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    • 1. 发明申请
    • Device and method for projecting a marking onto a boundary
    • 将标记投影到边界上的装置和方法
    • US20070262245A1
    • 2007-11-15
    • US11741065
    • 2007-04-27
    • Gabriel KALLABISDaniel BUSAM
    • Gabriel KALLABISDaniel BUSAM
    • G06M7/00H01J40/14
    • G01C15/004
    • The invention concerns a device for projecting a linear optical marking onto at least one boundary of a room, such as floor surface for example, comprising a light source (12) that emits laser radiation along an optical axis (16) as well as a cuboid lens (14) connected in series with the light source, penetrated by the optical axis and reflecting as well as refracting the radiation. To facilitate fanning and reflecting of light originating from the light source through constructively simple means, the invention proposes that provided in the frontal surface (20) is a channel-shaped depression (40) and provided in the rear surface (22) is a projection (24), both of which are geometrically designed and arranged so that the radiation can be totally reflected and that totally reflected radiation striking the depression can be fanned out, where the optical marking runs to both transverse surfaces of the lens.
    • 本发明涉及一种用于将线性光学标记投影到诸如地板表面的房间的至少一个边界上的装置,例如包括沿着光轴(16)发射激光辐射的光源(12)以及长方体 透镜(14)与光源串联连接,被光轴穿透并反射以及折射辐射。 为了便于通过建设性简单的手段对来自光源的光进行扇形和反射,本发明提出在前表面(20)中设置的通道形凹陷(40),并且设置在后表面(22)中的是突起 (24),它们都是几何设计和布置的,使得辐射可以被完全反射,并且可以扇出出射到凹陷处的全反射辐射,其中光学标记延伸到透镜的两个横向表面。
    • 4. 发明授权
    • Device for depicting a linear optical marking
    • 用于描绘线性光学标记的装置
    • US07252411B2
    • 2007-08-07
    • US11081816
    • 2005-03-17
    • Daniel BusamGabriel Kallabis
    • Daniel BusamGabriel Kallabis
    • F21V5/00
    • G01C15/004
    • A device for depicting a linear optical marking (36, 38) in a room, including a housing (11) with a light source (16, 18) that emits the light along an optical axis (15, 17), as well as a lens (28, 30) that both reflects the light and allows it to pass through, that is arranged in front of the light source and through which the optical axis extends. In order to be able to illuminate an area of the room with simple design measures, i.e. depict lines, which cannot be captured with a direct beam path of the light source it is suggested that the lens (28, 30) have a trough-shaped geometry with a longitudinal axis that extends transversely to the optical axis (15, 17) of the light source (16, 18), that the lens have a first section extending on the light source side, and that the first section reflect light in the direction of the light source all the way into an area that extends beneath, to the side of, or above the light source as a function of the course of the longitudinal axis to the lens and into the area of the room facing away from the light source in terms of the light source.
    • 一种用于描绘房间中的线性光学标记(36,38)的装置,包括具有沿着光轴(15,17)发射光的光源(16,18)的壳体(11),以及 透镜(28,30),其均反射光并允许其通过,其布置在光源的前面,并且光轴延伸穿过该透镜。 为了能够以简单的设计措施照亮房间的区域,即描绘不能用光源的直接光束路径捕获的线,则建议透镜(28,30)具有槽形 具有横向于光源(16,18)的光轴(15,17)延伸的纵向轴线的几何形状,透镜具有在光源侧延伸的第一部分,并且第一部分反射在光源 光源的方向一直延伸到根据与透镜的纵向轴线的过程以及远离光线的房间的区域中延伸到光源的下面,到光源的一侧或上方的区域 光源来源。
    • 6. 发明申请
    • Device for depicting a linear optical marking
    • 用于描绘线性光学标记的装置
    • US20050237748A1
    • 2005-10-27
    • US11081816
    • 2005-03-17
    • Daniel BusamGabriel Kallabis
    • Daniel BusamGabriel Kallabis
    • G01B11/27G01C15/00G02B3/06F21V5/00
    • G01C15/004
    • A device for depicting a linear optical marking (36, 38) in a room, including a housing (11) with a light source (16, 18) that emits the light along an optical axis (15, 17), as well as a lens (28, 30) that both reflects the light and allows it to pass through, that is arranged in front of the light source and through which the optical axis extends. In order to be able to illuminate an area of the room with simple design measures, i.e. depict lines, which cannot be captured with a direct beam path of the light source it is suggested that the lens (28, 30) have a trough-shaped geometry with a longitudinal axis that extends transversely to the optical axis (15, 17) of the light source (16, 18), that the lens have a first section extending on the light source side, and that the first section reflect light in the direction of the light source all the way into an area that extends beneath, to the side of, or above the light source as a function of the course of the longitudinal axis to the lens and into the area of the room facing away from the light source in terms of the light source.
    • 一种用于描绘房间中的线性光学标记(36,38)的装置,包括具有沿着光轴(15,17)发射光的光源(16,18)的壳体(11),以及 透镜(28,30),其均反射光并允许其通过,其布置在光源的前面,并且光轴延伸穿过该透镜。 为了能够以简单的设计措施照亮房间的区域,即描绘不能用光源的直接光束路径捕获的线,则建议透镜(28,30)具有槽形 具有横向于光源(16,18)的光轴(15,17)延伸的纵向轴线的几何形状,透镜具有在光源侧延伸的第一部分,并且第一部分反射在光源 光源的方向一直延伸到根据与透镜的纵向轴线的过程以及远离光线的房间的区域中延伸到光源的下面,到光源的一侧或上方的区域 光源来源。
    • 7. 发明授权
    • Device and method for projecting a marking onto a boundary
    • 将标记投影到边界上的装置和方法
    • US07771074B2
    • 2010-08-10
    • US11741065
    • 2007-04-27
    • Gabriel KallabisDaniel Busam
    • Gabriel KallabisDaniel Busam
    • F21S8/00G02B27/20F21V7/08
    • G01C15/004
    • The invention concerns a device for projecting a linear optical marking onto at least one boundary of a room, such as floor surface for example, comprising a light source (12) that emits laser radiation along an optical axis (16) as well as a cuboid lens (14) connected in series with the light source, penetrated by the optical axis and reflecting as well as refracting the radiation. To facilitate fanning and reflecting of light originating from the light source through constructively simple means, the invention proposes that provided in the frontal surface (20) is a channel-shaped depression (40) and provided in the rear surface (22) is a projection (24), both of which are geometrically designed and arranged so that the radiation can be totally reflected and that totally reflected radiation striking the depression can be fanned out, where the optical marking runs to both transverse surfaces of the lens.
    • 本发明涉及一种用于将线性光学标记投影到诸如地板表面的房间的至少一个边界上的装置,例如包括沿着光轴(16)发射激光辐射的光源(12)以及长方体 透镜(14)与光源串联连接,被光轴穿透并反射以及折射辐射。 为了便于通过建设性简单的手段对来自光源的光进行扇形和反射,本发明提出在前表面(20)中设置的通道形凹陷(40),并且设置在后表面(22)中的是突起 (24),它们都是几何设计和布置的,使得辐射可以被完全反射,并且可以扇出出射到凹陷处的全反射辐射,其中光学标记延伸到透镜的两个横向表面。