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    • 23. 发明授权
    • Method for clocking cumulative operating time for a cargo-handling vehicle, and the cargo-handling vehicle by use of the method
    • 通过使用该方法为货物处理车辆和货物处理车辆计时累积操作时间的方法
    • US09008855B2
    • 2015-04-14
    • US13619786
    • 2012-09-14
    • Naoki Ishikawa
    • Naoki Ishikawa
    • G05D1/00G05D3/00G06F7/00G06F17/00G06G7/48G07C5/04
    • G07C5/04
    • An accumulated use time for cargo handling vehicles is accurately displayed by a time measuring device even if the time measuring device fails and is replaced. Units such as a display unit and a control unit of the cargo handling vehicle each include a time measuring device and a storage device. The device may perform in a synchronization mode in which the difference between the accumulated use times of both devices is made the same and a synchronization inhibition mode in which the accumulated use times are not changed. The accumulated use times are communicated between the function units, and the accumulated use time of the cargo handling vehicle and the absolute value of the difference between the accumulated use times of both measuring devices are taken into consideration. The appropriate mode is selected and the time measurement is carried out in the selected mode.
    • 即使时间测量装置发生故障并被更换,时间测量装置也能准确地显示货物处理车辆的累积使用时间。 诸如货物搬运车辆的显示单元和控制单元的单元各自包括时间测量装置和存储装置。 设备可以执行两个设备的累积使用时间之间的差相同的同步模式以及累积使用时间不改变的同步禁止模式。 在功能单元之间传递累积使用时间,并且考虑货物处理车辆的累积使用时间和两个测量装置的累积使用时间之间的差异的绝对值。 选择适当的模式,并在所选模式下进行时间测量。
    • 25. 发明授权
    • Transfer incorporating wet brake
    • 转入湿式制动器
    • US08771132B2
    • 2014-07-08
    • US13142448
    • 2009-09-28
    • Akihiko FujimotoShigeyoshi Umeda
    • Akihiko FujimotoShigeyoshi Umeda
    • F16H3/44
    • B60K17/046B60K7/0007B60K2007/0038B60K2007/0061B60T1/062F16D2121/02F16D2121/14F16D2123/00F16D2125/64
    • A brake hub (36) and a second gear shaft (22) are rotatably supported by a bearing (42) and a bearing (43), the bearing (42) interposed between a projection (11D-1) of a support member (11D) disposed on the inner side of a recess (36a) of the brake hub and the inner peripheral surface of the recess, the bearing (43) interposed between a support member (11E) surrounding a top end portion of the brake hub and the top end portion of the brake hub. The transfer further comprises a disc pressing pin (50) inserted through a hole (11D-4) in the support member, a pressing plate (51) disposed on the outer side of the support member, and plate pressing means. The plate pressing means presses the pressing plate, the pressing plate presses the disc pressing pin, and the disc pressing pin presses a press brake disc (35C).
    • 制动轮毂(36)和第二齿轮轴(22)由轴承(42)和轴承(43)可旋转地支撑,轴承(42)插入在支撑部件(11D)的突起(11D-1) )设置在所述制动轮毂的凹部(36a)的内侧和所述凹部的内周面之间,所述轴承(43)插入在围绕所述制动轮毂的顶端部的支撑部件(11E)和所述顶部 制动轮毂的端部。 该转印装置还包括:插入通过支撑构件中的孔(11D-4)的盘压销(50),设置在支撑构件外侧的按压板(51)和板压装置。 压板装置按压压板,按压板按压盘压销,盘压销按压压制盘(35C)。
    • 27. 发明授权
    • Control device of industrial vehicle, and industrial vehicle loaded with the device
    • 工业车辆的控制装置,以及装载该装置的工业车辆
    • US08651589B2
    • 2014-02-18
    • US12680818
    • 2008-07-22
    • Naoki IshikawaKatsumi UedaMasanobu Seki
    • Naoki IshikawaKatsumi UedaMasanobu Seki
    • B60T8/32
    • B60T7/14
    • A control device 10 of an industrial vehicle which performs the control of actuating a parking brake 7 during operator's absence in an industrial vehicle includes a seat switch 1, a vehicle speed sensor 2, and the parking brake 7 controlled by a parking brake solenoid 6, and a counter 11 which counts the elapsed time after the seat switch 1 detects the operator's absence. The control device sets the time corresponding to the time until the operator leaves the vehicle after the operator leaves the seat as a preset absence time. When the seat switch 1 has detected absence, a control signal which validates the parking brake 7 is output to the parking brake solenoid 6, thereby actuating the parking brake 7 if the vehicle speed shows a vehicle stopped state, and the elapsed time becomes equal to or more than the set absence time.
    • 在工业车辆不存在的情况下执行驻车制动器7的控制的工业车辆的控制装置10包括座椅开关1,车速传感器2和由驻车制动螺线管6控制的驻车制动器7, 以及计数器11,其对座椅开关1检测到操作者不在之后的经过时间进行计数。 控制装置设定与操作员离开座椅之后的操作员离开车辆的时间对应的时间为预设的不存在时间。 当座椅开关1检测到不存在时,将驻车制动器7进行有效的控制信号输出到驻车制动螺线管6,从而如果车速显示车辆停止状态,则起动驻车制动器7,并且经过时间等于 或超过设定的缺席时间。
    • 30. 发明公开
    • FORKLIFT HEAD-GUARD ATTACHMENT STRUCTURE
    • FRONTSCHUTZBEFESTIGUNGSSTRUKTURFÜRGABELSTAPLER
    • EP2927184A1
    • 2015-10-07
    • EP12889162.9
    • 2012-11-29
    • Mitsubishi Nichiyu Forklift Co., Ltd.
    • ISHIGAMI, AkihiroHAYAKAWA, Tomoyuki
    • B66F9/075
    • B66F9/07545
    • An object is to provide a head guard attachment structure for a forklift that absorbs deformation caused by welding joint, so that quality is stably secured and assembly to a vehicle body is facilitated. A head guard attachment structure includes a head guard 5 including a pair of right and left front pillars 51 disposed at a front of a vehicle body 2 of a forklift 1 and arranged at an interval in a vehicle width direction, a pair of right and left rear pillars 52 disposed at a rear of the vehicle body 2 and arranged at an interval in the vehicle width direction, and a ceiling 53 disposed over the front pillars and the rear pillars. A fastening direction of fastening bolts 22a which fasten either one of the pair of front pillars 51 or the pair of rear pillars 52 to the vehicle body 2 is the vehicle width direction, and a fastening direction of fastening bolts 22a which fasten the other is the vehicle front-rear direction.
    • 本发明的目的是提供一种用于吸收由焊接接头引起的变形的叉车的头部防护件附接结构,从而可以稳定地确保质量并且容易地组装到车身上。 头部保护装置结构包括头部护罩5,头部护罩5包括设置在叉车1的车体2的前部并沿车辆宽度方向间隔布置的一对右前柱和左前柱51,左右一对 设置在车身2的后方且沿车宽方向间隔配置的后柱52,以及设置在前支柱和后支柱之上的顶棚53。 将一对前柱51或一对后柱52中的任一个紧固到车体2的紧固螺栓22a的紧固方向是车宽方向,紧固螺栓22a的紧固方向是紧固螺栓22a的紧固方向 车前后方向。