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    • 1. 发明授权
    • Picture recording apparatus
    • 图像记录装置
    • US4851913A
    • 1989-07-25
    • US127855
    • 1987-12-02
    • Gunter FetzerHeinrich Hippenmeyer
    • Gunter FetzerHeinrich Hippenmeyer
    • G02B26/12H04N3/08H04N3/10H04N5/335
    • H04N3/08
    • A picture recording apparatus comprises a light source (16) which illuminates the object to be recorded, a light sensitive semiconductor row (12), and an objective (16) which images a strip-like section (13) of the object onto the semiconductor row (12). A relative movement takes place between the semiconductor row (12) and the image of the strip-like section (13) located thereon in a direction perpendicular to the longitudinal extent of the row and in the image plane. For this purpose a light deflecting device (14), which continuously displaces the image of the strip-like section (13) in a direction perpendicular to the longitudinal extent of the semiconductor row (12) and in the image plane (15), is arranged between the object (11) and the semiconductor row (12).
    • 一种图像记录装置,包括照射要记录的物体的光源(16),光敏半导体行(12)和将物体的条状部分(13)成像到半导体上的物镜(16) 行(12)。 在半导体行(12)和位于其上的条状部分(13)的图像之间发生相对运动,该方向垂直于该行的纵向范围和图像平面。 为此,在与半导体行(12)的纵向范围垂直的方向和图像平面(15)中连续地移位条状部分(13)的图像的光偏转装置(14)是 布置在物体(11)和半导体行(12)之间。
    • 3. 发明授权
    • Rotary mirror arrangement for the focusing of an incident light beam
and/or changing the position of the focus of an already focused light
beam
    • 用于聚焦入射光束的旋转镜布置和/或改变已经聚焦的光束的焦点的位置
    • US5838478A
    • 1998-11-17
    • US843654
    • 1997-04-16
    • Heinrich HippenmeyerChristoph Anselment
    • Heinrich HippenmeyerChristoph Anselment
    • G02B7/182G02B26/08
    • G02B7/1821
    • A rotary mirror arrangement (10) for changing the focus of an already focused laser beam is characterized in that a plurality of deflecting mirrors (12) of different focal length are secured on one side of a base plate (14) which is rotatably journalled on a stationary latch plate (16) arranged on the opposite side and can be latched with the latter in various rotational positions. In a respective latch position, a relevant deflecting mirror (12) is pivoted into the beam path of the incident light beam (LS). The base plate (14) is displaceably journalled on the latch plate (16) in the direction of the axis of rotation (A) and is held against the latch plate by spring force (18). The base plate (14) is supported by a three-point mounting on the latch plate (16) The mounting includes, in particular, three ball-segment-like projections (20) which cooperate with a conical bore (22), a wedge-shaped groove (24), or a lower disposed section (26) of the latch plate (16) or of the base plate (14) in order to unambiguously and reproducibly fix the base plate (14) in the respective latched position,
    • 用于改变已经聚焦的激光束的焦点的旋转镜装置(10)的特征在于,具有不同焦距的多个偏转镜(12)固定在基板(14)的一个侧面上,该基板可转动地安装在 固定的闩锁板(16),其布置在相对侧上,并且可以在后者处于各种旋转位置中。 在相应的闩锁位置,相关的偏转镜(12)枢转到入射光束(LS)的光束路径中。 基板(14)可沿着旋转轴线(A)的方向可移动地支承在闩锁板(16)上,并且通过弹簧力(18)保持抵靠闩锁板。 基板(14)由锁定板(16)上的三点安装支撑。该安装件特别包括与锥形孔(22)配合的三个球段状突起(20),楔形 形状的凹槽(24)或闩锁板(16)或基板(14)的下部布置部分(26),以便将基板(14)明确地和可重复地固定在相应的锁定位置,
    • 5. 发明授权
    • Light grid and method of itS manufacture
    • 光栅及其制造方法
    • US06175106B1
    • 2001-01-16
    • US09047905
    • 1998-03-25
    • Hermann BuitkampHeinrich Hippenmeyer
    • Hermann BuitkampHeinrich Hippenmeyer
    • H01J4014
    • G01V8/20
    • An optical arrangement is described having a plurality of light transmitting transmitter elements and/or receiver elements, a plurality of diffractive/refractive optical elements and a transparent front cover, in particular a front plate. The diffractive/refractive optical elements are arranged on a uniform carrier element formed in one piece. The carrier element is formed by the front cover, with the diffractive/refractive optical elements being directly formed in the front cover, and in particular being pressed into or moulded into the latter. The transmitter elements and/or the receiver elements are arranged on a uniform circuit board formed in one piece. Furthermore a light grid is described having such optical arrangements, and also a method for the manufacture of the required components for such optical arrangements.
    • 描述了具有多个发光元件和/或接收元件,多个衍射/折射光学元件和透明前盖,特别是前板的光学布置。 衍射/折射光学元件布置在一体形成的均匀载体元件上。 载体元件由前盖形成,其中衍射/折射光学元件直接形成在前盖中,并且特别地被压入或模制在其中。 发射机元件和/或接收器元件布置在一体形成的均匀电路板上。 此外,描述了具有这种光学装置的光栅,以及用于制造用于这种光学装置的所需部件的方法。
    • 6. 发明授权
    • Method and apparatus for the recognition and reading of a bar code
    • 用于识别和阅读条形码的方法和装置
    • US6039253A
    • 2000-03-21
    • US90031
    • 1998-06-10
    • Jurgen ReichenbachHeinrich Hippenmeyer
    • Jurgen ReichenbachHeinrich Hippenmeyer
    • G06K7/14G06K7/10
    • G06K7/1486G06K7/14
    • A method and an apparatus are described for the recognition and reading of a bar code provided on an object and consisting of a plurality of code elements. The object carrying the bar code is scanned by one or more scanning beams of a bar code reader, wherein each time a scanning beam sweeps over an object a scan is formed and bright and dark regions of an object swept over during a scan are recognized as scanned elements. A width index is determined for at least some of the elements scanned during a scan and is in each case representative for the width of the element in the scanning direction. Furthermore the frequency of occurrence of the width indexes found is in each case determined and a conclusion is drawn on the presence of a bar code from the frequencies that are found.
    • 描述了用于识别和读取在对象上提供并由多个代码元素组成的条形码的方法和装置。 携带条形码的物体被条形码读取器的一个或多个扫描光束扫描,其中每次扫描光束扫描物体上形成扫描时,扫描期间被扫描的物体的明暗区域被识别为 扫描元素 针对在扫描期间扫描的元件中的至少一些元件确定宽度索引,并且在每种情况下代表元件在扫描方向上的宽度。 此外,发现的宽度指标的发生频率在每种情况下被确定,并且从所找到的频率中得出关于条形码存在的结论。
    • 8. 发明授权
    • Method and device for reading a bar code
    • 读取条形码的方法和设备
    • US5866893A
    • 1999-02-02
    • US726446
    • 1996-10-04
    • Jurgen ReichenbachHeinrich Hippenmeyer
    • Jurgen ReichenbachHeinrich Hippenmeyer
    • G06K7/10G06K7/14
    • G06K7/10851G06K7/14
    • A method and an apparatus are set forth for the reading of a bar code consisting of a predetermined number of code elements in which a bar code reader which scans the code elements generates a binary signal with sequential high-low phases, the lengths of which correspond to the widths of the sequentially scanned code elements. Only those high-low phases whose lengths lie within a defined region are processed further as permissible code elements. Permissible code elements belonging to directly sequential high-low phases are respectively grouped into segments, and only those segments are processed further as being permissible which have at least the predetermined number of code elements. If the number of code elements of a permissible segment exceeds the predetermined number, the code elements which actually belong to the bar code to be found are determined by a start marking, a stop marking and/or a center marking contained in the segment and the bar code which has been found is decoded.
    • 提出了一种用于读取由预定数量的代码元素组成的条形码的方法和装置,其中扫描代码元素的条形码读取器产生具有连续高低相位的二进制信号,其长度对应于 相对于顺序扫描的代码元素的宽度。 只有长度在限定区域内的那些高低相才被进一步处理为允许的代码元素。 属于直接顺序的高低相位的允许代码元素分别被分组成段,并且仅这些段被进一步处理为具有至少预定数量的代码元素的许可。 如果允许分段的代码元素的数量超过预定数量,则实际上属于要发现的条形码的代码元素由包含在该段中的开始标记,停止标记和/或中心标记确定, 已经找到的条形码被解码。
    • 9. 发明授权
    • Bar code reader and method for its operation
    • 条码阅读器及其操作方法
    • US5481096A
    • 1996-01-02
    • US325974
    • 1994-10-20
    • Heinrich HippenmeyerReinhold Kilian
    • Heinrich HippenmeyerReinhold Kilian
    • G07G1/00G06K7/10G06K7/14
    • G06K7/10
    • A bar code reader for an article (17) which is moved at least substantially in one direction (26) has a scanner (12) which generates a scanning light beam (11) which scans a surface (18) of the article (17) linewise, a light receiving arrangement (13) which includes an electronic evaluation circuit (14) with which bar codes (16) applied to the surface of the article (17) and scanned by the light beam (11) can be recognized and which is arranged outside of the parth of movement (20) of the article (17) and directed towards the front surface (18) of the article (17) as seen in the direction of movement. A detection means (27, 28) for the location of the scanning surface (18) at which the scanning is to start, and optionally a detection means (29) for the speed of movement of the article (17) are connected to an electronic control and evaluation circuit (14) which acts on an advance means ( 30, 31) for the displacement of the scanning line (23) in such a way that the spacing of the scanner (12) from the scanning line (23) on the surface (18) of the article (17) remains at least substantially the same.
    • 用于至少基本上沿一个方向(26)移动的制品(17)的条形码读取器具有产生扫描物品(17)的表面(18)的扫描光束(11)的扫描仪(12) 一种光接收装置(13),其包括电子评估电路(14),利用该电子评估电路(14)将条形码(16)施加到制品(17)的表面并被光束(11)扫描,并且其是 布置在物品(17)的运动部分(20)的外侧并且朝向运动方向看的物品(17)的前表面(18)。 用于扫描开始位置的检测装置(27,28),以及用于物品(17)的移动速度的检测装置(29)连接到电子装置 控制和评估电路(14),其作用在用于使扫描线(23)移位的提前装置(30,31)上,使得扫描仪(12)与扫描线(23)的间隔在 制品(17)的表面(18)保持至少基本上相同。
    • 10. 发明授权
    • Machine with automatic transport of articles
    • 机器自动运输物品
    • US4707250A
    • 1987-11-17
    • US747287
    • 1985-06-21
    • Heinrich Hippenmeyer
    • Heinrich Hippenmeyer
    • B65G47/50B07C5/342
    • B65G47/506
    • In a machine having automatic article transport individual identical articles are conveyed along a conveyor path (21) past various processing stations. A clock (12) is associated with the conveyor path. Furthermore, a characteristic detection apparatus (13) is provided which delivers information corresponding to the characteristics of the articles (16) which are moving past to a characteristic shift register (11), which is pulsed by the clock (1). An article sorting apparatus (14) is arranged spaced from the characteristic detection apparatus and is controlled by the associated storage (11') of the characteristic shift register. A further presence shift register (15) is arranged parallel to the characteristic shift register (11) and the information contained in the presence shift register (15) is compared with the output of a presence detection apparatus (17) and can be used to stop the machine in the event that a deviation is detected (FIG. 1).
    • 在具有自动物品运输的机器中,各个相同的物品沿着传送路径(21)传送通过各种处理站。 时钟(12)与传送路径相关联。 此外,提供了一种特征检测装置(13),其将对应于正在移动的物品(16)的特性的信息传送到由时钟(1)脉冲的特征移位寄存器(11)。 物品分拣装置(14)与特征检测装置隔开设置,并由特征移位寄存器的关联存储器(11')控制。 另外存在移位寄存器(15)与特征移位寄存器(11)并行布置,并且包含在存在移位寄存器(15)中的信息与存在检测装置(17)的输出进行比较,并且可以用于停止 在检测到偏差的情况下的机器(图1)。