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    • 1. 发明授权
    • Screw fluid machine
    • 螺旋流体机
    • US06257855B1
    • 2001-07-10
    • US09442467
    • 1999-11-18
    • Hirotaka KameyaShigekazu NozawaMasayuki UrashinTakeshi HidaMasakazu Aoki
    • Hirotaka KameyaShigekazu NozawaMasayuki UrashinTakeshi HidaMasakazu Aoki
    • F03C200
    • F04C18/084F04C18/16
    • A screw rotor for use in screw compressors and screw vacuum pumps comprises a pair of rotors including a male rotor and a female rotor. These rotors have helical lobes in an axial direction and mesh with each other to form a compression chamber. Depending upon a lobe configuration of the rotors, suction pressure and discharge pressure, a negative torque for self-rotation as well as a positive torque opposing to rotation due to a compression action is generated on the female rotor in operation. This phenomenon generates when a value obtained by integrating a torque acting on the female rotor over an entire cross section in an axial direction of the rotors becomes negative. When the negative torque is generated, noises due to tooth separating vibration is caused. Then, a lobe profile is defined such that a magnitude of the negative torque is smaller than that of the positive torque in respective cross sections of the female rotor. That is, a relationship between a radius of a point of contact on a leading surface side of the female rotor and a radius of a point of contact on a trailing surface side or curvatures of the rotors are such that the negative torque is not generated on the lobe profile.
    • 用于螺杆式压缩机和螺杆式真空泵的螺杆转子包括一对转子,包括一个公转子和一个母转子。 这些转子在轴向上具有螺旋形叶片并且彼此啮合以形成压缩室。 根据转子的凸角构造,吸入压力和排出压力,在操作中在母转子上产生自旋转的负转矩以及由于压缩动作而与旋转相反的正转矩。 当通过将在母转子上作用的转矩在转子的轴向上的整个横截面上积分得到的值变为负时,会产生这种现象。 当产生负转矩时,会引起由于齿分离振动引起的噪音。 然后,定义凸角轮廓,使得负转矩的大小小于阴转子的相应横截面中的正转矩的大小。 也就是说,阴转子的前表面侧的接触点的半径与后表面侧的接触点的半径或转子的曲率之间的关系使得不产生负转矩 肺叶剖面。
    • 4. 发明授权
    • Screw compressor
    • 螺杆压缩机
    • US06506039B1
    • 2003-01-14
    • US09996824
    • 2001-11-30
    • Hiroki OsumimotoShigekazu NozawaMasayuki UrashinTakeshi HidaHirotaka KameyaAtsushi Watanabe
    • Hiroki OsumimotoShigekazu NozawaMasayuki UrashinTakeshi HidaHirotaka KameyaAtsushi Watanabe
    • F04C1826
    • F04C18/16F04C11/00F04C18/086F04C29/02F04C29/026Y10S55/17Y10S418/01
    • The screw compressor according to the invention is provided with a main casing 1 having male and female rotors 6, a discharge casing 3 having a discharge passage 15 for compressed gas discharged from the rotors, and an oil reservoir 19 for accumulating oil separated from the compressed gas. The discharge casing is provided with a cylindrical oil separating space section 4 formed therein so as to communicate with the discharge passage, which discharge passage is connected in a tangential direction of the oil separating space section. Further, a discharge port 14 is provided so as to communicate with the oil separating space section, and a cylindrical member 5 is further provided in the oil separating space section so as to be concentric therewith. The oil separating space section and the oil reservoir are connected to each other through a communication passage having a cross-sectional area smaller than that of the oil separating space section.
    • 根据本发明的螺杆式压缩机设置有具有阳转子和阴转子6的主壳体1,具有用于从转子排出的压缩气体的排出通道15的排出壳体3和用于积聚从压缩机分离的油的储油器19 加油站。 排出壳体设置有形成在其中的圆柱形油分离空间部分4,以便与排油通道连通,该排出通道沿油分离空间部分的切线方向连接。 此外,设置有与油分离空间部分连通的排出口14,并且在油分离空间部分中进一步设置与其分离的圆筒部件5。 油分离空间部分和储油器通过具有小于油分离空间部分的横截面积的连通通道相互连接。
    • 8. 发明授权
    • Oil-free scroll compressor
    • 无油涡旋压缩机
    • US08202057B2
    • 2012-06-19
    • US12542863
    • 2009-08-18
    • Hirokatsu KohsokabeHirotaka KameyaKazuaki ShiinokiToshiaki Yabe
    • Hirokatsu KohsokabeHirotaka KameyaKazuaki ShiinokiToshiaki Yabe
    • F04B49/10
    • F04C18/0223F04C29/0014F04C2240/81F04C2270/19
    • An oil-free scroll compressor prevents wraps from being broken and provides improved reliability. The oil-free scroll compressor includes an orbiting scroll member and fixed scroll members, and has compression channels into which water is injected each formed between the intake port and exhaust port provided in the fixed scroll member. The oil-free scroll compressor includes temperature sensors each of which detects temperature in the compression channel, regulating valves each of which controls ratio of the amount of the water to be injected into the respective compression channels to the total amount of the water to be injected into the compression channels, and controller which controls the opening degrees of the regulating valves such that a difference between the detected temperatures from the compression channels is small.
    • 无油涡旋压缩机防止卷材破损,提高了可靠性。 无油涡旋压缩机包括绕动涡旋构件和固定涡旋构件,并且具有压缩通道,每个形成在设置在固定涡旋构件中的进气口和排气口之间形成有水。 无油涡旋压缩机包括温度传感器,每个温度传感器检测压缩通道中的温度,每个调节阀控制要喷射到各个压缩通道中的水量的比例与待喷射的水的总量 以及控制器,其控制调节阀的开度,使得来自压缩通道的检测到的温度之间的差异小。
    • 10. 发明授权
    • Water injected scroll air compressor
    • 注水涡旋空压机
    • US08721308B2
    • 2014-05-13
    • US13025460
    • 2011-02-11
    • Kazuaki ShiinokiNatsuki KawabataHirotaka Kameya
    • Kazuaki ShiinokiNatsuki KawabataHirotaka Kameya
    • F01C1/02
    • F04C29/0007F04C18/0215F04C28/08F04C2240/81F05C2201/903
    • As pressure in a water tank rapidly rises when water inside a compressor is evaporated by the high temperature of compressed air and this situation makes the operation unstable, an object of the present subject matter is to address this problem. A water injected scroll air compressor is provided with: an air end of the scroll air compressor; a driving unit that generates driving force for the air end; a compressing path from a suction port to a discharge port; a portion to inject water into the compressing path; a discharge piping of air discharged from the air end; a tank provided on a path of the discharge piping for storing water separated from the compressed air; and a cooler that is provided on the path of the discharge piping between the tank and the air end and cools the compressed air discharged from the air end.
    • 当压缩机内的水被压缩空气的高温蒸发时,水箱内的压力急剧上升,这种情况使得操作不稳定,本发明的目的是解决这个问题。 注水涡旋空气压缩机设有:涡旋空气压缩机的空气端; 产生空气端的驱动力的驱动单元; 从吸入口到排出口的压缩路径; 将水注入压缩路径的部分; 从空气端排出的空气的排放管道; 设置在排出管道的路径上的用于储存从压缩空气分离的水的罐; 以及设置在罐和空气端之间的排放管道的路径上并且冷却从空气端排出的压缩空气的冷却器。