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    • 2. 发明授权
    • Working machine
    • 工作机
    • US07874390B2
    • 2011-01-25
    • US11678802
    • 2007-02-26
    • Tomoya TaniuchiKoji Yonezawa
    • Tomoya TaniuchiKoji Yonezawa
    • B60K11/04
    • E02F3/325E02F9/00E02F9/0866
    • On the premise that a partition wall for defining an engine room is provided on the left side of a rear portion of an upper frame the partition wall constituting an upper rotating body and that an engine and a cooler are disposed in the engine room, a front support frame which supports a front portion of the cooler is connected to a rear surface of the partition wall in a state of surface abutment against the rear surface, whereby the support frame also serves as a support pillar for the partition wall, the partition wall also serves as a stay for the prevention of transverse vibration of the support frame, and the use of a sealing member for filling up a gap between the partition wall and the support frame can be omitted.
    • 在上部框架的后部的左侧设置用于限定发动机室的分隔壁的情况下,构成上部旋转体的分隔壁和发动机和冷却器配置在发动机室内的前提 支撑框架,其支撑冷却器的前部,在与后表​​面邻接的状态下与分隔壁的后表面连接,由此支撑框架还用作分隔壁的支撑柱,分隔壁也 作为防止支撑框架的横向振动的停留,并且可以省略使用用于填充分隔壁和支撑框架之间的间隙的密封构件。
    • 4. 发明申请
    • WORKING MACHINE
    • 工作机
    • US20070272461A1
    • 2007-11-29
    • US11678802
    • 2007-02-26
    • Tomoya TANIUCHIKoji Yonezawa
    • Tomoya TANIUCHIKoji Yonezawa
    • B62D39/00
    • E02F3/325E02F9/00E02F9/0866
    • On the premise that a partition wall for defining an engine room is provided on the left side of a rear portion of an upper frame the partition wall constituting an upper rotating body and that an engine and a cooler are disposed in the engine room, a front support frame which supports a front portion of the cooler is connected to a rear surface of the partition wall in a state of surface abutment against the rear surface, whereby the support frame also serves as a support pillar for the partition wall, the partition wall also serves as a stay for the prevention of transverse vibration of the support frame, and the use of a sealing member for filling up a gap between the partition wall and the support frame can be omitted.
    • 在上部框架的后部的左侧设置用于限定发动机室的分隔壁的情况下,构成上部旋转体的分隔壁和发动机和冷却器配置在发动机室内的前提 支撑框架,其支撑冷却器的前部,在与后表​​面邻接的状态下与分隔壁的后表面连接,由此支撑框架还用作分隔壁的支撑柱,分隔壁也 作为防止支撑框架的横向振动的停留,并且可以省略使用用于填充分隔壁和支撑框架之间的间隙的密封构件。
    • 5. 发明授权
    • Mounting structure of filter for cooler of construction
    • 过滤器用于结构冷却器的安装结构
    • US07833300B2
    • 2010-11-16
    • US12035081
    • 2008-02-21
    • Tomoya TaniuchiKoji Yonezawa
    • Tomoya TaniuchiKoji Yonezawa
    • B01D46/42
    • E02F9/00B60K11/02B60Y2200/41E02F9/0866F01P11/12
    • On the front surface side of a cooler, a filter mounting portion provided with a filter abutment surface with which a filter is brought into abutment from the front side of the filter mounting portion is provided. The front end side of the filter pushed in from a maintenance port is pressed onto an elastic body formed of a plate spring and provided in the filter mounting portion. Thereby, by a pressing force F1 serving as a component force of a restoring force F of the elastic body, the filter is pressed onto the filter abutment surface, and by a position fixing force F2, the filter is pushed rearwards so as to ensure an engagement state of an engaging claw and an engaging hole.
    • 在冷却器的前表面侧设置有过滤器安装部,该过滤器安装部设置有过滤器从过滤器安装部的前侧抵接的过滤器抵接面。 将从维护口推入的过滤器的前端侧按压在由板簧形成的弹性体上,设置在过滤器安装部。 由此,通过作为弹性体的恢复力F的分力的按压力F1,将过滤器按压到过滤器抵接面上,通过位置固定力F2向后推动过滤器,以确保 接合爪和接合孔的接合状态。
    • 6. 发明申请
    • Cooling Structure of Construction Machine
    • 施工机械冷却结构
    • US20080223319A1
    • 2008-09-18
    • US11722548
    • 2005-12-26
    • Hajime NakashimaTomoya TaniuchiYasumasa KimuraShinichi Kinoshita
    • Hajime NakashimaTomoya TaniuchiYasumasa KimuraShinichi Kinoshita
    • F01P5/06F01P11/10F01P11/12
    • E02F9/0866F01P5/06F01P11/10F01P11/12
    • Problem: To improve a soundproof performance on an air intake side of a cooling structure of a construction machine without enlarging an air intake chamber.Solution: An air intake chamber (16) is provided on the air intake side of a heat exchanger (15) in an engine room (12), and a first air intake port (17) is formed in a top face of the air intake chamber (16). In the air intake chamber (16), a duct (18) independently formed as a shield member is disposed so as to partition the air intake chamber (16) into two chambers (16a), (16b), and also in a manner such that the core surface (15a) of the heat exchanger (15) is enclosed airtightly from the surrounding atmosphere. A second air intake port (24) is formed in the duct (18); thereby, the air intake chamber (16) is constituted in a doubled duct structure, and air sucked from the first air intake port (17) is guided through an air intake passage to the core surface (15a) of the heat exchanger (15), the air intake passage being bent so as to be roughly L-shaped.
    • 问题:提高施工机械的冷却结构的进气侧的隔音性能,而不增大进气室。 解决方案:在发动机室(12)中的热交换器(15)的进气侧设置有吸气室(16),在进气口的顶面形成有第一进气口(17) 室(16)。 在空气吸入室16中,设置独立地形成为屏蔽部件的管道18,以将进气室16分隔成两个室16a和16b, 使得热交换器(15)的芯表面(15a)从周围的气氛气密地封闭。 第二进气口(24)形成在管道(18)中; 因此,进气室16构成为双重管路结构,从第一吸气口17吸入的空气被引导到通过热交换器15的芯面15a的进气通路 ),进气通道弯曲成大致L形。
    • 8. 发明授权
    • Cooling structure of construction machine
    • 施工机械冷却结构
    • US07841314B2
    • 2010-11-30
    • US11722548
    • 2005-12-26
    • Hajime NakashimaTomoya TaniuchiYasumasa KimuraShinichi Kinoshita
    • Hajime NakashimaTomoya TaniuchiYasumasa KimuraShinichi Kinoshita
    • F02B77/04F02B77/13
    • E02F9/0866F01P5/06F01P11/10F01P11/12
    • To improve soundproof performance on an air intake side of a cooling structure of a construction machine without enlarging an air intake chamber. An air intake chamber is provided on the air intake side of a heat exchanger in an engine room, and a first air intake port is formed in a top face of the air intake chamber. In the air intake chamber, a duct independently formed as a shield member is disposed so as to partition the air intake chamber into two chambers, and also such that the core surface of the heat exchanger is enclosed airtightly from the surrounding atmosphere. A second air intake port is formed in the duct; thereby, the air intake chamber is constituted in a doubled duct structure, and air sucked from the first air intake port is guided through an air intake passage to the core surface of the heat exchanger, the air intake passage being bent so as to be roughly L-shaped.
    • 为了提高施工机械的冷却结构的进气侧的隔音性能,而不扩大进气室。 在发动机室的热交换器的吸气侧设置有吸气室,在吸气室的上表面形成有第一空气吸入口。 在进气室中,独立地形成为屏蔽构件的管道被设置成将进气室分隔成两个室,并且还使得热交换器的芯面被气密地封闭在周围的大气中。 第二进气口形成在管道中; 由此,进气室构成为双重管道结构,从第一进气口吸入的空气被引导通过进气通道到热交换器的芯面,进气通道被弯曲成大致 L形。