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    • 2. 再颁专利
    • Apparatus for controlling thermal dosing in a thermal treatment system
    • 用于控制热处理系统中热量计量的装置
    • USRE43901E1
    • 2013-01-01
    • US11223907
    • 2005-09-08
    • David FreundlichJacob VortmanRoni YagelShuki VitekNaama Brenner
    • David FreundlichJacob VortmanRoni YagelShuki VitekNaama Brenner
    • A61B18/04
    • A61N7/02A61B34/10A61B2017/00084A61B2090/374
    • A thermal treatment system including a heat applying element for generating thermal doses for ablating a target mass in a patient, a controller for controlling thermal dose properties of the heat applying element, an imager for providing preliminary images of the target mass and thermal images during the treatment, and a planner for automatically constructing a treatment plan, comprising a series of treatment sites that are each represented by a set of thermal dose properties. The planner automatically constructs the treatment plan based on input information including one or more of a volume of the target mass, a distance from a skin surface of the patient to the target mass, a set of default thermal dose prediction properties, a set of user specified thermal dose prediction properties, physical properties of the heat applying elements, and images provided by the imager. The default thermal dose prediction properties are preferably based on a type of clinical application and include at least one of thermal dose threshold, thermal dose prediction algorithm, maximum allowed energy for each thermal dose, thermal dose duration for each treatment site, cooling time between thermal doses, and electrical properties for the heat applying element. The user specified thermal dose prediction properties preferably include at least one or more of overrides for any default thermal dose prediction properties, treatment site grid density; and thermal dose prediction properties not specified as default thermal dose prediction properties from the group comprised of thermal dose threshold, thermal dose prediction algorithm, maximum allowed energy for each thermal dose, thermal dose duration for each treatment site cooling time between thermal doses, and electrical properties for the heat applying element.
    • 一种热处理系统,包括用于产生热剂量以消除患者中的目标物质的热施加元件,用于控制加热元件的热​​剂量特性的控制器,用于在所述加热元件期间提供目标​​物质的预备图像和热图像的成像器 治疗和用于自动构建治疗计划的计划者,其包括由一组热剂量特性表示的一系列治疗部位。 计划者根据输入信息自动构建治疗计划,该输入信息包括一个或多个目标质量体积,从患者皮肤表面到目标质量的距离,一组默认热剂量预测属性,一组用户 指定的热剂量预测性质,热施加元件的物理特性和由成像器提供的图像。 默认的热剂量预测性质优选地基于一种临床应用,并且包括热剂量阈值,热剂量预测算法,每个热剂量的最大允许能量,每个治疗部位的热剂量持续时间,热量之间的冷却时间 剂量和电气性能。 用户指定的热剂量预测性质优选包括用于任何默认热剂量预测性质,治疗部位网格密度的至少一个或多个覆盖; 和热剂量预测性质未被指定为由热剂量阈值,热剂量预测算法,每个热剂量的最大允许能量,热剂量之间的每个处理部位冷却时间的热剂量持续时间和电热量的预定热剂量预测性质 热施加元件的特性。
    • 4. 发明授权
    • Apparatus for controlling thermal dosing in an thermal treatment system
    • 用于控制热处理系统中热量计量的装置
    • US06618620B1
    • 2003-09-09
    • US09724670
    • 2000-11-28
    • David FreundlichJacob VortmanRoni YagelShuki VitekNaama Brenner
    • David FreundlichJacob VortmanRoni YagelShuki VitekNaama Brenner
    • A61N1368
    • A61N7/02A61B34/10A61B2017/00084A61B2090/374
    • A thermal treatment system including a heat applying element for generating thermal doses for ablating a target mass in a patient, a controller for controlling thermal dose properties of the heat applying element, an imager for providing preliminary images of the target mass and thermal images during the treatment, and a planner for automatically constructing a treatment plan, comprising a series of treatment sites that are each represented by a set of thermal dose properties. The planner automatically constructs the treatment plan based on input information including one or more of a volume of the target mass, a distance from a skin surface of the patient to the target mass, a set of default thermal dose prediction properties, a set of user specified thermal dose prediction properties, physical properties of the heat applying elements, and images provided by the imager. The default thermal dose prediction properties are preferably based on a type of clinical application and include at least one of thermal dose threshold, thermal dose prediction algorithm, maximum allowed energy for each thermal dose, thermal dose duration for each treatment site, cooling time between thermal doses, and electrical properties for the heat applying element. The user specified thermal dose prediction properties preferably include at least one or more of overrides for any default thermal dose prediction properties, treatment site grid density; and thermal dose prediction properties not specified as default thermal dose prediction properties from the group comprised of thermal dose threshold, thermal dose prediction algorithm, maximum allowed energy for each thermal dose, thermal dose duration for each treatment site cooling time between thermal doses, and electrical properties for the heat applying element.
    • 一种热处理系统,包括用于产生热剂量以消除患者中的目标物质的热施加元件,用于控制加热元件的热​​剂量特性的控制器,用于在所述加热元件期间提供目标​​物质的预备图像和热图像的成像器 治疗和用于自动构建治疗计划的计划者,其包括由一组热剂量特性表示的一系列治疗部位。 计划者根据输入信息自动构建治疗计划,该输入信息包括一个或多个目标质量体积,从患者皮肤表面到目标质量的距离,一组默认热剂量预测属性,一组用户 指定的热剂量预测性质,热施加元件的物理特性和由成像器提供的图像。 默认的热剂量预测性质优选地基于一种临床应用,并且包括热剂量阈值,热剂量预测算法,每个热剂量的最大允许能量,每个治疗部位的热剂量持续时间,热量之间的冷却时间 剂量和电气性能。 用户指定的热剂量预测性质优选包括用于任何默认热剂量预测性质,治疗部位网格密度的至少一个或多个覆盖; 和热剂量预测性质未被指定为由热剂量阈值,热剂量预测算法,每个热剂量的最大允许能量,热剂量之间的每个处理部位冷却时间的热剂量持续时间和电热量的预定热剂量预测性质 热施加元件的特性。