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    • 51. 发明专利
    • Unmanned system for carrying out vehicle in mechanical parking system
    • 在机动停车系统中实现车辆的不限制的系统
    • JP2011038321A
    • 2011-02-24
    • JP2009186647
    • 2009-08-11
    • Ihi Transport Machinery Co LtdIhi運搬機械株式会社
    • MATSUOKA SHINJI
    • E04H6/00G06Q50/00G06Q50/10G08G1/14
    • PROBLEM TO BE SOLVED: To provide an unmanned system for carrying out a vehicle in a mechanical parking system, which safely carries a vehicle out of a mechanical parking system even when a manager is not present. SOLUTION: The unmanned system for carrying out a vehicle includes a vehicle stop area 3 installed in the vicinity of the mechanical parking system 2 to stop the vehicle carried out of the mechanical parking system 2, an exit restricting means 4 for restricting the exit of the vehicle out of the vehicle stop area 3, a door closing button 6 provided at a position facing the entrance door 5 of the mechanical parking system 2 to close the entrance door 5, an exit detecting means 7 for detecting the exit of the vehicle, and a control panel 8 for restricting the exit of the vehicle out of the vehicle stop area 3 by the exit restricting means 4 when the vehicle is carried out by operation of a user, releasing the exit restriction of the vehicle by the exit restricting means 4 when the door closing button 6 is pushed after the entrance door 5 is opened, and then restarting the exit restriction by the exit restricting means 4 when the exit detecting means 7 detects the exit of the vehicle. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提供一种用于在机械停车系统中执行车辆的无人驾驶系统,其即使在不存在管理者时也将车辆安全地携带在机械停车系统之外。 解决方案:用于执行车辆的无人驾驶系统包括安装在机械停车系统2附近以停止从机械停车系统2执行的车辆的停车区域3,用于限制 从车辆停车区域3出口,设置在面向机械停车系统2的入口门5的位置以关闭入口门5的门关闭按钮6,用于检测出口的出口检测装置7 车辆,以及控制面板8,用于在通过使用者的操作来执行车辆时,通过出口限制装置4将车辆的出口限制在车辆停车区域3之外,通过出口限制释放车辆的出口限制 当门开门5打开后按下门关闭按钮6,然后当出口检测装置7检测到车辆出口时,通过出口限制装置4重新启动出口限制的装置4。 版权所有(C)2011,JPO&INPIT
    • 54. 发明专利
    • Design apparatus for garage and in-site parking space
    • 设施装备和现场停车空间
    • JP2009256941A
    • 2009-11-05
    • JP2008105847
    • 2008-04-15
    • Toyota Motor Corpトヨタ自動車株式会社
    • SUGIYAMA KENICHI
    • E04H6/42E04H6/00G06F17/50
    • PROBLEM TO BE SOLVED: To provide a design apparatus for a garage and an in-site parking space for setting an easy-to-use parking space.
      SOLUTION: A parking space 26 design-supported by a design support apparatus is so set that a vehicle C makes an access to the parking space 26 from the direction crossing a vehicle advancing/retreating direction while turning. The parking space 26 includes an actual space S1, a getting on/off space S2, and an article access space S3. The width dimension of the riding on/off space S2 is larger than the side door opening dimension of the vehicle C. The depth dimension of the article access space S3 is larger than the rear door opening dimension of the vehicle C. The parking space 26 is so set that a turning path template N corresponding to the vehicle C does not deviate from the boundary section of the parking space 26 and the boundary section of a road 13.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:提供车库的设计装置和用于设置易于使用的停车位的内部停车位。 解决方案:由设计支持装置设计支撑的停车空间26被设置为使得车辆C在从车辆前进/后退方向切换的方向上进入停车空间26。 停车空间26包括实际空间S1,开/关空间S2和物品通道空间S3。 骑乘开/关空间S2的宽度尺寸大于车辆C的侧门开口尺寸。制品进入空间S3的深度尺寸大于车辆C的后门开口尺寸。停车位26 被设置为使得与车辆C对应的转弯路径模板N不偏离停车空间26和道路13的边界部分的边界部分。(C)2010,JPO&INPIT
    • 55. 发明专利
    • Mechanical parking facility and method of controlling storage/retrieval of the same
    • 机械停车设施及其控制存储/检索方法
    • JP2009197470A
    • 2009-09-03
    • JP2008039882
    • 2008-02-21
    • Shin Meiwa Ind Co LtdShinmaywa Engineerings Ltd新明和エンジニアリング株式会社新明和工業株式会社
    • NAKAMURA SEITASAWATO TAKASATO
    • E04H6/00E04H6/42E05F15/20
    • PROBLEM TO BE SOLVED: To provide a mechanical parking facility which allows a user waiting for storage of a vehicle to acquire a state in the vicinity of a storage/retrieval port even under conditions of poor visibility in the vicinity of the storage/retrieval port, and allows the user to carry out well-controlled driving operation without incurring confusion at the time of entering/retreating the parking facility. SOLUTION: The mechanical parking facility is formed of: a chain gate 31 arranged on an outside road 7; the storage/retrieval port 3 of a parking apparatus 2, set at a location away from the chain gate 31; doors 9 for opening/closing the storage/retrieval port 3 when a vehicle M enters/leaves the parking facility; a first remote control receiver 15 for receiving a remote control signal for opening the doors 9 of the storage/retrieval port 3; a second remote control receiver 37 for receiving a remote control signal for opening the chain gate 31 when the vehicle leaves; a third remote control receiver 38 for receiving a remote control signal for opening the chain gate 31 when the vehicle enters; and a control device 12 for stopping the function of the third remote control receiver 38 in interlock with reception of the signal from the first remote control receiver 15 or the second remote control receiver 37. COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:即使在存储/取出端口附近的可见性差的条件下,提供一种机械停车设施,其允许等待车辆存储的用户获取存储/检索端口附近的状态, 检索端口,并且允许用户在进入/撤回停车设施时进行良好控制的驾驶操作而不引起混乱。 解决方案:机械停车设施由布置在外部道路7上的链条门31构成; 停放装置2的存储/取出口3,设置在远离链条门31的位置; 当车辆M进入/离开停车设施时,用于打开/关闭存储/取回端口3的门9; 用于接收用于打开存储/取出端口3的门9的遥控信号的第一遥控接收器15; 第二遥控接收器37,用于在车辆离开时接收用于打开链条门31的遥控信号; 第三遥控接收器38,用于当车辆进入时接收用于打开链式门31的遥控信号; 以及用于与第一遥控接收器15或第二遥控接收器37的信号的接收相互锁定的用于停止第三遥控接收器38的功能的控制装置12.版权所有(C)2009,JPO&INPIT
    • 56. 发明专利
    • Parking lot management system
    • 停车管理系统
    • JP2009174246A
    • 2009-08-06
    • JP2008016210
    • 2008-01-28
    • Panasonic Electric Works Co Ltdパナソニック電工株式会社
    • AZUMA KAZUMASA
    • E04H6/00E04H6/42G07B15/00
    • PROBLEM TO BE SOLVED: To provide a parking lot management system capable of informing a driver of an empty parking space by applying illumination light modulated by a lighting system incorporated in a car stop on the parking space based on the information about vehicle detection from a vehicle detection sensor, illuminating the whole parking space in a well-lighted manner while a car is parked in it to allow the driver to confirm the presence or absence of a person, an obstacle or the like easily and park his/her car safely, and managing the parking space in the whole parking lot efficiently. SOLUTION: The car stop 10 incorporating the vehicle detection sensor 12, the lighting system 13, and a control part 14 is arranged in each parking space 30. The control part 14 of the car stop 10 turns on the lighting system 13 to illuminate the parking space 30 at low illuminance while the parking space 30 is empty and turns on the lighting system 13 to illuminate the parking space 30 at high illuminance when a car 31 is detected in the parking space 30 to support its parking. When a fixed period of time elapses after parking the car, the lighting system 13 is turned off to save electric power. This parking lot management system 100 manages the parking space 30 in the whole parking lot efficiently based on the information about vehicle detection from the vehicle detection sensor 12. COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:提供一种停车场管理系统,其能够基于关于车辆检测的信息,通过将由搭载在停车位上的照明系统调制的照明光施加到停车位上来向驾驶员通知空闲停车位 车辆检测传感器在车辆停放时照亮整个停车位,同时驾驶员容易地确认人,障碍物等的存在或不存在,并将他/她的车停放 安全,有效地管理整个停车场的停车位。 解决方案:将车载检测传感器12,照明系统13和控制部14结合在一起的停车站10配置在各停车空间30内。轿厢停止装置10的控制部14将照明系统13接通至 在停车空间30为空时以低照度照明停车空间30,并且当在停车空间30中检测到轿厢31以支持其停车时,打开照明系统13以高照度照亮停车位30。 停车后经过固定时间段后,照明系统13被关闭以节省电力。 该停车场管理系统100基于来自车辆检测传感器12的关于车辆检测的信息,有效地管理整个停车场中的停车位30。(C)2009,JPO&INPIT
    • 60. 发明专利
    • Gate system for parking lot for bicycle
    • 停车场用于自行车的门系统
    • JP2008242767A
    • 2008-10-09
    • JP2007081897
    • 2007-03-27
    • Dainippon Printing Co Ltd大日本印刷株式会社
    • HIRATA KENRO
    • G07B15/00E04H6/00
    • PROBLEM TO BE SOLVED: To provide a gate system of a parking lot for bicycles capable of solving the problems of convenience, RF-ID medium coping, and deterioration by ultraviolet rays, in a conventional parking lot for bicycles. SOLUTION: This gate system for the parking lot for the bicycles has: the bicycle 1 disposed with a non-contact type data carrier 2 wherein first information including ID information is incorporated inside an IC; a gate 5 making the bicycle pass; a reading part 3 reading the first information of the non-contact type data carrier; a storage part 4a holding second information including the ID information of the non-contact type data carrier wherein use of the parking lot for the bicycles is permitted; and a processing part 4 collating the first information obtained from the reading part and the second information of the storage part, and deciding whether gate opening is permitted or not. The reading part has a flat sheet state, is installed such that the bicycle passes thereon before the gate, and is disposed such that its reading direction becomes perpendicular to a face of the reading part when the non-contact type data carrier approaches closest to the flat sheet-like reading part. COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:在现有的用于自行车的停车场中提供能够解决方便问题,RF-ID中等问题和紫外线劣化的自行车停车场的门系统。 解决方案:用于自行车停车场的该门系统具有:设置有非接触型数据载体2的自行车1,其中包括ID信息的第一信息被并入IC内; 使自行车通行的门5; 读取部件3读取非接触型数据载体的第一信息; 存储部分4a,其保持包括非接触型数据载体的ID信息的第二信息,其中允许使用用于自行车的停车场; 以及处理部分4对照从读取部分获得的第一信息和存储部分的第二信息,以及是否允许门打开。 读取部分具有平板状态,安装成使得自行车在门之前通过它,并且被布置成当非接触型数据载体接近最靠近读取方向时,其读取方向垂直于读取部分的面 平板式阅读部分。 版权所有(C)2009,JPO&INPIT