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    • 2. 发明申请
    • APPARATUS TO DEPLOY AND EXPAND WEB MATERIAL
    • 设备部署和扩展网络材料
    • US20130240657A1
    • 2013-09-19
    • US13112106
    • 2011-05-20
    • Matthew J. KucharDavid M. Kuchar
    • Matthew J. KucharDavid M. Kuchar
    • B65H23/022
    • B65H23/022B65H16/005B65H2301/41369
    • A dispenser to deploy and expand cut web material uniformly to form a three dimensional lattice. The unexpanded web material is substantially longer than it is wide. The web material is die cut and has essentially parallel longitudinal strands on opposite transverse sides. The dispenser tracks the threaded web material over three rollers, and uses an adjustable braking mechanism that creates diagonal web tension to pull the paper from the roll. After the web material is threaded through the mechanism, simply pulling the web material on the opposite side from the rollers deploys and expands it simultaneously. The unit can accommodate a plurality of rolls of web material mounted to deploy and expand either individually or simultaneously. The web material itself may have more than one layer. An exemplary embodiment of the dispenser is a motorized version, where a motorized guide wheel assembly pulls the web material, thereby eliminating the necessity of manual deployment.
    • 分配器均匀地展开和展开切割的纤维网材料以形成三维网格。 未膨胀的纤维网材料基本上比其宽的长。 纤维网材料被切割并且在相对的横向侧上具有基本上平行的纵向股线。 分配器在三个辊子上跟踪螺纹腹板材料,并且使用可调节的制动机构,其产生对角线张力以从辊拉动纸张。 在幅材材料穿过机构之后,简单地将卷材与辊的相对侧拉动,并同时展开。 该单元可以容纳多个卷筒材料卷,其安装成单独地或同时地展开和展开。 网状材料本身可以具有多于一层。 分配器的示例性实施例是电动版本,其中机动导向轮组件拉动网状材料,从而消除手动部署的必要性。
    • 4. 发明申请
    • Expandable Web Material Having Curvilinear Structure
    • 具有曲线结构的可扩展网页材料
    • US20150176303A1
    • 2015-06-25
    • US13998922
    • 2013-12-23
    • David M. KucharMatthew J. Kuchar
    • David M. KucharMatthew J. Kuchar
    • E04H17/14B65D53/00
    • B65D65/38Y10T428/24314
    • A slit web material has a curvilinear structure that is substantially longer than it is wide, with specially shaped slits, “tilde-slits”, which permit relatively easy expansion upon deployment. The cuts are arranged in continuous rows of tilde-slits. In any given row, the tilde-slits follow one-after-the-other in a curvilinear direction. Adjacent rows of slits are parallel to each other, but are offset from one another such that a line drawn between adjacent tilde-slits in adjacent rows is not perpendicular to the direction of the rows. The invention contemplates that the material dispenses from a continuous roll. If the slits are arranged in the longitudinal direction, then the web material expands in the width direction only upon deployment. However, if the slits are arranged such that the row direction is at some angle to the longitudinal direction, then the web material expands in both directions upon deployment. In this case, a special dispenser is not required, and the material expands in both directions as it is pulled off the roll prior to cutting a desired length of material from the roll.
    • 狭缝网材料具有比其宽的基本上长的曲线结构,具有特殊形状的狭缝“波浪形狭缝”,其在展开时允许相对容易的膨胀。 切口被布置成连续的波浪形狭缝行。 在任何给定的行中,波浪形狭缝沿着曲线方向一个接一个地跟随着。 相邻的狭缝行彼此平行,但是彼此偏移,使得在相邻行中的相邻波浪形狭缝之间绘制的线不垂直于行的方向。 本发明考虑到材料从连续的卷筒中分出。 如果狭缝沿长度方向布置,则纤维网材料仅在展开时在宽度方向上膨胀。 然而,如果狭缝被布置为使得行方向与纵向方向成一定角度,则幅材材料在展开时在两个方向上膨胀。 在这种情况下,不需要特殊的分配器,并且在从辊中切割期望长度的材料之前,材料在从辊上拉出时沿两个方向膨胀。
    • 5. 发明申请
    • Traction control system for expansion and deployment of compact tightly wound paper with die cut slits
    • 牵引控制系统,用于扩展和部署紧凑型紧卷纸,带有切割切口
    • US20150122935A1
    • 2015-05-07
    • US13998481
    • 2013-11-04
    • David M. KucharMatthew J. Kuchar
    • David M. KucharMatthew J. Kuchar
    • B65H23/025B65H16/00
    • B65H23/025B65H16/005
    • A traction control system expands and deploys compact tightly wound precut paper with die cut slits. The system has an axle with a smaller diameter as compared to the diameter of tube over which a precut paper package is wound, thereby providing friction free rotation. The precut paper roll rests against a spongy device at one end. The other end of the precut paper role rubs against an adjustable cylinder assembly, providing friction that prevents paper spill and misalignment. The precut paper is manually fed to a paper-handling-mechanism having a large diameter central bulge roll contacting a spring-loaded small diameter roll. A flat belt strung between two pulleys contacts the large diameter roll at the bottom to thereby support the paper. Precut paper exiting the paper-handling-mechanism is manually pulled by user in any direction to expand the precut slits and thereby create a three-dimensionally shaped paper web for packaging. Hard pulling breaks the paper without need for rethreading the paper-handling mechanism.
    • 牵引力控制系统利用切割的切口扩张和部署紧密紧密缠绕的预切纸。 该系统具有与其上缠绕预切纸包的管的直径相比较小的轴,从而提供无摩擦的旋转。 预切纸卷一端靠在海绵装置上。 预切纸角色的另一端与可调节的气缸组件摩擦,提供防止纸张溢出和未对准的摩擦力。 预切纸被手动地输送到具有接触弹簧加载的小直径辊的大直径中心凸起辊的纸张处理机构。 两个皮带轮之间平行的皮带与底部的大直径卷筒接触,从而支撑纸张。 离开纸张处理机构的预切纸由用户以任何方向手动拉动以扩展预切割狭缝,从而形成用于包装的三维形状的纸幅。 硬牵拉打破了纸张,无需重新布置纸张处理机构。
    • 6. 发明申请
    • Full contact teter dispension for controlling deployment of expandable web material
    • 用于控制可扩展网状材料的部署的全触点扭矩调节
    • US20150122866A1
    • 2015-05-07
    • US13998480
    • 2013-11-04
    • David M. KucharMatthew J. Kuchar
    • David M. KucharMatthew J. Kuchar
    • B65H23/10
    • B65H23/06B31D1/0031B31D5/0065B65H20/06B65H2301/4132B65H2404/223
    • An automatic traction control system expands and deploys compact tightly wound precut paper with die cut slits. The system has an axle with a smaller diameter than the diameter of a tube over which a precut paper package is wound, providing friction free rotation. The precut paper roll rests against a spongy device at one end. The other end rubs against an adjustable cylinder assembly, providing friction that prevents paper spill and misalignment. The axle of the paper handling mechanism is set at an angle to the grab direction of an edge of the precut paper, expanding the grabbed edge and the ungrabbed edge. Grabbing is effected by a belt and two rollers applying precise controlled vertical loading obtained by a slidable and rotatable plate having the weight of a motor, gearbox and pulleys. Due to the angle set, the precut paper stretches expanding the precut paper to three dimensional shape.
    • 自动牵引控制系统利用切割切口切割紧凑紧密缠绕的预切纸。 该系统具有直径小于其上缠绕有预切纸包装的管的直径的轴,提供无摩擦的旋转。 预切纸卷一端靠在海绵装置上。 另一端摩擦可调节的气缸组件,提供防止纸张溢出和未对准的摩擦力。 纸张处理机构的轴与预切纸的边缘的抓取方向成一定角度,扩大被抓取的边缘和未被边缘的边缘。 通过带和两个辊进行抓取,其施加由具有马达,齿轮箱和滑轮的重量的可滑动和可旋转板获得的精确控制的垂直加载。 由于设置了角度,预切纸将预切纸伸展到三维形状。
    • 7. 发明授权
    • General purpose dispenser to deploy and expand web material
    • 通用分配器来部署和扩展网页材料
    • US08926305B2
    • 2015-01-06
    • US13223316
    • 2011-09-01
    • Matthew J. KucharDavid M. Kuchar
    • Matthew J. KucharDavid M. Kuchar
    • B29C55/16B65H75/18B31D3/00
    • B31D3/002
    • A dispensing mechanism that deploys a roll of web material having slit cuts and expands it into a web with a cellular structure. This is accomplished by mounting the roll of unexpanded web material on an axle that is positioned at a first angle to a guide wheel assembly. That first angle is not perpendicular to the direction of deployment. The material moves through the guide wheel assembly longitudinally in such a way that tension is applied at a second angle to the direction of deployment. This diagonal tension causes the web material to expand and form cells. Single axle as well as multi-axle systems are disclosed. In this way, a plurality of rolls of web material may be deployed and expanded as a single unit.
    • 一种分配机构,其布置具有狭缝切口的卷筒纸材料卷并将其扩展成具有蜂窝状结构的卷筒纸。 这是通过将未膨胀的卷筒纸材料卷安装在与导向轮组件以第一角度定位的轴上来实现的。 第一个角度不垂直于展开方向。 材料以这样的方式纵向移动通过导轮组件,使得张力以相对于展开方向的第二角度施加。 这种对角线张力导致网状材料膨胀并形成细胞。 公开了单轴以及多轴系统。 以这种方式,可以将多个卷材材料卷展开并扩展为单个单元。
    • 9. 发明授权
    • Apparatus to deploy and expand web material
    • 用于部署和扩展网状材料的装置
    • US08919689B2
    • 2014-12-30
    • US13112106
    • 2011-05-20
    • Matthew J. KucharDavid M. Kuchar
    • Matthew J. KucharDavid M. Kuchar
    • B65H75/18B65H23/022B65H16/00
    • B65H23/022B65H16/005B65H2301/41369
    • A dispenser to deploy and expand cut web material uniformly to form a three dimensional lattice. The unexpanded web material is substantially longer than it is wide. The web material is die cut and has essentially parallel longitudinal strands on opposite transverse sides. The dispenser tracks the threaded web material over three rollers, and uses an adjustable braking mechanism that creates diagonal web tension to pull the paper from the roll. After the web material is threaded through the mechanism, simply pulling the web material on the opposite side from the rollers deploys and expands it simultaneously. The unit can accommodate a plurality of rolls of web material mounted to deploy and expand either individually or simultaneously. The web material itself may have more than one layer. An exemplary embodiment of the dispenser is a motorized version, where a motorized guide wheel assembly pulls the web material, thereby eliminating the necessity of manual deployment.
    • 分配器均匀地展开和展开切割的纤维网材料以形成三维网格。 未膨胀的纤维网材料基本上比其宽的长。 纤维网材料被切割并且在相对的横向侧上具有基本上平行的纵向股线。 分配器在三个辊子上跟踪螺纹腹板材料,并且使用可调节的制动机构,其产生对角线张力以从辊拉动纸张。 在幅材材料穿过机构之后,简单地将卷材与辊的相对侧拉动,并同时展开。 该单元可以容纳多个卷筒材料卷,其安装成单独地或同时地展开和展开。 网状材料本身可以具有多于一层。 分配器的示例性实施例是电动版本,其中机动导向轮组件拉动网状材料,从而消除手动部署的必要性。
    • 10. 发明申请
    • GENERAL PURPOSE DISPENSER TO DEPLOY AND EXPAND WEB MATERIAL
    • 一般用途分配者部署和​​扩展网络材料
    • US20110309125A1
    • 2011-12-22
    • US13223316
    • 2011-09-01
    • Matthew J. KucharDavid M. Kuchar
    • Matthew J. KucharDavid M. Kuchar
    • B65H23/10
    • B31D3/002
    • A dispensing mechanism that deploys a roll of web material having slit cuts and expands it into a web with a cellular structure. This is accomplished by mounting the roll of unexpanded web material on an axle that is positioned at a first angle to a guide wheel assembly. That first angle is not perpendicular to the direction of deployment. The material moves through the guide wheel assembly longitudinally in such a way that tension is applied at a second angle to the direction of deployment. This diagonal tension causes the web material to expand and form cells. Single axle as well as multi-axle systems are disclosed. In this way, a plurality of rolls of web material may be deployed and expanded as a single unit.
    • 一种分配机构,其布置具有狭缝切口的卷筒纸材料卷并将其扩展成具有蜂窝状结构的卷筒纸。 这是通过将未膨胀的卷筒纸材料卷安装在与导向轮组件以第一角度定位的轴上来实现的。 第一个角度不垂直于展开方向。 材料以这样的方式纵向移动通过导轮组件,使得张力以相对于展开方向的第二角度施加。 这种对角线张力导致网状材料膨胀并形成细胞。 公开了单轴以及多轴系统。 以这种方式,可以将多个卷材材料卷展开并扩展为单个单元。