ON-WINDOW SOLAR-CELL HEAT-SPREADER
    111.
    发明申请
    ON-WINDOW SOLAR-CELL HEAT-SPREADER 审中-公开
    在窗户上的太阳能电池散热器

    公开(公告)号:WO2011066286A3

    公开(公告)日:2011-09-29

    申请号:PCT/US2010057810

    申请日:2010-11-23

    Abstract: An optoelectrical device, which may be a luminaire or a photovoltaic concentrator, has a transparent cover plate. A target with an optoelectrical transducer that produces waste heat in operation is mounted at an inside face of the transparent cover plate. A primary mirror reflects light between being concentrated on the target and passing generally collimated through the cover plate. A heat spreader is in thermal contact with the target. The heat spreader has heat conductors that thermally connect the target with the inside surface of the cover plate. The heat conductors may be arms extending radially outwards, and may be straight, zigzag, or branching. An array of targets may be mounted on a common cover plate, and their heat spreaders may be continuous from target to target.

    Abstract translation: 可以是照明设备或光伏聚光器的光电设备具有透明盖板。 具有在操作中产生废热的光电转换器的目标被安装在透明盖板的内侧面上。 主镜在被集中在目标上并且通过盖板通常准直通过之间反射光。 散热器与靶材热接触。 散热器具有热导体,可将靶材与盖板的内表面热连接。 热导体可以是径向向外延伸的臂,并且可以是笔直的,之字形的或分支的。 一组目标可以安装在一个普通的盖板上,并且它们的散热器可以从目标到目标连续。

    センサ装置及びその製造方法
    112.
    发明申请
    センサ装置及びその製造方法 审中-公开
    传感器装置及其制造方法

    公开(公告)号:WO2009008258A1

    公开(公告)日:2009-01-15

    申请号:PCT/JP2008/061446

    申请日:2008-06-24

    CPC classification number: G01N27/16 G01J1/02 G01J1/0252 G01J1/42

    Abstract:  特性が安定し、感度が高く、容易にかつ低コストで製造できるセンサ装置及びその製造方法を提供する。  センサ装置10は、特定の対象物を検出する検出層18と、その上に検出層18が配置され、温度変化を検知する温度検出部とを備えた少なくとも一つの反応検知素子を有する。温度検出部は、薄化されたバルク材からなるサーミスタ基板12と、サーミスタ基板12上に形成され、サーミスタ基板12の電気抵抗の変化を検出するための電極14とを備え、かつ、支持部20を介して支持基板22に接合され、メンブレン構造をなす。

    Abstract translation: 提供一种传感器装置,其特性稳定且灵敏度高,易于制造成本低。 还提供了一种用于制造这种传感器装置的方法。 传感器装置(10)设置有至少一个反应检测元件。 反应检测元件具有用于检测特定对象的检测层(18)和具有布置在其上并检测温度变化的检测层(18)的温度检测部。 温度检测部分设置有由薄的散装材料组成的热敏电阻板(12)和形成在热敏电阻板(12)上并检测热敏电阻板(12)的电阻变化的电极(14)。 温度检测部通过支撑部(20)与支撑基板(22)接合,并具有膜结构。

    REDUCING TEMPERATURE STABILIZATION TIME OF AN IR DETECTOR IN THE JOULE-THOMSON CRYOGENIC COOLING PROCESS
    113.
    发明申请
    REDUCING TEMPERATURE STABILIZATION TIME OF AN IR DETECTOR IN THE JOULE-THOMSON CRYOGENIC COOLING PROCESS 审中-公开
    降低JOHO-THOMSON低温冷却过程中红外探测器的温度稳定时间

    公开(公告)号:WO2007017866A1

    公开(公告)日:2007-02-15

    申请号:PCT/IL2006/000910

    申请日:2006-08-07

    Inventor: LAVI, Dov

    Abstract: The invention is a method and system for reducing the temperature of sensor elements (16) from ambient temperature and quickly stabilizing it at a cryogenic temperature. The cooling of the sensor elements using a J-T cooling system (21) takes place in two distinct stages: initially the temperature drops very rapidly and nearly linearly to a few degrees above the boiling point then the rate of cooling slows and it takes on the order of two or three times as much time to cool the sensor the final few degrees. The rapid cooling stage of the sensor is accompanied by rapid evaporation of the cryogenic liquid. To achieve a stabile temperature however the system must be maintained at the boiling point. The invention achieves its goal by causing an increase in the pressure surrounding the sensor by closing valve (32) after the initial temperature drop to a few degrees above the boiling point of the refrigerant in response to a signal from temperature diode (34) , thereby raising the boiling point of the cryogenic fluid and thus decreasing the time it takes to reach a stable operating temperature.

    Abstract translation: 本发明是一种用于将传感器元件(16)的温度从环境温度降低并在低温下快速稳定的方法和系统。 使用JT冷却系统(21)的传感器元件的冷却发生在两个不同的阶段:最初,温度非常快速地并且几乎线性地下降到高于沸点几度,然后冷却速度减慢,并且顺序 是传感器最后几度冷却的两三倍。 传感器的快速冷却阶段伴随着低温液体的快速蒸发。 为了达到稳定的温度,系统必须保持在沸点。 本发明通过响应于来自温度二极管(34)的信号,在初始温度下降到制冷剂沸点以上几度之后通过关闭阀(32)来增加传感器周围的压力来实现其目标,由此 提高低温流体的沸点,从而减少达到稳定工作温度所需的时间。

    PHOTODETECTING DEVICE HAVING MAGNETIC SHIELDING TUBE AND SAFETY WINDOW
    114.
    发明申请
    PHOTODETECTING DEVICE HAVING MAGNETIC SHIELDING TUBE AND SAFETY WINDOW 审中-公开
    具有磁屏蔽和安全窗的光电设备

    公开(公告)号:WO2006093366A1

    公开(公告)日:2006-09-08

    申请号:PCT/KR2005/000608

    申请日:2005-03-04

    CPC classification number: G01J1/02 G01J1/0242 G01J1/0252 G01J1/044 G01J1/0448

    Abstract: The present invention relates to a photodetecting device protected from contamination by organic materials secreted from a living matter in the case that a photodetector is used for investigating characteristics of the living matter, and which easily blocks the influence of an external magnetic field. The photodetecting device includes a protection window formed in the front side facing a measured object, and a magnetic shielding tube providing a space for installing components of the photodetecting device such as a variable shutter, movable lens, protection window, and incidence window. Additionally, the photodetecting device according to the present invention includes a drive means enabling remote control of photodetector movement, and provides an advantage that a tester may measure various points of a specimen more easily.

    Abstract translation: 本发明涉及在光检测器用于调查生物特性的情况下,保护有机材料分泌的有机材料免受污染的光检测装置,并且容易阻止外部磁场的影响。 光检测装置包括形成在面向测量对象的正面中的保护窗,以及提供用于安装诸如可变快门,可移动透镜,保护窗和入射窗等光电检测装置的部件的空间的磁屏蔽管。 此外,根据本发明的光电检测装置包括能够远程控制光电检测器运动的驱动装置,并且提供了测试者可以更容易地测量样本的各个点的优点。

    INTEGRATING SPHERE DEVICE FOR ATTENUATING RADIATION
    115.
    发明申请
    INTEGRATING SPHERE DEVICE FOR ATTENUATING RADIATION 审中-公开
    集成用于衰减辐射的球形装置

    公开(公告)号:WO2006082474A1

    公开(公告)日:2006-08-10

    申请号:PCT/IB2005/003868

    申请日:2005-12-22

    Abstract: A radiation attenuation device (1), particularly for measuring the radiations themselves. The device consists of at least two integrating spheres (3a, 4a) reciprocally connected by means of respective communication ports (12a, 13) preferably of variable dimensions; one of the integrating spheres is an input integrating sphere (3a) presenting at least one input opening (7), also preferably of variable dimensions, for inputting an incident radiation beam in the sphere (3a), and another one of the integrating spheres is an output integrating sphere (4a) presenting at least one output opening (10, 11) to allow the output of the appropriately attenuated incident radiation and where appropriate measuring instruments can be housed.

    Abstract translation: 辐射衰减装置(1),特别是用于测量辐射本身。 所述装置由至少两个整体球体(3a,4a)组成,所述至少两个积分球体(3a,4a)通过相应的可变尺寸的连通口(12a,13)相互连接; 积分球之一是输入积分球(3a),其呈现出至少一个输入开口(7),其也优选地具有可变的尺寸,用于在球体(3a)中输入入射辐射束,另一个积分球是 输出积分球(4a),其呈现至少一个输出开口(10,11),以允许输出适当衰减的入射辐射,并且在适当的位置可以容纳测量仪器。

    PORTABLE LIGHT SOURCE
    116.
    发明申请
    PORTABLE LIGHT SOURCE 审中-公开
    便携式光源

    公开(公告)号:WO00066945A1

    公开(公告)日:2000-11-09

    申请号:PCT/JP2000/002846

    申请日:2000-04-28

    Abstract: A portable light source comprises a lamp (10) contained in a lamp box (42), which is housed in a case (41) to significantly reduce the influences of ambient temperature. In other words, the deuterium lamp (10), likely to be influenced by temperature, is enclosed in a double shield structure including the lamp box (42) and the case (41). In the case (41), cooling fins (83) expand between the lamp box (42) on the front and a cooling fan (43) on the back to produce a cooling stream along the cooling fins (83), and the cooling fan (43) quickly discharges the cooling air introduced in the case (41). Therefore, the efficiency of air circulation in the case (41) increases, and the lamp output can stabilize in a shorter warm-up.

    Abstract translation: 便携式光源包括容纳在灯箱(42)中的灯(10),其容纳在壳体(41)中以显着降低环境温度的影响。 换句话说,可能受温度影响的氘灯(10)被包围在包括灯箱(42)和壳体(41)的双重屏蔽结构中。 在情况(41)中,散热片(83)在前面的灯箱(42)和背面的冷却风扇(43)之间膨胀,从而沿冷却片(83)产生冷却流,冷却风扇 (43)快速地排出引入到壳体(41)中的冷却空气。 因此,在情况(41)中空气循环的效率增加,并且灯输出可以在更短的预热中稳定。

    KNICKBARES SUBSTRAT MIT BAUELEMENT
    119.
    发明申请
    KNICKBARES SUBSTRAT MIT BAUELEMENT 审中-公开
    具有建筑元素的可弯曲底板

    公开(公告)号:WO2018077956A1

    公开(公告)日:2018-05-03

    申请号:PCT/EP2017/077325

    申请日:2017-10-25

    Abstract: Die Erfindung betrifft eine Vorrichtung sowie ein Verfahren zum Herstellen eines dreidimensionalen Körpers mit zueinander ausgerichteten Bauelementen. Erfindungsgemäß wird ein Substrat (210) mit einem ersten und einem zweiten Substratbereich (201, 202) bereitgestellt. In dem ersten Substratbereich wird ein erstes Bauelement (203) bereitgestellt. In dem ersten oder in dem zweiten Substratbereich (201, 202 wird ein zweites Bauelement (204, 304) bereitgestellt. Das Substrat (210) wird entlang zumindest einer Knickkante (205) geknickt, um einen dreidimensionalen Körper zu erhalten. Erfindungsgemäß werden durch das Knicken das erste Bauelement (203) und das zweite Bauelement (204, 304) zueinander ausgerichtet, um einen Kommunikationspfad (206) zwischen denselben (203; 204, 304) bereitzustellen.

    Abstract translation: 本发明涉及一种用于制造具有对准部件的三维体的装置和方法。 发明Ä大街 提供具有第一和第二衬底区域(201,202)的衬底(210)。 在第一基板区域中,提供第一部件(203)。 要索取体根据本发明Ä在第一,或(在第二基底区域201,202,第二构件(204,304)设置,所述基板(210)沿至少一个弯曲边(205),一个三维K&ouml折叠大街 通过扭结,第一装置(203)和第二装置(204,304)彼此对齐以在其间提供通信路径(206)(203; 204,304)

    LIQUID NITROGEN AND LIQUID HELIUM FLOW MEASUREMENT CHAMBER WITH OPTICAL WINDOW
    120.
    发明申请
    LIQUID NITROGEN AND LIQUID HELIUM FLOW MEASUREMENT CHAMBER WITH OPTICAL WINDOW 审中-公开
    液氮和液体氦气流量测量室的光学窗口

    公开(公告)号:WO2017116330A1

    公开(公告)日:2017-07-06

    申请号:PCT/TR2015/050303

    申请日:2015-12-31

    CPC classification number: G01N21/0332 F17C3/085 F17C13/001 G01J1/0252

    Abstract: The invention is related to a liquid nitrogen and liquid helium flow measurement chamber with optical window, developed in order to carry out measurements at low and high temperatures, compatible with measurement systems such as optical, magneto-optical, magneto-transport, microwave and magneto-caloric effect. The system enables to carry out measurements at high temperatures by means of the heater (6) that has been placed inside the nonmagnetic stainless steel holder (7) and besides this, it also enables to carry out measurements at low temperatures using liquid nitrogen and liquid helium by means of the liquid nitrogen and liquid helium transfer pipes (5). The system can be vacuumed up to ~10"6 mbar values by means of the vacuum connection pipe (14) and the vacuum cover (4) with optical window, during low temperature measurements. All of the connections that are used from the sample measurement location (8) to the contact connection station (9) for transport measurements, are controlled by means of a 19 pin connector (11).

    Abstract translation: 本发明涉及具有光学窗口的液氮和液氦流量测量室,其被开发用于在低温和高温下进行测量,与诸如光学,磁光学 ,磁传输,微波和磁热效应。 该系统能够通过放置在非磁性不锈钢支架(7)内的加热器(6)在高温下进行测量,此外,还可以使用液氮和液体在低温下进行测量 氦通过液氮和液氦传输管(5)。 在低温测量期间,可通过真空连接管(14)和具有光学窗口的真空盖(4)将系统真空至〜10 -6毫巴。 通过19针连接器(11)控制从样品测量位置(8)到接触连接站(9)用于传输测量的所有连接。

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