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    • 21. 发明授权
    • Portable cutting tool
    • 便携式切割工具
    • US07516551B2
    • 2009-04-14
    • US11374127
    • 2006-03-14
    • Hirokazu Yoshida
    • Hirokazu Yoshida
    • B27B9/04
    • B23Q9/0042B23D59/006B27B9/04Y10T83/667Y10T83/68
    • In a portable electric circular saw (portable cutting tool) including a cutting tool body having a motor serving as a driving source and a saw blade (cutting tool) driven to rotate by the motor and a base guiding the cutting tool body along a surface of a material to be cut, and allowing a parallel ruler to be mounted on the base, guide bars respectively inserted through insertion holes formed in the base are provided with a dust guard that can slide parallel to an end face of the saw blade and can abut against the end face of the saw blade.
    • 在一种便携式电动圆锯(便携式切割工具)中,包括具有作为驱动源的马达的切割工具本体以及由马达驱动旋转的锯片(切割工具)和沿切割工具主体的表面引导切割工具本体的基座 要切割的材料,并且允许将平行的标尺安装在基座上,分别通过形成在基座中的插入孔插入的导杆设置有能够平行于锯片的端面滑动并可抵靠的防尘罩 抵靠锯片的端面。
    • 24. 发明授权
    • Sensor for edge position of electro-conductive material
    • 传感器用于导电材料的边缘位置
    • US06448792B1
    • 2002-09-10
    • US09580969
    • 2000-05-30
    • Hirokazu YoshidaAkira Shimotori
    • Hirokazu YoshidaAkira Shimotori
    • G01R2726
    • G01B7/003G01D5/2412
    • The edge portion of an electro-conductive material inserted between a pair of the transmitting electrodes of triangular plate disposed flatly in opposite directions each other and the receiving electrode. The exciting signal source applies respectively the alternating voltage signal S1 with frequency f1 on one of the transmitting electrodes and the alternating voltage signal S2 with frequency f2 on the other transmitting electrode. The insertion extent of the strip edge of the electro-conductive material is evaluated with the ratio between the current I1 with frequency f1 and the current I2 with frequency f2 generated on the receiving electrode.
    • 导电材料的边缘部分插入在彼此相反方向平坦地布置的三角形板的一对发射电极和接收电极之间。 励磁信号源分别在发送电极之一上施加频率为f1的交流电压信号S1和在另一个发送电极上施加频率为f2的交流电压信号S2。 导电材料的带状边缘的插入程度用电流I1与频率f1和电流I2与频率f2在接收电极上产生的比率进行评估。
    • 25. 发明授权
    • Forced compression type pump
    • 强制压缩式泵
    • US5609479A
    • 1997-03-11
    • US522305
    • 1995-08-30
    • Hirokazu Yoshida
    • Hirokazu Yoshida
    • F01C21/08F04C2/344F04C5/00
    • F04C2/3445F01C21/0836F05C2251/02
    • A forced compression type pump including a cylindrically shaped pump case, an eccentric rotating body shaft-supported on said pump case at an eccentric position relative to said pump case and a compressing and forcibly sending member movable in a radial direction or said eccentric rotating body and adapted to be brought into press contact with the interior wall of said pump case, characterized in that the interior space is formed at the central part of said eccentric rotating body, a plurality of guide grooves are formed in a radial direction from said interior space to the circumferential surface of said eccentric rotating body, a plurality of circumferentially contacting cylindrical body inserted in said guide grooves and movable freely in a radial direction are formed, said plurality of circumferential contacting cylindrical body are in a planetary relationship relative to said central cylindrical body and the outer circumferential surfaces of said circumferentially contacting bodies are brought into press contact with the interior wall of said pump case while the circumferential surfaces of said circumferentially contacting bodies on their center sides are brought into press contact with said central cylindrical body, whereby said circumferentially contacting bodies are made to act as compressing and forcibly sending members.
    • 一种强制压缩式泵,包括:圆筒形的泵壳,在相对于所述泵壳的偏心位置支撑在所述泵壳上的偏心旋转体轴,以及沿径向移动的压缩强制送出部件或所述偏心旋转体, 适于与所述泵壳的内壁压接,其特征在于,所述内部空间形成在所述偏心旋转体的中心部分,多个导向槽沿径向从所述内部空间形成, 所述偏心旋转体的周面形成有多个周向接触的圆柱体,其插入所述引导槽并沿径向方向自由移动,所述多个周向接触圆柱体相对于所述中心圆柱体呈行星状, 所述圆周接触体的外圆周表面 与所述泵壳体的内壁压接,同时所述圆周接触体的中心侧的圆周表面与所述中心圆柱体压接,由此所述周向接触体被制成压缩和 强制派发会员
    • 26. 发明授权
    • Method of reading identification code sheets using borders to determine
scan angle
    • 使用边框读取识别码表来确定扫描角度的方法
    • US5204515A
    • 1993-04-20
    • US774146
    • 1991-10-15
    • Hirokazu Yoshida
    • Hirokazu Yoshida
    • G06K19/06
    • G06K19/06037G06K2019/06253G06K2019/06262
    • An identification code sheet includes of codes of merchandise, a character string or a document etc. The sheet can be read by a sensor. The identification code sheet including a representation area defined by both a X-axis and a Y-axis intersecting mutually either orthogonally or skewedly and sub-areas of identification code printed in are representation area. The said representation area is divided into sixteen or more sub-areas, in each of which an identification code of encoded indicia is recorded. With the coding and method much more informations relative to the conventional techniques may be handled and more particularly much more Kana-Kanzi, Arabic and Chinese letters etc. as well as numerical characters, symbols, and alphabets may be represented which can be easily read. The representation of repredentation areas defined by both the X-axis and the Y-axis and the identification code in said sub-areas ensures accuracy and speed of reading by means of a sensor to read the identification code sheet in any direction and further a simplier reading, representation and outputting etc. by use of a printing sheet and printing means for general use.
    • 识别码表包括商品代码,字符串或文件等。片材可以由传感器读取。 包括由相互正交或倾斜相交的X轴和Y轴两者定义的表示区域的识别码表和印刷在其上的识别码的子区域是表示区域。 所述表示区域被划分为十六个或更多个子区域,其中每个子区域记录有编码标记的识别码。 通过编码和方法,可以处理相对于常规技术的更多信息,并且可以更容易地阅读更特别多的假名 - 汉字,阿拉伯和中文字母等以及数字字符,符号和字母。 通过X轴和Y轴以及所述子区域中的识别码来表示重写区域,通过传感器确保读取的准确度和速度,以便在任何方向上读取识别码表并进一步简化 读取,表示和输出等,通过使用打印纸和一般使用的打印装置。
    • 28. 发明授权
    • Induction heating apparatus utilizing output energy for powering
switching operation
    • 感应加热装置利用输出能量为开关动作供电
    • US4595814A
    • 1986-06-17
    • US524436
    • 1983-08-18
    • Yoshio OginoTakumi MizukawaHideki OhmoriHirokazu Yoshida
    • Yoshio OginoTakumi MizukawaHideki OhmoriHirokazu Yoshida
    • H05B6/06H05B6/12
    • H05B6/062H05B2206/022
    • An induction heating apparatus comprises a rectifier (2) for rectifying a voltage from an AC mains supply, a resonance circuit formed by an induction heating coil (4) and a capacitor (4), a semiconductor switching device (6) connected in circuit with the resonance circuit to the output of the rectifier, a diode (7) coupled in anti-parallel relationship with the switching device (6), and a circuit (17; 117, 118) for driving the switching device into conduction at a controlled frequency. Further provided is a transformer (14) which derives a low-frequency energy from the AC mains supply (1). A second coil (9) is electromagnetically coupled with the heating coil (4) for deriving a high-frequency energy. The low- and high-frequency energies are coupled by diodes (10, 11, 15, 16; 132, 133) to the driving circuit to provide power necessary to effect the conduction of the switching device.
    • 感应加热装置包括整流器(2),用于整流来自AC电源的电压,由感应加热线圈(4)和电容器(4)形成的谐振电路;半导体开关器件(6),其与 对整流器的输出端的谐振电路,与开关装置(6)反并联的二极管(7)和用于以受控频率驱动开关装置导通的电路(17; 117,118) 。 还提供了一种从AC电源(1)导出低频能量的变压器(14)。 第二线圈(9)与加热线圈(4)电磁耦合,用于导出高频能量。 低频和高频能量由二极管(10,11,15,15,16,132,133)耦合到驱动电路,以提供实现开关器件导通所需的电力。