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    • 1. 发明授权
    • Twistable container for elevating a solid stick
    • 用于升高固体棒的双向容器
    • US08727651B2
    • 2014-05-20
    • US12866143
    • 2009-02-03
    • Ken AraiTakamitsu OkawaraMasakazu MametaTsutomu KobayashiHideo Uemura
    • Ken AraiTakamitsu OkawaraMasakazu MametaTsutomu KobayashiHideo Uemura
    • B43K5/06
    • B65D83/0011A45D40/04
    • An elevating container includes an elliptically shaped main tube, a non-circularly shaped moveable support unit which moves upwardly or downwardly along an inner surface of a storage tube of the main tube without rotating, and a driving unit fitted to the main tube to rotate in threaded engagement to the support unit without moving upwardly or downwardly. A seal section at the lower end of the inner peripheral surface of the storage tube and a sealing cylinder at the lower end of the support unit are air-tightly fitted to each other. In addition, positioning ribs are provided at the lower end of the storage tube, and positioning notches are provided at the lower end of the moveable support unit. When the positioning ribs and the positioning notches are engaged with each other, a circumferential misalignment between the main tube and the support unit is corrected.
    • 提升容器包括椭圆形主管,非圆形可动支撑单元,其沿着主管的存储管的内表面向上或向下移动而不旋转;以及驱动单元,其安装到主管上以在 螺纹接合到支撑单元而不向上或向下移动。 存储管的内周面的下端的密封部和支撑部的下端的密封筒相互密封地配合。 此外,定位肋设置在储存管的下端,并且定位凹口设置在可移动支撑单元的下端。 当定位肋和定位凹口彼此接合时,校正主管和支撑单元之间的周向未对准。
    • 2. 发明申请
    • TWISTABLE CONTAINER FOR ELEVATING A SOLID STICK
    • 用于燃烧固体的双组分容器
    • US20110033220A1
    • 2011-02-10
    • US12866143
    • 2009-02-03
    • Ken AraiTakamitsu OkawaraMasakazu MametaTsutomu KobayashiHideo Uemura
    • Ken AraiTakamitsu OkawaraMasakazu MametaTsutomu KobayashiHideo Uemura
    • A45D40/06
    • B65D83/0011A45D40/04
    • An advancing container constructed from an elliptically tubular body tube (1), a tubular tray body (21) having a non-circular shaped lateral cross-section and non-rotatably moves up and down in a containing tube section (2) in the body tube (1), and a driving body (11) mounted to the body tube (1) so as to be able to rotate and not to be able to move up and down and screw-fitted to the tray body (21). A seal section (3) at the lower end of the inner peripheral surface of the containing tube section (2) and a seal tube section (24) at the lower end of the tray body (21) are adapted to be able to be tightly fitted to each other. A positioning rib (4) is provided at the lower end of the containing tube section (2), and a positioning cutout (25) is provided at the lower end of the tray body (21). When the positioning rib (4) and the positioning cutout (25) are engaged with each other, circumferential displacements of the body tube (1) and the tray body (21) are corrected. When the tray body is retracted, the body tube (1) and the tray body (21) are always aligned in position with each other.
    • 由椭圆形管体(1)构成的行进容器,具有非圆形横截面的管状托盘体(21),并且在本体内的容纳管部分(2)中不可旋转地上下移动 管(1)和安装到主体管(1)上以便能够旋转并且不能够上下移动并与盘体(21)螺合的驱动体(11)。 在容纳管部分(2)的内周表面的下端处的密封部分(3)和在托盘主体(21)的下端处的密封管部分(24)适于能够紧密地 相互配合 定位肋(4)设置在容纳管部(2)的下端,定位切口(25)设置在托盘主体(21)的下端。 当定位肋(4)和定位切口(25)彼此接合时,主体管(1)和托盘主体(21)的周向位移被校正。 当托盘主体缩回时,主体管(1)和托盘主体(21)总是在彼此对准的位置。
    • 3. 发明授权
    • Packaging box
    • 包装盒
    • US07540404B2
    • 2009-06-02
    • US11596243
    • 2005-05-10
    • Ken Arai
    • Ken Arai
    • B65D5/02B65D17/28
    • B65D5/4216B65D5/0227B65D5/0254B65D5/542B65D2101/00
    • A packaging box (10) includes a pair of lids (2, 3), and the pair of lids (2, 3) have tongues (2b, 3b) extending from their heads and lid gluing portions (2c, 3c) arranged in specific areas on the outer surfaces of these tongues (2b, 3b). A body (1) of the packaging box (10) has a pair of body gluing portions (1f, 1g) individually glued to the lid gluing portions (2c, 3c) and at least one transverse split-open portion (5) for guiding a fracture in a side face of the packaging box (10). Both open-side ends (1e) have side-end split-open portions (6, 7) arranged so as to surround the body gluing portions (1f, 1g). Thus, even if the tongues provided at the heads of the lids are glued to side plates, the packaging box can be easily and accurately split and spread.
    • 包装盒(10)包括一对盖子(2,3),并且一对盖子(2,3)具有从其头部延伸的舌部(2b,3b)和盖子胶合部分(2c,3c) 这些舌部(2b,3b)的外表面上的区域。 包装盒(10)的主体(1)具有分别胶合到盖胶部分(2c,3c)和至少一个横向分开开口部分(5)的一对主体胶粘部分(1f,1g),用于引导 在包装盒(10)的侧面的断裂。 两个开放端部(1e)都具有以包围主体胶合部分(1f,1g)的方式设置的侧端开口部分(6,7)。 因此,即使设置在盖的头部的舌头粘合到侧板上,也可以容易且准确地分离和扩展包装盒。
    • 5. 发明申请
    • Packaging Box
    • 包装盒
    • US20070228130A1
    • 2007-10-04
    • US11596243
    • 2005-05-10
    • Ken Arai
    • Ken Arai
    • B65D5/54B65D17/28
    • B65D5/4216B65D5/0227B65D5/0254B65D5/542B65D2101/00
    • A packaging box (10) includes a pair of lids (2, 3), and the pair of lids (2, 3) have tongues (2b, 3b) extending from their heads and lid gluing portions (2c, 3c) arranged in specific areas on the outer surfaces of these tongues (2b, 3b). A body (1) of the packaging box (10) has a pair of body gluing portions (1f, 1g) individually glued to the lid gluing portions (2c, 3c) and at least one transverse split-open portion (5) for guiding a fracture in a side face of the packaging box (10). Both open-side ends (1e) have side-end split-open portions (6, 7) arranged so as to surround the body gluing portions (1f, 1g). Thus, even if the tongues provided at the heads of the lids are glued to side plates, the packaging box can be easily and accurately split and spread.
    • 包装盒(10)包括一对盖子(2,3),并且所述一对盖子(2,3)具有从其头部和盖子胶合部分(2c,3c)延伸的舌状物(2b,3b) )布置在这些舌部(2b,3b)的外表面上的特定区域中。 包装盒(10)的主体(1)具有分别胶合到盖胶部分(2c,3c)和至少一个横向分开开口部分(1f,1g)的一对主体胶粘部分(1f,1g) 5),用于引导包装盒(10)的侧面的断裂。 两个开口端部(1e)都具有以包围主体胶合部分(1f,1g)的方式设置的侧端开口部分(6,7)。 因此,即使设置在盖的头部的舌头粘合到侧板上,也可以容易且准确地分离和扩展包装盒。
    • 6. 发明授权
    • Method of measuring leakage position in impervious bottom sheet using
electrodes mounted on both surfaces of the sheet and apparatus therefor
    • 使用安装在片材的两面上的电极及其装置测量不透水底片中的泄漏位置的方法
    • US5540085A
    • 1996-07-30
    • US346428
    • 1994-11-29
    • Fumio SakataNobuyoshi YamazakiMasaichiro HatanoHitoshi AraiKen AraiMasanobu Furukawa
    • Fumio SakataNobuyoshi YamazakiMasaichiro HatanoHitoshi AraiKen AraiMasanobu Furukawa
    • G01M3/16G01B7/16
    • G01M3/16
    • A method for detecting a leakage position in an impervious sheet, which comprises disposing a first and a second electrode units on an upper side and a lower side of the impervious sheet, respectively, the first electrode unit intersecting with the second electrode unit; short-circuiting all of electrodes in the first electrode unit; selecting a plurality of electrode sets one set after another set in the second electrode unit, each set comprising three electrodes adjacent to each other; supplying an AC voltage from an AC power source across a central one of each electrode set and the short circuited electrodes of the first electrode unit; measuring a potential difference between the other electrodes in the each electrode set to produce a measured voltage signal; and phase-detecting the measured voltage signal with a signal synchronized with the AC voltage from the AC power source to produce a detected signal, a series of the detected signals produced one after another changing in polarity due to a damage existing in the sheet, whereby a first position of the damage being detected on a one dimensional coordinate in an extending direction of the first electrode unit. Thereafter, the similar operation is carried out by replacing the first and the second electrode units by each other to obtain a second position of the damage on a one-dimensional coordinate in an extending direction of the second electrode unit; and defining a two-dimensional position of the damage from the first and the second positions.
    • 一种用于检测不透过片材中的泄漏位置的方法,包括分别在不透过片材的上侧和下侧设置第一和第二电极单元,第一电极单元与第二电极单元相交; 短路第一电极单元中的所有电极; 选择在第二电极单元中设置的多个电极组,每组包括彼此相邻的三个电极; 从AC电源提供跨越每个电极组的中心一个和第一电极单元的短路电极的AC电压; 测量每个电极组中的其他电极之间的电位差以产生测量的电压信号; 并用与交流电源的交流电压同步的信号对测量的电压信号进行相位检测,以产生检测信号,由于片材中存在的损坏,一系列检测信号产生一个接一个的极性变化,由此 在第一电极单元的延伸方向上的一维坐标上检测到的损伤的第一位置。 此后,通过将第一电极单元和第二电极单元彼此替换来获得在第二电极单元的延伸方向上的一维坐标上的损伤的第二位置,进行类似的操作; 并且从第一和第二位置限定损伤的二维位置。