| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 1 | 用于对纸板坯开槽的设备和方法 | CN201310267735.6 | 2013-06-28 | CN103660369A | 2014-03-26 | K·格克; L·乌戈雷特斯 |
| 本发明涉及一种用于对纸板坯开槽的设备，该设备具有：受驱动的、卧式支承的运送辊筒（11）；多个围绕辊（54）连续环绕的且彼此间隔开的、部分地缠绕运送辊筒（11）的带子（51）；和在各带子（51）之间、能定位在运送辊筒（11）的周边上的切槽刀具（72、72’、72”、72”’），设定：至少一个切槽刀具处在相对运送辊筒（11）能够运动的且在开槽设备运行期间能够由驱动机构（79、132、135）驱动的导向元件上。在开槽过程期间，切槽刀具的轴向位置和/或其至运送辊筒的距离可变，通过这种方式可以实现机械开槽的纸板坯的全新的设计结构。开槽方法设定：至少一个切槽刀具在纸板坯被运送经过切槽刀具期间横向于纸板坯的运送方向运动。 | ||||||
| 2 | 用于处理卷材的方法和设备 | CN201210285164.4 | 2012-08-10 | CN102950874A | 2013-03-06 | 弗里茨·赖纳·戈茨; 安德烈亚斯·包米勒 |
| 本发明涉及用于处理一种柔性材料（30）具体是纸的卷材（28）的一种方法和设备，该卷材沿着材料的一个运动方向（12）移动，其中多个单独的片段（40）是从该卷材（28）上借助于一个第一双承载架式直线电机（4）和一个第二双承载架式直线电机（8）来生产的，这些双承载架式直线电机是平行于该材料的运动方向（12）安排的，并且这些双承载架式直线电机各自在该材料的运动方向（12）上具有一个第一承载架（14，16）和一个第二承载架（18，20），每个承载架都具有一个驱动元件（22）。 | ||||||
| 3 | 用于对纸板坯开槽的设备 | CN201310437391.9 | 2013-09-24 | CN103802365B | 2017-12-29 | K·格克; G·林特尔曼; L·乌格雷特斯 |
| 本发明涉及一种根据辊筒原理运行的用于对纸板坯开槽的设备，其具有：受驱动的、卧式支承的运送辊筒和多个围绕辊连续环绕的且彼此间隔开的、在构成入口和出口的情况下部分地缠绕所述运送辊筒（11）的并且将纸板坯（2）有效传送地压到辊筒外壳上的带子（51）。在带子之间，与辊筒外壳具有限定距离地设置有切槽刀具（72），利用这些切槽刀具可以将具有基本上三角形横截面的槽置入纸板坯（2）。为了能够对槽的张角彼此无关地进行调节，在相应的切槽刀具内通过弓形导向装置（77）对槽角进行调节。弓形导向装置的曲率中心（81）既位于辊筒外壳的区域内也位于刀片（71）的切削刃顶点（71a）的区域内，因此可以对槽的张角和深度彼此无关地进行调节。 | ||||||
| 4 | 特别是用于印刷机的具有线性驱动装置的、将单个的符合规格的材料部段从呈幅状的对象上分离的装置及可变的折页系统 | CN201080025243.0 | 2010-06-08 | CN102458781A | 2012-05-16 | 安德烈亚斯·包米勒; 弗里茨·雷纳·戈茨 |
| 用于由呈幅状的、例如经印刷的对象或对象幅(1)在应用裁切机构(5、7)的情况下来制造单个的符合规格的材料部段(11)的方法，所述对象特别是指纸幅或材料幅，所述材料部段特别是指纸张，利用所述裁切机构(5、7)可以将单个的材料部段从对象幅(1)上分离，并且接着从所述裁切机构上移开，其中，在操作所述裁切机构(5、7)的过程中，至少一个带动件(4、6；20；26)与所述对象幅(1)发生嵌合，其中，在裁切过程之后，借助至少一个能控制的线性驱动装置(9)将所述带动件(4、6；20)连同被所述带动件(4、6；20)抓住的对象幅(1、25)以如下的运动行程移动，所述运动行程在所述线性驱动装置(9)中在控制技术上相应于为所述材料部段(11)预先确定的部段规格地被加以调整和/或变化。 | ||||||
| 5 | 用于从具有依次设置的吹塑泡罩的基体料幅中分开包装件的设备 | CN201110185737.1 | 2011-07-05 | CN102310958A | 2012-01-11 | O·克吕格; R·路德维希; S·克诺兹; T·鲁梅勒; J·文德勒 |
| 用于从包括多个依次设置的吹塑泡罩的基体料幅中分开出包装件的设备(1)，所述基体料幅与盖层相连接；设有容纳元件，所述容纳元件具有多个空腔或凹槽和多个侧向的和处于各空腔或凹槽之间的支承部，所述空腔或凹槽用以容纳基体料幅部分的吹塑泡罩，所述支承部用于平面侧的泡罩边缘。设有加载辊，所述加载辊包括驱动装置，用于在设置于容纳元件中的基体料幅部分的盖层上的滚动，并且所述加载辊具有依次设置的切削或冲压元件，所述切削或冲压元件的数量与从相应的基体料幅部分中待分开的包装件的数量相匹配，和/或容纳元件的各支承部分别具有切削或冲压元件，用于从基体料幅部分中完全或部分地剪下各个包装件或用于在各个包装件之间制出材料减弱部。 | ||||||
| 6 | 切割装置 | CN01125339.8 | 2001-11-28 | CN1358613A | 2002-07-17 | 八十田寿; 若林宪之; 土田隆 |
| 本发明的目的是提供一种切割装置,将切断刃的刃尖与工件的载物面(转台的表面)之间相平行,进行根据工件性质的切断或半切断。在立柱A2上可控制切断刃B在刀刃长度方向偏斜角度地方式设置带有切断刃B的支持体A3,用设置在前述支持体A3上的可控制运动的驱动源M1,控制切断刃B相对支持体A3上下运动,将转台T表面与刃尖处于平行关系,以实现切断或半切断。具有伺服电机、汽缸、线性电机、液压伺服电机、凸轮等各种不同的驱动源和在该驱动源作用下实现动作的切断刃,将它们分别组件化,可以有选择地更换方式装卸到切割装置A的立柱A2上。 | ||||||
| 7 | 用于处理卷材的方法和设备 | CN201210285164.4 | 2012-08-10 | CN102950874B | 2016-11-23 | 弗里茨·赖纳·戈茨; 安德烈亚斯·包米勒 |
| 本发明涉及用于处理一种柔性材料（30）具体是纸的卷材（28）的一种方法和设备，该卷材沿着材料的一个运动方向（12）移动，其中多个单独的片段（40）是从该卷材（28）上借助于一个第一双承载架式直线电机（4）和一个第二双承载架式直线电机（8）来生产的，这些双承载架式直线电机是平行于该材料的运动方向（12）安排的，并且这些双承载架式直线电机各自在该材料的运动方向（12）上具有一个第一承载架（14，16）和一个第二承载架（18，20），每个承载架都具有一个驱动元件（22）。 | ||||||
| 8 | 一种冲刷装置 | CN201610458545.6 | 2016-06-23 | CN106078878A | 2016-11-09 | 孙宁 |
| 本发明公开了一种冲刷装置，包括矩形体的框架，所述矩形体的框架底端固定安装在地面上，所述矩形体的框架的固定安装有矩形的工作板，所述工作板的上方设有可调节切割装置，所述工作板的一侧设有滑动伸缩装置,所述滑动伸缩装置上设有冲刷机构，所述冲刷机构由固定安装在安装板上的水箱、开在水箱上表面上的圆形开口、位于水箱内的水泵、固定安装在滑动伸缩装置上的毛刷、位于在毛刷上方的高压喷头、一端与高压喷头底端固定连接且另一端插入圆形开口内与水泵相互连接的螺旋式伸缩水管、位于水箱内侧表面上端的液位传感器共同构成的，所述框架的立柱上设有控制器。本发明的有益效果是，结构简单，实用性强。 | ||||||
| 9 | 一种同时剪切多条气体燃料高压管的装置 | CN201610415598.X | 2016-06-15 | CN106078833A | 2016-11-09 | 何松龙 |
| 本发明公开了一种同时剪切多条气体燃料高压管的装置，包括设置有若干个绕线筒的工作台，若干个绕线筒呈直线排列，工作台表面设置有两根平行的滑槽，且所述滑槽与若干个绕线筒的连线垂直；两根滑槽之间设置有用于沿着两个滑槽滑动的框状支架，支架包括分别位于两个滑槽内的两根滑杆，以及固定在两根滑杆之间的水平的连杆，连杆上固定有两根驱动端竖直朝下的电动推杆，两根电动推杆的下端与同一条割刀相连；所述支架还包括两个限制滑杆移动的卡紧件。本发明提出一种同时剪切多条气体燃料高压管的装置，以解决现有技术中对气体高压管逐一的进行切割，浪费时间、效率低下的问题，实现对输送气体燃料的高压管进行批量切割的目的。 | ||||||
| 10 | 单个的符合规格的材料部段的制造方法、折页方法和分离装置及裁切折页系统 | CN201080025243.0 | 2010-06-08 | CN102458781B | 2015-08-26 | 安德烈亚斯·包米勒; 弗里茨·雷纳·戈茨 |
| 用于由呈幅状的、例如经印刷的对象或对象幅(1)在应用裁切机构(5、7)的情况下来制造单个的符合规格的材料部段(11)的方法，所述对象特别是指纸幅或材料幅，所述材料部段特别是指纸张，利用所述裁切机构(5、7)可以将单个的材料部段从对象幅(1)上分离，并且接着从所述裁切机构上移开，其中，在操作所述裁切机构(5、7)的过程中，至少一个带动件(4、6；20；26)与所述对象幅(1)发生嵌合，其中，在裁切过程之后，借助至少一个能控制的线性驱动装置(9)将所述带动件(4、6；20)连同被所述带动件(4、6；20)抓住的对象幅(1、25)以如下的运动行程移动，所述运动行程在所述线性驱动装置(9)中在控制技术上相应于为所述材料部段(11)预先确定的部段规格地被加以调整和/或变化。 | ||||||
| 11 | 用于对纸板坯开槽的设备 | CN201310437391.9 | 2013-09-24 | CN103802365A | 2014-05-21 | K·格克; G·林特尔曼; L·乌格雷特斯 |
| 本发明涉及一种根据辊筒原理运行的用于对纸板坯开槽的设备，其具有：受驱动的、卧式支承的运送辊筒和多个围绕辊连续环绕的且彼此间隔开的、在构成入口和出口的情况下部分地缠绕所述运送辊筒（11）的并且将纸板坯（2）有效传送地压到辊筒外壳上的带子（51）。在带子之间，与辊筒外壳具有限定距离地设置有切槽刀具（72），利用这些切槽刀具可以将具有基本上三角形横截面的槽置入纸板坯（2）。为了能够对槽的张角彼此无关地进行调节，在相应的切槽刀具内通过弓形导向装置（77）对槽角进行调节。弓形导向装置的曲率中心（81）既位于辊筒外壳的区域内也位于刀片（71）的切削刃顶点（71a）的区域内，因此可以对槽的张角和深度彼此无关地进行调节。 | ||||||
| 12 | 切割装置 | CN01125339.8 | 2001-11-28 | CN1267255C | 2006-08-02 | 八十田寿; 若林宪之; 土田隆 |
| 本发明的目的是提供一种切割装置，将切断刃的刃尖与工件的载物面(转台的表面)之间相平行，进行根据工件性质的切断或半切断。在立柱A2上可控制切断刃B在刀刃长度方向偏斜角度地方式设置带有切断刃B的支持体A3，用设置在前述支持体A3上的可控制运动的驱动源M1，控制切断刃B相对支持体A3上下运动，将转台T表面与刃尖处于平行关系，以实现切断或半切断。具有伺服电机、汽缸、线性电机、液压伺服电机、凸轮等各种不同的驱动源和在该驱动源作用下实现动作的切断刃，将它们分别组件化，可以有选择地更换地方式装卸到切割装置A的立柱A2上。 | ||||||
| 13 | Brittle material breaking device | JP2008221154 | 2008-08-29 | JP2010052332A | 2010-03-11 | YOSHIMURA HIROAKI; FUNADA HIDEAKI; MATSUMURA KATSUTOSHI |
| PROBLEM TO BE SOLVED: To provide a brittle material breaking device which can break brittle materials, regardless of whether plate is thick or thin, with a membrane plate of high quality. SOLUTION: The apparatus has a support base supporting the brittle material and a breaking bar 59, in which a scribe line is formed and which pushes down the brittle material moved, by a moving means and breaks the brittle material along the scribe line by the breaking bar 59. A plurality of support members 53 and 53 are provided which move the breaking bar 59 vertically and linear servomotors 57 and 57, which move the support members 53 and 53 vertically. The support members 53 and 53 are arranged in the longitudinal direction of the breaking bar 59, and by controlling the movement of the linear servomotors 57 and 57, the inclination angle in an a substantially vertical plane of the breaking bar 59 is changed. COPYRIGHT: (C)2010,JPO&INPIT | ||||||
| 14 | Device for cutting continuous paper web and driving method thereof | JP9337594 | 1994-05-02 | JPH07136986A | 1995-05-30 | BARUTAA SUUTAA |
| PURPOSE: To enable a continuous paper web to be traversely cut off at the paper's maximum allowable rate of feed by using a linear motor as a movable upper blade drive device in which a stator is fixed to a support for controlling a knife, and building in the movable upper blade as the runner of the linear motor. CONSTITUTION: A knife cutting a continuous paper web provided with a perforated tape for carrying into cut paper sheets is constituted into shearing blade arrangement having a movable upper blade 1 and a stationary bottom blade 6, the movable upper blade 1 is supported with a support 4, and driven by a linear motor. The stator 8 of the linear motor 12 is fixed to the support 4, a permanent magnet is used for the runner of the linear motor 12, and the runner is constituted into the movable upper blade 1 itself. Otherwise, Two linear motors 12 are provided on both end parts of the knife, and the permanent magnets are fixedly fitted to both ends of the movable upper blade 1. The upper blade 1 provided with many guide faces is guided so as to move up and down at the support 4. The stationary bottom blade 6 is fixed onto a lower structural material 5 by means of screen 7. COPYRIGHT: (C)1995,JPO | ||||||
| 15 | Linear driver | JP10077690 | 1990-04-16 | JPH04252A | 1992-01-06 | HORIKOSHI YASUO; WATANABE KAZUO; KUBO TADAYUKI |
| PURPOSE: To miniaturize a linear driver and to improve the accuracy thereof by arranging a static gas bearing and a shaft to be supported thereby in the voice coil of a voive coil motor which constitues a linear driver together with the static gas bearing. CONSTITUTION: In a voice coil motor A, a bearing housing 1 supports a shaft 3 movably in the axial direction through gas bearings 2a, 2b. A motor housing 11 is fitted to the outer circumferential face 1a of the bearing housing 1 and secured through a bracket or the like to a base 50. An annular magnet 12 is fixed to the inner circumferential face of the motor housing 11. An annular voice coil 13 is secured through a securing plate 4 to the shaft 3. The bearing housing 1, the voice coil 13 and the magnet 12 are arranged concentrically through gaps. Consequently, the voice coil motor A does not hang over the bearings 2a, 2b. COPYRIGHT: (C)1992,JPO&Japio | ||||||
| 16 | Method and apparatus for processing a material web | US13572891 | 2012-08-13 | US09469042B2 | 2016-10-18 | Fritz Rainer Götz; Andreas Baumüller |
| A method and an apparatus for processing a web of a flexible material, in particular paper, moved along a direction of motion of the material, in which individual sections are produced from the material web by a first double-carriage linear motor and a second double-carriage linear motor, which are arranged parallel to the direction of motion of the material and each have a first carriage and a second carriage in the direction of motion of the material. Each of the carriages has a driving element. | ||||||
| 17 | Device for grooving cardboard cuttings | US14067299 | 2013-10-30 | US09296118B2 | 2016-03-29 | Klaus Gerke; Gerhard Lintelmann; Leonid Ugorets |
| A device (1) for grooving cardboard cuttings (2, 3) that features a driven, horizontally supported transport drum (11) and spaced-apart endless belts (51) that revolve around rollers (54.1 to 54.8) and effectively convey the cardboard cuttings (2, 3) by pressing them against the drum shell. Groove cutting tools (72) are arranged between the belts (51) at a defined distance from the drum shell and make it possible to produce grooves with essentially triangular cross section in the cardboard cuttings (2). In order to adjust the aperture angle of the grooves independently of one another, the adjustment of the angle within the respective groove cutting tool (72) is realized by curved guides (77). The center of curvature (81) of the curved guide (77) lies in the region of the drum shell, as well as in the region of the blade tip (71a) of the knife (71), such that the aperture angle and the depth of the groove can be adjusted independently of one another. | ||||||
| 18 | METHOD AND APPARATUS FOR PROCESSING A MATERIAL WEB | US13572891 | 2012-08-13 | US20130036883A1 | 2013-02-14 | FRITZ RAINER GÖTZ; ANDREAS BAUMÜLLER |
| A method and an apparatus for processing a web of a flexible material, in particular paper, moved along a direction of motion of the material, in which individual sections are produced from the material web by a first double-carriage linear motor and a second double-carriage linear motor, which are arranged parallel to the direction of motion of the material and each have a first carriage and a second carriage in the direction of motion of the material. Each of the carriages has a driving element. | ||||||
| 19 | Variable Folding System Comprising Linear Drives, Especially For Printing Machines | US13376603 | 2010-06-08 | US20120111163A1 | 2012-05-10 | Andreas Baumuller; Fritz Rainer Gotz |
| A method for producing individual material sections, particularly sheets of paper, according to a certain format, from a web-type, for example imprinted object (object web), more particularly a web of paper or material, using a cutting means for cutting off the individual material sections from the object web and then removing said sections from the cutting means, wherein during the course of actuation of the cutting means at least one carrier is engaged with the object web, wherein following the cutting process, the carrier is displaced, together with the object web gripped by said carrier, by means of a controllable linear drive, over a displacement stroke, which is adjusted and/or varied in a controlled manner by the linear drive according to a section format that is predefined for the material section. | ||||||
| 20 | DEVICE FOR SEPARATING PACKAGES FROM A CARRIER BELT HAVING SUCCESSIVELY ARRANGED BLISTER BUBBLES | US13170309 | 2011-06-28 | US20120006172A1 | 2012-01-12 | Oliver Krüger; Ralph Ludwig; Stephan Knotz; Timo Rümmele; Johannes Wunderle |
| A device (1) for separating packages (2) from a carrier belt with successively arranged blister bubbles (5), which is connected to a cover layer (9). The device has a receiving element (3) with cavities (4) or recesses to accept the blister bubbles (5) of a carrier belt section (6) and supports (7) located lateral as well as between the cavities (4) or recesses for the flat side of the blister edges. An impinging roller (10) is arranged with a drive for rolling on the cover layer (9) of the carrier belt section (6) arranged in the receiving element (3). The impinging roller (10) has a number of cutting or pressing elements (12, 13) arranged behind each other with their number adjusted to the number of packages (2) to be separated from the respective carrier belt section (6) and/or the supports (7) of the receiving elements (3) each comprise cutting or pressing element (12, 13) for completely or partially cutting the individual packages (2) from the carrier belt section (6) or for creating material weaknesses between the individual packages (2). | ||||||
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