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    • 1. 发明授权
    • Building structure
    • 建筑结构
    • US4211045A
    • 1980-07-08
    • US858198
    • 1977-12-07
    • Hajime KoizumiKozo ToyamaMikio KobayashiHajime HatanoToshio SaekiKaoru MizukoshiShinichi TamanagaKeizo MiyakawaTomoyasu Kato
    • Hajime KoizumiKozo ToyamaMikio KobayashiHajime HatanoToshio SaekiKaoru MizukoshiShinichi TamanagaKeizo MiyakawaTomoyasu Kato
    • E04B1/21E04B5/43E04C3/293E04B5/19
    • E04C3/065E04B1/21E04B5/43E04C3/293
    • A building structure including a beam of steel or rod reinforced concrete which is sheathed in a U-shaped cross section steel shell, a concrete column which is encased in a steel tube, diagonal bracings and connecting members thereof. The topside of the U-shaped steel shell is open to allow concrete to be filled therethrough. Steel rods are placed in the shell and a steel panel connecting member secures the opposed sidewalls of the shell. Steel bars extend from a floor slab into the beam shell through the aforesaid open topside, thereby rendering the beam integral with the slab. Frame-like steel members for confining reinforcing bars and/or shear connectors are disposed in the inside of the beam shell. A steel sleeve is also provided in the beam shell for defining a space for disposition of equipment. In addition, an opening is provided in the bottom wall of the beam shell so as to allow steel rods to extend from the wall into the beam shell, thereby rendering the beam integral with the wall. A column is coupled to the beam by means of ring stiffeners or gusset plates. Diagonal bracings are positioned in symmetric relation to the frame member of the beam or column, and the diagonal bracings are fastened to the frame member of the beam or column by means of long bolts extending through the frame member thereof. The tip portions of diagonal bracings are provided with anchor members which are embedded in the concrete contained in the beam shell.
    • 一种建筑结构,其包括被包覆在U形横截面钢壳中的钢梁或钢筋混凝土梁,包围在钢管中的混凝土柱,对角支撑及其连接构件。 U形钢壳的顶部是开放的,以允许混凝土被填充通过。 钢棒放置在壳体中,钢板连接构件固定壳体的相对侧壁。 钢筋通过上述敞开的顶部从地板延伸到梁壳中,从而使梁与板块成一体。 用于限制钢筋和/或剪切连接器的框架状钢构件设置在梁壳的内部。 梁壳中还设有一个钢套筒,用于定义设备的处理空间。 此外,在梁壳的底壁中设置有开口,以允许钢杆从壁延伸到梁壳中,从而使梁与壁成一体。 柱通过环加强筋或角撑板联接到梁上。 对角支撑与梁或柱的框架构件对称地定位,并且对角支撑通过延伸穿过其框架构件的长螺栓紧固到梁或柱的框架构件。 对角支撑的尖端部分设置有锚固构件,其嵌入在包含在梁壳中的混凝土中。
    • 2. 发明授权
    • Building structure
    • 建筑结构
    • US4333285A
    • 1982-06-08
    • US64732
    • 1979-08-08
    • Hajime KoizumiKozo ToyamaMikio KobayashiHajime HatanoToshio SaekiKaoru MizukoshiShinichi TamanagaKeizo MiyakawaTomoyasu Kato
    • Hajime KoizumiKozo ToyamaMikio KobayashiHajime HatanoToshio SaekiKaoru MizukoshiShinichi TamanagaKeizo MiyakawaTomoyasu Kato
    • E04B1/21E04B5/43E04C3/293E04B5/36
    • E04C3/065E04B1/21E04B5/43E04C3/293
    • A building structure including a beam of steel or rod reinforced concrete which is sheathed in a U-shaped cross section steel shell, a concrete column which is encased in a steel tube, diagonal bracings and connecting members thereof. The topside of the U-shaped steel shell is open to allow concrete to be filled therethrough. Steel rods are placed in the shell and a steel panel connecting member secures the opposed sidewalls of the shell. Steel bars extend from a floor slab into the beam shell through the aforesaid open topside, thereby rendering the beam integral with the slab. Frame-like steel members for confining reinforcing bars and/or shear connectors are disposed in the inside of the beam shell. A steel sleeve is also provided in the beam shell for defining a space for disposition of equipment. In addition, an opening is provided in the bottom wall of the beam shell so as to allow steel rods to extend from the wall into the beam shell, thereby rendering the beam integral with the wall. A column is coupled to the beam by means of ring stiffeners or gusset plates. Diagonal bracings are positioned in symmetric relation to the frame member of the beam or column, and the diagonal bracings are fastened to the frame member of the beam or column by means of long bolts extending through the frame member thereof. The tip portions of diagonal bracings are provided with anchor members which are embedded in the concrete contained in the beam shell.
    • 一种建筑结构,其包括被包覆在U形横截面钢壳中的钢梁或钢筋混凝土梁,包围在钢管中的混凝土柱,对角支撑及其连接构件。 U形钢壳的顶部是开放的,以允许混凝土被填充通过。 钢棒放置在壳体中,钢板连接构件固定壳体的相对侧壁。 钢筋通过上述敞开的顶部从地板延伸到梁壳中,从而使梁与板块成一体。 用于限制钢筋和/或剪切连接器的框架状钢构件设置在梁壳的内部。 梁壳中还设有一个钢套筒,用于定义设备的处理空间。 此外,在梁壳的底壁中设置有开口,以允许钢杆从壁延伸到梁壳中,从而使梁与壁成一体。 柱通过环加强筋或角撑板联接到梁上。 对角支撑与梁或柱的框架构件对称地定位,并且对角支撑通过延伸穿过其框架构件的长螺栓紧固到梁或柱的框架构件。 对角支撑的尖端部分设置有锚固构件,其嵌入在包含在梁壳中的混凝土中。
    • 3. 发明授权
    • Diffractive optical element, optical system including the same, and image pickup apparatus
    • 衍射光学元件,包括该衍射光学元件的光学系统和图像拾取装置
    • US08693096B2
    • 2014-04-08
    • US12948983
    • 2010-11-18
    • Mikio Kobayashi
    • Mikio Kobayashi
    • G02B5/18G02B27/42
    • G02B5/1814G02B5/1847G02B5/1866G02B27/0037G02B27/4211H04N5/2254
    • A diffractive optical element includes multiple diffraction gratings laminated and made of at least three material types, wherein the multiple diffraction gratings include: a first combination part including two diffraction gratings of materials different from each other in which grating side surfaces of grating parts contact with each other or are disposed close to each other in a grating pitch direction; and a second combination part including two diffraction gratings of materials different from each other in which at least one material is different from the materials of the first combination part; and when N1Aw and N1Bw denote refractive indices of the first combination part at a wavelength (w), ν1A and ν1B denote Abbe numbers, N2Ad and N2Bd denote refractive indices of the second combination part on a d-line, ν2A and ν2B denote Abbe numbers, the wavelength (w) is 370
    • 衍射光学元件包括层叠并由至少三种材料类型制成的多个衍射光栅,其中所述多个衍射光栅包括:第一组合部分,包括彼此不同的材料的两个衍射光栅,其中光栅部件的光栅侧表面与每个 另一个或者以光栅节距方向彼此靠近设置; 以及第二组合部分,其包括彼此不同的材料的两个衍射光栅,其中至少一种材料与第一组合部分的材料不同; 并且当N1Aw和N1Bw表示第一组合部分在波长(w)时的折射率,&lt; ngr; 1A和&ngr; 1B表示阿贝数,N2Ad和N2Bd表示第二组合部分在d线上的折射率&ngr; 2A和&amp; ngr 2B表示阿贝数,波长(w)为370 0.03 <| N2Ad-N2Bd | <0.5; 和16 <(&ngr; 2A-&ngr; 2B)<75。
    • 4. 发明申请
    • Optical system and optical apparatus having the same
    • 具有相同的光学系统和光学装置
    • US20060285227A1
    • 2006-12-21
    • US11450663
    • 2006-06-08
    • Mikio Kobayashi
    • Mikio Kobayashi
    • G02B9/08
    • G02B13/0035G02B13/004G02B13/0045G02B13/006G02B13/009
    • At least one exemplary embodiment is directed to an optical system which includes a plurality of refractive optical elements arranged substantially symmetrically with respect to an aperture-stop. Furthermore the optical system comprises a refractive optical element being constituted by a solid material. An Abbe number νd of the solid material and a partial dispersion ratio θgF of the solid material can satisfy the following conditions: θgF−(−1.665×10−7·νd3+5.213×10−5·νd2−5.656×10−3·νd+0.755)>0, θgF−(−1.665×10−7·νd3+5.213×10−5·νd2−5.656×10−3·νd+1.011)
    • 至少一个示例性实施例涉及一种光学系统,其包括相对于孔径光阑大致对称地布置的多个折射光学元件。 此外,光学系统包括由固体材料构成的折射光学元件。 固体材料的阿贝数和固体材料的部分分散比ttFF可以满足以下条件:<?在线公式描述=“在线公式”end =“lead”?> tagF - ( - 1.665×10 -7 .nud 3 + 5.213×10 -5。±2±5.656×10 -6。 3 .nud + 0.755)> 0,<?in-line-formula description =“In-line Formulas”end =“tail”?> <?in-line-formula description =“In-line Formulas end =“lead”?> thetagF - ( - 1.665x10&lt; -7&gt; .nud&lt; 3&gt; + 5.213×10 -5 .nud 2 -5.656×10 -3 .nud + 1.011)<0。<?in-line-formula description =“In-line Formulas”end =“tail”?>
    • 7. 发明授权
    • Paper transport control system for an image forming apparatus
    • 用于图像形成装置的纸张传送控制系统
    • US5678138A
    • 1997-10-14
    • US620084
    • 1996-03-21
    • Mikio KobayashiShuji IsekiJunichirou SameshimaSatoshi FukadaTakizo SagawaRyoichi TsuruokaYukio HayashiNorio Hokari
    • Mikio KobayashiShuji IsekiJunichirou SameshimaSatoshi FukadaTakizo SagawaRyoichi TsuruokaYukio HayashiNorio Hokari
    • G03G15/00G03G15/01
    • G03G15/70G03G15/0131G03G2215/00544G03G2215/00548G03G2215/00552
    • An image forming apparatus including a plural number of paper transporting units including at least first and second paper transporting units, in-unit paper sensing mechanism located in the first paper transporting unit, unit-to-unit paper sensing mechanism located between the first and second paper transporting units, and drive control mechanism for controlling the operations of the plural number of the paper transporting units, wherein the drive control mechanism includes first mechanism operating such that when any of the in-unit paper sensing mechanism located in the first paper transporting unit detects a paper transport trouble, the first mechanism stops the paper transporting operation of the second paper transporting unit in response to a sensing signal indicative of the presence of a paper from the unit-to-unit paper sensing mechanism, and second mechanism stops the paper transporting operation of the first paper transporting unit upon the stop of the paper transporting operation of the second paper transporting unit, and drives the first paper transporting unit to move the paper a predetermined distance in the direction that is reverse to the normal direction.
    • 一种图像形成装置,包括多个纸张传送单元,所述多个纸张传送单元至少包括第一和第二纸张传送单元,位于第一纸张传送单元中的单元纸张传感机构,位于第一和第二纸张传送单元之间的单元到纸张传感机构 纸张传送单元和用于控制多个纸张传送单元的操作的驱动控制机构,其中驱动控制机构包括第一机构,其操作使得当位于第一纸张传送单元中的任何单位纸张传感机构 检测纸张传送故障,第一机构响应于表示来自单元到纸张感测机构的纸张的感测信号而停止第二纸张传送单元的纸张传送操作,并且第二机构停止纸张 在纸张传送操作的停止时第一纸张传送单元的传送操作 并且驱动第一纸张传送单元沿与正常方向相反的方向移动纸张预定距离。
    • 9. 发明授权
    • Apparatus for shaping elongated bar-shaped bread dough pieces
    • 用于塑造细长条状面包面团的装置
    • US5538414A
    • 1996-07-23
    • US399153
    • 1995-03-02
    • Mikio KobayashiTamotsu Kaneko
    • Mikio KobayashiTamotsu Kaneko
    • A21C11/00A21C3/06A21D6/00B29C53/00
    • A21C3/06
    • A method and apparatus is provided for shaping elongated bar-shaped bread dough pieces. In and by this method and apparatus a bread dough piece, namely, a bread dough sheet, a divided bread dough mass, or a preshaped bread dough roll, is subjected to a first rotation, thereby pressing and rolling it in a first gap defined by a conveyor and a pressing belt or a pressing board that faces it, while being conveyed downstream, so as to shape an elongated bar-shaped bread dough piece. This elongated bar-shaped bread dough piece is then fed into a second gap defined by an upper face that comprises a pressing belt or pressing board and a lower face that faces it and comprises a conveyor, a pressing belt or a pressing board, and is subjected to a second rotation that is in a direction reverse to that of the first rotation, thereby shaping a further elongated bar-shaped bread dough piece with a straight wound-dough end.
    • 提供了一种用于形成细长条状面包面团片的方法和装置。 通过该方法和装置,将面包片,即面包面团片,分开的面包面团或预成型的面包面团卷进行第一次旋转,由此在由第一间隙 一个传送带和一个面向它的挤压带或压板,同时被传送到下游,以形成细长的棒状面包面团片。 然后将该长条状的面包面片送入由包括加压带或压板和下表面的上表面限定的第二间隙,该下表面包括输送机,压带或压板,并且是 经受与第一旋转方向相反的方向的第二旋转,由此用直的卷曲面团端部形成更细长的条形面包面团片。