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    • 4. 发明授权
    • Installation structure for dustproof net
    • 防尘网安装结构
    • US08317889B2
    • 2012-11-27
    • US12845193
    • 2010-07-28
    • Tamio KobayashiHiroyuki Isobe
    • Tamio KobayashiHiroyuki Isobe
    • B01D46/00
    • F01P11/12B60K11/04B60K11/08B60Y2200/41E02F9/00E02F9/0866F01P2003/182
    • Disclosed is an installation structure for a dustproof net to be arranged in a machine, which has an engine, a cooling fan for producing cooling air to cool the engine, plural heat exchangers arranged on an upstream side of the cooling fan, and a compartment with the engine, cooling fan and plural heat exchangers accommodated therein, such that the dustproof net is arranged at a position on a side upstream of the heat exchanger located most upstream among the plural heat exchanger relative to a flow of air drawn in by the cooling fan and in isolation from the most upstream heat exchanger to remove dust contained in the air drawn in by the cooling fan. The dustproof net is provided with a support structure for supporting the dustproof net on members that form the compartment.
    • 公开了一种布置在机器中的防尘网的安装结构,其具有发动机,用于产生冷却发动机的冷却空气的冷却风扇,布置在冷却风扇的上游侧的多个热交换器和具有 发动机,冷却风扇和容纳在其中的多个热交换器,使得防尘网相对于由冷却风扇吸入的空气流而布置在位于多个热交换器中最上游的热交换器的上游侧的位置 并且与最上游的热交换器隔离,以除去由冷却风扇吸入的空气中所含的灰尘。 防尘网设置有用于在形成隔间的构件上支撑防尘网的支撑结构。
    • 5. 发明申请
    • CONSTRUCTION MACHINE
    • 建筑机械
    • US20110219762A1
    • 2011-09-15
    • US12672081
    • 2009-02-10
    • Tamio KobayashiMakoto Matsushita
    • Tamio KobayashiMakoto Matsushita
    • F16D31/02
    • E02F9/00B60K11/08E02F9/0866E02F9/0891F01P3/18F01P11/10F01P11/12F01P2003/187
    • A top cover (17) is provided at an upper position of a supporting structure (12) of heat exchange device (11), and an upper opening (20C) is configured to be provided in a detachable type cover (20) for constituting this top cover (17) at a position corresponding to a clearance (16) between a radiator (13) and an intercooler (15) which overlap in the flowing direction (A) of cooling air. Accordingly, when a cooling fan (7B) is rotatively driven, the upper opening (20C) allows cool cooling air to flow into the supporting structure (12) and to be supplied to the radiator (13) through the clearance (16) between the radiator (13) and the intercooler (15). As a result, only the radiator (13) which overlaps with the intercooler (15) can be efficiently cooled by the cool cooling air from the upper opening (20C).
    • 顶盖(17)设置在热交换装置(11)的支撑结构(12)的上部位置,并且上部开口(20C)构造成设置在可拆卸式盖(20)中,用于构成 顶盖(17)在对应于在冷却空气的流动方向(A)上重叠的散热器(13)和中间冷却器(15)之间的间隙(16)的位置。 因此,当冷​​却风扇(7B)被旋转驱动时,上部开口(20C)允许冷却的冷却空气流入支撑结构(12)并通过间隙(16)供应到散热器(13) 散热器(13)和中间冷却器(15)。 结果,只有与中间冷却器(15)重叠的散热器(13)能够被来自上部开口(20C)的冷却空气有效地冷却。
    • 6. 发明授权
    • Construction machine
    • 施工机械
    • US08162087B2
    • 2012-04-24
    • US12672081
    • 2009-02-10
    • Tamio KobayashiMakoto Matsushita
    • Tamio KobayashiMakoto Matsushita
    • B60K11/04B60H1/00F28D1/00
    • E02F9/00B60K11/08E02F9/0866E02F9/0891F01P3/18F01P11/10F01P11/12F01P2003/187
    • A top cover (17) is provided at an upper position of a supporting structure (12) of heat exchange device (11), and an upper opening (20C) is configured to be provided in a detachable type cover (20) for constituting this top cover (17) at a position corresponding to a clearance (16) between a radiator (13) and an intercooler (15) which overlap in the flowing direction (A) of cooling air. Accordingly, when a cooling fan (7B) is rotatively driven, the upper opening (20C) allows cool cooling air to flow into the supporting structure (12) and to be supplied to the radiator (13) through the clearance (16) between the radiator (13) and the intercooler (15). As a result, only the radiator (13) which overlaps with the intercooler (15) can be efficiently cooled by the cool cooling air from the upper opening (20C).
    • 顶盖(17)设置在热交换装置(11)的支撑结构(12)的上部位置,并且上部开口(20C)构造成设置在可拆卸式盖(20)中,用于构成 顶盖(17)在对应于在冷却空气的流动方向(A)上重叠的散热器(13)和中间冷却器(15)之间的间隙(16)的位置。 因此,当冷​​却风扇(7B)被旋转驱动时,上部开口(20C)允许冷却的冷却空气流入支撑结构(12)并通过间隙(16)供应到散热器(13) 散热器(13)和中间冷却器(15)。 结果,只有与中间冷却器(15)重叠的散热器(13)能够被来自上部开口(20C)的冷却空气有效地冷却。
    • 7. 发明申请
    • Heat Exchanging Device for Construction Machine
    • 工程机械换热装置
    • US20110000637A1
    • 2011-01-06
    • US12920529
    • 2009-03-04
    • Sheng ChangTamio KobayashiKensuke Sato
    • Sheng ChangTamio KobayashiKensuke Sato
    • B60K11/04
    • B60K11/04E02F9/00E02F9/0866F01P11/12
    • To provide a heat exchanger assembly for a construction machine, which can facilitate attachment/detachment work of dustproof nets and can attach the dustproof nets with suppressed flapping. A heat exchanger assembly for a construction machine is provided with heat exchangers mounted on a frame for cooling a drive source mounted on the frame, a fan mounted on the frame for supplying cooling air to the heat exchangers, and dustproof nets arranged upstream of the heat exchangers in a flow of the cooling air produced by the fan. The dustproof nets are each provided with a net section held taut within a frame section, and a clipping part attached to the frame section. The clipping part is arranged such that it can be releasably fastened to a clipped part arranged on the corresponding heat exchanger. The clipping part is provided at its end portion with a bent portion. At least one of the bent portion 34e and the clipped part is provided with an elastic member.
    • 为了提供一种用于建筑机械的热交换器组件,其可以有助于防尘网的附接/拆卸工作,并且可以以抑制的扑动来附接防尘网。 一种用于建筑机械的热交换器组件设置有安装在框架上的热交换器,用于冷却安装在框架上的驱动源,安装在框架上的风扇,用于向热交换器供应冷却空气,以及布置在热量上游的防尘网 由风扇产生的冷却空气流中的交换器。 防尘网均设置有在框架部分内保持拉紧的网部分,以及附接到框架部分的夹持部分。 夹持部被布置成使得其可释放地紧固到布置在相应的热交换器上的夹紧部分。 夹持部在其端部设置有弯曲部。 弯曲部分34e和夹持部分中的至少一个设置有弹性构件。