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    • 3. 发明申请
    • Piston-type compressor
    • 活塞式压缩机
    • US20070081905A1
    • 2007-04-12
    • US11543228
    • 2006-10-05
    • Tomoyasu TakahashiKeiichi Kanesugi
    • Tomoyasu TakahashiKeiichi Kanesugi
    • F04B27/08
    • F04B27/109
    • This invention is to provide a piston-type compressor that assures optimal lubrication by supplying oil in plentiful quantity to a sliding portion in a cylinder block having cylinders formed therein, through which pistons slide reciprocally. A crankcase is defined by a cylinder block 1 having formed therein a plurality of cylinders 17 through which pistons slide, and a housing mounted at the cylinder block 1, and as a shaft passing through the crankcase rotates, a swashplate disposed inside the crankcase is made to rotate, thereby engaging the pistons to reciprocally slide through the cylinders. At the cylinder block 1, an inbound oil guide passage 35 having one end thereof made to open over an area at the end surface of the cylinder block facing the crankcase between adjacent cylinders 17 and another end thereof connecting to a sliding portion inside the cylinder block.
    • 本发明提供一种活塞式压缩机,其通过向其中形成有气缸的气缸体中的滑动部分供应大量的油来确保最佳润滑,活塞通过该滑动部件往复滑动。 曲轴箱由缸体1形成,其中形成有多个气缸17,活塞滑动通过该气缸17,并且安装在气缸体1上的壳体以及通过曲轴箱的轴旋转,设置在曲轴箱内部的斜盘 从而使活塞与活塞往复滑动。 在气缸体1上设有一个入口油引导通道35,其一端在气缸体端面上相对于相邻气缸17相对于曲轴箱的端面开口,另一端连接到气缸体内的滑动部分 。
    • 4. 发明申请
    • COMPRESSOR
    • 压缩机
    • US20100129251A1
    • 2010-05-27
    • US12452844
    • 2008-07-17
    • Takayuki EndoTomoyasu TakahashiYoshihiro Adachi
    • Takayuki EndoTomoyasu TakahashiYoshihiro Adachi
    • F04B39/10F04B27/08
    • F04B27/1009F04B27/0873F04B39/1073F04B53/1087
    • A compressor that allows a discharge port to assume a large circumference and a large area at an exit end thereof so as to optimize the discharge resistance and the pressure-receiving area and assuring improved volumetric efficiency through reduced dead volume, includes a discharge port 5b, an entrance end of which opens into a compression chamber and an exit end that is able to open and shut with a discharge valve 43. The discharge port 5b is constituted with a recessed portion 50 formed so as to assume a specific depth measured from the exit end and a through portion 51 having a smaller sectional area than the sectional area of the recessed portion 50 with one end thereof opening at the recessed portion 50 and another end thereof opening into the compression chamber. The through portion 51 is formed so that its width measured along a direction substantially perpendicular to the longitudinal direction of the discharge valve 43 is greater than its width measured along the longitudinal direction of the discharge valve 43 and the center of the through portion 51 is offset toward the front end of the discharge valve 43 relative to the center of the recessed portion 50.
    • 一种压缩机,其允许排气口在其出口端处呈现大圆周和大面积,以便通过减少死体积来优化排气阻力和压力接收面积并确保提高的体积效率,包括排出口5b, 其入口端通向压缩室和能够与排出阀43打开和关闭的出口端。排出口5b由凹部50构成,凹部50形成为从出口测量的特定深度 端部和贯通部51,其截面积小于凹部50的截面积,其一端在凹部50处开口,另一端开口到压缩室。 贯通部51形成为沿着与排出阀43的长度方向大致正交的方向测定的宽度大于沿排出阀43的长度方向测定的宽度,贯通部51的中心偏移 相对于凹部50的中心朝向排出阀43的前端。
    • 6. 发明申请
    • Piston Compressor
    • 活塞式压缩机
    • US20100034672A1
    • 2010-02-11
    • US12311622
    • 2007-10-23
    • Tomoyasu TakahashiYoshihiro Adachi
    • Tomoyasu TakahashiYoshihiro Adachi
    • F04B27/08
    • F04B27/109
    • The present invention provides a piston-type compressor that effectively reduces the quantity of oil flowing out of the compressor by assuring a full centrifugal separation effect to be induced as a shaft rotates without having to install a complicated oil separation mechanism. In a piston-type compressor in which a working fluid having been taken in through an intake port 30 is first compressed with pistons 17 and is then let out through an outlet port, an axial hole 32a ranging along the axial direction and a radial hole 32b communicating with the axial hole 32a and opening into a crankcase 7 are formed within the shaft 12. In addition, a first intake passage through which the working fluid having flowed in through the intake port 30 is guided via the crankcase 7 to the radial hole 32b and the aacial hole 32a and a second intake passage through which the working fluid having flowed in through the intake port 30 is guided to join the working fluid having been drawn into the first intake passage by bypassing the crankcase 7 are formed in the compressor. The working fluid is taken into cylinders from the area where the first working fluid and the second working fluid join each other.
    • 本发明提供一种活塞式压缩机,其通过确保轴旋转而不会安装复杂的油分离机构而产生的全部离心分离效果,有效地减少了从压缩机流出的油量。 在其中已经通过进气口30被吸入的工作流体首先用活塞17压缩并且然后通过出口排出的活塞式压缩机中,沿轴向方向的轴向孔32a和径向孔32b 在轴12内形成有与轴孔32a连通并且开口到曲轴箱7中的状态。另外,通过进气口30流入的工作流体的第一进气通道经由曲轴箱7被引导到径向孔32b 在压缩机中形成有通过进气口30流入的工作流体被引导以连接已经通过绕过曲轴箱7而被吸入第一进气通道的工作流体的开口32a和第二进气通道。 工作流体从第一工作流体和第二工作流体彼此连接的区域被吸入气缸中。
    • 7. 发明授权
    • Vane compressor having a single suction groove formed in a side member
which is in direct contact with a cam ring
    • 叶片压缩机具有形成在与凸轮环直接接触的侧构件中的单个吸入槽
    • US6022204A
    • 2000-02-08
    • US156165
    • 1998-09-17
    • Toshihiro MurayamaShunji MutaTomoyasu Takahashi
    • Toshihiro MurayamaShunji MutaTomoyasu Takahashi
    • F01C21/10F04C18/344
    • F04C18/3446F01C21/10
    • A vane compressor has at least one of a front-side member and a rear-side member thereof formed with a suction chamber opening toward a cam ring, which has a substantially arcuate or annular shape and extends around a drive shaft. The cam ring has one end face formed with a refrigerant inlet port for supplying a low-pressure refrigerant into compression chambers formed between vanes. Alternatively, a front head is arranged on one end face of the cam ring. A shell encloses another end and an outer peripheral surface of the cam ring and holds a movable plate in a state opposed to the other end face of the cam ring such that the movable plate can be moved along a central axis of the drive shaft. An inside of the shell and the movable plate defines a high-pressure chamber therein. Each adjacent pair of the vanes, the front head, and the movable plate defines a compression chamber therein. The shell has a front-side end extending to an outer peripheral surface of the front head and fixed to the outer peripheral surface of the front head. The outer peripheral surface of the cam ring and an inner peripheral surface of the front-side end of the shell defines a low-pressure space therebetween. The cam ring is formed with an inlet port opening through an outer peripheral wall thereof for supplying a low-pressure refrigerant into the compression chambers during a suction stroke.
    • 叶片式压缩机具有至少一个前侧构件和后侧构件,其中形成有朝向凸轮环开口的吸入室,该抽吸室具有基本上为弧形或环形的形状并围绕驱动轴延伸。 凸轮环具有形成有用于将低压制冷剂供给到形成在叶片之间的压缩室中的制冷剂入口的一个端面。 或者,在凸轮环的一个端面上设置有前头。 壳体包围凸轮环的另一端和外周表面,并且将可动板保持在与凸轮环的另一端面相对的状态,使得可动板可以沿着驱动轴的中心轴线移动。 壳体和可动板的内部在其中限定高压室。 每个相邻的一对叶片,前头和可动板在其中限定一个压缩室。 外壳具有延伸到前头的外周表面并固定到前头的外周表面的前侧端。 凸轮环的外周面和壳体的前侧端部的内周面在它们之间限定了低压空间。 凸轮环形成有通过其外周壁开口的入口,用于在吸入冲程期间将低压制冷剂供应到压缩室中。
    • 8. 发明授权
    • Piston compressor with second intake
    • 活塞压缩机与第二摄入
    • US08118566B2
    • 2012-02-21
    • US12311622
    • 2007-10-23
    • Tomoyasu TakahashiYoshihiro Adachi
    • Tomoyasu TakahashiYoshihiro Adachi
    • F04B27/08
    • F04B27/109
    • In a piston-type compressor in which a working fluid is taken in through an intake port is first compressed with pistons and is then let out through an outlet port, an axial hole ranging along the axial direction and a radial hole communicating with the axial hole and opening into a crankcase are formed within the shaft. Additionally, a first intake passage through which the working fluid having flowed in through the intake port is guided via the crankcase to the radial hole and the axial hole and a second intake passage through which the working fluid having flowed in through the intake port is guided to join the working fluid having been drawn into the first intake passage by bypassing the crankcase are formed in the compressor. The working fluid is taken into cylinders from the area where the first working fluid and the second working fluid join each other.
    • 在其中通过进气口吸入工作流体的活塞式压缩机首先用活塞压缩,然后通过出口排出,沿轴向方向的轴向孔和与轴向孔连通的径向孔 并且在轴内形成开口到曲轴箱中。 此外,已经通过进气口流入的工作流体经由曲轴箱被引导到径向孔和轴向孔的第一进气通道和引导通过进气口的工作流体被引导的第二进气通道 通过绕过曲轴箱将已被吸入第一进气通道的工作流体接合在压缩机中。 工作流体从第一工作流体和第二工作流体彼此连接的区域被吸入气缸中。
    • 10. 发明授权
    • Vane compressor having a movable pressure plate and a unitary front head
and cam ring
    • 叶片式压缩机具有可移动的压力板和一体的前头和凸轮环
    • US5924856A
    • 1999-07-20
    • US755262
    • 1996-11-22
    • Toshihiro MurayamaShunji MutaTomoyasu Takahashi
    • Toshihiro MurayamaShunji MutaTomoyasu Takahashi
    • F01C21/10F04C18/344
    • F04C18/3446F01C21/10
    • A vane compressor has at least one of a front-side member and a rear-side member thereof formed with a suction chamber opening toward a cam ring, which has a substantially arcuate or annular shape and extends around a drive shaft. The cam ring has one end face formed with a refrigerant inlet port for supplying a low-pressure refrigerant into compression chambers formed between vanes. Alternatively, a front head is arranged on one end face of the cam ring. A shell encloses another end and an outer peripheral surface of the cam ring and holds a movable plate in a state opposed to the other end face of the cam ring such that the movable plate can be moved along a central axis of the drive shaft. An inside of the shell and the movable plate defines a high-pressure chamber therein. Each adjacent pair of the vanes, the front head, and the movable plate defines a compression chamber therein. The shell has a front-side end extending to an outer peripheral surface of the front head and fixed to the outer peripheral surface of the front head. The outer peripheral surface of the cam ring and an inner peripheral surface of the front-side end of the shell defines a low-pressure space therebetween. The cam ring is formed with an inlet port opening through an outer peripheral wall thereof for supplying a low-pressure refrigerant into the compression chambers during a suction stroke.
    • 叶片式压缩机具有至少一个前侧构件和后侧构件,其中形成有朝向凸轮环开口的吸入室,该抽吸室具有基本上为弧形或环形的形状并围绕驱动轴延伸。 凸轮环具有形成有用于将低压制冷剂供给到形成在叶片之间的压缩室中的制冷剂入口的一个端面。 或者,在凸轮环的一个端面上设置有前头。 壳体包围凸轮环的另一端和外周表面,并且将可动板保持在与凸轮环的另一端面相对的状态,使得可动板可以沿着驱动轴的中心轴线移动。 壳体和可动板的内部在其中限定高压室。 每个相邻的一对叶片,前头和可动板在其中限定一个压缩室。 外壳具有延伸到前头的外周表面并固定到前头的外周表面的前侧端。 凸轮环的外周面和壳体的前侧端部的内周面在它们之间限定了低压空间。 凸轮环形成有通过其外周壁开口的入口,用于在吸入冲程期间将低压制冷剂供应到压缩室中。