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    • 14. 发明申请
    • AN ATTACHMENT UNIT FOR ATTACHING A FIRST MEMBER AND A SECOND MEMBER TO ONE ANOTHER, WITH A POSSIBILITY OF DEFINING A DEGREE OF PLAY BETWEEN THE FIRST MEMBER AND THE SECOND MEMBER ALONG A DIRECTION OR TWO DIRECTIONS PERPENDICULAR TO ONE ANOTHER IN ORDER TO COMPENSATE FOR HEAT DILATIONS OF THE FIRST MEMBER AND/OR THE SECOND MEMBER
    • 一个附加单元,用于将第一个成员和第二个成员连接到另一个成员,并且可以定义第一个成员和第二个成员之间沿着方向或两个方向的一定程度的游戏,另一个方向是另一个方向,以补偿热量冲突 第一个成员和/或第二个成员
    • WO2017175171A1
    • 2017-10-12
    • PCT/IB2017/051985
    • 2017-04-06
    • DINI ARGEO S.R.L.
    • BERTONI, Marco
    • F16B5/02B66F7/00B66F7/28B66F3/00
    • B66F7/28F16B5/0241F16B5/065
    • An attachment unit (1) for attaching a first member (2) and a second member (3) to one another, in order to enable defining a degree of play between the first member (2) and the second member (3) along a direction or two directions perpendicular to one another in order to compensate for heat dilations of the first member (2) and/or the second member (3), comprising: clamping means; a first plate (4) fixable to a first member (2); a connecting member (7) couplable to a second member (3); a second plate (5), comprising: a first slot (31) for receiving the head of the connecting member (7); a second slot (32); a third slot (33); a third plate (6), comprising; a fourth slot (34) for enabling passage of the shaft of the connecting member (7); a fifth slot (35); a sixth slot (36). By suitably orientating the second plate and the third plate with respect to one another and controlling the degree of tightening of the clamping means, it is possible to obtain a first operating mode in which the attachment unit has two degrees of freedom, a second operating mode in which the attachment unit has a degree of freedom and a third operating mode in which the attachment unit has a zero degree of freedom.
    • 一种用于将第一构件(2)和第二构件(3)彼此附接的附接单元(1),以便能够限定第一构件(2)和第二构件 (2)和/或第二构件(3)的热膨胀相互垂直的一个方向或两个方向上的第二构件(3),包括:夹紧装置; 可固定到第一构件(2)的第一板(4); 可连接到第二构件(3)的连接构件(7); 第二板(5),包括:第一槽(31),用于接收连接构件(7)的头部; 第二槽(32); 第三槽(33); 第三板(6),包括: 第四槽(34),用于使连接件(7)的轴能够通过; 第五槽(35); 第六槽(36)。 通过使第二板和第三板相对于彼此适当地定向并且控制夹紧装置的紧固程度,可以获得第一操作模式,其中附接单元具有两个自由度,第二操作模式 其中附件单元具有自由度以及附件单元具有零自由度的第三操作模式。
    • 15. 发明申请
    • MULTISTAGE TELESCOPIC JACK LIFT ASSEMBLY
    • 多级伸缩式JACK提升组件
    • WO2017158442A1
    • 2017-09-21
    • PCT/IB2017/050207
    • 2017-01-14
    • SHARIFF, Mohamed Adibur Rahaman
    • SHARIFF, Mohamed Adibur Rahaman
    • B66F3/00F15B15/16
    • The present disclosure pertains to a multistage telescopic jack lift assembly which comprises a plurality of internally and externally threaded pipes arranged in telescopic manner engaging with each other through their corresponding internal and external threads. The plurality of pipes are arranged in an internally threaded base pipe that engages with outer most of the plurality of pipes through its internal thread engaging with external thread of the outer most of the plurality of pipes. A platform fixed to the innermost of the pipes is raised up or lowered when the base pipe is rotated in one or other direction by means of a worm and gear arrangement run by a motor. The platform is prevented from rotation by means of a set of telescopic column that allow the platform to be raised or lowered but prevent its rotation. The arrangement is mounted on a transportable base.
    • 本公开涉及一种多级伸缩千斤顶提升组件,该多级伸缩提升举升组件包括多个内部螺纹管和外部螺纹管,所述多个内部螺纹管和外部螺纹管以伸缩方式布置成通过它们相应的内部螺纹和外部螺纹彼此接合。 多个管布置在内螺纹基管中,该内管螺纹基管通过其内螺纹与多个管中最外面的外螺纹啮合而与多个管中的最外面的管接合。 当基管通过由电动机运行的蜗杆和齿轮装置沿一个或另一个方向旋转时,固定到管道最内部的平台升起或降低。 通过一组伸缩柱防止平台旋转,平台可以升起或降下,但阻止其旋转。 该装置安装在可移动的基座上。
    • 16. 发明申请
    • PHOTOEMISSIVE ION MOBILITY SPECTROMETRY IN AMBIENT AIR
    • 环境空气中的离子电离光谱
    • WO2007014019A2
    • 2007-02-01
    • PCT/US2006/028339
    • 2006-07-20
    • NORTH DAKOTA STATE UNIVERSITYSWENSON, Orven, F.HONG, Feng
    • SWENSON, Orven, F.HONG, Feng
    • B66F3/00
    • H01J49/08G01N27/622
    • A photoemissive ion mobility spectrometer is disclosed for of chlorinated hydrocarbons and nitro-organic materials. Backside illumination of a thin gold film by pulsed laser radiation, pulsed ultraviolet xenon flashlamp, or like UV source, is used to produce bursts of low energy photo-emitted electrons. These swarms of thermalized electrons are directly attached by electronegative analytes or by reactant molecules, followed by charge transfer to the more electronegative analyte. Total internal reflection is incorporated for the backside illumination using optical elements such as a fused silica prism. The spectrometer allows for the direct vaporization of adsorbed explosive molecules from surfaces followed by direct injection into the photoemissive ion mobility spectrometer through a heated inlet.
    • 公开了用于氯化烃和硝基 - 有机材料的光发射离子迁移谱仪。 通过脉冲激光辐射,脉冲紫外氙闪光灯或类似的紫外光源对薄金膜的背面照明被用于产生低能量光发射电子的脉冲。 这些热电子的这些群体通过电负性分析物或反应物分子直接附着,随后电荷转移到更多的电负性分析物上。 使用诸如熔融二氧化硅棱镜之类的光学元件将内部反射整合到背面照明中。 光谱仪允许从表面直接蒸发吸附的炸药分子,然后通过加热入口直接注入到光发射离子迁移谱仪中。
    • 18. 发明申请
    • LEVERAGE UTILIZING BAR FOR FACILITATING PRYING A FLAT MEMBER FROM A SLENDER MEMBER
    • 杠杆运动杆,用于促进从变色器成员中取出一个平面构件
    • WO2006052312A2
    • 2006-05-18
    • PCT/US2005/030348
    • 2005-08-25
    • SYKES, Gerald, E., Jr.
    • SYKES, Gerald, E., Jr.
    • B66F3/00
    • E04D15/003B66F15/00
    • A leverage utilizing bar (10) for facilitating prying a flat member (12) from a slender member (14). A head (18) extends from a handle (16). The head (18) engages under the flat member (12) and functions as a fulcrum (20) by engaging the slender member (14) and thereby cause the head (18) to pry the flat member (12) from the slender member (14) when the handle (16) is pushed away from the head (18) by the fulcrum (20) pivoting on the slender member (14). The head (18) includes a pair of hook members (30) and the handle (16) includes a pair of shank members (24). The pair of hook members (30 of the head (18) together with the pair of shank members (24) of the handle (16) form a pair of main members (36), respectively, that are generally J-shaped. The pair of main members (36) diverge from each other as they extend from a common proximal end (26) to distal ends (28) of the pair of hook members (30) of the head (18) so as to allow the head (18) to straddle the slender member (14).
    • 利用杆(10)以便于从细长构件(14)撬动平坦构件(12)的杠杆作用。 头部(18)从手柄(16)延伸。 头部(18)通过接合细长构件(14)而接合在平坦构件(12)下方并用作支点(20),从而使头部(18)从平坦构件(12)从细长构件 当手柄(16)通过在细长构件(14)上枢转的支点(20)从头部(18)被推开时。 头部(18)包括一对钩构件(30),手柄(16)包括一对柄构件(24)。 一对钩构件(30)与头部(18)的一对柄构件(24)一起形成大致J形的一对主构件(36),该对 的主构件(36)从头部(18)的一对钩构件(30)的公共近端(26)延伸到远端(28)时彼此分开,以允许头部(18) )跨越细长构件(14)。
    • 20. 发明申请
    • FLOOR TO CEILING TENSION SUPPORT POLE WITH LOCKING MECHANISM
    • 地板紧固支撑杆与锁定机构
    • WO99048797A1
    • 1999-09-30
    • PCT/US1998/007954
    • 1998-04-20
    • A47B96/14B66F3/00
    • A47B96/1425
    • A tension pole comprising an outer, lower pole piece (12) and an inner, upper pole piece (14). The bottom of the lower pole piece (12) and the top of the upper pole piece (14) are provided with rubber feet (58, 56). The pole pieces (12, 14) are telescopable to adjust the length of the tension pole. A locking mechanism (10) is provided which further telescopes one piece relative to the other to lock the tension pole between the floor and ceiling with the rubber feet (56, 58) absorbing at least a part of the telescoping movement due to the locking action. Locking is done by turning a handle (24). Also, the locking/telescoping action simultaneously frictionally engages the pole pieces (12, 14) together to further secure the device.
    • 一个拉杆,包括一个外,下极片(12)和一个内上极片(14)。 下极片(12)的底部和上极片(14)的顶部设有橡胶脚(58,56)。 极片(12,14)可伸缩以调整拉杆的长度。 提供了一种锁定机构(10),该锁定机构(10)进一步相对于另一个伸缩一个,以将拉杆固定在地板和天花板之间,橡胶脚(56,58)由于锁定动作而吸收至少一部分伸缩运动 。 通过转动手柄(24)完成锁定。 此外,锁定/伸缩动作同时摩擦地将极片(12,14)接合在一起以进一步固定装置。