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    • 3. 发明授权
    • Automatic transmission of data from the pre-press stage to a printing press
    • 数据从预压阶段自动传输到印刷机
    • US06845712B2
    • 2005-01-25
    • US10449477
    • 2003-05-29
    • Holger LeonhardtClaus Peter Zander
    • Holger LeonhardtClaus Peter Zander
    • B41C1/00B41F33/00B41F33/16G06F3/12B41C1/10
    • B41F33/16B41F33/0009
    • A method and a device for automatically transmitting data from a pre-press stage (9) to a printing substrate processing machine (8) having at least one print unit (10) and one print form (11) for printing on a printing substrate (1). The method and the device are distinguished in that the data of the pre-press stage (9) to be transmitted to the printing substrate processing machine (8) are applied in an encoded form to the print form (11), and these data are able to be read out by the printing substrate processing machine (8). Also provided is a method and a device for automatically transmitting data from a first printing substrate processing machine (8) having at least one print unit (10) and one print form (11) for printing on a printing substrate (1), to a further printing substrate processing machine, in particular a folding machine. This method and this device are distinguished in that the data to be transmitted to the further printing substrate processing machine are applied in the first printing substrate processing machine (8), in a machine-readable form, to the print form (11), and these data are read out by the further printing substrate processing machine.
    • 一种用于将数据从预压阶段(9)自动发送到具有至少一个打印单元(10)和一个打印形式(11)的打印基板处理机(8)的方法和装置,用于在打印基板上进行打印 1)。 方法和装置的区别在于要传送到印刷基板处理机(8)的预压台(9)的数据以编码形式应用于打印形式(11),并且这些数据是 能够被印刷基板处理机(8)读出。 还提供了一种用于从具有至少一个打印单元(10)和一个打印形式(11)的第一打印基板处理机(8)自动发送数据以在打印基板(1)上进行打印的方法和装置, 进一步印刷基材加工机,特别是折页机。 该方法和该装置的区别在于,要发送到另一印刷基板处理机的数据以机器可读形式应用于第一印刷基板处理机(8)到打印形式(11),以及 这些数据由另外的印刷基板处理机器读出。
    • 4. 发明授权
    • Clamping and tensioning device
    • 夹紧和张紧装置
    • US5181469A
    • 1993-01-26
    • US815419
    • 1991-12-31
    • Gerd MerkelWilfried VogtGeorg GlaunsingerPeter StadlerClaus-Peter ZanderJurgen MaassGernot SchmittThomas NeckerWilli Becker
    • Gerd MerkelWilfried VogtGeorg GlaunsingerPeter StadlerClaus-Peter ZanderJurgen MaassGernot SchmittThomas NeckerWilli Becker
    • B41F27/12
    • B41F27/1243
    • A clamping and tensioning device for clamping a printing plate on a cylinder of a printing machine includes a tensioning bar and a clamping bar having substantially radially extending, mutually opposing clamping surfaces for gripping therebetween a bent end of a printing plate, the tensioning bar being formed as a pivotal double lever, tension spring devices engageable with the tensioning bar for applying a tensioning force thereto in a tensioning direction, adjusting devices engageable with the tensioning bar and actuatable for pivoting the tensioning bar against the tensioning force applied by the tension spring devices, the clamping bar being formed as a pivotal double lever connected to the tensioning bar, clamping spring devices engaging with the clamping bar for pressing the clamping surface of the clamping bar against the corresponding clamping surface of the tensioning bar with a clamping force for holding a printing plate therebetween, the clamping bar being further formed with a holding element, a fixed stop cooperatively engageable by the holding element for pivoting the clamping bar against the force of the clamping spring devices when the adjusting devices are actuated.
    • 用于将印刷板夹持在印刷机的滚筒上的夹持和张紧装置包括张紧杆和具有基本上径向延伸的相互相对的夹紧表面的夹紧杆,用于夹持印刷板的弯曲端,形成张紧杆 作为枢转双杠杆,拉伸弹簧装置可与张紧杆接合,用于在张紧方向上施加张紧力,调节可与张紧杆接合的装置,并可致动以克服张拉弹簧装置施加的张紧力使枢转张紧杆, 夹紧杆形成为连接到张紧杆的枢转双杆,夹紧弹簧装置与夹紧杆接合,用于用夹持力将夹紧杆的夹紧表面压靠在张紧杆的相应夹紧表面上,用于保持印刷 板之间,夹紧条进一步形成 h固定元件,固定止动件,其通过保持元件协作地接合,用于当调节装置致动时克服夹紧弹簧装置的力使枢转夹紧杆枢转。
    • 5. 发明申请
    • GAS-COOLED WELDING GUN FOR AN ARC WELDING DEVICE
    • 用于电弧焊接装置的气体冷却焊接枪
    • US20130313241A1
    • 2013-11-28
    • US13984306
    • 2012-02-09
    • Peter Zander
    • Peter Zander
    • B23K9/28B23K9/16
    • B23K9/285B23K9/164B23K9/173B23K9/295
    • A gas-cooled welding gun for an arc welding device, comprising an electrically conductive current contact tube disposed concentrically within an electrically conductive outer tube and separated therefrom by an intermediate space. The current contact tube includes a wire guiding channel for a welding wire. A plurality of spacers is disposed at intervals in the intermediate space between the current contact tube and outer tube,. electrically insulating these components from each other. A shielding gas is provided in the intermediate space to cool the system and openings in the spacers allow the gas to flow therethrough. Structures are provided on the current contact tube which increase the overall surface area thereof. Regions of the surface of the current contact tube not covered by spacers are exposed toward the intermediate space and therefore to the shielding gas.
    • 一种用于电弧焊接装置的气体冷却焊枪,包括一个导电电流接触管,同心地设置在导电外管内并由中间空间分离。 当前的接触管包括用于焊丝的线引导通道。 在当前接触管和外管之间的中间空间中间隔设置多个间隔件。 将这些部件彼此电绝缘。 在中间空间设置保护气体以冷却系统,并且间隔物中的开口允许气体流过其中。 在当前的接触管上设置有增加其整个表面积的结构。 未被间隔件覆盖的电流接触管的表面的区域朝向中间空间暴露,从而暴露于保护气体。
    • 7. 发明授权
    • Gas-cooled welding gun for an arc welding device
    • 用于电弧焊装置的气冷焊枪
    • US09457418B2
    • 2016-10-04
    • US13984306
    • 2012-02-09
    • Peter Zander
    • Peter Zander
    • B23K9/28B23K9/16B23K9/173B23K9/29
    • B23K9/285B23K9/164B23K9/173B23K9/295
    • A gas-cooled welding gun for an arc welding device, comprising an electrically conductive current contact tube disposed concentrically within an electrically conductive outer tube and separated therefrom by an intermediate space. The current contact tube includes a wire guiding channel for a welding wire. A plurality of spacers is disposed at intervals in the intermediate space between the current contact tube and outer tube, electrically insulating these components from each other. A shielding gas is provided in the intermediate space to cool the system and openings in the spacers allow the gas to flow therethrough. Structures are provided on the current contact tube which increase the overall surface area thereof. Regions of the surface of the current contact tube not covered by spacers are exposed toward the intermediate space and therefore to the shielding gas.
    • 一种用于电弧焊接装置的气体冷却焊枪,包括一个导电电流接触管,同心地设置在导电外管内并由中间空间分离。 当前的接触管包括用于焊丝的线引导通道。 多个间隔件间隔设置在电流接触管和外管之间的中间空间中,使这些部件彼此电绝缘。 在中间空间设置保护气体以冷却系统,并且间隔物中的开口允许气体流过其中。 在当前的接触管上设置有增加其整个表面积的结构。 未被间隔件覆盖的电流接触管的表面的区域朝向中间空间暴露,从而暴露于保护气体。
    • 8. 发明申请
    • ROBOT HOLDER FOR FLUID-COOLED JOINING TOOLS
    • 流体冷却接头工具机架
    • US20100314376A1
    • 2010-12-16
    • US12743061
    • 2008-10-10
    • Peter ZanderChristopher MewesDirk Dzelnitzki
    • Peter ZanderChristopher MewesDirk Dzelnitzki
    • B23K9/28
    • B25J19/0029B23K9/29B25J17/0241B25J19/0041B25J19/0054F16L39/04
    • The invention relates to a robot holder for fixing a fluid-cooled joining tool (6) rotatably about a longitudinal axis (L) on a robot arm (2) of a joining robot with a stator (3) that can be fixed on the robot arm (2) and a rotor (4), which comprises a connection for the joining tool (6) and can be rotated about the stator (3), wherein a feed-through (13) for a joining medium, particularly a welding or soldering wire, runs inside the robot holder through the stator and the rotor. For the even more flexible use of such automated joining tools operating with a joining medium on robots, it is desirable to enable for a rotation of the joining tool that is less limited in the angular range, preferably by a range of at least 360° and even more up to rotatability that is delimited by robot parameters but otherwise free, and to create an accordingly adapted passage for cooling fluid. According to the invention, the robot holder comprises in the stator (3) and in the rotor (4) at least one fluid line designed as bore (8a, 8b, 9a, 9b) for a cooling fluid feed and the cooling fluid return, wherein between the stator (3) and the rotor (4) at least one sealed annular chamber (10, 11) is formed for the cooling fluid feed and the cooling fluid return, the respectively associated fluid lines of the stator (3) and the rotor (4) for a fluid passage ending in said annular chamber. The invention further relates to a joining robot comprising a novel robot holder.
    • 本发明涉及一种用于将流体冷却的接合工具(6)可旋转地围绕纵向轴线(L)固定在机器人的机器人手臂(2)上的定子(3)的机器人夹持器,定子(3)可固定在机器人上 臂(2)和转子(4),其包括用于接合工具(6)的连接并且可绕定子(3)旋转,其中用于接合介质的馈通(13),特别是焊接或 焊丝通过定子和转子在机器人支架内部运行。 为了更灵活地使用这样的使用机器人上的接合介质进行操作的自动化接合工具,期望能够使接合工具的旋转在角度范围内更不受限制,优选地至少为360度的范围, 甚至更多地由机器人参数限定的可旋转性,但是由于其他方式是自由的,并且为冷却流体创建相应适合的通道。 根据本发明,机器人保持器包括在定子(3)和转子(4)中的至少一个设计为用于冷却流体进料和冷却流体返回的孔(8a,8b,9a,9b)的流体管线, 其中在定子(3)和转子(4)之间形成至少一个密封的环形室(10,11),用于冷却流体进料和冷却液返回,定子(3)和 用于在所述环形室中结束的流体通道的转子(4)。 本发明还涉及一种包括新型机器人夹持器的连接机器人。