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    • 1. 发明授权
    • Magnetic actuator mechanism
    • 磁致动器机构
    • US4568207A
    • 1986-02-04
    • US614640
    • 1984-05-29
    • Kazuhiko HaraFumihiro KasanoYoshinobu OkadaHiromi NishimuraTadashi Murakami
    • Kazuhiko HaraFumihiro KasanoYoshinobu OkadaHiromi NishimuraTadashi Murakami
    • H01F7/14B41J2/265B41J2/275B41J3/12
    • B41J2/265B41J2/275
    • An improved magnetic actuator mechanism suitable for dot printing mechanisms for use in a wire matrix dot printer. The present magnetic actuator mechanism comprises an armature movable between a reset position and an actuated position, a permanent magnet for attracting the armature toward the reset position, and an electromagnet which, when energized, generates in the armature a magnetic flux opposite to and larger than the magnetic flux generated therein by the permanent magnet. The armature is thus moved to the actuated position by the turn of the magnetization direction in the armature when the electromagnet is energized. Therefore, in the present invention, the armature can have the magnetic fluxes in the opposite directions by the action of the permanent magnet and electromagnet combination so as to provide the armature of smaller cross sectional area or thickness with a higher magnetic force without causing the magnetic saturation thereof, which allows the use of an armature of less thickness or weight to assure high speed operation in response to a driving signal.
    • 一种改进的磁致动器机构,适用于在线状点阵打印机中使用的点印刷机构。 本磁致动器机构包括可在复位位置和致动位置之间移动的衔铁,用于将电枢朝向复位位置吸引的永磁体,以及电磁体,当被激励时,在电枢中产生与电枢相反并且大于 由永磁体产生的磁通量。 因此当电磁铁通电时,电枢通过衔铁的磁化方向的转动而移动到致动位置。 因此,在本发明中,通过永久磁铁和电磁铁组合的作用,衔铁可以在相反方向上具有磁通,从而提供具有较高磁力的较小横截面积或厚度的电枢,而不会导致磁 其饱和度允许使用较小厚度或重量的电枢来确保响应于驱动信号的高速操作。
    • 5. 发明授权
    • System and method for serial data communications between host and communications devices, and communications device employed in the system and method
    • 用于主机和通信设备之间串行数据通信的系统和方法,以及系统和方法中使用的通信设备
    • US08069274B2
    • 2011-11-29
    • US12510390
    • 2009-07-28
    • Yohsuke FukudaKazuhiko Hara
    • Yohsuke FukudaKazuhiko Hara
    • G06F3/00G06F13/00
    • G06F13/161
    • A communications device includes a communications circuit, a memory, an identifier generator, and a latency controller. The communications circuit exchanges serial data with a host computer and a downstream device, and includes a first input, a first output, a second input, and a second output. The first input receives data from the host computer. The first output transmits data to the host computer. The second input receives data from the downstream device. The second output transmits data to the downstream device. The memory is accessible through the communications circuit. The identifier generator generates an identifier number unique to the communications device in response to an identifier setup request received at the first input. The latency controller determines, based on the generated identifier number, a period of latency required to access the memory through the communications circuit.
    • 通信设备包括通信电路,存储器,标识符发生器和等待时间控制器。 通信电路与主机和下游设备交换串行数据,并且包括第一输入,第一输出,第二输入和第二输出。 第一个输入从主机接收数据。 第一个输出将数据传输到主机。 第二个输入从下游设备接收数据。 第二个输出将数据发送到下游设备。 存储器可通过通信电路访问。 响应于在第一输入处接收到的标识符建立请求,标识符生成器生成通信设备唯一的标识符号。 等待时间控制器基于生成的标识符号确定通过通信电路访问存储器所需的等待时间。