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    • 1. 发明申请
    • VANE COMPRESSOR
    • VANE压缩机
    • US20120269670A1
    • 2012-10-25
    • US13516896
    • 2010-12-14
    • Junichirou TerazawaHirotada Shimaguchi
    • Junichirou TerazawaHirotada Shimaguchi
    • F04C18/02
    • F04C18/3446F01C21/0863F04C28/06F04C29/005F04C2240/20
    • A vane compressor includes a cylinder block, a cylinder chamber having an ellipsoidal inner wall, a rotor whose outer circumferential surface is provided with vane slots formed thereon, a drive source for the rotor, and vanes housed in the vane slots, respectively. The rotor is rotated by the drive source while the vanes are protruded from the vane slots by backpressure generated in backpressure spaces in the vane slots to contact end edges of the vanes with the inner wall of the cylinder chamber. The compressor further comprises a stop mechanism that makes the rotor stopped at a predetermined rotational position where a difference between a total volume of the backpressure spaces when operated and a total volume of the backpressure spaces when stopped becomes minimum. According to the compressor, chattering can be prevented without extra workings on the vanes or the rotor and without providing extra parts.
    • 叶片压缩机包括气缸体,具有椭圆形内壁的气缸室,外周面上形成有叶片槽的转子,转子的驱动源和容纳在叶片槽中的叶片。 转子通过驱动源旋转,同时叶片通过在叶片槽中的背压空间中产生的背压而从叶片槽突出,以接触叶片的端部边缘与气缸室的内壁。 压缩机还包括停止机构,该停止机构使转子停止在预定旋转位置,在预定旋转位置,当操作时背压空间的总体积与停止时的背压空间的总体积之间的差最小时。 根据压缩机,可以防止在叶片或转子上没有额外的运动而没有额外的部件的颤动。
    • 2. 发明授权
    • Stop mechanism for vane compressor
    • 叶片式压缩机停止机构
    • US08985963B2
    • 2015-03-24
    • US13516896
    • 2010-12-14
    • Junichirou TerazawaHirotada Shimaguchi
    • Junichirou TerazawaHirotada Shimaguchi
    • F04C2/00F04C18/00F04C14/18F04C28/18F04C18/344F01C21/08F04C28/06F04C29/00
    • F04C18/3446F01C21/0863F04C28/06F04C29/005F04C2240/20
    • A vane compressor includes a cylinder block, a cylinder chamber having an ellipsoidal inner wall, a rotor whose outer circumferential surface is provided with vane slots formed thereon, a drive source for the rotor, and vanes housed in the vane slots, respectively. The rotor is rotated by the drive source while the vanes are protruded from the vane slots by backpressure generated in backpressure spaces in the vane slots to contact end edges of the vanes with the inner wall of the cylinder chamber. The compressor further comprises a stop mechanism that makes the rotor stopped at a predetermined rotational position where a difference between a total volume of the backpressure spaces when operated and a total volume of the backpressure spaces when stopped becomes minimum. According to the compressor, chattering can be prevented without extra workings on the vanes or the rotor and without providing extra parts.
    • 叶片压缩机包括气缸体,具有椭圆形内壁的气缸室,外周面上形成有叶片槽的转子,转子的驱动源和容纳在叶片槽中的叶片。 转子通过驱动源旋转,同时叶片通过在叶片槽中的背压空间中产生的背压而从叶片槽突出,以接触叶片的端部边缘与气缸室的内壁。 压缩机还包括停止机构,该停止机构使转子停止在预定旋转位置,在预定旋转位置,当操作时背压空间的总体积与停止时的背压空间的总体积之间的差最小时。 根据压缩机,可以防止在叶片或转子上没有额外的运动而没有额外的部件的颤动。
    • 3. 发明授权
    • Rotary vane compressor
    • 旋转叶片式压缩机
    • US09033675B2
    • 2015-05-19
    • US13505864
    • 2010-10-15
    • Hirotada ShimaguchiTakashi KuboJunichirou Terazawa
    • Hirotada ShimaguchiTakashi KuboJunichirou Terazawa
    • F04C18/344F04C28/06F04C28/08F04C29/06
    • F04C18/3446F01C21/0863F04C28/04F04C28/06F04C28/08F04C29/06F04C2270/701
    • A rotary vane compressor includes a cylinder chamber having an ellipsoidal inner wall shape, a rotor rotatably provided in the cylinder chamber, a vane held in the rotor so as to contact with an inner wall surface of the cylinder chamber along with a rotation of the rotor, a vane slot provided on the rotor and offset on a reverse rotational side of the rotor from a radial line passing over a rotational center of the rotor, and a controller for controlling a rotation of the rotor. The controller reversely rotates the rotor for a predetermined time upon activating the compressor. According to the compressor, chattering can be prevented by surely protruding the vane from the vane slot without providing extra parts. In addition, the vane can be produced with easy working processes at low cost.
    • 旋转叶片压缩机包括具有椭圆形内壁形状的气缸室,可旋转地设置在气缸室中的转子,保持在转子中以与气缸室的内壁表面接触的叶片以及转子的旋转 设置在所述转子上的叶片槽和从所述转子的旋转中心的径向线路在所述转子的反向旋转侧上偏移的叶片槽,以及用于控制所述转子旋转的控制器。 在启动压缩机时,控制器使转子反转一预定时间。 根据压缩机,可以通过从叶片槽确定地突出叶片而不增加额外的部分来防止振动。 此外,叶片可以以低成本的易于加工的方法生产。
    • 4. 发明申请
    • ROTARY VANE COMPRESSOR
    • 旋转式压缩机
    • US20120224986A1
    • 2012-09-06
    • US13505864
    • 2010-10-15
    • Hirotada ShimaguchiTakashi KuboJunichirou Terazawa
    • Hirotada ShimaguchiTakashi KuboJunichirou Terazawa
    • F04C18/00F04C23/02
    • F04C18/3446F01C21/0863F04C28/04F04C28/06F04C28/08F04C29/06F04C2270/701
    • A rotary vane compressor includes a cylinder chamber having an ellipsoidal inner wall shape, a rotor rotatably provided in the cylinder chamber, a vane held in the rotor so as to contact with an inner wall surface of the cylinder chamber along with a rotation of the rotor, a vane slot provided on the rotor and offset on a reverse rotational side of the rotor from a radial line passing over a rotational center of the rotor, and a controller for controlling a rotation of the rotor. The controller reversely rotates the rotor for a predetermined time upon activating the compressor. According to the compressor, chattering can be prevented by surely protruding the vane from the vane slot without providing extra parts. In addition, the vane can be produced with easy working processes at low cost.
    • 旋转叶片压缩机包括具有椭圆形内壁形状的气缸室,可旋转地设置在气缸室中的转子,保持在转子中以与气缸室的内壁表面接触的叶片以及转子的旋转 设置在所述转子上的叶片槽和从所述转子的旋转中心的径向线路在所述转子的反向旋转侧上偏移的叶片槽,以及用于控制所述转子旋转的控制器。 在启动压缩机时,控制器使转子反转一预定时间。 根据压缩机,可以通过从叶片槽确定地突出叶片而不增加额外的部分来防止振动。 此外,叶片可以以低成本的易于加工的方法生产。