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    • 1. 发明授权
    • Self-starting brushless electric motor
    • 自启动无刷电动机
    • US6133664A
    • 2000-10-17
    • US194693
    • 1998-11-30
    • Vilmos TorokWalter WissmachRoland Schaer
    • Vilmos TorokWalter WissmachRoland Schaer
    • H02K19/06H02K19/10H02K21/00H02K21/04H02K21/16H02K21/44H02K29/03H02K37/02
    • H02K29/03H02K19/103H02K21/16H02K21/44
    • A self-starting brushless electric motor comprises a first motor part (stator) (11) and a second motor part (rotor) (16), each motor part having plurality of pole units (12U, 12V) arranged in a pole row. The motor parts are supported for relative movement with the pole rows confronting one another across an air gap. The poles of each row include first-type poles (13, 19) and/or second-type poles (14), each row having at least one pole type, either a reluctance pole or a permanent-magnet pole magnetized transversely across the air gap, which is included in all pole units of the row. At least one of the pole rows includes such a second-type pole. At least one pole unit of at least one of the pole rows includes a pole which is magnetically asymmetric to establish a preferential direction of rotation of the motor parts (11, 16). A polyphase winding system comprises first-phase and second-phase winding coils (15U, 15V) disposed around the pole units (12A, 12V) of the first motor part (11). The common-type poles (13, 14) of the pole units on the first motor part are spaced-apart such that whenever a common-type pole associated with a first-phase winding coil (15U) is in an attracted (magnetically aligned) position with respect to a common-type pole (19) on the second motor part (16) when the winding coil is energized, all common-type poles associated with a second-phase winding coil (15V) are in a non-attracted position with respect to all common-type poles of the second motor part.
    • PCT No.PCT / SE97 / 00929 Sec。 371日期:1998年11月30日 102(e)1998年11月30日日期PCT提交1997年5月29日PCT公布。 公开号WO97 / 45943 日期1997年12月4日自启动无刷电动机包括第一电动机部分(定子)(11)和第二电动机部分(转子)(16),每个电动机部分具有多个极单元(12U,12V) 一个极列 电动机部件被支撑用于相对运动,其中极列彼此横跨气隙。 每排的极包括第一类型的极(13,19)和/或第二类型的极(14),每排具有至少一个极类型,磁极或永磁体横向横穿空气磁化 间隙,其包括在该行的所有极单元中。 极列中的至少一个包括这种第二类型的极。 至少一个极列的至少一个极单元包括磁极不对称的磁极,以建立电动机部件(11,16)的优选的旋转方向。 多相绕组系统包括围绕第一马达部件(11)的极单元(12A,12V)设置的第一和第二相绕组线圈(15U,15V)。 第一电动机部件上的极单元的公共极极(13,14)间隔开,使得每当与第一相绕组线圈(15U)相关联的公共型极被吸引(磁性对准) 与绕组线圈通电时相对于第二电动机部件(16)上的公共极(19)的位置,与二次绕组线圈(15V)相关联的所有公共极都处于非吸引位置 相对于第二电动机部件的所有公共极。
    • 2. 发明授权
    • Self-starting brushless electric motor
    • 自启动无刷电动机
    • US6140731A
    • 2000-10-31
    • US194541
    • 1998-11-30
    • Vilmos TorokWalter WissmachRoland Schaer
    • Vilmos TorokWalter WissmachRoland Schaer
    • H02K19/06H02K21/00H02K21/04H02K21/44H02K29/03H02K37/02
    • H02K21/44H02K29/03H02K19/06
    • A frame conveyed across the network is divided into a plurality of segments with an identical number of bits. All of the bits of a segment are received simultaneously, with each segment of the frame being received sequentially. Very often, the number of bits in the entire frame, will not be an integer multiple of the number of bits in the segment. Therefore the bits of the frame can be unevenly divided into the plurality of segments. The present invention detects the number of bits from the frame that are present in each of the segments, or at least the number of bits of the frame present in the last segment. An FCS function is used to create a segment FCS function which operates on all the bits of a segment at one time. The original FCS function is preferably an 8 bit function, which combines a present 8 bit word with the FCS calculated for previous 8 bit word in order to generate a new FCS for the present 8 bit word and all previous 8 bit words. By combining all the equations that would normally be required for all the 8 bit words in a segment, a segment FCS function is created which removes many redundant terms. Each segment is combined with a previous intermediate or segment FCS, to create a new intermediate FCS for the present segment and all previous segments. Subsegment FCS functions are also determined for each of all possible numbers of frame bits that are possible in a segment. The number of frame bits is detected and the corresponding subsegment FCS function is used.
    • PCT No.PCT / SE97 / 00930 Sec。 371日期:1998年11月30日 102(e)1998年11月30日日期PCT提交1997年5月29日PCT公布。 第WO97 / 45944号公报 日期1997年12月4日在网络上传送的帧被划分为具有相同位数的多个段。 段的所有位被同时接收,帧的每个段被顺序地接收。 通常,整个帧中的位数不会是段中位数的整数倍。 因此,帧的比特可以不均匀地划分成多个片段。 本发明检测来自帧中存在的每个段中的比特数,或至少存在于最后一个分段中的帧的比特数。 FCS功能用于创建一个片段FCS功能,它一次对片段的所有位进行操作。 原始FCS功能最好是一个8位功能,它将当前的8位字与前一个8位字计算的FCS相结合,以便为当前的8位字和所有先前的8位字生成一个新的FCS。 通过组合一个段中所有8位字通常需要的所有方程式,创建一个段FCS函数,从而消除许多冗余项。 每个段与先前的中间段或段FCS组合,以为当前段和所有先前段创建新的中间FCS。 还可以对段中可能的所有可能数量的帧位中的每一个确定子段FCS功能。 检测帧比特数,并使用相应的子段FCS功能。
    • 3. 发明授权
    • Self-starting electric brushless motor having permanent magnet and reluctance poles
    • 具有永磁和磁阻极的自启动电动无刷电动机
    • US06512318B2
    • 2003-01-28
    • US09752512
    • 2001-01-03
    • Vilmos TörökWalter WissmachRoland Schaer
    • Vilmos TörökWalter WissmachRoland Schaer
    • H02K1906
    • H02K1/246H02K19/06H02K21/16H02K21/44H02K29/03
    • A self-starting brushless electric motor having a first motor (stator) with poles arranged in a row, said poles constituting ferromagnetic poles or permanent-magnet poles, a second motor part (rotor) with poles arranged in a row, said poles consisting of ferromagnetic poles or permanent-magnet poles and being arranged opposite the row of poles on the first motor part, wherein the motor part with salient ferromagnetic poles or, if both motor parts have salient ferromagnetic poles, at least one of the motor parts has a permanent-magnet pole, and also a magnetizing winding on the first motor part. The system of poles formed by the pole rows is magnetically asymmetrical in the direction in which the motor parts are movable in relation to each other.
    • 一种自启动无刷电动机,其具有排列成一排的极的第一电动机(定子),所述极构成铁磁极或永磁体,具有排列成一列的极的第二电动机部(转子),所述极由 铁磁极或永磁体极并且与第一电动机部分上的极列相对地布置,其中具有突出的铁磁极的电动机部分或者如果两个电动机部分都具有突出的铁磁极,则至少一个电动机部件具有永久 磁体极,以及第一电动机部件上的磁化绕组。 由极列形成的极的系统在电动机部件可相对于彼此移动的方向上是磁性不对称的。
    • 4. 发明授权
    • Self-Starting electric brushless motor having permanent magnet and reluctance poles
    • 具有永磁和磁阻极的自启动电动无刷电机
    • US06204587B1
    • 2001-03-20
    • US08973185
    • 1997-11-26
    • Vilmos TörökWalter WissmachRoland Schaer
    • Vilmos TörökWalter WissmachRoland Schaer
    • H02K1906
    • H02K1/246H02K19/06H02K21/16H02K21/44H02K29/03
    • A self-starting brushless electric motor having a first motor part (stator) (11) with poles arranged in a row, the poles constituting ferromagnetic poles (13S) or permanent-magnet poles (14A), a second motor part (rotor) (12) with poles arranged in a row, the poles having ferromagnetic poles (16A) or permanent-magnet poles and being arranged opposite the row of poles on the first motor part (11), wherein the motor part with salient ferromagnetic poles or, if both motor parts have salient ferromagnetic poles, at least one of the motor parts has a permanent-magnet pole, and also a magnetizing winding on the first motor part. The system of poles formed by the pole rows is magnetically asymmetrical in the direction in which the motor parts (11, 12) are movable in relation to each other.
    • 一种自启动无刷电动机,其具有排列成一列的极的第一电动机部(定子)(11),构成铁磁极(13S)或永久磁铁(14A)的极,第二电动机部(转子) 12)具有排列成一列的极,所述极具有铁磁极(16A)或永磁极,并且与第一电动机部分(11)上的极列相对设置,其中电动机部分具有显着的铁磁极,或如果 两个电动机部件都具有显着的铁磁极,至少一个电动机部件具有永磁极,并且在第一电动机部件上具有磁化绕组。 由极列形成的极的系统在电动机部件(11,12)可相对于彼此移动的方向上是磁性不对称的。