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公开(公告)号：US20080093244A1
公开(公告)日：2008-04-24
申请号：US11976162
申请日：2007-10-22
申请人： Ofer Binah , Uri Binah
发明人： Ofer Binah , Uri Binah
CPC分类号： B65D81/052 , B65D85/305 , B65D2501/24095 , B65D2501/24222 , B65D2501/24286 , B65D2501/24305 , B65D2501/24312 , B65D2501/2435
摘要： A container for storing a plurality of bottles. The container comprises an inflatable assembly having a plurality of holes with bulging walls. Each one of the holes is configured to encircle at least one of the plurality of bottles.
摘要翻译： 一种容纳多个瓶子的容器。 容器包括具有多个具有凸出壁的孔的可充气组件。 每个孔被构造成环绕多个瓶子中的至少一个。
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公开(公告)号：US07143893B2
公开(公告)日：2006-12-05
申请号：US10122279
申请日：2002-04-12
申请人： Robert L. Kelly
发明人： Robert L. Kelly
CPC分类号： B65D75/245 , B65D71/50
摘要： A multiple pack bottle holder capable of supporting one or more bottles is provided, the bottles being enclosed over their top portions. The bottle holder package can support the entire weight of the bottles by surrounding a neck and tapered portion just under the rim of each bottle, such that the barrel or a portion of the barrel remains exposed. The package includes foldable first and second sections that are connected by a center section. The package can be closed when buttons on the first section are engaged with corresponding enclosures on the second section. A hand grip can be provided in the first and second sections between cut-outs for the bottles, thereby facilitating gripping of the package.
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公开(公告)号：US06955254B2
公开(公告)日：2005-10-18
申请号：US10978263
申请日：2004-11-01
申请人： David Krampl
发明人： David Krampl
CPC分类号： B66B23/00
摘要： For reduction in externally excited oscillations there is provided at an escalator or a moving walkway an oscillation damper which is connected with the escalator or the moving walkway within a self-supporting region, preferably at the point of greatest oscillation displacement. The oscillation damper is preferably a speed-proportional plate damper comprising plates which move relative to one another in viscous oil.
摘要翻译： 为了减少外部激励振荡，在自动扶梯或移动走道处设置有振动阻尼器，其在自支撑区域内，优选地在最大振荡位移点处与自动扶梯或移动人行道连接。 振动阻尼器优选地是包括在粘性油中相对于彼此移动的板的速比比例板式阻尼器。
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公开(公告)号：US5778632A
公开(公告)日：1998-07-14
申请号：US734160
申请日：1996-10-21
CPC分类号： B65B61/202 , B65C9/10
摘要： A hopper assembly for feeding literature to a literature dispenser. The literature dispenser and a label dispenser are positioned on opposite sides of a conveyor on which products being furnished with literature and labels are transported. The hopper assembly includes a chute which is designed to have an upstream chute portion adjacent the conveyor. The upstream chute portion is positioned within the reach of an operator who is stationed on the same side of the conveyer as the label dispenser, and a single operator can load both the hopper assembly and the label dispenser without moving from one side of the conveyor to the other. The hopper assembly also includes a literature escapement having a plurality of retaining members mounted on a pair of support elements. The retaining members engage a forward facing surface of a piece of literature and are arranged in spaced relationship to provide an opening through which the piece of literature is removable from the hopper assembly in the forward direction. A stud is connected at one end to one of the support elements, and a rotatable knob threadedly on the stud engages the other support element. As an operator rotates the knob, the knob moves along the stud and forces the support elements to move either toward or away from each other to move the retaining members and thereby adjust the size of the escapement opening.
摘要翻译： 用于将文献馈送到文献分配器的料斗组件。 文献分配器和标签分配器位于输送机的相对侧上，在该输送机的相对侧上运送有文献和标签的产品。 料斗组件包括滑槽，其设计成具有邻近输送机的上游斜槽部分。 上游斜槽部分位于与标签分配器位于输送机相同侧上的操作者的距离内，并且单个操作者可以装载料斗组件和标签分配器而不从输送机的一侧移动到 另一个。 料斗组件还包括具有安装在一对支撑元件上的多个保持构件的文献擒纵装置。 保持构件接合一篇文献的向前的表面并且以间隔的关系布置以提供开口，文件文件通过该开口沿着向前方向从料斗组件移除。 螺柱在一端连接到支撑元件中的一个，并且螺纹地在螺柱上的可旋转旋钮接合另一个支撑元件。 当操作者旋转旋钮时，旋钮沿着螺柱移动并且迫使支撑元件朝向或远离彼此移动以移动保持构件，从而调整擒纵开口的尺寸。
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公开(公告)号：US5755073A
公开(公告)日：1998-05-26
申请号：US660557
申请日：1996-06-07
申请人： Frank Moncreif , Jeff Disrud
发明人： Frank Moncreif , Jeff Disrud
摘要： An article packaging machine comprises a frame, a carton conveyor mounted to the frame for conveying cartons along a carton path, and an infeed conveyor assembly for grouping articles such as beverage cans into groups of predetermined size and moving them toward and into open cartons moving along the carton path. When the cartons are packed with articles, adhesive is applied to the flaps of their open ends and the flaps are folded over onto themselves. A spring biased free floating compression section has a pair of opposed compression belt assemblies that are yieldably spring biased toward each other to apply pressure to the ends of the containers to set the adhesive, thus sealing the ends of the packaged cartons shut. When the cartons are sealed, they are ejected from the packaging machine by a pair of opposed ejector belt assemblies.
摘要翻译： 一种物品包装机包括一个框架，一个安装在框架上的纸箱输送装置，用于沿纸箱路径输送纸箱;以及一个进料输送机组件，用于将诸如饮料罐的物品分组成预定尺寸的组，并将它们朝向和移动到开放的纸箱中移动 纸箱路径。 当纸箱装有物品时，将粘合剂施加到其开口端的折片上，并且将折片折叠到自身上。 弹簧偏置的自由浮动压缩部分具有一对相对的压缩带组件，其可屈服地朝向彼此偏压，以向容器的端部施加压力以设置粘合剂，从而密封封装的纸箱的端部。 当纸箱被密封时，它们通过一对相对的推出器组件从包装机中排出。
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76.发明授权
公开(公告)号：US4402173A
公开(公告)日：1983-09-06
申请号：US257584
申请日：1981-04-27
申请人： Michel Thierion
发明人： Michel Thierion
CPC分类号： B65B21/025 , B65B35/38
摘要： Manually controlled handling machine for filling or emptying cases for transporting stowed articles, including a carriage (7), displaceable between a station for supplying bottles lying head to tail and a station for loading containers, bearing a tackle-block (16), and a centering frame (17) adapted to cooperate with a plate (24) equipped with gripping suction cups (25). Carriage (7) rolls on a runway (1) which is curved in a semi-circle above the containers in order to allow the loading of one half and the other half of the containers, and an orientable guiding member (28) enables the position of the plate (24) during its rising and descending movements to be corrected.
摘要翻译： 手动控制处理机，用于装载或排空用于运送收起物品的箱子，包括可在位于头尾的瓶子供应站和用于装载集装箱的站之间移动的托架（7），承载滑车块（16），以及 定心框架（17）适于与配有夹紧吸盘（25）的板（24）配合。 滑架（7）在跑道（1）上滚动，该跑道（1）在容器上方以半圆形的方式弯曲，以允许装载一半和另一半的容器，并且可定向的导向构件（28） （24）在其上升和下降运动期间被校正。
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公开(公告)号：US4188766A
公开(公告)日：1980-02-19
申请号：US963004
申请日：1978-11-22
申请人： Will L. Culpepper
发明人： Will L. Culpepper
CPC分类号： B65D71/46 , B65B17/025
摘要： A machine for packaging a plurality of bottles by enveloping the bottle necks within a plurality of apertures (2-7) formed in a main panel (1) of a carrier blank includes means for moving a group of bottles along a predetermined path (85,87), means for moving a carrier blank above the bottles and in synchronism therewith and with the apertures (b 2-7) in the main panel (1) of the blank disposed in vertical coincidence with the bottle necks, static plows (81,82) arranged to engage the main panel (1) from above and to urge it downwardly so that the apertures in the main panel engage the bottle necks together with a rotatable element (93) which engages a longitudinal fold line (8) formed in the main panel (1) of the blank and disposed in alignment with the apertures to facilitate envelopment of the bottle necks together with plow means (96,97,98,99,100) arranged to engage and fold the extensions of the blank which are foldably joined to the side edges of the main panel upwardly and over the tops of the packaged bottles and downwardly into overlapping face contacting relation with the main panel (1) together with a rotatable member (102) for engaging the topmost end portion of the blank so as to facilitate insertion of holding tabs (58-61) formed along the end edge thereof into holding apertures (37-40) formed in the other blank extension (26).
摘要翻译： 用于通过将形成在载体坯料的主面板（1）中的多个孔（2-7）中的瓶颈包围的方式包装多个瓶子的机器包括用于沿着预定路径（85， 87），用于在瓶子上方移动载体坯料并与之同步的装置以及与瓶颈垂直重合设置的坯料的主面板（1）中的孔（b 2-7），静态犁（81， 82），其布置成从上方接合主面板（1）并向下推动它，使得主面板中的孔与可旋转元件（93）一起接合瓶颈，可旋转元件（93）接合形成在主面板中的纵向折叠线（8） 主面板（1），并与孔对准，以便于与犁装置（96,97,98,99,100）一起包围瓶子颈部，犁装置（96,97,98,99,100）被布置成接合和折叠坯料的可折叠地连接到 主面板的侧边缘向上和向上 其包装瓶的顶部并与可旋转构件（102）一起向下与主面板（1）重叠面接触关系，用于接合坯件的最高端部分，以便于插入保持片（58-61） 沿其端部边缘形成为形成在另一个坯件延伸部（26）中的保持孔（37-40）。
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公开(公告)号：US4098050A
公开(公告)日：1978-07-04
申请号：US538285
申请日：1975-01-02
申请人： Max R. Dietz , Cameron D. Keim , Lloyd A. Nelson
发明人： Max R. Dietz , Cameron D. Keim , Lloyd A. Nelson
摘要： A method for packaging glass jars by arranging the jars in nested engagement in staggered rows in a wrap-around fiberboard carton. By utilizing corrugated fiberboard with the corrugations extending at an angle to the score lines formed in the carton blank, consistency of carton dimensions is insured. The use of a film-type overwrap shrunken onto each jar minimizes any adverse effect caused by breakage and provides a surface for imprintation.
摘要翻译： 一种包装玻璃瓶的方法，通过将包装嵌套在交错的纤维板纸箱中的交错列中进行嵌套接合。 通过利用瓦楞纸板，其波纹与纸箱中形成的刻痕线成一角度延伸，保证纸箱尺寸的一致性。 使用收缩在每个罐上的薄膜式外包装可以最大限度地减少由破损引起的任何不良影响，并为印刷提供一个表面。
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公开(公告)号：US3991640A
公开(公告)日：1976-11-16
申请号：US651104
申请日：1976-01-21
CPC分类号： B26D1/28 , B26D1/56 , B26D1/626 , B26D11/00 , B65B61/08 , Y10T83/4824 , Y10T83/501
摘要： A cutting mechanism which cooperates with certain types of package forming machines to produce packages of a plurality of containers. The certain package forming machines continuously deliver at least three rows of containers with a strip of applied carrier stock interconnecting the containers in rank and file to a cut-off station. The cutting mechanism mounted at the cut-off station includes a knife blade assembly that is rotated in timed relationship to the movement of the rows of containers with the applied carrier stock to cut the applied carrier stock between certain ranks which are between the side files of the containers. Cutting means are also provided for cutting the applied carrier stock on the side files of the containers between the same ranks where the carrier stock is cut by the knife blade assembly to form individual packages of a predetermined plurality of ranks of said containers.BACKGROUND OF THE INVENTIONThe cutting mechanism of the subject invention cooperates with a system, machine and method for multipackaging containers as shown and described in the United States patent application of Benno et al, Ser. No. 583,079, filed June 2, 1975. The system, machine and method for multipackaging containers of that patent application is different from prior art machines in its teaching of the application of a strip or carrier stock to more than two adjacent rows of containers moving substantially continuously through the machine.Cutting mechanisms of prior known systems, machines and methods teach various arrangements for cutting carrier stock of only two rows of containers. Such cutting mechanisms are shown, for example, in FIGS. 25 and 26 of United States Pat. No. 3,032,943; in FIGS. 12, 13 and 19 of U.S. Pat. No. 3,032,944; and in FIGS. 34 and 35 of U.S. Pat. No. 3,204,386. While the two row cutting mechanisms of the prior art may to some extent be modified for cutting applied carrier stock on more than two rows of containers, no obvious modifications are known that will provide for the continuous uninterrupted cutting of the carrier stock on more than two rows of containers where the container rows are continuously uninterruptedly being delivered from the applicating machine at relatively high speeds.SUMMARY OF THE INVENTIONThe basic cutting mechanism of the subject invention uniquely solves the problem of cutting the middle or intermediate rows of applied carrier stock between certain predetermined ranks of containers in relatively high speed continuously operating carrier applicating machines. Although the basic mechanism is shown and described for cutting the webs between ranks of a single center row of containers, those skilled in the art will understand that the mechanism can be duplicated for two or more intermediate rows of container applied carrier stock.Briefly, the invention involves a rotating knife assembly mounted above the continuously moving files of containers with a strip of applied carrier stock. The rotating knife assembly, in one embodiment, rotates in a plane disposed at an angle of 45.degree. to the line of movement of the container files. One or more knife blades are carried on the periphery of the rotating knife assembly to extend radially outwardly thereof. Each knife blade is disposed in a plane at an angle of 45.degree. to the plane in which the knife assembly rotates so that when the knife assembly is rotated to a position where the knife blade extends vertically downwardly, the plane of the knife blade is perpendicular to the line of movement of the containers. At the vertically downward position of the knife blade, the blade intersects a horizontal plane through the webs of the carrier stock which interconnects adjacent ranks of the containers.The rotating knife assembly is rotated in timed relation to the conveyor or other mechanism that moves the containers beneath the rotating knife assembly so that the spatial relationship of a knife blade to the moving containers is such that the knife blade will move downwardly between adjacent ranks of containers, will move horizontally through a web of the middle file of containers, and will thereafter move upwardly from between those adjacent ranks of containers. The circumferential spacing of the knife blades on the rotating knife assembly is correlated to the spacing between web centers of the applied carrier in the middle file of containers to cut the carrier webs of the middle file in any repeating desired pattern. Thus, every middle web may be cut or one, two or more webs may be left uncut before a knife blade makes another cut. In the embodiment shown in the drawings, the middle web after every fourth container in the middle file is the cut web. Further, in the embodiment shown in the drawings, the rotating knife assembly may be provided with three more knife blades in addition to the three shown to produce a cut web after every second container in the middle file.A convenient and unique cooperation is provided in the present invention between the middle file cutting mechanism described above and the cutting mechanism for the side files of containers to which the carrier stock has been applied. The cutting mechanism for the side files is essentially the mechanism shown in FIG. 34 of U.S. Pat. No. 3,204,386, issued Sept. 7, 1965, to S. H. Creed et al, and described in that patent. That side file cutting mechanism comprises two wheels mounted in the applicating machine in a substantially horizontal plane on each side of the moving rows of containers to which the carrier stock has been applied. For convenience, those wheels may be called star wheels and the periphery of those wheels have arcuate pockets, in the present embodiment, for engaging the arcuate surfaces of the containers which in the embodiment shown are cylindrical. At certain ones of the peripheral junctions of adjacent arcuate pockets, radially reciprocating knives are provided for cutting the webs between certain adjacent containers in the side files of containers. The star wheels are rotated in timed relation to the center file cutting mechanism so that the knives of the star wheels cut the webs between containers of the same ranks cut by the knife or knives of the center file cutting mechanism. Close indexing between the operation of the star wheels and the center file cutting mechanism is more important that exact indexing between the cutting mechanisms and the carrier stock applicating mechanism because the carrier stock applicating mechanism may be slightly ahead or slightly behind in timing relative to the cutting mechanisms without any bad effect on the operation of the machine as those skilled in the art will understand.For a clear understanding of the operation of applicating machines, with which the present invention cooperates, reference is made to the United States patent application to Benno et al, Ser. No. 583,079, fixed June 2, 1975.The primary object of the present invention is to provide cutting mechanisms in applicating machines which apply a plastic carrier stock in a strip to move than two rows of containers, which cutting mechanisms will sever certain webs of the carrier stock between certain ranks of the containers to which the carrier stock has been applied.Other objects and features of the invention will be apparent upon a perusal of the hereinafter following detailed description in conjunction with the drawings.
摘要翻译： 一种切割机构，与某些类型的包装成型机器配合以产生多个容器的包装。 某些包装成型机连续地输送至少三排容器，其中带有一个施加的载体货物，将容器的档位互相连接到切断站。 安装在切断站处的切割机构包括刀片组件，该刀片组件与应用的载体坯料的容器行的移动定时关系旋转，以切割所施加的ca
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公开(公告)号：US3877198A
公开(公告)日：1975-04-15
申请号：US41378173
申请日：1973-11-08
申请人： PNEUMATIC SCALE CORP
发明人： VERGOBBI ROBERT W
CPC分类号： B65B17/025
摘要： Apparatus for applying flat carrier grids to the tops of capped bottles of groups of three in line, said grids being of the kind having top encircling elements corresponding in number to the number of bottles in the group to which it is to be applied, which are adapted to be expanded over the caps onto the necks of the bottles, comprising a conveyor for moving the groups of bottles along a predetermined path, a pressure-applying assembly supported above the conveyor for progressively applying pressure to a grid deposited on the tops of the bottles downwardly over the caps onto the necks, a hopper for delivering grids to the successive groups of bottles, a detector operable by movement of each group of bottles by it to release a grid from the hopper to the bottles, and a stabilizer situated between the pressureapplying assembly and the hopper for initially engaging all of the top encircling elements of a grid with all of the bottle caps before the grid is presented to the pressure-applying assembly.
摘要翻译： 用于将扁平载体网格施加到三个一队的封盖瓶的顶部的装置，所述网格具有顶部环绕元件的类型，其数量相当于要应用于其中的组中的瓶子数量， 适于在帽子上扩展到瓶颈上，包括用于沿着预定路径移动一组瓶子的输送机，支撑在输送机上方的压力施加组件，用于逐渐向沉积在所述瓶子的顶部上的网格施加压力 将瓶子向下悬挂在颈部上，用于将栅格输送到连续的瓶子组的料斗，可通过每组瓶的运动将其从容器中释放出格栅并将其放置在瓶子之间的稳定器 压力施加组件和料斗，用于在将格栅呈现给压力应用之前，首先将所有盖帽的顶部环绕元件与所有瓶盖接合 会议大会
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