake mechanism, a ringlike core member fixed through an annular brake guide inside the fixed housing, an exciting coil accommodated in an annular groove formed on the core member, and a ringlike armature member arranged radially outside of the core member. Each of the core member and the armature member has a plurality of tapering surfaces. The tapering surfaces of the core member are respectively complementary in shape to the tapering surfaces of the armature member. The electromagnetic brake further includes a cylindrical pressure member movable in a direction of pressing the multiplate brake mechanism. The cylindrical pressure member has one end fixed to the armature member and another end engaged with the multiplate brake mechanism.
    • 插入在固定壳体和旋转构件之间的电磁制动器。 电磁制动器包括多个制动机构,通过固定壳体内的环形制动器引导件固定的环状芯构件,容纳在形成在芯构件上的环形槽中的励磁线圈,以及设置在芯构件的径向外侧的环形衔铁构件 。 芯构件和电枢构件中的每一个具有多个锥形表面。 芯构件的锥形表面的形状分别与衔铁构件的锥形表面互补。 电磁制动器还包括可在多个制动机构的按压方向上移动的圆柱形压力件。 圆柱形压力构件具有固定到电枢构件的一端和与多重制动机构接合的另一端。
    • 2. 发明授权
    • Electromagnetic friction connecting apparatus
    • 电磁摩擦连接装置
    • US06672443B2
    • 2004-01-06
    • US10198124
    • 2002-07-19
    • Akihiro IwazakiRikiya KuniiKenji Honda
    • Akihiro IwazakiRikiya KuniiKenji Honda
    • F16D27115
    • F16D27/115F16D2027/001F16D2027/005
    • The object of the present invention is to provide an electromagnetic friction connecting apparatus, which allows the easier operations associated with the installation of an exciting coil or a search coil in a core element. Input and output terminals having second horizontal parts extending in the vehicle inward direction and second vertical parts extending from the ends of the second horizontal parts into the radial outward direction are provided for the exciting coil and the search coil. Each end of the second vertical parts is situated radially inside a periphery surface of the exciting coil. Holes which allow the respective ends of the second vertical parts of the input and output terminals to face the outside are made on the core element and the housing. They are connected to the ends of the second vertical parts of the input and output terminals by inserting couplers into these holes.
    • 本发明的目的是提供一种电磁摩擦连接装置,其允许与在芯元件中安​​装励磁线圈或搜索线圈相关联的更容易的操作。 用于励磁线圈和搜索线圈的输入和输出端子具有在车辆向内方向上延伸的第二水平部分和从第二水平部分的端部延伸到径向向外方向的第二垂直部分。 第二垂直部分的每个端部位于激励线圈的周边表面的径向内侧。 允许输入和输出端子的第二垂直部分的相应端部面向外部的孔在芯元件和壳体上形成。 它们通过将耦合器插入这些孔中而连接到输入和输出端子的第二垂直部分的端部。
    • 4. 发明授权
    • Electromagnetic coupling apparatus
    • 电磁耦合装置
    • US06761662B2
    • 2004-07-13
    • US10358138
    • 2003-02-05
    • Akihiro IwazakiShin AokiRikiya Kunii
    • Akihiro IwazakiShin AokiRikiya Kunii
    • F16D27115
    • F16H48/34F16D2121/20F16H48/19F16H48/22F16H48/30F16H2048/346
    • An electromagnetic coupling apparatus interposed between a fixed housing and a rotating member. The electromagnetic coupling apparatus includes a multiplate brake mechanism, a ringlike core member fixed in the housing, an annular exciting coil accommodated in an annular groove of the core member, and a ringlike armature member opposed to the annular groove of the core member. The armature member has an outer diameter larger than the outer diameter of the core member. The electromagnetic brake further includes a cylindrical pressure member having one end fixed to an outer circumferential portion of the armature member and the other end engaged with the multiplate brake mechanism. The cylindrical pressure member surrounds the core member so as to be movable in a direction of applying a pressure to the multiplate brake mechanism as being guided by the core member. The opposed portion between the core member and the armature member is formed by tapered end surfaces each having a predetermined tapered angle.
    • 插入在固定壳体和旋转构件之间的电磁耦合装置。 电磁耦合装置包括多个制动机构,固定在壳体中的环形芯部件,容纳在芯部件的环形槽中的环形激励线圈和与芯部件的环形槽相对的环形衔铁部件。 电枢构件的外径大于芯构件的外径。 电磁制动器还包括圆柱形压力构件,其一端固定到电枢构件的外圆周部分,另一端与多重制动机构接合。 圆柱形压力构件围绕芯构件,以便在由芯构件引导的同时向多个制动机构施加压力的方向可移动。 芯构件和电枢构件之间的相对部分由具有预定锥形角的锥形端面形成。
    • 9. 发明授权
    • Driving force distribution device for vehicle
    • 车辆驱动力分配装置
    • US06543595B2
    • 2003-04-08
    • US09818974
    • 2001-03-27
    • Shinji OkumaRyuji AsadaAkihiro IwazakiTakashi KuribayashiTatsuhiro TomariMasakatsu HoriKazuhiro WadaKiyoshi Wakamatsu
    • Shinji OkumaRyuji AsadaAkihiro IwazakiTakashi KuribayashiTatsuhiro TomariMasakatsu HoriKazuhiro WadaKiyoshi Wakamatsu
    • F16D1900
    • F16D27/14B60K23/04F16H48/30
    • A driving force distribution device which controls the engagement forces of electromagnetic clutches and which govern the torque distribution between the driving wheels of a vehicle by calculating a target magnetic flux density and converting the same into a target excitation current. Since the relationship between the target magnetic flux density and the target excitation current changes according to a decrease in the air gaps accompanying wear of the frictional engagement members of the electromagnetic clutches, a relationship between the magnetic flux density and the excitation current is determined by applying current to the electromagnetic clutches when torque distribution control is not being carried out such as when the system is started, and the target excitation current is calculated from the target magnetic flux density based on the determined relationship. Since there is no need to detect dynamic changes in the magnetic flux density, inexpensive devices can be used as magnetic flux density detecting means so contributing to a reduction in the cost.
    • 一种驱动力分配装置,其通过计算目标磁通密度并将其转换为目标励磁电流来控制电磁离合器的接合力并且控制车辆的驱动轮之间的转矩分布。 由于目标磁通密度和目标激励电流之间的关系随着伴随电磁离合器的摩擦接合构件的磨损的气隙的减小而变化,所以磁通密度和激励电流之间的关系通过应用 基于所确定的关系,根据目标磁通密度计算当系统启动时不进行转矩分配控制时的电磁离合器的电流。 由于不需要检测磁通密度的动态变化,所以可以使用便宜的装置作为磁通密度检测装置,从而有助于降低成本。