会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明公开
    • BEAM FORMING APPARATUS
    • STRAHLFORMUNGSVORRICHTUNG
    • EP2548207A4
    • 2017-07-26
    • EP11756812
    • 2011-03-14
    • RAPISCAN SYSTEMS INC
    • KAMINSKI JOSEPH
    • G21K1/04
    • G21K1/043G01T1/20G01V5/0025G21K1/046
    • The present specification discloses a beam chopping apparatus, and more specifically, a helical shutter for an electron beam system that is employed in radiation-based scanning systems, and more specifically, a beam chopping apparatus that allows for variability in both velocity and beam spot size by modifying the physical characteristics or geometry of the beam chopper apparatus. The present specification also discloses a beam chopping apparatus which provides a vertically moving beam spot with substantially constant size and velocity to allow for substantially equal illumination of the target. In addition, the present specification is a beam chopping apparatus that is lightweight and does not cause an X-ray source assembly employing the beam chopper to become heavy and difficult to deploy.
    • 本说明书公开了一种光束斩波装置,更具体地说,涉及一种用于基于辐射的扫描系统中的电子束系统的螺旋快门,并且更具体地,公开了一种光束斩波装置,其允许速度和光束点尺寸 通过修改光束斩波器设备的物理特性或几何形状。 本说明书还公开了一种光束斩波装置,其提供具有基本恒定大小和速度的垂直移动光束点,以允许对目标的基本相同的照明。 另外,本说明书是一种轻型斩波装置,其轻便并且不会导致使用该斩波器的X射线源组件变得沉重且难以展开。
    • 3. 发明公开
    • MULTI-LEAF COLLIMATOR AND RADIATION THERAPY DEVICE
    • MEHRBLATTKOLLIMATOR UND STRAHLENTHERAPIEVORRICHTUNG
    • EP3088048A4
    • 2016-11-23
    • EP14879069
    • 2014-01-16
    • MITSUBISHI HEAVY IND LTD
    • ARAI SATOSHI
    • A61N5/10
    • A61N5/1045A61N5/1048A61N5/1081G21K1/046
    • A multi-leaf collimator (60) includes a plurality of leaves (70) aligned in a thickness direction of the leaf, a driving device (90) which advances and retracts the leaves (70) with respect to radiation (Sr), and an identification mark (102) identifiable at least from a direction perpendicular to both the advancing and retracting direction of the leaves (70) and the thickness direction of the leaf(70) to detect positions of the leaves (70), wherein, when the plurality of leaves (70) are disposed in a preset reference position (P), gaps (d2) between adjacent identification marks (102) in the thickness direction are formed to be larger than gaps (d1) between adjacent leaves (70) in the thickness direction.
    • 多叶准直器(60)包括沿着叶片的厚度方向排列的多个叶片(70),使叶片(70)相对于辐射(Sr)前进和后退的驱动装置(90),以及 识别标记(102)可以至少从垂直于叶片(70)的进退方向的方向和叶片(70)的厚度方向可识别,以检测叶片(70)的位置,其中,当多个 的叶片(70)设置在预设的基准位置(P)中,相邻的识别标记(102)之间的厚度方向上的间隙(d2)形成为大于相邻叶片(70)之间的间隙(d1) 方向。
    • 5. 发明公开
    • MULTI-LEAF COLLIMATOR, PARTICLE BEAM THERAPY SYSTEM, AND TREATMENT PLANNING APPARATUS
    • 多叶片定位器,粒子束治疗系统和治疗计划仪器
    • EP3031495A3
    • 2016-08-24
    • EP16150354.5
    • 2010-08-17
    • Mitsubishi Electric Corporation
    • IWATA, Takaaki
    • A61N5/10G21K1/04
    • A61N5/1045A61N5/103A61N5/1042A61N5/1043A61N2005/1087A61N2005/1095A61N2005/1096G21K1/046
    • The objective thereof is to obtain a multi-leaf collimator and a particle beam therapy system in which a high-contrast irradiation field can be formed without undergoing the effect of a penumbra. There are provided a leaf row (5 C ) in which a plurality of leaf plates (5 L ) are arranged in the thickness direction of the row (5 C ) in such a way that the respective one end faces (E L ) of the leaf plates (5 L ) are trued up and a leaf plate drive mechanism (5 D ) that drives each of the plurality of leaf plates (5 L ) in such a way that the one end face (E L ) approaches or departs from a beam axis (X B ). In each of the leaf plates (5 L ), a facing side (PL) facing a leaf plate that is adjacent to that leaf plate in the thickness direction is formed of a plane (P sa ) including a first axis (A sa ) on the beam axis (X B ); the leaf plate drive mechanism (5 D ) drives the leaf plate (5 L ) along a circumferential orbit (O L ) around the second axis (A sb ), on the beam axis (X B ), that is perpendicular to the beam axis (X B ) and the first axis (A sa ).
    • 其目的是获得一种多叶准直器和粒子束治疗系统,其中可以在不受半影的影响的情况下形成高对比度的照射野。 提供了一种叶排(5C),其中多个叶板(5L)在排(5C)的厚度方向上以这样的方式排列,即叶板(5L)的相应一个端面(EL) )被修整,并且以一个端面(EL)接近或离开光束轴(XB)的方式驱动多个叶板(5L)中的每一个的叶板驱动机构(5D)。 在每个叶片(5L)中,在厚度方向上面对与该叶片相邻的叶片的面对侧(PL)由包括在光束轴上的第一轴线(Asa)的平面(Psa) (XB); 叶片驱动机构5D在垂直于光束轴线XB的光束轴线XB上围绕第二轴线Asb沿周向轨道OL驱动叶片板5L, 第一轴(Asa)。
    • 10. 发明公开
    • METHOD AND APPARATUS FOR MANUFACTURING RADIATION INTENSITY BOLUS
    • VERFAHREN UND VORRICHTUNG ZUR HERSTELLUNG EINES STRAHLUNGSINTENSITTETSBOLUS
    • EP2810693A4
    • 2015-07-15
    • EP13743590
    • 2013-02-01
    • SAMSUNG LIFE PUBLIC WELFARE FOUNDATION
    • JU SANG GYU
    • A61N5/10B22F3/00B29C67/00G21K1/02G21K1/04
    • G05B19/41875A61N5/10A61N5/103A61N5/1075A61N2005/1087A61N2005/1095A61N2005/1096B22F3/1055B29C64/00B33Y80/00G21K1/046G21K1/10Y02P10/295
    • Disclosed are a method and an apparatus for manufacturing a radiation intensity bolus. The method comprises the steps of: (a) calculating, by a radiotherapy treatment planning unit, a received 3D radiation dose distribution, planning a bolus to be manufactured, and outputting radiation intensity modulation information; (b) receiving, by a bolus design unit, the radiation intensity modulation information, generating a conversion file for manufacturing bolus, and outputting information about a 3D structure of the bolus to be manufactured; (c) receiving, by a bolus manufacturing unit, the conversion file for manufacturing bolus, verifying a type, location, and size of the bolus to be manufactured, sending the verified data to a 3D printer, and manufacturing the bolus; and (d) obtaining, by an accuracy verification unit, information about a 3D structure of the manufactured bolus and evaluating manufacturing accuracy by comparing the information about the 3D structure of the manufactured bolus with the information about the planned bolus.
    • 公开了一种用于制造辐射强度弹丸的方法和装置。 该方法包括以下步骤:(a)通过放射治疗计划单元计算接收的3D辐射剂量分布,计划要制造的药丸,并输出辐射强度调制信息; (b)通过推注设计单元接收辐射强度调制信息,产生用于制造推注的转换文件,并输出关于待制造的推注的3D结构的信息; (c)通过推注制造单元接收用于制造团块的转换文件,验证要制造的弹丸的类型,位置和尺寸,将验证数据发送到3D打印机,以及制造推注; 和(d)通过精确度验证单元获得关于所制造的弹丸的3D结构的信息并通过将关于所制造的推注的3D结构的信息与关于计划的推注的信息进行比较来评估制造精度。