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    • 2. 发明专利
    • Carrier device
    • 载体装置
    • JP2014189222A
    • 2014-10-06
    • JP2013068460
    • 2013-03-28
    • Daifuku Co Ltd株式会社ダイフク
    • NAKAMURA JIROMATSUOKA TOSHIHIRO
    • B61B10/04B61B13/12
    • B65G17/12B61B10/04B61B13/125B65G35/06B65G49/045
    • PROBLEM TO BE SOLVED: To prevent a hindrance to smooth travel of a carrying travel body 4 for traveling under a floor by foreign matter of dropping under the floor from a slit, while being a carrier device for providing the slit in a floorboard 2 for moving column parts 8a and 8b for supporting a truck body 3 in a penetration state.SOLUTION: In the carrier device, the carrying travel body 4 for traveling under the floorboard 2 by supporting the truck body 3, is composed of a plurality of trolleys 6a-7b in the travel direction and a load bar 5 for connecting mutual these trolleys, and a belt-like cover plate 32 for covering the load bar 5 is arranged on the upper side of this load bar 5 and on the lower side of the slit, and the belt-like cover plate 32 has the total length longer than the total length of this carrying travel body 4, and a movable plate part 38b higher than the other end part in the travel direction of this belt-like cover plate 32 and rockably journaled upward from a horizontal attitude, is provided on one end side in the travel direction of this belt-like cover plate 32.
    • 要解决的问题:为了防止妨碍携带行驶体4的行进,以便在从底板下面的异物掉下的地板下行走,同时作为用于在用于移动的地板2中提供狭缝的载体装置 用于将卡车主体3支撑在穿透状态下的支柱部分8a和8b。解决方案:在承载装置中,用于通过支撑卡车主体3在地板2下方行进的运送行驶体4由多个手推车6a- 7b,并且用于连接这些手推车的负载杆5和用于覆盖负载杆5的带状盖板32布置在该负载杆5的上侧和狭缝的下侧上, 并且带状盖板32的总长度比该承载行驶体4的总长度长;以及比该带状盖板32的行进方向上的另一端部高的可动板部38b, 从啊向上注 在该带状盖板32的行进方向的一端侧设置有水平姿势。
    • 3. 发明专利
    • Conveying device
    • 输送装置
    • JP2013244916A
    • 2013-12-09
    • JP2012121557
    • 2012-05-29
    • Daifuku Co Ltd株式会社ダイフク
    • SUZUKI TAKAHARU
    • B61G1/02B61B10/04B61B13/12B65G17/20
    • B65G35/06B61B10/00
    • PROBLEM TO BE SOLVED: To bring front and rear conveying travel bodies into an abutting state without being affected by a connecting means, when stored, while providing the connecting means for connecting the conveying travel bodies adjacent each other in front and in rear.SOLUTION: In a connecting device, a connecting means 17 comprises a protrusion-like connecting member 18 to be engaged projected upwards from a conveying travel body 1, and a connecting engagement member 19 journaled vertically swingably and provided with an engagement part engaged from an upper side with the connecting member 18 to be engaged in an under side of a free end part, the connecting engagement member 19 is constituted to be swingable from a regular-directional acting posture engaged with the connecting member 18 to be engaged, up to a reverse-directional nonacting posture opposite-directional beyond a nonengaged posture separated upwards from the connecting member 18 to be engaged, and the connecting engagement member 19 is constituted to be switched into the reverse-directional nonacting posture, in a storage area, to store the respective conveying travel bodies 1 in the front side and rear side abutting state.
    • 要解决的问题:为了使前后输送行驶体在不受连接装置的影响的情况下保存,同时提供用于将输送行进体前后相邻地连接的连接装置。解决方案: 在连接装置中,连接装置17包括从输送行进体1向上突出的突起状连接构件18,以及可上下摆动地安装的连接接合构件19,并且设有从上侧接合的接合部, 连接构件18要被接合在自由端部的下侧,连接接合构件19被构造成可以从与要连接的连接构件18接合的规则方向的作用姿态摆动直到反向 与从要连接的连接构件18向上分离的非向外姿势相反的非活动姿势和连接接合 构成为在存储区域中切换成反方向不动作,将各输送行驶体1保持在前侧和后侧抵接状态。
    • 4. 发明专利
    • Conveying device
    • 输送装置
    • JP2013060254A
    • 2013-04-04
    • JP2011199201
    • 2011-09-13
    • Daifuku Co Ltd株式会社ダイフク
    • KAMIYA MITSUGI
    • B65G17/48B61B10/04B65G35/06
    • PROBLEM TO BE SOLVED: To reduce an occupied space required for storage of a conveying traveling body 1 having two workpiece-support parts.SOLUTION: The conveying travelling body 1 has a horizontally rotatable rotor 17 around a rotation drive shaft 16 while the two workpiece-support parts 18a, 18b are disposed on the rotor 17 to both sides with regard to the rotation drive shaft 16. By rotating the rotor 17, the conveying device is shifted between a first state where the two workpiece-support parts are arranged in parallel in a manner to be spread to the right and left sides with respect to the travelling direction of the conveying travelling body 1 and a second state where the two workpiece-support parts are arranged in tandem longitudinally in the travelling direction of the conveying travelling body 1. When the two workpiece-support parts are shifted from the first state to the second state, the distance between the two workpiece-support parts is narrowed, while a distance adjusting mechanism (a parallelogram linking mechanism 24) between the workpiece-support parts is provided for widening the distance between the two workpiece-support parts when shifting to the first state from the second state.
    • 要解决的问题:减少具有两个工件支撑部件的输送行驶体1的存放所需的占用空间。 解决方案:输送行驶体1具有围绕旋转驱动轴16的水平旋转的转子17,而两个工件支撑部分18a,18b相对于旋转驱动轴16设置在转子17两侧。 通过旋转转子17,输送装置在两个工件支撑部分相对于输送行进体1的行进方向相对于左右两侧平行布置的第一状态之间移动 以及第二状态,其中两个工件支撑部分在传送行进体1的行进方向上纵向排列成一列。当两个工件支撑部分从第一状态转移到第二状态时,两者之间的距离 工件支撑部分变窄,同时设置工件支撑部分之间的距离调节机构(平行四边形连接机构24),用于加宽工件支撑部分之间的距离 当从第二状态转移到第一状态时,两个工件支撑部件。 版权所有(C)2013,JPO&INPIT
    • 5. 发明专利
    • Conveyor device
    • 输送装置
    • JP2013032113A
    • 2013-02-14
    • JP2011169488
    • 2011-08-02
    • Nakanishi Metal Works Co Ltd中西金属工業株式会社
    • YAMANAKA KAZUYAKUWABARA MINORU
    • B61B13/12B61B10/04B65G17/20B65G35/06
    • PROBLEM TO BE SOLVED: To provide a conveyor device that has a passive part driven by a power chain type drive device and a passive part driven by a roller chain type driving device in the carrier that is small in the width in the right and left direction of a conveyor, has high design flexibility of the carrier, and movable along the track while supporting an object to be conveyed.SOLUTION: While providing a driven dog 13 that engages with a front surface of a driving dog installed in a power trolley that is supported and guided with the power rail, in the lower part of a free trolley 12 that is supported and guided by a free rail 11, a driver 14 that is engaged with the rear surface of a front driving dog 33 and the front surface of a driving dog 34 is installed at a backward position of the driven dog 13 in the free trolley 12, to be accommodated between a pair of front driving dog 33 and a rear driving dogs 34 being installed in a roller chain 32 that is support guided by a guide rail 31 of a roller chain type driving device D2.
    • 要解决的问题:提供一种输送装置,其具有由动力链式驱动装置驱动的被动部分和由载体中的滚子链式驱动装置驱动的被动部分,其宽度小于右侧 和输送机的左方向,具有载体的高设计灵活性,并且在支撑被输送物体的同时沿轨迹移动。 解决方案:提供与被安装在由电力轨道支撑和引导的动力手推车中的驾驶犬的前表面接合的从动齿轮13,其被支撑和引导的自由推车12的下部 通过自由轨道11,与前驾驶犬33的后表面接合的驾驶员14和驾驶犬34的前表面安装在自由推车12中的从动狗13的后方位置 容纳在一对前驱动爪33和后驱动爪34之间,后驱动爪34安装在由链轮式驱动装置D2的导轨31引导的支撑滚子链32中。 版权所有(C)2013,JPO&INPIT
    • 7. 发明专利
    • Workpiece conveying device
    • 工作输送装置
    • JP2007246229A
    • 2007-09-27
    • JP2006072858
    • 2006-03-16
    • Seiko Epson Corpセイコーエプソン株式会社
    • TAMURA HITOSHI
    • B65G35/06B61B10/04B65G35/08
    • PROBLEM TO BE SOLVED: To provide a workpiece conveying device capable of simplifying the structure of a truck, reducing the size and simplifying control without deteriorating conveying performance.
      SOLUTION: This workpiece conveying device is provided with: the non-self-propelled truck 23 on which workpieces W are mounted; a pair of traveling paths 22 on which the truck 23 is traveled; a towing mechanism extending along the pair of traveling paths 22 and towing the truck 23 to make it travel on the pair of traveling paths 22; a connection means incorporated into at least one of the truck 23 and the towing mechanism, connecting the truck 23 to the towing mechanism to travel the truck 23 and releasing the connection between the truck 23 and the towing mechanism to stop the traveling of the truck 23; and a control means for controlling traveling and traveling stop of the truck 23 via the connection means.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供能够简化卡车结构的工件输送装置,减小尺寸并简化控制,而不会降低输送性能。 解决方案:该工件输送​​装置设有:安装有工件W的非自走车23; 一对行进路径22,卡车23在其上行进; 牵引机构沿着一对行进路径22延伸并且牵引卡车23使其在一对行进路径22上行进; 连接装置结合到卡车23和牵引机构中的至少一个中,将卡车23连接到牵引机构以行进卡车23并释放卡车23和牵引机构之间的连接,以停止卡车23的行进 ; 以及用于经由连接装置控制卡车23的行驶和行驶停止的控制装置。 版权所有(C)2007,JPO&INPIT
    • 8. 发明专利
    • Friction driven bogie type conveying device
    • 摩托车型BOGIE型输送装置
    • JP2005081951A
    • 2005-03-31
    • JP2003314916
    • 2003-09-08
    • Daifuku Co Ltd株式会社ダイフク
    • TADA SHOJIKAIDA YOSHITO
    • B61B10/04B61B13/12B65G35/06
    • B61B13/127B65G35/06
    • PROBLEM TO BE SOLVED: To provide a friction-driven bogie type conveying device capable of frictionally driving a bogie for conveying continuously and certainly in a turn route section.
      SOLUTION: In the friction driven bogie type conveying device, a turn section frictionally driving means 19 is disposed inside the turn route section 18 in a travel route, and, in the turn section frictionally driving means 19, frictionally driving rollers 15A to 15C are arranged at a plurality of places of the turn route section 18 in the travel direction correspondingly to the position of a friction surface 6a in the places. Each of frictionally driving rollers 15A to 15C is supported movably in the approaching or leaving direction with respect to the route center line of the turn route section 18, and energized to the route center line side by an energizing means (air cylinder). The frictionally driving rollers 15A to 15C sequentially act on the friction surface 6a of a conveying bogie 1, and the bogie 1 is continuously moved over the whole length of the turn route section 18.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供一种摩擦驱动的转向架式输送装置,其能够摩擦地驱动转向架,以便在转弯路段中连续地肯定地进行输送。 解决方案:在摩擦驱动转向架型输送装置中,转向部摩擦驱动装置19以行进路线设置在转弯路径部分18的内部,并且在转向部分摩擦驱动装置19中,摩擦驱动辊15A至 15C在转向路径部分18的多个位置处相对于摩擦表面6a的位置在行进方向上布置。 每个摩擦驱动辊15A至15C相对于转弯路径部分18的路线中心线在接近或离开方向上可移动地支撑,并且通过通电装置(气缸)向路线中心线侧通电。 摩擦驱动辊15A至15C顺序地作用在输送转向架1的摩擦表面6a上,并且转向架1在转向路径部分18的整个长度上连续移动。(C)2005年,JPO&NCIPI
    • 9. 发明专利
    • Conveying apparatus using movable body
    • 使用可移动体输送装置
    • JP2003040105A
    • 2003-02-13
    • JP2002145523
    • 2002-05-21
    • Daifuku Co Ltd株式会社ダイフク
    • KYOTANI NAOSHI
    • B61B10/00B61B10/04B61B13/12
    • PROBLEM TO BE SOLVED: To provide a conveying apparatus using a movable body capable of moving a group of movable bodies in a drying furnace in close contact (in a train form), i.e., with front and rear ends thereof being abutted to each other.
      SOLUTION: The movable body 10 is arranged movable on a fixed path 5 by being supported and guided by a rail 3. In a main body 11 of the movable body 10, a side thereof is formed as a driven face 15, front and rear ends thereof are formed as abutting portions 56, 57, and a support 25 for conveyed objects is arranged. One portion of the fixed path 5 is inserted into the drying furnace 60. An entrance of the drying furnace 60 is provided with a frictional feeder 70 acting on the driven face 15 and imparting a traveling force to the movable body 10, and an outlet of the drying furnace 60 is provided with a frictional brake 90 acting on the driven face 15 and imparting a braking force to the movable body 10.
      COPYRIGHT: (C)2003,JPO
    • 要解决的问题:提供一种使用可移动体的输送装置,其能够使干燥炉中的一组可动体以紧密接触(列车形式)即其前端和后端彼此抵接移动。 解决方案:可移动体10通过由轨道3支撑和引导而在固定路径5上移动。在可移动体10的主体11中,其一侧形成为从动面15,前端和后端 形成为抵接部56,57,并且布置有用于输送物体的支撑件25。 固定路径5的一部分插入到干燥炉60中。干燥炉60的入口设置有作用在从动面15上的摩擦进料器70,并向移动体10施加行进力,出口 干燥炉60设置有作用在从动面15上的摩擦制动器90,并向制动体10施加制动力。
    • 10. 发明专利
    • CONVEYING EQUIPMENT USING MOVABLE BODY
    • JP2002347677A
    • 2002-12-04
    • JP2001156226
    • 2001-05-25
    • DAIFUKU KK
    • KAWATO KENICHIROYAMAMOTO MASAYUKI
    • B61B10/04B61D47/00B62D65/18
    • PROBLEM TO BE SOLVED: To provide conveying equipment using a movable body capable of loading a conveyed matter on the movable body without needing high accuracy, and automatically preventing the displacement by utilizing the load on the conveyed matter side. SOLUTION: A receiving means 30 mounted on the movable body 10 is composed of an oscillatable arm body 35 supported through a lateral shaft 37 at its intermediate part, a vertical operating part 47 and a lateral operating part 49 mounted on the arm body 35, and a receiving body 53 capable of receiving the vertical operating part 47 from a lower part. The arm body 35 is energized to position the vertical operating part 47 on an upper part and to position the lateral operating part 49 on a lateral outer part, and the lateral operating part 49 is laterally inwardly moved to be operated on the conveyed matter 59 from the lateral direction, and the vertical operating part 47 is received by the receiving body 53 to control its downward oscillation, by abutting a downward face 59a of the conveyed matter 59 on the vertical operating part 47 and downwardly oscillating the same against the energization.