| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 21 | 用于提供垫层的装置、垫层、用于码垛的方法 | CN201010264982.7 | 2010-08-26 | CN102001507B | 2013-06-05 | 库尔特·佩尔; 梅尔廷·迪特斯伯格 |
| 用于提供垫层的装置、垫层、用于码垛的方法，这些垫层能布置在由物品组成的物品集的层之间。垫层是柔韧的无尽带所分成的切片，该无尽带能通过料箱来提供。该装置包括至少一个机构，用于至少区段式地降低柔韧的无尽带的弹性和/或降低用于垫层的切片的弹性。该至少一个机构关于无尽带的运行方向布置在料箱下游。本发明涉及的垫层是一种具有至少区段式地降低的弹性的垫层，而该方法是用于码垛由物品组成的物品集的方法。在此，柔韧的无尽带被分成用于垫层的切片，这些垫层布置在物品集的层之间。柔韧的无尽带的和/或切片的弹性至少区段式地降低。无尽带的和/或切片的尺寸基本维持不变。 | ||||||
| 22 | 封装大型饮料包装的方法和装置 | CN200880007505.3 | 2008-05-14 | CN101657370B | 2013-04-24 | 库尔特·佩尔 |
| 本发明涉及一种用于形成零担货物批次堆垛的装置(1)，包括用于传送零担货物批次(10)的可移动的传送装置(2)，并包括将零担货物批次(10)提供给传送装置(2)的供料装置(5)，其中，所述传送装置(2)包括支撑装置(6)，所述支撑装置(6)至少间歇性地支撑零担货物批次(10)，所述零担货物批次(10)能够相对于支撑装置(6)移动，且所述支撑装置(6)实质上能够从位于零担货物批次(10)下方的区域上被完全移开。根据本发明，传送装置(2)包括至少一个可控的固定装置(14)，用于临时固定中间层(13)，其中，用于临时固定中间层(13)的所述固定装置能够在零担货物批次(10)下方进行移动。 | ||||||
| 23 | 用于提供垫层的装置、垫层、用于码垛的方法 | CN201010264982.7 | 2010-08-26 | CN102001507A | 2011-04-06 | 库尔特·佩尔; 梅尔廷·迪特斯伯格 |
| 用于提供垫层的装置、垫层、用于码垛的方法，这些垫层能布置在由物品组成的物品集的层之间。垫层是柔韧的无尽带所分成的切片，该无尽带能通过料箱来提供。该装置包括至少一个机构，用于至少区段式地降低柔韧的无尽带的弹性和/或降低用于垫层的切片的弹性。该至少一个机构关于无尽带的运行方向布置在料箱下游。本发明涉及的垫层是一种具有至少区段式地降低的弹性的垫层，而该方法是用于码垛由物品组成的物品集的方法。在此，柔韧的无尽带被分成用于垫层的切片，这些垫层布置在物品集的层之间。柔韧的无尽带的和/或切片的弹性至少区段式地降低。无尽带的和/或切片的尺寸基本维持不变。 | ||||||
| 24 | 物品快速码垛的方法和相关系统 | CN200680016727.2 | 2006-01-04 | CN101198531A | 2008-06-11 | D·博尔扎尼 |
| 一种用于物品(100)的快速码垛的方法，包括步骤：－排列在收集平面(400)上组织的待码垛的物品(100)；－把所述物品(100)装载到适于在大体与收集平面(400)共面并且与它连续的位置中、在物品(100)的传送方向上前进的柔性支撑平面(31)上，从而支撑平面(31)接收所述物品而没有滑动；－把所述物品(100)从支撑平面(31)传送到可滑动的与支撑平面(31)共面的柔性运动平面(21)上，从而在物品(100)保持静止的同时在它们下面代替支撑平面(31)，其中传送通过同步地致动彼此接触相互连续布置的支撑平面(31)和传送平面(21)的和谐滑动而发生；－把在顶部带有物品(100)的传送平面(21)放在码垛盘上方；－使传送平面(21)在保持静止的物品(100)下方滑动，以把它们传送到码垛盘上。 | ||||||
| 25 | 汽车轮辋堆叠支撑装置 | CN200480011639.4 | 2004-04-29 | CN1780770A | 2006-05-31 | 斯蒂芬·托马斯·泰勒 |
| 一种插入两个邻接表面汽车轮辋(19，20)之间的汽车轮辋堆叠支撑装置(2)，汽车轮辋(19，20)的种类为均具有相对的轮辋凸缘(15)，堆叠支撑装置(2)包括具有圆形周边的主体构件(6)，圆形周边的平面(K－K)将垂直于汽车轮辋(19，20)的旋转轴放置，主体构件(6)包括凸缘(7)，凸缘(7)在平面的第一侧界定了与圆形周边同心的环形凹槽，凹槽由向外设置的圆周凸缘(8)限界，圆周凸缘(8)具有朝向内部的表面(优选地大体上横向于平面方向)，还具有从圆周凸缘沿径向向内延伸的朝向凹槽底部的表面，朝向凹槽底部的表面界定了至少两个台阶，第一个台阶(12)沿径向位于最外部并且界定了凹槽中的较低区域，相对比的是，至少另一个台阶(13)沿径向比所述第一台阶更向内并且界定了所述凹槽的较浅区域，藉此所述圆周凸缘(8)的内径允许所述两个邻接轮辋的较高轮辋(19)的轮辋凸缘(15)紧密地放置在其上，以及在所述平面(K－K)的第二侧，所述凸缘(7)配设了一个表面以放到所述两个邻接轮辋的较低轮辋(20)的轮辋凸缘上。 | ||||||
| 26 | 带转臂的提升装置 | CN99104838.5 | 1999-04-07 | CN1160229C | 2004-08-04 | 海茵茨·福克; 帕维尔·利沃托夫 |
| 一种提升装置，特别是码垛装置(10)包括转臂(19)，在转臂(19)的自由端，在可控制的旋转支架(42)的区域中安装提升头部(43)的单独支承件，即旋转的支承臂(46)。在支承臂(46)的自由端旋转地安装提升头部(43)，头部(43)的旋转运动是通过工作缸(49)完成的，最好具有两个终端位置。 | ||||||
| 27 | Lifting (pallet) device having rotational arm | JP9974099 | 1999-04-07 | JP2000001220A | 2000-01-07 | FOCKE HEINZ; LIVOTOV PAVEL DR |
| PROBLEM TO BE SOLVED: To improve the relative positioning of storage tool or an intake head in the case where articles are mounted and/or stored by comparatively easy operation. SOLUTION: In a lifting device, particularly, a pallet device 10, a supporting element formed separately for a lifting head 43, i.e., a rotatably supporting arm is mounted on a rotatable arm 19 and mounted in an operationally rotatable mount 42 provided on its free end, and a lifting head 43 is rotatably mounted on the free end. Thereby, the rotatable movement of the lifting head 43 is carried out, preferably, by an operating cylinder having positions for two end parts. COPYRIGHT: (C)2000,JPO | ||||||
| 28 | Lumber crosswise piling/loosening device and crosswise piling/loosening method for drying lumber | JP6644996 | 1996-03-22 | JPH09255140A | 1997-09-30 | SATO JIRO |
| PROBLEM TO BE SOLVED: To provide a lumber crosswise piling/loosening device and a crosswise piling/loosening method for drying wood which is capable, with only one device, of conducting the operation from lumber crosswise piling operation before a drying process to a lumber pile loosening, operation after the drying process and minimizing equipment investment. SOLUTION: An operation of feeding a lumber pallet 20 from a lumber pallet loading part 4 to a lumber crosswise piling/loosening conveyor 3 by a lumber pallet conveying part 9, and an operation of aligning undried wood 18 on the lumber pallet, and feeding in from a lumber conveying conveyor 2 with a lumber conveying part 8 in a fixed direction are repeated alternately for lumber pick and feed from the conveyor 3. A lumber loading pallet 21 whose wood is subjected to drying process is received by the lumber crosswise piling/loosening conveyor 3. An operation of recovering dried lumbers 19 from on the lumber pallet to the lumber conveying conveyor 2 on the conveyor with the lumber conveying part 8, and an operation of recovering the lumber pallet onto the lumber pallet loading part 4 with the lumber pallet conveying part 9 are repeated alternately for lumber pile loosening. COPYRIGHT: (C)1997,JPO | ||||||
| 29 | Loading pallet equipment | JP13428188 | 1988-05-31 | JP2520938B2 | 1996-07-31 | HAINTSU FUOTSUKE |
| 30 | Apparatus for feeding separator sheet to stack | JP5106293 | 1993-03-11 | JPH06122413A | 1994-05-06 | HAINTSU FUOTSUKE; YOHANESU HOROTSUHO |
| PURPOSE: To improve the capacity of equipment for stacking articles in a carton, a cardboard container and the like by mounting a separator sheet unit functioning only for making a blank of a separator sheet and transporting the same. CONSTITUTION: A separator sheet unit 25 comprises a first transporting means as a web conveyor 29 for transporting a part of a web material 21 corresponding to a blank 23, and a second transporting means as a blank conveyor 30 fixed on a part of stack 24 for storing and transporting a cut blank 23. The web conveyor 29 is reciprocatable on an upper part of the web material, and the blank conveyor 30 can be moved up and down on a separate supporting frame 68. Whereby the horizontal and vertical motion of an arm 70 can be executed, and can be easily synchronized with the operation step of a pallet operation machine. The capacity of equipment for stacking the articles can be increased. | ||||||
| 31 | Method for unloading pile of flat products to pallet and device for executing the method | JP33762492 | 1992-12-17 | JPH05238549A | 1993-09-17 | HORUSUTO RAATERUTO |
| PURPOSE: To fully automatically unload the pile of flat products such as the folded sheets of paper inside a pallet and to accurately maintain an array mutually among the products inside the pile and the array of one column of the pile. CONSTITUTION: The pile 1 sent to the pile column 1a of the flat products is mounted on a flexible interleaf sheet 3 sent from a lower part in synchronism with the feed to the stacking part of the pile column at the time of being loaded on the pallet 2 and taken out from the interleaf sheet 3 carried away from the staking part to the lower part in synchronism with the carry-away of the pile column at the time of being unloaded from the pallet. At the time, the interleaf sheet 3 is slid on the interleaf sheet 4 already inserted and held at a fixed position covering a lower pile layer 1b. The interleaf sheet 4 is sent from an upper part in synchronism with the carry-in to the stacking part of the pile column at the time of being loaded and the interleaf sheet 4 is carried away to the upper part in synchronism with the carry-away from the stacking part of the pile column at the time of being unloaded. | ||||||
| 32 | JPH0317732B2 - | JP17964382 | 1982-10-13 | JPH0317732B2 | 1991-03-08 | UKAI HITOSHI |
| 33 | Loading pallet device and operating method thereof | JP13428188 | 1988-05-31 | JPS6417718A | 1989-01-20 | HAINTSU FUOTSUKE |
| PURPOSE: To simplify constitution and operation by providing a cantilever arm freely vertically movable, rotatable and bendable on a pallet carrier device and transferring carton and intermediate paper by a suction holder provided at the tip, in the loading pallet device for packing carton. CONSTITUTION: A carton 11 delivered at a receiving place 12 is sucked by a suction holder 23, is transferred on a pallet 10 and is piled up by properly vertically moving and rotating a cantilever arm 19 of a pallet carrier device 13 and bending the cantilever arm 19 by a joint 22. When an intermediate layer 24 is mounted on a carton laminated layer 14, the cantilever arm 19 is operated in the same way, a continuous web 25 drawn from a reel 26 of a device 27 is sucked and is supplied on the carton laminated layer 14. Next, the continuous web 25 is cut between a table 31 and the carton layer 14. By this constitution, constitution and operation can be simplified. | ||||||
| 34 | Loading of goods | JP15710883 | 1983-08-30 | JPS6048827A | 1985-03-16 | YAMADA SABUROUE; NAGASHIMA TEIJI |
| PURPOSE:To prevent occurrence of pinholes or breakage of goods and to restrict filthiness thereof when a plastic sheet pallet is used to load the goods by interposing paper or others between the goods and the pallet. CONSTITUTION:When a plastic sheet pallet is used to load goods, paper, plastic film or cloth is interposed between the goods and the plastic sheet pallet. As the result, the goods are kept free from any pinhole or breakage. Also, filthiness of the goods can be restricted or prevented. | ||||||
| 35 | 板状体の積載方法、梱包体の製造方法、板状体の積載設備 | JP2012124050 | 2012-05-31 | JP2015155307A | 2015-08-27 | 有田 祐介; 池野田 稔 |
| 【課題】ずれの発生を早期にかつ確実に発見し、積載作業の効率の低下を抑制する板状体の積載方法を提供する。 【解決手段】板状体の積載方法は、梱包容器上15に合紙17と板状体16とを交互に積載する積載方法において、梱包容器上に合紙と板状体とをこの順に積載する積載工程と、梱包容器、合紙、および板状体を少なくとも一部に含む画像を撮像する撮像工程と、画像から、梱包容器に対する合紙および板状体の位置を測定する測定工程と、梱包容器に対する合紙および板状体の位置の規定位置からのずれを算出する算出工程と、ずれの大きさが許容値を超えるときに以降の積載を中止させるための中止処理を行う中止処理工程とを有する。 【選択図】図7 |
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| 36 | Work arranging device | JP2002290625 | 2002-10-03 | JP2004128234A | 2004-04-22 | TOKIDA MASAKUNI; KATAYAMA MASATOSHI |
| PROBLEM TO BE SOLVED: To provide a work arranging device which enhances the efficiency for stacking lead frames or plate works, such as a printed board, with a piece of interlayer paper being interposed therebetween. SOLUTION: The work arranging device is provided with a work conveying belt 10 for conveying the lead frames 12 air-sucked to the lower surface of a feeding belt 10a; an interlayer paper conveying belt 20 which crosses with the belt 10 beneath the belt 10, for conveying pieces of interlayer paper 22 air-sucked to the upper surface of a belt 20a facing works; and a control unit for aligning each lead frame 12 with each piece of interlayer paper 22 to permit suction of the interlayer paper 22 to the lower surface of each lead frame 12, at the crossing position of the belt 10 and the belt 20, and for allowing the belt 10 to release the suction of the lead frames 12 and the interlayer papers 22 so as to be separated from the belt 10a for stacking and arrangement at work arranging positions S1, S2 located upstream of the belt 10 in respect of the crossing position. COPYRIGHT: (C)2004,JPO | ||||||
| 37 | Bottom sheet housing and feeding device | JP24259797 | 1997-09-08 | JPH10231036A | 1998-09-02 | MERRILL D MARTIN; DANIEL J TOOKUN |
| PROBLEM TO BE SOLVED: To change a bottom sheet from a rear part during operation of a load forming or stacking machine by lifting a single bottom sheet from a shelf, and moving it lengthwise up to a destination where the bottom sheet is released on a pallet or a conveyor while vacuum pressure is controlled. SOLUTION: When a bottom sheet member comes in contact with sheet sensors arranged in one or a plurality of vacuum cups 41a-41d, vacuum pressure is turned to the cups, so that a selected bottom sheet is firmly held to the vacuum cups 41a-41d. A lift assembly 11 lifts the vacuum cups 41a-41d to the upper side of the upper parts of longitudinal dividing members 16a-16d and moves a carrier assembly toward an objective position 3. In the objective position 3 or in its vicinity, a cross bar 33 descends, and vacuum pressure can be stopped in the objective position 3, or a knock-down member collides with the bottom sheet, and this bottom sheet can be arranged on conveyor rollers 79 a, 79b. COPYRIGHT: (C)1998,JPO | ||||||
| 38 | Palletizer | JP25084988 | 1988-10-06 | JPH0610054B2 | 1994-02-09 | YOSHIDA KYOTAKA; AWA TOSHIMASA |
| 39 | Device to palletize yarn package | JP9865189 | 1989-04-18 | JPH028107A | 1990-01-11 | ARUMANDO DAGUNOORO |
| PURPOSE: To accurately transfer yarn packages on a carton by gripping the packages by a trolley by changing the direction by carrying the yarn packages by a transfer conveyor, and moving the packages by rotating the packages by 90°C by transferring the packages to a positional conveyor by being carried upward by an elevator. CONSTITUTION: Yarn packages 12 carried by a transfer conveyor 14 from production machines are horizontally turned by a delivery head 17, and are raised to a desired height by an elevator, and are turned so that a shaft becomes vertical by a turning device 25 above a positional conveyor 26. A position is arranged by an assembly 35 after being carried, an arm 45 having the assembly to engage with the yarn packages 12 is rotated, and the packages 12 are put on a desired position on a carton 34 to be loaded by a trolley 36. Therefore, the yarn packages 12 can be stacked on the desired position of the carton 34 in a short time. COPYRIGHT: (C)1990,JPO | ||||||
| 40 | Storage of vibrationproof members for asphalt floor | JP17964382 | 1982-10-13 | JPS5969319A | 1984-04-19 | UKAI HITOSHI |
| PURPOSE:To permit effective utilization of a stock space by setting a sheet member made of paper or woven fabric on every desired several pieces of the vibration proof members made of asphalt as main component, when said vibrationproof members are stored in piled state, thus preventing said vibrationproof member from being elongated. CONSTITUTION:When the vibrationproof members 1 for floor which are made of asphalt as main component are stored in piled-up state, a sheet member 3 which is lightweight and not bulky and made of paper, woven fabric, synthetic resin etc., is set on every desired several pieces of the vibrationproof members. Said vibrationproof member 1 has ordinarily a sheet form having a thickness of 1- 6mm., and can be made from the paper, woven fabric, or synthetic resin plate which is not elongated and shrinked can be used as the sheet member 3 which is interposed between the piled layer of the vibrationproof members, and only one sheet member is enough to be inserted on every pile in 2-12cm or so of the vibration members 1. Thus, elongation of the vibrationproof member for floor can be prevented, and effective utilization of stock space is permitted. | ||||||
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