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    • 4. 发明申请
    • HIGH CONDUCTIVITY ENERGY-SAVING CLAMPING DEVICE
    • 高电导节能钳位装置
    • US20110287673A1
    • 2011-11-24
    • US13126149
    • 2010-07-09
    • YePing FanYong WuZhangXi YanDi YuWei Duan
    • YePing FanYong WuZhangXi YanDi YuWei Duan
    • H01R4/48
    • H01R11/24H01R13/025
    • The high conductivity energy-saving clamping device comprises a clamp and a cable fixed upon the clamp. Inside the cable, the conductive material protrudes and is set on the juncture of the clamp and the external conductor. When the clamp is connected to the external conductor, the conductive material and the external conductor contact and meet. This invention possesses the following advantages: it simplifies the production technology, lessens raw materials needed for production and hence saves resources and cost by the direct contact of the conductive material and the external conductor; moreover, due to the increase of conductive contact area, it enhances the electrical conductivity by 10% to 15% compared to those common clamps which use tooth-like conductive parts to connect the external conductor. Meanwhile, the invention greatly decreases environmental pollution by omitting the plating process of tooth-like conductive parts.
    • 高导电节能夹紧装置包括夹具和固定在夹具上的电缆。 在电缆内部,导电材料突出并设置在夹具和外部导体的接合处。 当夹具连接到外部导体时,导电材料和外部导体接触并相遇。 本发明具有以下优点:它简化了生产技术,减少了生产所需的原料,从而通过导电材料和外部导体的直接接触节省了资源和​​成本; 此外,由于导电接触面积的增加,与使用齿形导电部件连接外部导体的普通夹具相比,其导电率提高10%至15%。 同时,本发明通过省略牙形导电部件的电镀工艺,大大降低了环境污染。
    • 8. 发明授权
    • Technique for simulating floating-point stack operation involving conversion of certain floating-point register numbers based on a top-of-stack pointer and modulo function
    • 用于模拟浮点堆栈操作的技术,包括基于堆栈顶指针和模函数的某些浮点寄存器数字的转换
    • US08788796B2
    • 2014-07-22
    • US12746882
    • 2008-12-12
    • Wei DuanXiaoyu Li
    • Wei DuanXiaoyu Li
    • G06F9/318G06F9/30G06F9/302
    • G06F9/30134G06F9/3001G06F9/30101G06F9/30174G06F9/30181
    • A Reduced Instruction Set Computing (RISC) processor is capable of emulating operation of a floating-point register stack. The RISC processor may include a floating-point register file containing a plurality of floating-point registers, a decoding section for decoding operation instructions, and a floating-point operation section. The RISC processor may also include a control register for controlling status of floating-point registers, and for controlling the decoding section and the floating-point operation section, to thereby emulate a floating-point register stack using the floating-point register file. The decoding section may include a pointer register for maintaining a stack operation pointer, and for storing a value of the stack operation pointer. The floating-point operation section may also include a pointer operation module for operating the pointer register, for emulating stack operation of the stack pointer of the pointer register, and for modifying and monitoring the stack pointer during emulation of floating-point register stack.
    • 精简指令集计算(RISC)处理器能够仿真浮点寄存器堆栈的操作。 RISC处理器可以包括包含多个浮点寄存器的浮点寄存器文件,用于解码操作指令的解码部分和浮点运算部分。 RISC处理器还可以包括用于控制浮点寄存器的状态的控制寄存器,并且用于控制解码部分和浮点运算部分,从而使用浮点寄存器堆来模拟浮点寄存器堆栈。 解码部分可以包括用于维护堆栈操作指针的指针寄存器,并且用于存储堆栈操作指针的值。 浮点操作部分还可以包括用于操作指针寄存器的指针操作模块,用于模拟指针寄存器的堆栈指针的堆栈操作,以及用于在仿真浮点寄存器堆栈期间修改和监视堆栈指针。