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    • 1. 发明授权
    • Processing jig
    • 加工夹具
    • US6050878A
    • 2000-04-18
    • US106135
    • 1998-06-29
    • Noboru KanzoMasahiro SasakiMasaki Kozu
    • Noboru KanzoMasahiro SasakiMasaki Kozu
    • B23Q3/06B24B37/04B24B37/30B24B41/06G11B5/127G11B5/187G11B5/31G11B5/39G11B5/60H01L21/687B24B49/00
    • B24B37/30B24B37/048G11B5/1871G11B5/3106G11B5/3903G11B5/6005
    • A processing jig is provided for deforming an object to be processed that is long in one direction into a complicated shape and processing the object with accuracy. The jig comprises: a main body to be fixed to the processing apparatus; a retainer that is long in one direction for retaining a bar as the object long in one direction; four couplers for coupling the retainer and the main body to each other; three load application sections, coupled to the retainer, to which a load is applied for deforming the retainer; and arms for coupling the load application sections to the retainer. The retainer takes a shape of a narrow and long beam that is bent with an application of external force. The two load application sections on both ends each have three degrees of freedom in two directions orthogonal to each other and a direction of rotation, for example. The load application section in the middle has one degree of freedom in the vertical direction only.
    • 提供了一种加工夹具,用于使在一个方向上长的一个方向的待处理物体变形成复杂的形状并且精确地处理物体。 夹具包括:固定到处理装置的主体; 在一个方向上长的保持器,用于将杆作为一个方向上的长度保持; 用于将保持器和主体彼此联接的四个联接器; 耦合到保持器的三个负载施加部分,施加负载以使保持器变形的负载; 以及用于将负载施加部分联接到保持器的臂。 保持器采用通过施加外力而弯曲的窄而长的梁的形状。 两端的两个负载施加部各自具有彼此正交的两个方向和旋转方向的三个自由度。 中间的负载施加部分仅在垂直方向上具有一个自由度。
    • 7. 发明授权
    • Processing jig
    • 加工夹具
    • US06447367B1
    • 2002-09-10
    • US09708536
    • 2000-11-09
    • Masaki KozuMasahiro Sasaki
    • Masaki KozuMasahiro Sasaki
    • B24B4900
    • G11B5/3163B23Q1/34B24B37/048B24B37/30G11B5/3103G11B5/3173G11B5/3903Y10T29/49048
    • A processing jig comprises: a main body to be fixed to a processing apparatus; a retainer that is long in one direction for retaining a bar as an object long in one direction; four couplers for coupling the retainer to the main body; three load application sections, coupled to the retainer, to each of which a load is applied for deforming the retainer; and three arms for coupling the load application sections to the retainer. The retainer has a beam structure that is bent with an application of external force. A bar fixing section to which the bar is fixed is provided at a lower end of the retainer. Both ends of the retainer are not coupled to the main body but left open.
    • 一种处理夹具包括:固定到处理装置的主体; 在一个方向上长长的保持器,用于将杆作为一个方向的长度保持; 用于将保持器联接到主体的四个联接器; 耦合到保持器的三个负载施加部分,其中施加负载以使保持器变形; 以及用于将负载施加部分联接到保持器的三个臂。 保持器具有通过施加外力而弯曲的梁结构。 在固定器的下端设置有固定杆的杆固定部。 保持器的两端不联接到主体而是敞开。
    • 9. 发明授权
    • Switching power supply system provided with under voltage lock out circuit
    • 开关电源系统配有欠压锁定电路
    • US08558527B2
    • 2013-10-15
    • US13109331
    • 2011-05-17
    • Masahiro SasakiTetsuya Kawashima
    • Masahiro SasakiTetsuya Kawashima
    • G05F1/00
    • H02M1/32H02M1/36H02M3/1588H02M2001/0012Y02B70/1466
    • A switching power supply system controlling switching operations of switching devices by a control circuit to convert an input voltage into a desired output voltage, the system being provided with a under voltage lock out circuit including: an input voltage detection unit detecting an input voltage and producing an input voltage digital signal corresponding to the input voltage Vin; and a voltage level comparison unit carrying out digital comparison of the input voltage digital signal with each of two voltage detection level data and outputting the results of the comparisons as an output signal, in which by changing voltage detection level data stored in two registers, desired voltage detection levels and hysteresis characteristic are easily actualized.
    • 一种开关电源系统,其通过控制电路来控制开关器件的开关动作,将输入电压转换成期望的输出电压,所述系统配备有欠压锁定电路,包括:输入电压检测单元,检测输入电压并产生 对应于输入电压Vin的输入电压数字信号; 以及电压电平比较单元,对输入电压数字信号与两个电压检测电平数据中的每一个进行数字比较,并输出比较结果作为输出信号,其中通过改变存储在两个寄存器中的电压检测电平数据为期望的 电压检测电平和滞后特性容易实现。
    • 10. 发明授权
    • Potentiometric titration method and potentiometric titration apparatus
    • 电位滴定法和电位滴定仪
    • US08315820B2
    • 2012-11-20
    • US12705214
    • 2010-02-12
    • Masahiro SasakiToshiyuki KamoYoko Ohashi
    • Masahiro SasakiToshiyuki KamoYoko Ohashi
    • G01N31/00
    • G01N31/164
    • A potentiometric titration method including calculating a titration curve and a differential curve from measured values; computing a straight line (D) connecting the two measured values on the titration curve which are present adjacent to a tentative terminal point (P); computing a first estimation line (B1) and a second estimation line (B2) by a least squares method based on a set of the measured values (d1), (d2) and (d3) and a set of the measured values (d4), (d5) and (d6), respectively, on the titration curve, which are respectively spaced by a predetermined level apart from the tentative terminal point (P) by using the number of decision points (n) as an index where the number of decision points (n) represents the number of measured values on the previously set titration curve; computing an intermediate line (C) between the first estimation line (B1) and the second estimation line (B2); and computing an intersection point (A) of the intermediate line (C) and the straight line (D) to read out a value of the intersection point on an abscissa axis as a terminal point (a) of the titration.
    • 电位滴定法,包括从测量值计算滴定曲线和微分曲线; 计算连接临时终点(P)附近的滴定曲线上的两个测量值的直线(D); 基于一组测量值(d1),(d2)和(d3)和一组测量值(d4),通过最小二乘法计算第一估计线(B1)和第二估计线(B2) ,(d5)和(d6)分别通过使用决定点(n)的数量作为指标的数量,分别与临时终点(P)间隔预定水平的滴定曲线 决策点(n)表示先前设定的滴定曲线上的测量值的数量; 计算第一估计线(B1)和第二估计线(B2)之间的中间线(C); 并计算中间线(C)和直线(D)的交点(A),以读出横坐标轴上的交点的值作为滴定的终点(a)。