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    • 8. 发明专利
    • Traveling method of traveling vehicle
    • 旅行车行驶方法
    • JP2013255673A
    • 2013-12-26
    • JP2012133444
    • 2012-06-13
    • Panasonic Corpパナソニック株式会社
    • KUME YOHEISHIMODA TOMOHIROOTA AKIHIROTSUKADA SHOHEIKAWAKAMI HIDEONAKAMURA TORU
    • A61G5/04A61G7/00G05D1/02
    • PROBLEM TO BE SOLVED: To solve the problem that there is the case that a housing area cannot be recognized when a distance from an entrance port to a back wall is short in the housing area, by a conventional uniting algorithm.SOLUTION: A traveling method of a traveling vehicle 13 is the traveling method of the traveling vehicle 13 which travels to a housing area 23a whose one side is formed as an entrance port on the basis of a measurement result in a measurement part 44. In the traveling method, a reference point distance Ls which is a distance to a wall 51 at the back of a recess measured in the measurement part 44 is measured in the measurement part 44, whether or not the reference point distance Ls is equal to or longer than a correction distance N1 is determined, and then when the reference point distance Ls is shorter than the correction distance N1, a first housing point and a second housing point are estimated within a limited left side limitation range SL and right side limitation range SR, whether or not the recess is the housing area 23a is estimated on the basis of the estimated first housing point and second housing point, and when the recess is the housing area 23a, traveling is performed toward the housing area 23a.
    • 要解决的问题:为了解决当通过常规的联合算法在入口到后壁的距离短的情况下不能识别住房区域的问题。解决方案:旅行方法 行驶车辆13的行驶方法是基于测量部44的测量结果行进到其一侧形成为入口的容纳区域23a的行驶车辆13的行驶方法。在行驶方式中, 在测量部44中测量与在测量部44中测量的凹部背面的壁51的距离Ls,基准点距离Ls是否等于或大于校正距离N1 然后当基准点距离Ls小于校正距离N1时,在有限的左侧限制范围SL和右侧限制范围内估计第一容纳点和第二容纳点 基于估计的第一容纳点和第二容纳点来估计凹部是否为容纳区域23a,并且当凹部为容纳区域23a时,朝向容纳区域23a进行行进。
    • 9. 发明专利
    • Bed and combination method in bed
    • 床和床组合方法
    • JP2012065758A
    • 2012-04-05
    • JP2010211775
    • 2010-09-22
    • Panasonic Corpパナソニック株式会社
    • TSUKADA SHOHEIKUME YOHEIKAWAKAMI HIDEONAKAMURA TORUUEDA TOSHIHIDE
    • A61G7/00A61G1/02A61G5/00
    • PROBLEM TO BE SOLVED: To provide a comfortable bed to sleep having a lifting function while separating one part of the bed as a wheelchair.SOLUTION: The bed 11 comprises a bed body 12 which is combined with a wheelchair 13. The wheelchair 13 includes: a wheelchair floor part 14; a chair base section 15 for supporting the wheelchair floor part 14; caster support parts 16a-16d; casters 17a-17d; and a positioning part 18 provided inside the chair base section 15. The bed body 12 includes: a bed floor part 22; a bed base part 23 for supporting the bed floor part 22; a wheelchair support part 24 for supporting the wheelchair 13 placed in a connecting position; a lifting part 25; a second guide 29 provided in the wheelchair support part 24 which abuts on a positioning part 18 while guiding the wheelchair 13 to the connecting position; and a first guide 28 abutted on the caster support parts 16a, 16b for guiding the positioning part 18 to the second guide 29.
    • 要解决的问题:在将床的一部分作为轮椅分离时,提供具有提升功能的舒适的睡眠床。 解决方案:床11包括与轮椅13组合的床体12.轮椅13包括:轮椅底板部分14; 用于支撑轮椅底板部分14的椅子基部15; 脚轮支撑部件16a-16d; 脚轮17a-17d; 以及设置在椅基部15内的定位部18.床体12包括:底板部22; 用于支撑床层部分22的床基部分23; 用于支撑放置在连接位置的轮椅13的轮椅支撑部24; 提升部25; 设置在轮椅支撑部24中的第二引导件29,该轮胎支撑部24在将轮椅13引导到连接位置的同时抵接在定位部18上; 以及与脚轮支撑部分16a,16b相接的第一导向件28,用于将定位部分18引导到第二导向件29.版权所有(C)2012,JPO&INPIT
    • 10. 发明专利
    • Transfer supporting equipment
    • 转移支持设备
    • JP2010167054A
    • 2010-08-05
    • JP2009011532
    • 2009-01-22
    • Panasonic Corpパナソニック株式会社
    • TSUKADA SHOHEIKAWAKAMI HIDEOKUME YOHEINAKAMURA TORU
    • A61G7/10
    • PROBLEM TO BE SOLVED: To enable a transferring apparatus to run the whole distance on a rugged surface without being caught thereon.
      SOLUTION: Transfer supporting equipment includes an upper mechanism and a lower mechanism that are vertically combined with each other and fixed to a common frame. The upper and lower mechanisms are each provided with a board that is fixed to the frame and rollers at both ends of the board, the rollers being rotatably supported around a width-direction shaft of the board. The rollers and the board are wound with an endless belt that can make a circuit in the forward and backward directions, in the upper and the lower mechanism, independently of each other. The rollers at one end of the upper and lower mechanisms are constituted rockably, while the rollers at the other end are composed of a driving shaft for making the belt go around. In such configuration of the transfer aid equipment, the rocking rollers of the upper and lower mechanisms are made to rock in the interlocked manner, so that when the distal end roller of the upper mechanism rocks upward, the distal end roller of the lower mechanism also rocks upward, providing a capability to run the whole distance on the rugged surface.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:为了使传送装置能够在崎岖的表面上运行整个距离而不被卡在其上。 解决方案:转移支撑设备包括彼此垂直组合并固定到公共框架的上机构和下机构。 上部和下部机构各自设置有固定到框架的板和在板的两端的辊,辊被可旋转地支撑在板的宽度方向的轴上。 辊和板卷绕有环形带,其可以在上下机构中沿前后方向彼此独立地形成电路。 上下机构一端的滚子是摆动地构成的,而另一端的滚子由用于使皮带绕过的驱动轴构成。 在这种转移辅助设备的这种结构中,使上下机构的摇摆滚子以互锁的方式摇动,使得当上机构的前端辊向上凸起时,下机构的前端辊也 向上摇摆,提供了在崎岖的表面上运行整个距离的能力。 版权所有(C)2010,JPO&INPIT