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    • 1. 发明授权
    • Coupling apparatus and kneading equipment having kneading apparatus and drive apparatus coupled together through the coupling apparatus
    • 具有通过联接装置连接在一起的搅拌装置和驱动装置的连接装置和捏合设备
    • US08714806B2
    • 2014-05-06
    • US12302809
    • 2007-06-05
    • Masaki NaoiToshio UjiharaKatsunobu Hagiwara
    • Masaki NaoiToshio UjiharaKatsunobu Hagiwara
    • B29B7/00
    • B29B7/183F16D3/185
    • An input shaft of a sealed kneading apparatus and an output shaft of a drive apparatus can be coupled together in a mutually eccentric state of both shafts and the apparatus life is prolonged.A coupling apparatus 6 for coupling between an input shaft 16 of a batch type kneading apparatus 1 and an output shaft 19 of a drive apparatus 2 for driving the kneading apparatus 1, the coupling apparatus 6 comprising a gear coupling section 5, the gear coupling section 5 being capable of coupling the input shaft 16 of the batch type kneading apparatus 1 and the output shaft 19 of the drive apparatus 2 with each other in a mutually eccentric state of both shafts, gears 24 meshing with other so as to slide relatively in the face width direction with rotation of the gear coupling section 5, and an oil bath type lubricating section 46 for lubricating the gears 24.
    • 密封搅拌装置的输入轴和驱动装置的输出轴可以在两个轴的相互偏心的状态下联接在一起,并且设备寿命延长。 一种联接装置6,其用于在批式混合装置1的输入轴16和用于驱动捏合装置1的驱动装置2的输出轴19之间联接,联接装置6包括齿轮联接部分5,齿轮联接部分 5能够将批式混合装置1的输入轴16和驱动装置2的输出轴19在两轴相互偏心的状态下彼此联接,齿轮24与另一个相啮合以相对滑动 齿轮联接部5的旋转的面宽方向,以及用于润滑齿轮24的油浴型润滑部46。
    • 4. 发明授权
    • Closed kneading machine and kneading rotor
    • 封闭捏合机和捏合转子
    • US08882337B2
    • 2014-11-11
    • US13259954
    • 2010-03-12
    • Norifumi YoshidaMasaaki UemuraHiromi NakanoKatsunobu HagiwaraKimio InoueMika NishidaKazuhisa Fukutani
    • Norifumi YoshidaMasaaki UemuraHiromi NakanoKatsunobu HagiwaraKimio InoueMika NishidaKazuhisa Fukutani
    • B29B7/18B29B7/24B29B7/26
    • B29B7/186B29B7/246B29B7/263B29B7/7495
    • A kneading rotor, in which the length L4 of a long blade in the direction of rotation of a rotor section is greater than one half of the total length L5 of a rotor section main body in the direction of rotation, and the long blades are arranged in such a manner that, in a case where a pair of the rotor sections are arranged mutually in parallel inside the chamber of the closed kneading machine and are rotated in mutually opposite directions, an end section on the rearward side in the direction of rotation of the rotor section, of the long blade of one of the rotor sections, and an end section on the forward side in the direction of rotation of the rotor section, of the long blade of the other one of the rotor sections, alternately repeat mutually an approaching action and a separating action, and in the state of approach, the end section on the forward side and the end section on the rearward side oppose each other in the direction of rotation of the rotor sections on a line which links the respective central axes of the pair of rotor sections, in one cross-section perpendicular to the axial direction of the rotor section.
    • 一种搅拌转子,其中长叶片在转子部分的旋转方向上的长度L4大于转子部分主体沿旋转方向的总长度L5的一半,长叶片布置 其特征在于,在所述一对所述转子部在所述封闭混炼机的所述室的内部相互平行地配置并相互相反的方向旋转的情况下,在所述旋转方向的后方侧的端部 一个转子部分的长叶片的转子部分和另一个转子部分的长叶片在转子部分的旋转方向的前侧的端部的端部交替重复相互 接近动作和分离动作,并且在接近的状态下,前侧的端部和后侧的端部在转子部的旋转方向上彼此相对, 在一对垂直于转子部分的轴向的横截面中,是一对转子部分的各个中心轴线。
    • 7. 发明授权
    • Batch mixer and mixing rotor used in the same
    • 分批搅拌机和混合转子一起使用
    • US07854542B2
    • 2010-12-21
    • US11263954
    • 2005-11-02
    • Kimio InoueNorifumi YamadaKatsunobu HagiwaraHiromi Nakano
    • Kimio InoueNorifumi YamadaKatsunobu HagiwaraHiromi Nakano
    • B29B7/18
    • B29B7/82B29B7/183B29B7/186
    • A plurality of mixing rotors that are housed in a chamber having a cocoon-shaped cross section in a tangential non-intermeshing state, where a plurality of long wings and short wings are provided on a wing portion of the mixing rotors. The long wings and the short wings severally have a plurality of different sizes of tip clearances, a twist angle of the long wings is changed in the axis direction, and makes mixing efficiency and dispersion efficiency compatible. Further, cooling medium paths are provided severally in the chamber and the mixing rotors to suppress excessive increase of the temperature of mixing materials. According to a batch mixer using the mixing rotors, it is possible to control quality reduction of the mixing materials caused by heat generation, and to improve the productivity by increasing the number of the wings without diminishing inherent processing performance of the mixer.
    • 多个混合转子,其容纳在具有切向非啮合状态的茧状横截面的室中,其中多个长翼和短翼设置在混合转子的翼部上。 长翼和短翼分别具有多个不同尺寸的尖端间隙,长翼的扭转角度在轴线方向上变化,并且使混合效率和色散效率相容。 此外,冷却介质路径分别设置在室和混合转子中以抑制混合材料的温度过度增加。 根据使用混合转子的分批混合器,可以控制由发热引起的混合材料的质量降低,并且通过增加机翼的数量而不降低混合机的固有加工性能来提高生产率。
    • 8. 发明授权
    • Internal mixer having two speed gearing
    • 内部混合器有两个速度齿轮传动
    • US5372419A
    • 1994-12-13
    • US238331
    • 1994-05-04
    • Katsunobu HagiwaraTsuyoshi Miyoshi
    • Katsunobu HagiwaraTsuyoshi Miyoshi
    • B29B7/18B29B7/22
    • B29B7/183Y10T74/19084Y10T74/19242
    • An internal mixer has two rotors operated at either the same speed or different speeds. In two communicating cylindrical closed spaces which are round in cross section, two rotors connected with two output shafts of a speed reducer are juxtaposed in a non-engaged state, to transmit the driving power from the prime mover to the speed reducer, thus turning the two rotors in opposite directions. In this internal mixer, the two rotors are usable both at the same speed and at different speeds because of the use of the speed reducer having two output shafts whose speed of revolution is changeable between the same speed and different speeds. In one embodiment, the speeds of revolution of the output shafts are changed by a slidable clutch and in another embodiment, the speeds of revolution are changed by a movable stepped gear.
    • 内部混合器有两个转子以相同的速度或不同的速度运行。 在横截面为圆形的两个连通的圆柱形封闭空间中,与减速器的两个输出轴连接的两个转子并入非接合状态,以将驱动力从原动机传递到减速器,从而转动 两个相反方向的转子。 在这种内部混合器中,两个转子可以以相同的速度和不同的速度使用,因为使用具有两个输出轴的减速器,其转速在相同速度和不同速度之间变化。 在一个实施例中,通过滑动离合器来改变输出轴的转速,而在另一个实施例中,通过可移动的阶梯齿轮来改变转速。
    • 10. 发明授权
    • Kneading rotor, batch kneader and method of kneading materials
    • 捏合转子,分批捏合机和捏合材料的方法
    • US08926166B2
    • 2015-01-06
    • US13129038
    • 2010-01-13
    • Norifumi YoshidaMasaaki UemuraHiromi NakanoKatsunobu HagiwaraKimio InoueMika NishidaKazuhisa Fukutani
    • Norifumi YoshidaMasaaki UemuraHiromi NakanoKatsunobu HagiwaraKimio InoueMika NishidaKazuhisa Fukutani
    • B29B7/18B29B7/24
    • B29B7/186B29B7/246
    • Provided is a kneading rotor, a batch kneader and a method of kneading materials capable of obtaining kneaded materials with higher quality in comparison to conventional kneaded materials when the materials to be kneaded are kneaded in a high temperature state. The kneading rotor comprises a rotor portion which is disposed in a kneading chamber of a chamber of a batch kneader, and applies shear force, by using a plurality of kneading blades, to materials to be kneaded which pass through a tip clearance. A first long blade of the plurality of kneading blades has an apex for forming, with the inner surface of the chamber forming the kneading chamber, three-staged tip clearances of different sizes configured from a combination of a large tip clearance, a mid tip clearance that is smaller than the large tip clearance, and a small tip clearance that is smaller than the mid tip clearance so as to be arranged in the longitudinal direction of the first long blade. Each of a second long blade, a first short blade and a second short blade of the plurality of kneading blades has an apex for forming, with the inner surface of the chamber forming the kneading chamber, a tip clearance of a size that is larger than or equal to the small tip clearance and smaller than or equal to the large tip clearance.
    • 本发明提供一种混炼转子,间歇式捏合机,以及当将待混炼材料在高温状态下进行捏合时,与常规捏合材料相比,能够获得具有较高质量的混炼材料的混炼材料的方法。 捏合转子包括设置在间歇式捏合机的室的捏合室中的转子部分,并且通过使用多个捏合叶片将剪切力施加到通过顶端间隙的待混炼的材料上。 多个捏合叶片的第一长叶片具有用于形成的顶点,其中形成捏合室的腔室的内表面具有不同尺寸的三级顶端间隙,其由大尖端间隙,中间顶端间隙 小于顶尖间隙的小的顶端间隙,小的顶端间隙比第一长叶片的长度方向配置成小于中间的顶部间隙。 多个捏合叶片中的第二长叶片,第一短叶片和第二短叶片中的每一个具有用于形成的顶点,其中形成捏合室的腔室的内表面的尺寸大于 或等于小尖端间隙并小于或等于大尖端间隙。