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    • 1. 发明授权
    • Labeling station
    • 贴标站
    • US4212700A
    • 1980-07-15
    • US924786
    • 1978-07-14
    • Rainer BuchholzRudolf ZodrowReinhard Lohse
    • Rainer BuchholzRudolf ZodrowReinhard Lohse
    • B65C9/08B65C9/16B65C9/12
    • B65C9/16Y10T156/1773Y10T156/178
    • A labeling station has a rotating gripper cylinder having gripper elements equally spaced therearound to define label divisions and a carrier rotating in the same sense bearing pickup elements thereon mounted for either rotary or rocking movement in a contrary sense with respect to the carrier during the label transfer. The movement is controlled such that the receiving surfaces of the pickup elements roll at least in the forward area against the gripper cylinder surface when the gripper cylinder rotates. The arc length of the receiving surface of each pickup element is greater than the arc length of each label division of the gripper cylinder and the trailing portion of each label is lifted by at least one of the slip surfaces on the front edges of the pickup elements and blow nozzles associated with the gripper elements on the gripper cylinder. Each pickup element is controlled in its movement during the transfer of the trailing label area exceeding the label division of the gripper cylinder to lift away its receiving surface from the gripper cylinder surface.
    • 标签站具有旋转的夹持器筒,其具有沿其等间隔开的夹持器元件,以限定标签分隔,并且在相同的传感轴上旋转的载体在其上安装用于在标签传送期间相对于载体以相反的意义进行旋转或摇摆运动 。 控制运动,使得当夹持器气缸旋转时,拾取元件的接收表面至少在向前区域中相对于夹持器气缸表面滚动。 每个拾取元件的接收表面的圆弧长度大于夹持器圆筒的每个标签分割的弧长,并且每个标签的后部由拾取元件的前边缘上的滑动表面中的至少一个提升 以及与夹持器缸上的夹持器元件相关联的喷嘴。 在拖尾标签区域的传送期间,每个拾取元件被控制在超过标记分割的夹持器气缸以将其接收表面从夹持器滚筒表面提升。
    • 2. 发明授权
    • Method and apparatus for affixing strip labels to container closures
    • 将标签贴在容器封闭件上的方法和装置
    • US4388143A
    • 1983-06-14
    • US317682
    • 1981-11-02
    • Rainer BuchholzHans-Werner MohnHermann BomsRudolf Zodrow
    • Rainer BuchholzHans-Werner MohnHermann BomsRudolf Zodrow
    • B65C3/20B65C3/24B65C1/00
    • B65C3/24
    • In the affixing of strip label closures across the top and down the sides of a container wherein a strip label is coated with glue, held extended and at right angles to the axis of the container above its top whereby portions of the strip label overhang the top of the container, and the overhanging portions are pressed onto the opposed sides of the container, the improvement which comprises gripping the free ends of the strip label while the label is held extended over the top of the container, guiding the gripped ends over arcuate paths that are in the same plane as the axis of the container directly to the intended points of adhesion on the sides of the container, and thereafter effecting the pressing. A corresponding apparatus is described. Strip labels are thereby affixed more precisely and neatly.
    • 在条带标签封闭物穿过容器的顶部和底部的两侧固定,其中条带标签涂有胶水,其保持延伸并且与容器的上方的轴线成直角,从而使标签的部分悬垂在顶部 并且突出部分被压到容器的相对侧上,其改进在于,包括在标签保持延伸超过容器的顶部的状态下夹持条标签的自由端,将夹持的端部引导到弧形路径 其与容器的轴线在同一平面内直接连接到容器侧面上的预期粘合点,然后进行加压。 描述相应的装置。 因此,带状标签更加精确和整齐地固定。
    • 4. 发明授权
    • Labelling station for labelling objects, such as bottles
    • 用于标记物品的标签站,如“瓶子”
    • US5227005A
    • 1993-07-13
    • US495562
    • 1990-03-16
    • Rudolf ZodrowRainer Buchholz
    • Rudolf ZodrowRainer Buchholz
    • B65C9/00B65C9/16F16H35/02F16H55/14
    • F16H35/02B65C9/00B65C9/16F16H55/14Y10T156/1768Y10T156/1773Y10T156/178
    • This invention relates to a labelling station for objects such as bottles with several stations located one behind another along a track, which includes an adhesive application station, a label feed station and a label transfer station. At least one extracting element is mounted so that it can rotate on a driven support plate. The drive mechanism comprises a cam drive mechanism. The cam drive mechanism comprises a stationary double cam disc with two one-sided cams located above one another, and two sets of followers. The two sets of followers are mounted on the drive shaft of the extracting element or on a bearing shaft coupled to it by means of a support element. During rotation of the support plate, the two sets of followers provide, by action of a form-fit with the two cam surfaces, a positive movement of each extraction element over its entire revolution. To achieve a simple and compact construction of the labelling station, the drive or bearing shaft ends above the plane of the first cam disc which is closest to said bearing shaft, thus allowing the first cam disc to extend into the open space below the shaft without interference from the shaft.
    • 本发明涉及一种用于诸如瓶子的标签站,其具有沿着轨道一个接一个地设置的几个站,包括粘合剂施加站,标签馈送站和标签传送站。 安装至少一个提取元件使得其可以在从动支撑板上旋转。 驱动机构包括凸轮驱动机构。 凸轮驱动机构包括具有彼此位于上方的两个单向凸轮的固定双凸轮盘和两组从动件。 两组从动件安装在抽出元件的驱动轴上或通过支撑元件联接在其上的轴承轴上。 在支撑板旋转期间,两组跟随者通过与两个凸轮表面的形状配合的作用,提供每个提取元件在其整个转动上的正移动。 为了实现贴标站的简单且紧凑的结构,驱动或轴承轴终止于最靠近所述轴承轴的第一凸轮盘的平面之上,从而允许第一凸轮盘延伸到轴下方的开放空间中,而没有 来自轴的干扰。
    • 6. 发明授权
    • Labelling machine for objects such as bottles or the like
    • 用于诸如瓶子等物体的贴标机
    • US5017261A
    • 1991-05-21
    • US335177
    • 1989-04-07
    • Rudolf ZodrowRainer Buchholz
    • Rudolf ZodrowRainer Buchholz
    • B65C3/10B65C9/00B65C9/16F16H35/02B65C9/12B65C9/22B65C9/36
    • F16H35/02B65C9/00B65C9/16Y10T156/1773Y10T156/178Y10T156/1798
    • A labelling machine for bottles or the like includes several stations located behind one another along a track. The stations include an adhesive application station, a label feed station and a label transfer station. There are three extracting elements which are each mounted to rotate on a rotating support to be moved past the stations during each rotation of the support. Each extracting element has an outwardly-curved receptacle surface for the label which rolls along the stations. The drive for each extracting element is a cam drive, which comprises common, stationary double cam discs for all the extracting elements with two cams located on one side in two planes with one above and at some distance from the other. Two sets of followers are mounted on a bearing shaft which is coupled with the rotating support. By means of a form-fit with the two cams, the followers provide positive movement of each extracting element over its entire revolution when the support rotates. The bearing shaft terminates above the plane in which the first cam closer to the shaft is located. The followers which correspond to the other second cam are mounted on a bridge element lying between the two cams. The bridge element is supported by spacer elements on the bearing shaft so that the spacer elements lie outside the area or path covered by the movement of the first cam.
    • 用于瓶子或类似物的贴标机包括沿着轨道彼此相邻的几个站。 这些车站包括一个胶粘剂施工站,一个标签送料站和一个标签转运站。 存在三个提取元件,每个提取元件安装成在旋转支撑件上旋转以在支撑件的每次旋转期间移动经过站。 每个提取元件具有用于标签的向外弯曲的容器表面,其沿站滚动。 每个提取元件的驱动器是凸轮驱动器,其包括用于所有提取元件的共同的固定双凸轮盘,其具有位于两个平面中的一个侧面的两个凸轮,其中一个在上面并且与另一个之间有一定距离。 两组跟随器安装在与旋转支撑件相结合的轴承轴上。 通过与两个凸轮的形状配合,当支撑件旋转时,跟随者在其整个转动时提供每个提取元件的正移动。 轴承轴终止在靠近轴的第一凸轮所在的平面的上方。 对应于另一个第二凸轮的从动件安装在位于两个凸轮之间的桥接元件上。 桥梁元件由轴承轴上的间隔元件支撑,使得间隔元件位于由第一凸轮的运动所覆盖的区域或路径之外。
    • 7. 发明授权
    • Apparatus for pressing foil on containers, such as on the tops and the
necks of bottles or the like
    • 用于将箔压在诸如瓶子的顶部和颈部等容器上的装置
    • US4976803A
    • 1990-12-11
    • US311609
    • 1989-02-15
    • Josef TomashauerRudolf ZodrowRainer Buchholz
    • Josef TomashauerRudolf ZodrowRainer Buchholz
    • B65C3/22B65C9/36B67B5/03
    • B65C9/36B65C3/22Y10T156/1089Y10T156/1771
    • This invention relates to a pressing station for metal foil sheets applied around the top and neck of bottles. By means of bell-shaped pressing elements which can be axially lowered toward the bottle top, the foil sheets are firmly applied to the top and neck of the bottle. The pressing elements corresponding to each receiving position of the delivery star wheel are each supported by a crank. By means of a three-dimensional drive mechanism, each crank and thus also each pressing element can be lowered to the top of a bottle. To prevent collisions in the overlapping area of the rotational paths of the turntable and the delivery star wheel, each crank is coupled with another drive mechanism, which engages the crank. The cams of the two cam drive mechanisms are designed so that the pressing element is in its raised inside position in the vicinity of the turntable, and in its lowered, outside position in a portion of the area between the turntable and the delivery of the delivery star wheel.
    • 本发明涉及一种应用在瓶子顶部和颈部周围的金属箔片的压制台。 通过可以向瓶顶部轴向降低的钟形按压元件,箔片牢固地施加到瓶子的顶部和颈部。 对应于输送星轮的每个接收位置的按压元件分别由曲柄支撑。 通过三维驱动机构,每个曲柄以及因此也可以将每个按压元件降低到瓶子的顶部。 为了防止转盘和输送星轮的旋转路径的重叠区域中的碰撞,每个曲柄与接合曲柄的另一个驱动机构联接。 两个凸轮驱动机构的凸轮被设计成使得按压元件在转台附近处于其升高的内部位置,并且在转台和输送器的输送部分之间的下降的外部位置 星轮
    • 8. 发明授权
    • Contact pressure element for metal foil blanks laid around the neck and
head of bottles in a labelling machine
    • 用于贴标机上瓶颈颈部和头部的金属箔坯料的接触压力元件
    • US4912905A
    • 1990-04-03
    • US194633
    • 1988-05-16
    • Rudolf ZodrowJosef TomashauserRainer Buchholz
    • Rudolf ZodrowJosef TomashauserRainer Buchholz
    • B65C3/20B67B5/03
    • B65C3/20B67B5/032
    • The invention relates to a contact pressure element for metal foil blanks laid around the neck and top of bottles (3) in a labelling machine. Retained by a retaining ring (5) in front of the opening of a casing (1) having a bell-shaped inner wall (7) is a resilient plate (2) whose front side facing the end face of the bottle (3) is made of an open-pored resilient foamed plastics, the rear side of the plate (2) being constructed with closed pores and its peripheral edge being formed with an annular bead (8). When the contact pressure element makes an axial movement towards the end face of the bottle (3), the plate (2) yields to the axial pressure, its rear side rolling down the bell-shaped inner wall (7) in the zone of the annular bead (8), so that the front side of the plate (2) is brought into radial contact pressure with the side of the bottle top in the zone of the annular bead (8). Such contact pressure is produced without folding the plate (2) and substantially without warping.
    • 本发明涉及一种用于金属箔坯料的接触压力元件,该接触压力元件围绕标签机器的瓶子(3)的颈部和顶部放置。 在具有钟形内壁(7)的壳体(1)的开口前面的保持环(5)保持的是弹性板(2),其面向瓶子(3)的端面的前侧是 由开孔的弹性泡沫塑料制成,板(2)的后侧由闭孔形成,其周缘形成有环形凸珠(8)。 当接触压力元件朝向瓶子(3)的端面轴向移动时,板(2)产生轴向压力,其后侧在钟形内壁(7)的区域中向下滚动 环形凸缘(8),使得板(2)的前侧在环形凸缘(8)的区域中与瓶顶的侧面形成径向接触压力。 在不折叠板(2)并且基本上没有翘曲的情况下产生这种接触压力。