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    • 132. 发明授权
    • Electric connector permitting testing of electric conductivity of terminals in provisional locking position
    • 电连接器允许在临时锁定位置测试端子的导电性
    • US06699079B2
    • 2004-03-02
    • US10283125
    • 2002-10-30
    • Yukifumi MachidaMichiyasu WatanabeYoshikazu TanakaRyo Sawada
    • Yukifumi MachidaMichiyasu WatanabeYoshikazu TanakaRyo Sawada
    • H01R13514
    • H01R13/4368
    • A rear holder 4 is inserted into a housing 3 from a rear end surface 24 at a provisional locking position in which the rear holder 4 is inserted into the housing 3 halfway and an insertion of connecting terminals is allowed, as well as at a sufficiently inserted complete locking position at which the inserted connecting terminals are locked. Within the housing 3, there are formed two rows of terminal accommodating holes 28 each accommodating respective connecting terminals. The rear holder 4 is formed in a substantially plate-like shape and includes a main body 41 which is inserted into slits 29 of the housing 3 and locking arms 45 which are inserted into respective terminal accommodating holes 28. A width of a locking arm 45 is slightly smaller than that of a terminal accommodating hole 28. Windows 37 are formed in the outer wall 21 of the housing 3 such that the terminal accommodating holes 28 are communicated with external through the windows 37. Through these windows 37, locking condition between the connecting terminals 2 and the locking arms 45 can be released and an electrical conduction test of the connecting terminals 2 can be performed.
    • 后保持器4在后端保持件4被插入壳体3中间的临时锁定位置处从后端表面24插入到壳体3中,并且允许连接端子的插入以及足够插入 插入的连接端子被锁定的完全锁定位置。 在壳体3内形成有两排容纳各个连接端子的端子容纳孔28。 后保持器4形成为大致板状,并且包括被插入到壳体3的狭缝29中的主体41和插入到各个端子容纳孔28中的锁定臂45.锁定臂45的宽度 略小于端子容纳孔28的窗口。窗口37形成在壳体3的外壁21中,使得端子容纳孔28通过窗户37与外部连通。通过这些窗口37,锁定状态 可以释放连接端子2和锁定臂45,并且可以执行连接端子2的导电测试。
    • 133. 发明授权
    • Wet tissue package
    • 湿巾包装
    • US06296144B1
    • 2001-10-02
    • US09520324
    • 2000-03-07
    • Yoshikazu TanakaMitsuko Yamaji
    • Yoshikazu TanakaMitsuko Yamaji
    • A47K1024
    • B65D83/0894A47K2010/428
    • There is disclosed a wet tissue package including a plurality of rectangular or square wet tissues which are individually folded and are stacked in a bag-shaped or container-shaped packaging material of which an upper face is formed with an opening for taking out the wet tissues therethrough one by one. In this wet tissue package, each of the wet tissue is double-folded on a first folding line (L1), and further folded at least on second, third and fourth folding lines (L2, L3 and L4). The first folding line (L1) appears in the opening of the packaging material. Alternatively, if a portion folded on the second folding line (L2) and laid over the upper side of the double-folded wet tissue is further folded on a sixth folding line (L6), at least one of the first folding line (L1) and the sixth folding line (L6) appears in the opening of the packaging material. When the wet tissue is pinched and pulled up at the first folding line (L1) or at the sixth folding line (L6), it is opened out into the double-folded state or into such a state that the double-folded wet tissue is folded on the sixth folding line (L6). Therefore, the wet tissue can be used for wiping excrements or the like at least in the double-folded state, immediately after taken out from the packaging material.
    • 公开了一种湿纸巾包装,其包括多个矩形或正方形的湿纸巾,它们单独折叠并且堆叠成袋状或容器形状的包装材料,其上表面形成有用于取出湿纸巾的开口 逐个通过。 在这种湿纸巾包装中,每个湿纸巾在第一折叠线(L1)上双折叠,并且至少在第二,第三和第四折叠线(L2,L3和L4)上进一步折叠。 第一条折叠线(L1)出现在包装材料的开口处。 或者,如果折叠在第二折叠线(L2)上并放置在双折叠湿纸巾的上侧的部分在第六折线(L6)上进一步折叠,则第一折叠线(L1)中的至少一个 并且第六折线(L6)出现在包装材料的开口中。 当湿纸巾在第一折叠线(L1)或第六折线(L6)处被挤压并拉起时,它被打开成双折叠状态,或者形成双折叠湿纸巾 折叠在第六条折线(L6)上。 因此,湿纸巾可以在从包装材料中取出之后至少在双折叠状态下擦拭排泄物等。
    • 135. 发明授权
    • Processor for VLIW instruction
    • 处理器用于VLIW指令
    • US6044450A
    • 2000-03-28
    • US824486
    • 1997-03-27
    • Yuji TsushimaYoshikazu TanakaYoshiko TamakiMasanao ItoKentaro ShimadaYonetaro TotsukaShigeo Nagashima
    • Yuji TsushimaYoshikazu TanakaYoshiko TamakiMasanao ItoKentaro ShimadaYonetaro TotsukaShigeo Nagashima
    • G06F9/30G06F9/38G06F7/00
    • G06F9/30025G06F9/30178G06F9/3853
    • Each small instruction in a VLIW instruction (long instruction) is added with the number of NOP instructions which succeed the small instruction, and these NOP instructions are deleted from the succeeding long instruction. A plurality of long instructions are therefore time-compressed. Thereafter, a plurality of small instructions in each long instruction are divided into a plurality of groups, and a combination of operation codes (OP codes) of small instructions in each group is replaced by a group code to generate a compressed, grouped instruction. Each long instruction is therefore space-compressed. An instruction expanding unit has an instruction expanding circuit for each grouped instruction. Each instruction expanding circuit expands one grouped instruction in a long instruction, generates a group of small instructions represented by the grouped instruction, and supplies the group of generated small instructions to respective function units via a decode unit. In this case, each instruction expanding circuit supplies after each small instruction NOP instructions same in number as that designated by a NOP number associated with each small instruction in this grouped instruction.
    • VLIW指令(长指令)中的每个小指令都加上小指令成功的NOP指令数,并从后续长指令中删除这些NOP指令。 因此,多个长指令被时间压缩。 此后,每个长指令中的多个小指令被分成多个组,并且组中的小指令的操作码(OP代码)的组合被组代码替换以生成压缩的分组指令。 因此,每个长指令都是空间压缩的。 指令扩展单元具有用于每个分组指令的指令扩展电路。 每个指令扩展电路在长指令中扩展一个分组指令,生成由分组指令表示的一组小指令,并且经由解码单元将所生成的小指令组提供给各个功能单元。 在这种情况下,每个指令扩展电路在与分组指令中的每个小指令相关联的NOP号指定的每个小指令NOP指令之后提供数量相同的每个指令扩展电路。
    • 137. 发明授权
    • Electrical connector
    • 电连接器
    • US5879192A
    • 1999-03-09
    • US718387
    • 1996-10-01
    • Yukifumi MachidaHideo KonYoshikazu TanakaAkihiro KojimaMichiyasu Watanabe
    • Yukifumi MachidaHideo KonYoshikazu TanakaAkihiro KojimaMichiyasu Watanabe
    • H01R13/436H01R13/516
    • H01R13/4367
    • An electric connector including a housing (14) and a rear holder (13). The rear holder (13) retains connecting terminals (12) therein and is fitted into the housing (14) from the rear of the housing. The rear holder (13) includes a front retaining portion (36a, 36b) for restricting forward movement of the connecting terminals (12), and a rear retaining portion (37) for restricting backward movement of the connecting terminals (12). The housing (14) has an inclined guide surface (34b, 43c) for receiving and guiding a respective connecting terminal (12) at an inclined angle into the housing. The structure of the housing (14) and rear holder (13) is adapted so that the connecting terminals (12) are retained within a terminal connecting portion (21) in a provisionally engaged position by inserting a connecting terminal (12) into the housing (14) at an inclined by abutting the inclined guide surface (34b, 43c) and then moving the connecting terminals (12) into a fixed completely engaged horizontal position by pushing the rear holder (13).
    • PCT No.PCT / JP96 / 00186 Sec。 371日期:1996年10月1日 102(e)日期1996年10月1日PCT提交1996年1月31日PCT公布。 WO96 / 24176 PCT公开号 日期:1996年8月8日具有壳体(14)和后保持架(13)的电连接器。 后保持器(13)将连接端子(12)保持在其中并且从壳体的后部装配到壳体(14)中。 后保持器(13)包括用于限制连接端子(12)向前移动的前保持部分(36a,36b)和用于限制连接端子(12)向后移动的后保持部分(37)。 壳体(14)具有倾斜的引导表面(34b,43c),用于将相应的连接端子(12)倾斜地接收并引导到壳体中。 壳体(14)和后保持器(13)的结构适于使得连接端子(12)通过将连接端子(12)插入壳体中而保持在临时接合位置内的端子连接部分(21)内 (14)通过抵靠所述倾斜的引导表面(34b,43c)而倾斜,然后通过推动所述后保持器(13)将所述连接端子(12)移动到固定的完全接合的水平位置。
    • 140. 发明授权
    • Method for converting an iterative loop of a source program into
parellelly executable object program portions
    • 将源程序的迭代循环转换为可执行对象程序部分的方法
    • US5067068A
    • 1991-11-19
    • US201772
    • 1988-06-02
    • Kyoko IwasawaYoshikazu TanakaShizuo Gotou
    • Kyoko IwasawaYoshikazu TanakaShizuo Gotou
    • G06F9/45G06F15/16
    • G06F8/452
    • In a compiling method, whether a variable (induction variable)recurrsively defined during loop iteration is included in an iteratively executed loop portion of a source program is detected. If such a variable is detected, a computation program portion for calculating a value of the variable which the variable should have during loop iteration of an arbitrary loop iteration number is generated. A plurality of parallely executable object program portions each for executing one of a plurality of processing to be executed during loop iteration of a respective loop iteration number of the loop portion is generated. Each of the object program portions includes a portion for executing the generated computation program portion for a respective loop iteration number to calculate a value of the variable for that loop iteration number.
    • 在编译方法中,检测在循环迭代期间重复定义的变量(感应变量)是否包含在源程序的迭代执行循环部分中。 如果检测到这样的变量,则生成用于计算变量在任意循环迭代次数的循环迭代期间应该具有的变量的值的计算程序部分。 生成多个并行执行对象程序部分,每个用于执行循环部分的相应循环迭代次数的循环迭代期间要执行的多个处理中的一个。 每个对象程序部分包括用于执行相应的循环次数的所生成的计算程序部分的部分,以计算该循环迭代次数的变量的值。