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    • 98. 发明申请
    • INGESTIBLE DEVICE PLATFORM FOR THE COLON
    • 不可思议的设备平台
    • WO2005112895A2
    • 2005-12-01
    • PCT/IL2005/000517
    • 2005-05-19
    • V-TARGET TECHNOLOGIES LTD.ZILBERSTEIN, YoelNAGLER, MichaelROUSSO, BennyHALAHMI, Izhar
    • ZILBERSTEIN, YoelNAGLER, MichaelROUSSO, BennyHALAHMI, Izhar
    • A61K9/20
    • A61B1/00156A61B1/041A61B5/0077A61B5/073A61B5/14539A61B5/1459A61B5/205A61B5/415A61B5/4255A61B5/6861A61B6/425A61B6/4258A61B6/482A61B6/508A61B6/5247A61B8/12A61B8/4416
    • An ingestible pill platform for colon imaging is provided, designed to recognize its entry to the colon and expand in the colon, for improved imaging of the colon walls. On approaching the external anal sphincter muscle, the ingestible pill may contract or deform, for elimination. Colon recognition may be based on a structural image, based on the differences in diameters between the small intestine and the colon, and particularly, based on the semilunar fold structure, which is unique to the colon. Additionally or alternatively, colon recognition may be based on a functional image, based on the generally inflammatory state of the vermiform appendix. Additionally or alternatively, pH, flora, enzymes and (or) chemical analyses may be used to recognize the colon. The imaging of the colon walls may be functional, by nuclear-radiation imaging of radionuclide-labeled antibodies, or by optical-fluorescence-spectroscopy imaging of fluorescence-labeled antibodies. Additionally or alternatively, it may be structural, for example, by visual, ultrasound or MRI means. Due to the proximity to the colon walls, the imaging in accordance with the present invention is advantageous to colonoscopy or virtual colonoscopy, as it is designed to distinguish malignant from benign tumors and detect tumors even at their incipient stage, and overcome blood-pool background radioactivity.
    • 提供用于结肠成像的可摄取药丸平台,旨在识别其进入结肠并在结肠中扩张,以改善结肠壁的成像。 在接近外肛门括约肌时,可摄取的药丸可能收缩或变形,以消除。 结肠识别可以基于基于小肠和结肠之间的直径差异的结构图像,特别是基于结肠特有的半月形折叠结构。 另外或替代地,结肠识别可以基于功能图像,基于蠕形阑尾的通常炎症状态。 另外或替代地,可以使用pH,菌群,酶和(或)化学分析来识别结肠。 结肠壁的成像可以通过放射性核素标记的抗体的核辐射成像或荧光标记的抗体的光学 - 荧光光谱成像来实现。 另外或替代地,其可以是结构性的,例如通过视觉,超声或MRI手段。 由于靠近结肠壁,根据本发明的成像对于结肠镜检查或虚拟结肠镜检查是有利的,因为其被设计为将恶性肿瘤与良性肿瘤区分开,甚至在初期阶段检测肿瘤,并克服血池背景 放射性。
    • 100. 发明申请
    • BI-DIRECTIONAL THREE-DIMENSIONAL MICROWAVE SCANNING AND VOLUMETRIC MAPPING OF A WHOLE ROLL OR PALLET OF PAPER
    • 全方位的三维微波扫描和全卷纸或纸卷的体积绘图
    • WO2005103738A2
    • 2005-11-03
    • PCT/IL2005/000459
    • 2005-05-01
    • MALCAM LTD.GREEN VISION SYSTEMS LTD.MOSHE, Danny, S.
    • MOSHE, Danny, S.
    • G01R27/04
    • G01N22/00G01N33/34
    • Bi-directional (longitudinal and angular) three-dimensional volumetric microwave scanning of a whole roll or pallet of paper (Figs. 3, 4), including three-dimensional volumetric mapping of internal properties and characteristics (moisture content, density, material uniformity, defects and types thereof, and variabilities thereof) of the roll or pallet of paper. Transmitted microwaves propagate through longitudinally and angularly defined portions of individual cross-sectional volumetric segments of the roll or pallet of paper. Microwave parameters (amplitude, phase) are perturbed by, and are a function of the internal properties and characteristics of, the contents of volumetric segment portions of the roll or pallet of paper. Microwave differential parameters (amplitude attenuation, phase shift) are calculated and used for calculating and determining values, relationships, two-dimensional graphs and maps, and, three dimensional volumetric graphs and maps (Figs. 5, 6), of the internal properties and characteristics of at least part of the roll or pallet of paper.
    • 包括纸张的全卷或托盘的双向(纵向和纵向)三维体积微波扫描(图3,图4),包括内部特性和特性(含水量,密度,材料均匀性, 缺陷及其类型及其变化)。 透过的微波通过卷筒或托盘的单个横截面体积段的纵向和角度限定的部分传播。 微波参数(振幅,相位)受到卷筒纸或托盘的体积分段部分的内容物的内部特性和特性的影响。 微波差分参数(幅度衰减,相移)被计算并用于计算和确定值,关系,二维图和地图,以及三维体积图和地图(图5,6),内部属性和 至少部分卷筒纸或纸板的特征。