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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
161	JPS5011137B1 -	JP3794867	1967-06-15	JPS5011137B1	1975-04-28

162	JPS4816657B1 -	JP1868071	1971-03-29	JPS4816657B1	1973-05-23

163	クレーン	JP2016239900	2016-12-09	JP6390065B2	2018-09-19	石川巖; 多田野有司

164	クレーン車	JP2016206821	2016-10-21	JP2018065680A	2018-04-26	泉保肇
【課題】作業中の事故について発生状況をコスト安価に分析することができるクレーン車を提供する。【解決手段】ラフテレーンクレーンには、ドライブレコーダや俯瞰画像撮影用のデジタルカメラが搭載されえている。当該装置は、負荷率が90%以上になったことに応じて、デジタルカメラの画像データの記録を開始する記録開始処理と、当該記録開始処理と同時に、負荷率を記録する計測値記憶処理とを実行する。ラフテレーンクレーンに搭載されているデジタルカメラのうち、この起動条件に対応付けられているデジタルカメラの画像データを記録する。【選択図】図8
165	クレーンの操作を支援するための判定装置、判定システム、プログラムおよび記録媒体	JP2017502908	2016-02-15	JPWO2017141320A1	2018-02-22	渡瀬基継; 柴田文彦; 貞松喬太; 河内隆幸; 田畑恵良
多くのセンサを用いることなく、クレーンの操作者の負担を軽減するための手段を実現することを目的とする。この目的を達成するために、本発明は一実施形態として判定システム(1)を提案する。判定システム(1)は、クレーン(92)のジブ(922)の先端付近に配置され継続的に下方に撮像を行う撮像装置(11)と、撮像装置(11)により撮像された画像を認識し、画像におけるグラブ(924)および貨物倉(91)内の作業者や重機等の対象物の移動状態を特定し、特定した移動状態に基づき近い将来、グラブ(924)と対象物とが平面上で接触または近接する可能性の有無を判定する判定装置(12)を備える。判定装置(12)は、グラブ(924)と対象物の接触または近接の可能性があると判定した場合、クレーン(92)の操作者に対する通知を行う。
166	クレーン装置のワイヤロープ絡まり防止構造	JP2016036888	2016-02-29	JP2017154827A	2017-09-07	神田真輔
【課題】荷物を吊り下げたフックブロックとブームの先端部との間隔が大きい場合においても複数の上下延伸部が互いに絡み付くことを防止することが可能なクレーン装置のワイヤロープ絡まり防止構造を提供する。【解決手段】ワイヤロープ22の複数の上下延伸部22aの間隔を保持するための間隔保持部材50を備え、間隔保持部材50が、ブームヘッド21bとフックブロック24との間隔の変化に応じて、ブームヘッド21bとフックブロック24との間を上下方向に移動する。【選択図】図4
167	積み荷操作装置を用いる積み荷の操作	JP2015533655	2013-10-02	JP6167179B2	2017-07-19	リンタネン、カリ

168	作業計画確認装置	JP2012194733	2012-09-05	JP6121670B2	2017-04-26	和也谷住; 巌石川; 和彰津田; 修二藤原; 正幸宗清

169	クレーンの情報提示システム	JP2015075029	2015-04-01	JP2016193789A	2016-11-17	平手孝昌; 宮英司; 福本圭介; 中澤亨
【課題】クレーンのウインチで用いられるワイヤロープの蓄積疲労の観点からそのワイヤロープの交換時期を判断するための指針となる情報を提示する。【解決手段】情報提示システムは、ロープにかかる負荷の指標値である負荷率を導出する過負荷防止装置19と、過負荷防止装置19によって導出された負荷率のデータとその導出された負荷率に対応する負荷がロープにかかった状態の時間の長さのデータとを互いに対応付けて蓄積し、各ロープについての負荷率と累積時間との対応関係を示す吊ロープ統計情報及び起伏ロープ統計情報を作成するデータロガー28と、データロガー28により作成された吊ロープ統計情報及び起伏ロープ統計情報を提示する提示手段と、を備える。【選択図】図3
170	Emergency power supply method for container terminal, and container terminal	JP2011278191	2011-12-20	JP2013129469A	2013-07-04	KASAI HIROSHI; KASHIWASUGA SHINYA
PROBLEM TO BE SOLVED: To provide an emergency power supply method for a container terminal supplying the emergency power using harbor cargo handling machines as power sources during emergency such as a power outage in the container terminal, and to provide the container terminal.SOLUTION: In an emergency when an incoming panel 2 of a container terminal 1 can not supply electric power, a plurality of yard cranes 11a-11c (harbor cargo handling machines) that are in operation in the container terminal 1 are used as power sources, one (yard crane 11a) of a plurality of yard cranes 11a-11c (harbor cargo handling machines) is used as a reference power source, and a power conditioning unit is provided to make power phases of the remaining yard cranes 11b, 11c be matched with the power phase of the reference power source, to supply electric power from the plurality of yard cranes 11a-11c to the incoming panel 2.
171	Container crane device	JP2007101499	2007-04-09	JP2007284253A	2007-11-01	SONG SHIPENG
PROBLEM TO BE SOLVED: To probe radiation in a container in a container lifting process of a container crane device. SOLUTION: A radiation prober is provided on a suspension device suspended from a carrier vehicle provided on a container crane, the carrier vehicle lifts a container and carries it, and the radiation prober conducts inspection for detecting radiation for an object in the container simultaneously. A radiation source body and a computer image forming system are provided at a position where they oppose to the radiation prober mutually to form image of the object in the container. COPYRIGHT: (C)2008,JPO&INPIT
172	Wire rope	JP2001128269	2001-04-25	JP3910377B2	2007-04-25	正博楠田

173	JPS546141B2 -	JP2338875	1975-02-25	JPS546141B2	1979-03-26

174	JPS537690B1 -	JP1500371	1971-03-17	JPS537690B1	1978-03-20

175	JPS5125641B1 -	JP3012171	1971-05-06	JPS5125641B1	1976-08-02

176	WORK PLATFORM FOR AN OVERHEAD CRANE	PCT/US2004028753	2004-09-03	WO2005026035A3	2005-12-01	WAISANEN STEVE K; D AMICO FRED J; ERIKSSON NEAL CHARLES; CONRADY HENRY JACOB III
A work platform (10) for use in performing maintenance while supported on an overhead crane (14) . The work platform is particularly useful for performing maintenance on overhead cranes located in areas where normal lifting equipment and/or scaffolding cannot easily access the overhead crane. However, the work platform (10) is also useful for performing maintenance on equipment and/or structures in the vicinity of overhead cranes, and on overhead cranes located in areas without accessibility problems. The work platform (10) is hoisted for placement on support structure of the overhead crane (14) by hoist apparatus (18) of the overhead crane (14) . When positioned, the work platform may be fully supported on the support structure of the overhead crane.
177	WORK PLATFORM FOR AN OVERHEAD CRANE	PCT/US0327887	2003-09-05	WO2005032978A3	2005-09-22	WAISANEN STEVE K; D AMICO FRED J; ERIKSSON NEAL CHARLES; CONRADY HENRY JACOB III
A work platform (10) for use in performing maintenance while supported on an overhead crane (14). The work platform is particularly useful for performing maintenance on overhead cranes located in areas where normal lifting equipment and/or scaffolding cannot easily access the overhead crane. However, the work platform is also useful for performing maintenance on equipment and/or structures in the vicinity of overhead cranes, and on overhead cranes located in areas without accessibility problems. The work platform is hoisted for placement on support structure of the overhead crane by hoist apparatus (18) of the overhead crane. When positioned, the work platform may be fully supported on the support structure of the overhead crane.
178	WORK PLAN VERIFICATION DEVICE	EP13835379.2	2013-08-08	EP2894120B1	2018-03-07	TANIZUMI, Kazuya; ISHIKAWA, Iwao; TSUDA, Kazuaki; FUJIWARA, Shuji; MUNEKIYO, Masayuki
Provided is a work plan verification device capable of improving work efficiency of movement work of a suspension load. The work plan verification device determines whether an operator indicates a movement position of the suspension load on an image (A) displayed on a monitor (30). When a determination is made that the movement position is indicated, a mark is displayed on the movement position (B). Subsequently, a determination is made that the suspension load is suspended on a boom. When the determination is made that the suspension load is suspended, a load factor (C1) which is moving determination information allowing an operator to determine whether the suspension load can be moved to the movement position (B) is calculated, and the calculated load factor is displayed on the image (A).
179	PERIPHERY-INFORMATION ACQUISITION DEVICE FOR VEHICLE	EP13838454	2013-09-19	EP2899496A4	2016-08-31	TANIZUMI KAZUYA; ISHIKAWA IWAO; TSUDA KAZUAKI; FUJIWARA SHUJI; MUNEKIYO MASAYUKI
At an end portion of a telescopic boom (16) of a crane (10), a stereo camera (30) which measures a distance from the end portion to an object is provided, and an image-processing controller (60) which obtains three-dimensional position information of the object based on the crane (10) as reference from measurement data to the object by the stereo camera (30) is provided, and three-dimensional positon information of an object in a surrounding area centering on the crane (10) by the moving the telescopic boom (16) is obtained.
180	LOAD HANDLING BY LOAD HANDLING DEVICE	EP13843984	2013-10-02	EP2903925A4	2016-07-06	RINTANEN KARI
A load is handled by a load handling device comprising gripping means for gripping at least one fastening point of the load, comprising determining, in the gripping means, a distance map within the area of which are described a part of the area of the load to which the gripping means attach and/or on which another load is stacked, as well as surroundings of the load.

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