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    • 1. 发明申请
    • ABSORPTION SPECTROMETER
    • 吸收光谱仪
    • WO2017059969A1
    • 2017-04-13
    • PCT/EP2016/064713
    • 2016-06-24
    • PYREOS LTD.
    • PHILLIPS, PeterNEWTON, GrahamVARGAS LLANAS, HugoOSBORNE, GaryARMSTRONG, DavidFLETCHER, CraigLAWSON, MikeCANDELARESI, MarcoMURRAY, JeremySHAW STEWART, ArchieNEEDLE, RuthGONZALEZ, Luis
    • G01J3/02G01J3/42G01N21/01
    • G01J3/42G01J3/0205G01J3/0272
    • The invention relates to an absorption spectrometer with a base (2), an arm (3) and a bearing (22), wherein the base (2) comprises a base window (7) and one of a light source (9) and a detector (10), and the arm (3) comprises an arm window (8) and the other one of the light source (9) and the detector (10), wherein the arm (3) is pivotally mounted on the base (2) by means of the bearing (22) for rotating the arm (3) relative to the base (2) around a rotational axis (21) that is substantially perpendicular to the windows (7, 8) into an open position of the arm (3) in which the windows (7, 8) are separated such that they are accessible from outside and the arm (3) can be moved by means of the bearing (22) to a closed position of the arm (3) in which a closed sample space (20) between and confined by the windows (7, 8) is formed and light emitted by the light source (9) can pass through the windows (7, 8) and the sample space (20) and can impinge on the detector (10) for measuring the absorption of a sample placed in the sample space (20).
    • 本发明涉及一种具有基座(2),臂(3)和轴承(22)的吸收光谱仪,其中基座(2)包括基座窗(7)和光源(9)和 检测器(10),并且臂(3)包括臂窗(8)和光源(9)和检测器(10)中的另一个,其中臂(3)枢转地安装在基座(2)上 )通过用于围绕基本上垂直于窗(7,8)的旋转轴线(21)相对于基座(2)旋转臂(3)的轴承(22)进入臂的打开位置( 3),其中窗口(7,8)被分离以使得它们可从外部接近,并且臂(3)可以通过轴承(22)移动到臂(3)的关闭位置,其中, 形成由窗口(7,8)限制的封闭样品空间(20),由光源(9)发射的光可以通过窗口(7,8)和样品空间(20)并且可以撞击 用于测量绝缘体的检测器(10) 放置在样品空间(20)中的样品的吸附。
    • 2. 发明申请
    • ABSORPTION SPECTROMETER
    • 吸收光谱仪
    • WO2017060159A1
    • 2017-04-13
    • PCT/EP2016/073335
    • 2016-09-29
    • PYREOS LTD.
    • PHILLIPS, PeterNEWTON, GrahamVARGAS LLANAS, HugoOSBORNE, GaryARMSTRONG, DavidFLETCHER, CraigLAWSON, MikeCANDELARESI, MarcoMURRAY, JeremySHAW STEWART, ArchieNEEDLE, RuthGONZALEZ, Luis
    • G01N21/03G01J3/02G01N21/25G01N21/3577
    • G01N21/255G01J3/0202G01J3/0262G01J3/0291G01J3/42G01N21/0303G01N21/3577G01N2021/035G01N2201/0221G01N2201/0227
    • The invention relates to an absorption spectrometer (1) with a base (2), a carrier (3), a bearing (22) and a shim (4), wherein the base (2) comprises a base window (7) and one of a light source (9) and a detector (10), the carrier (3) comprises a carrier window (8) and the other one of the light source (9) and the detector (10) and the shim (4) comprises a planar first side (24), a planar second side (25) being parallel to the first side (24) and a through hole (26) extending from the first side (24 ) to the second side (25), wherein the shim (4) is arranged such that its second side (25) contacts one of the two windows (7, 8) and the carrier (3) can be moved in a direction substantially perpendicular to both windows (7, 8) by means of the bearing (22) such that the other of the two windows (7, 8) can be contacted with the shim (4) at its first side (24) so that a sample space (23) is formed by the through hole (26) and confined by the windows (7, 8) and the shim (4) so that the sample space (23) is formed closed, wherein the at least one of the windows (7, 8) is supported movable such that the carrier window (8) is parallel aligned to the base window (7) when the two windows (8) contact the shim (4) to seal the sample space (23), wherein light emitted by the light source (9) can pass through the windows (7, 8) and the sample space (23) and can impinge on the detector (10) for measuring the absorption of a sample placed in the sample space (23).
    • 本发明涉及一种具有基座(2),载体(3),轴承(22)和垫片(4)的吸收光谱仪(1),其中基座(2)包括基座窗(7)和一 的光源(9)和检测器(10),所述载体(3)包括载体窗(8),并且所述光源(9)和所述检测器(10)中的另一个和所述垫片(4)包括 平面第一侧面(24),平行于第一侧面(24)的平面第二面(25)和从第一侧面(24)向第二侧面(25)延伸的通孔(26) (4)被布置成使得其第二侧(25)接触两个窗口(7,8)中的一个,并且托架(3)可以在基本上垂直于两个窗口(7,8)的方向上通过 轴承(22),使得两个窗口(7,8)中的另一个可以在其第一侧(24)处与垫片(4)接触,使得通孔(26)形成样品空间(23) 并被窗口(7,8)和垫片(4)限制,使得样品 空间(23)形成为闭合,其中所述窗口(7,8)中的至少一个被支撑为可移动的,使得当两个窗口(8)接触时,所述载体窗口(8)平行对齐于所述基部窗口(7) 所述垫片(4)密封所述样品空间(23),其中由所述光源(9)发射的光可以通过所述窗口(7,8)和所述样品空间(23)并且可以撞击所述检测器(10) 用于测量放置在样品空间(23)中的样品的吸收。