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    • 1. 发明授权
    • Ultrasonic probe suitable for acoustic coupling via a water channel
    • 超声波探头适用于通过水道进行声耦合
    • US5493912A
    • 1996-02-27
    • US196262
    • 1994-04-15
    • Werner GuntherUlrich Sauer
    • Werner GuntherUlrich Sauer
    • G01N29/28
    • G01N29/28
    • An ultrasonic probe suitable for acoustic-coupling via a water channel, includes a main element with a housing. Housed in watertight fashion in the housing is an ultrasonic oscillator, the oscillator being joined to a protective layer which is flush with the lower surface of the housing. The housing wall encloses a water channel which is connected at the input end to a hose connector and whose output end opens out in the lower surface next to the oscillator. The side wall of the housing immediately next to the lower surface has a physically interlocking coupling element for a nozzle with a matching physically interlocking coupling element to be fitted over the lower surface. The nozzle forms a truncated-conical channel which tapers towards its open end and which fits against the surface of the oscillator at the input end. The nozzle also has a blind-end bore, which forms an extension of the output end of the water channel, and a cross-channel between the blind-end bore and the channel in the nozzle. The nozzle is made of a material whose acoustic impedance is as close as possible to that of water.
    • PCT No.PCT / DE92 / 00374 Sec。 371日期1994年04月4日 102(e)日期1994年4月4日PCT提交1992年5月7日PCT公布。 出版物WO93 / 04362 日期1993年3月4日。适用于通过水道进行声耦合的超声波探头包括具有壳体的主要元件。 在壳体中以水密方式设置超声波振荡器,振荡器被连接到与壳体的下表面齐平的保护层。 外壳壁包围一个水通道,该通道在输入端连接到软管连接器,其输出端在振荡器旁边的下表面打开。 紧邻下表面的壳体的侧壁具有用于喷嘴的物理互锁联接元件,具有匹配的物理互锁联接元件以配合在下表面上。 喷嘴形成截锥形通道,该锥形通道朝向其开口端逐渐变细,并且在输入端处与振荡器的表面配合。 喷嘴还具有盲端孔,其形成水通道的输出端的延伸部以及盲端孔和喷嘴中的通道之间的交叉通道。 喷嘴由其阻抗尽可能接近水的材料制成。
    • 2. 发明授权
    • Ultrasonic testing device for weld seams in pipes, sheets and containers
    • 超声波检测设备用于管道,床单和容器中的焊缝
    • US5677490A
    • 1997-10-14
    • US505339
    • 1996-08-18
    • Werner GuntherBernhard KarbachHelmut HeckhauserSiegmar Schulz
    • Werner GuntherBernhard KarbachHelmut HeckhauserSiegmar Schulz
    • G01N29/04G01N29/22G01N29/26G01N29/10
    • G01N29/043G01N29/221G01N29/26G01N2291/044G01N2291/106G01N2291/2675
    • The ultrasonic testing device for weld seams (28) in pipes, sheets and containers, preferably for circumferential welds in pipelines, is fitted with two identical test head supports (20), each fitted with at least one test head (e.g., 23), arranged in lateral inversion to the weld seam, which acoustically irradiate from the basic material (30) of the pipes or sheets laterally into the weld seam (28) and are coupled to the surface of the basic material (30) opposite the root (32) of the weld seam (28). Each test head support (20) has a plurality of immersion test heads (22-24) arranged one behind the other or side-by-side transversely to the weld seam (28) in such a way that their acoustic irradiation entry regions into the basic material (30) are as close together as possible and of which a) one immersion test head (22) is directed so that it generated a creeping wave in the basic material (30) on the side of the root (36) of the weld seam (28) which spreads out at the surface and of which b) at least two other immersion test heads (23, 24) irradiate at a flatter angle than the first-mentioned head (22) for longitudinal fault testing, and one of these immersion test heads (23) for longitudinal faults irradiates the weld seam (28) in the region of the root (32).
    • PCT No.PCT / DE94 / 00151 Sec。 371日期1996年2月16日 102(e)日期1996年2月16日PCT提交1994年2月14日PCT公布。 公开号WO94 / 19686 日期1994年9月1日管道,片材和容器中焊缝(28)的超声波检测装置,优选用于管道中的圆周焊缝,配有两个相同的测试头支撑件(20),每个测试头支架均装有至少一个测试头 例如23),其横向反转设置在焊接缝上,该焊缝从管道或片材的基本材料(30)侧向地声学照射到焊缝(28)中并且耦合到基材(30)的表面, 与焊缝(28)的根部(32)相对。 每个测试头支撑件(20)具有多个浸入式测试头(22-24),这些浸入式测试头(22-24)以横向于焊缝(28)的方式并排设置,使得它们的声辐射入口区域进入 基本材料(30)尽可能靠近在一起,并且其中a)一个浸入式测试头(22)被引导为使得其在所述基础材料(30)的根部(36)侧产生蠕变波 焊缝(28),其在表面上展开,其中b)至少两个其它浸没试验头(23,24)以比先前提及的头部(22)更平坦的角度照射用于纵向故障测试,并且 这些用于纵向断层的浸没试验头(23)照射在根部(32)的区域中的焊缝(28)。
    • 6. 发明申请
    • X-ray sensitive camera comprising two image receivers and X-ray device
    • X射线敏感摄像机包括两个图像接收器和X射线装置
    • US20080144766A1
    • 2008-06-19
    • US12003730
    • 2007-12-31
    • Christian BeckhausUwe ZellerMartin EckertUlrich Schulze-GanzlinWerner Gunther
    • Christian BeckhausUwe ZellerMartin EckertUlrich Schulze-GanzlinWerner Gunther
    • A61B6/00
    • A61B6/032A61B6/14
    • An X-ray-sensitive camera comprising a first X-ray-sensitive image detector for the creation of a first tomographic image with a first depth of focus profile, a second X-ray-sensitive image detector for the creation of a second tomographic image with a second depth of focus profile, and an adjustment device for moving as desired the first image detector or the second image detector into proper alignment with an X-ray emitter for the creation of a respective X-ray image, the second depth of focus profile being smaller than the first depth of focus profile, the image-sensitive active surface of the second image detector being at least twice as large as an image-sensitive active surface of the first image detector in a first dimension, and/or the second image detector is not more than half as large as the first image detector in a second dimension, the first and second image detectors being disposed in a common casing with the camera, and the second image detector is disposed alongside the first image detector.
    • 一种X射线敏感照相机,包括用于创建具有第一焦点深度分布的第一层析图像的第一X射线敏感图像检测器,用于创建第二断层图像的第二X射线敏感图像检测器 具有第二深度焦点轮廓的调整装置,以及用于根据需要移动第一图像检测器或第二图像检测器以与X射线发射器正确对准的调整装置,用于创建相应的X射线图像,第二深度焦点 所述第二图像检测器的所述图像敏感活性表面的尺寸小于所述第一深度焦点轮廓,所述第二图像检测器的图像敏感活性表面是第一尺寸中的所述第一图像检测器的图像敏感活性表面的至少两倍,和/ 图像检测器不超过第二维度中的第一图像检测器的一半,第一和第二图像检测器与相机一起设置在公共壳体中,并且第二图像检测器与第二图像检测器一起设置 e第一图像检测器。
    • 9. 发明授权
    • Dental X-ray diagnostic installation
    • 牙科X线诊断装置
    • US4782503A
    • 1988-11-01
    • US897799
    • 1986-08-19
    • Dieter MolitorWerner Gunther
    • Dieter MolitorWerner Gunther
    • A61B6/14A61B6/02
    • A61B6/14
    • In order to be able to produce congruent panoramic strip exposures of a jaw of a patient with a dental x-ray diagnostic installation, the patient's head must be positioned by means of a forehead support, which is adjustable only in a horizontal plane, and by means of a seating part which is rigidly arranged on a carrier in the device. The seating part contains an arrangement for forming a seating surface for engaging the upper jaw of the patient so that the seating surface engages a sub-nasal point of the jaw for those patients who have no teeth or only part of their teeth and a second seating type surface for those patients having a full set of teeth.
    • 为了能够通过牙科x线诊断装置产生患者的钳口的全同的全景条带暴露,患者的头部必须通过仅在水平面可调节的前额支撑件以及由 一种座位部件的装置,其刚性地布置在装置中的托架上。 座位部分包含用于形成用于接合患者的上颚的座表面的装置,使得座位表面接合颌骨的亚鼻点,用于那些没有牙齿或仅部分牙齿的患者,以及第二座椅 对于具有全套牙齿的患者的类型表面。