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    • 1. 发明授权
    • Detector system for direct internal dosimetry in human beings
    • 用于人类直接内部剂量测定的检测器系统
    • US5531228A
    • 1996-07-02
    • US354203
    • 1994-12-12
    • Hans Doerfel
    • Hans Doerfel
    • G01T1/163G01T1/167G01T1/20A61B6/00
    • G01T1/167A61B6/4258G01T1/163
    • In a detector system for direct internal dosimetry of persons which comprises at least three gamma radiation detectors mounted on a support structure including a seat-like structure on which a person is supported in a seated position, the support structure has a first one of the detectors mounted thereon such that its central axis is directed toward the lungs of the person, a second detector mounted into the seat-like structure such that its central axis is directed upwardly toward the center of the digestive tract and a third detector arranged so that it is disposed above and its unshielded face is directed downwardly toward the legs of the person being checked for determining gamma ray emission from the whole body of said person.
    • 在用于人的直接内部剂量测定的检测器系统中,所述检测器系统包括安装在支撑结构上的至少三个伽马射线探测器,所述伽马辐射探测器安装在座椅状结构上,所述支撑结构上的人被支撑在就座位置,所述支撑结构具有第一检测器 安装在其上,使得其中心轴线指向人的肺,安装到座椅状结构中的第二检测器,使得其中心轴向上朝向消化道的中心指向,并且第三检测器被布置成使得其为 并且其未屏蔽的面朝向被检查的人的腿向下指向以确定来自所述人的全身的伽马射线发射。
    • 2. 发明授权
    • Photo-thermal sensor including an expansion lens in a light beam path
through a sample for determining the concentration of a compound in the
sample
    • 光热传感器包括通过样品的光束路径中的膨胀透镜,用于确定样品中化合物的浓度
    • US5513006A
    • 1996-04-30
    • US378566
    • 1995-01-26
    • Torsten SchulzWerner Faubel
    • Torsten SchulzWerner Faubel
    • G01N21/17G01N21/41G01N25/16G01N21/00
    • G01N21/171
    • In a photo-thermal sensor for determining the concentration of a compound in a sample which includes an excitation light source generating a first light beam of a wave length which is well absorbed by the compound to be determined, a modulator and an optical lens system disposed in the first light beam such that the first light beam is constricted at the location of the sample through which it is directed, a probe light source generating a second light beam extending at a right angle to the first light beam, a beam divider arranged at the intersection of the first and second light beams whereby part of the first light beam is deflected at one side of the beam divider and the second light beam passes through the beam divider such that both beams incide on the sample anti a photo-sensitive detector arranged in the light beam path behind the sample, a diaphragm is arranged in the beam path directly after the sample and an expansion lens adapted to expand the second light beam at the location of the sample to a diameter at least 5 times the diameter of the first light beam is disposed in the path of the second beam ahead of the beam divider for determining the loss of strength of the second light beam reaching the detector after passage through the sample and the diaphragm as an indication of the concentration of the compound in the sample.
    • 在用于确定样品中化合物的浓度的光热传感器中,所述光热传感器包括激发光源,所述激发光源产生被待确定的化合物很好地吸收的波长的第一光束,调制器和光学透镜系统被布置 在所述第一光束中使得所述第一光束在所述第一光束被引导到的所述样品的位置处被收缩,产生与所述第一光束成直角延伸的第二光束的探测光源,布置在 第一和第二光束的交叉点,使得第一光束的一部分在分束器的一侧偏转,并且第二光束通过分束器,使得两个光束入射到样品上,反射式光敏检测器被布置 在采样后面的光束路径中,在样品之后的光束路径中布置有光阑,并且适于在该位置扩展第二光束的扩展透镜 样品的直径至少为第一光束直径的5倍的直径设置在光束分离器前面的第二光束的路径中,以确定通过第一光束之后到达检测器的第二光束的强度损失 样品和隔膜作为样品中化合物浓度的指示。
    • 4. 发明授权
    • Method of manufacturing a plastic article having micro-openings defined
therein
    • 制造具有限定在其中的微孔的塑料制品的方法
    • US5253409A
    • 1993-10-19
    • US964026
    • 1992-10-21
    • Wilhelm BierThomas SchallerKlaus Schubert
    • Wilhelm BierThomas SchallerKlaus Schubert
    • B23P13/02B01D39/16B23P15/16B23P17/04B23Q3/08B29C33/00B29D28/00G02B5/18B23P17/00
    • B23P15/16B01D39/16B01D39/1692B23Q3/08B29C33/0033G02B5/1847Y10T29/4981Y10T29/49812
    • A method of manufacturing a plastic article having micro-openings defined therein by working a semi-finished plastic structure having microrecesses defined on one side thereof, the method including, in the order recited, providing a semi-finished plastic structure having opposing first and second sides, wherein the first side of the opposing sides has microrecesses defined therein; filling the semi-finished plastic structure to cover the microrecesses with a substance which is hardenable and selectively removable; hardening the substance; machining the surface of the hardened substance to smooth it; clamping the semi-finished plastic structure onto a vacuum tensioning device with the smoothed surface of the hardened substance in contact with the vacuum tensioning device; machining the second side of the opposing sides of the semi-finished plastic structure until the microrecesses of the first side are at least partially exposed thereby defining micro-openings in the structure; and removing the hardened substance selectively from the microrecesses.
    • 一种制造具有限定在其中具有微孔的塑料制品的方法,其特征在于,通过加工具有限定在其一侧上的微细加工的半成品塑料结构,所述方法包括按所述顺序提供半成品塑料结构,其具有相对的第一和第二 侧面,其中相对侧的第一侧具有限定在其中的微孔; 填充半成品塑料结构以用可硬化和可选择性去除的物质覆盖微组织; 硬化物质; 加工硬化物质的表面使其光滑; 将半成品塑料结构夹紧到真空拉紧装置上,使硬化物质的平滑表面与真空张紧装置接触; 加工半成品塑料结构的相对侧面的第二面,直到第一侧面的微观形状至少部分地露出,从而限定结构中的微孔; 并从微量去除选择性地去除硬化物质。
    • 8. 发明授权
    • Silver alloy sheathing material for ceramic superconducting wires
    • 用于陶瓷超导线的银合金材料
    • US5075285A
    • 1991-12-24
    • US363897
    • 1989-05-17
    • Rene Flukiger
    • Rene Flukiger
    • B28B1/00C22C5/06H01B12/04H01B13/00H01L39/14
    • H01L39/143Y10S428/93Y10S505/704Y10S505/74Y10S505/781Y10T29/49014
    • The invention relates to a sheathing material for superconducting wires which are deformed during manufacture by drawing or a similar procedure. The superconducting material of the wires is composed of an oxide whose superconducting properties worsen during the deformation so that, in order to recover its original superconducting properties or to further improve them, the material must be subjected to a recovery heat treatment at temperatures above 940.degree. C.Customarily, silver is employed as the sheathing material for such wires. The recovery heat treatment is generally performed at temperatures around 900.degree. C. Experiments have shown that the optimum temperature range for a recovery heat treatment lies between about 940.degree. C. and 1030.degree. C. However, these temperatures were above the melting temperature of silver in an oxygen atmosphere. It is the object of the invention to find a sheathing material which has the favorable properties of silver but melts only at a temperature above the optimum temperature for the recovery heat treatment.This is accomplished according to the invention in that the sheathing material employed is a silver alloy whose melting point lies above the melting point of pure silver.
    • PCT No.PCT / DE88 / 00544 Sec。 371日期1989年5月17日 102(e)日期1989年5月17日PCT提交1988年9月2日PCT公布。 出版物WO89 / 02656 日期:1989年3月23日。本发明涉及一种用于超导线材的护套材料,其通过拉拔或类似的程序在制造过程中变形。 导线的超导材料由变形时超导性能恶化的氧化物构成,为了恢复原来的超导性能或进一步改善它们,该材料必须在高于940℃的温度下进行回收热处理 通常,银用作这种电线的护套材料。 回收热处理通常在约900℃的温度下进行。实验表明,回收热处理的最佳温度范围在约940℃至1030℃之间。然而,这些温度高于银的熔融温度 在氧气氛中。 本发明的目的是找到一种具有银的有利性质的护套材料,但仅在高于回收热处理的最佳温度的温度下熔化。 这是根据本发明实现的,因为所使用的护套材料是其熔点高于纯银熔点的银合金。