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    • 12. 发明授权
    • Self-propelled crushing machine
    • 自走式破碎机
    • US06332582B1
    • 2001-12-25
    • US09344244
    • 1999-06-25
    • Katsuhiro IkegamiMasaho YamaguchiSatoru Koyanagi
    • Katsuhiro IkegamiMasaho YamaguchiSatoru Koyanagi
    • B02C2500
    • B02C25/00B02C21/026B02C2018/164
    • The present invention provides a self-propelled crushing machine in which a crushed material having a widely desired grain size can be obtained, a degree of freedom for automatically controlling a rotary tab and a rotary crusher can be preferably improved, and a crushing having a high efficiency can be performed. Accordingly, in a self-propelled crushing machine in which a rotary crusher (1) and a rotary tab (3) for introducing a material to be crushed thrown from an outer portion to the rotary crusher are provided on a self-propelled truck (4), and the material to be crushed is crushed by the rotary crusher and freely discharged to the outer portion, there are provided target crushing rotational speed setting means (5) for setting a target crushing rotational speed (Nhm) of the rotary crusher (1), actual crushing rotational speed detecting means (12) for detecting an actual crushing rotational speed (Nh) of the rotary crusher, crusher drive means (10) for setting the rotary crusher to be freely rotated, and control means (16) for inputting a target crushing rotational speed (Nhm) from the target crushing rotational speed setting means, inputting the actual crushing rotational speed (Nh) from the actual crushing rotational speed detecting means and outputting a crushing rotation control signal (Nhn) for maintaining a relation Nh−Nhm=0 to the crusher drive means by comparing them.
    • 本发明提供一种自行式破碎机,其中可以获得具有广泛期望的粒度的粉碎材料,可以优选提高自动控制旋转片和旋转破碎机的自由度,并且可以提高具有高 可以执行效率。 因此,在自推进式破碎机(4)中,在自走式搬运车(4)上设置有旋转式破碎机(1)和用于将被粉碎材料从外部引入旋转破碎机的旋转突片(3) ),通过旋转破碎机将被粉碎的材料粉碎并自由排出到外部,设置有用于设定旋转破碎机(1)的目标破碎转速(Nhm)的目标破碎转速设定装置(5) ),用于检测旋转破碎机的实际破碎转速(Nh)的实际破碎转速检测装置(12),用于设定自由旋转的旋转破碎机的破碎机驱动装置(10),以及用于输入 从目标破碎转速设定装置获取目标破碎转速(Nhm),从实际破碎转速检测装置输入实际破碎转速(Nh),并输出破碎转动控制信号 (Nhn),通过比较来保持与破碎机驱动装置的关系Nh-Nhm = 0。
    • 14. 发明授权
    • Control apparatus for soil improvement machine
    • 土壤改良机控制装置
    • US6004023A
    • 1999-12-21
    • US11495
    • 1998-02-09
    • Satoru KoyanagiKazuyuki YamazakiHiroshi Shimizu
    • Satoru KoyanagiKazuyuki YamazakiHiroshi Shimizu
    • E02F7/00B01F3/18B01F13/10B01F15/00B01F15/02B01F15/04C09K17/06C09K17/12E02D3/12B28C7/04
    • B01F13/105B01F15/0201B01F15/0487B01F3/18B01F15/00123B01F2013/1083
    • A soil refining machine having a crushing and mixing unit (A), an earth and sand material delivery unit (B) for supplying earth and sand material into the crushing and mixing unit and a soil refining material delivery unit (C) for supplying soil refining material into the crushing and mixing unit is provided with a control apparatus. The control apparatus includes: a sensing unit (31) for detecting a supply rate of the earth and sand material being supplied by the earth and sand material delivery unit; a first setting unit (47) for optionally establishing a supply rate of the soil refining material to be supplied by the soil material delivery unit; and a control unit (43) responsive to both the rate established by the first setting unit and the rate detected by the sensing unit for controlling an actual supply rate of the soil refining material being supplied by the soil refining material delivery unit.
    • PCT No.PCT / JP96 / 02457 Sec。 371日期:1998年2月9日 102(e)1998年2月9日PCT 1996年8月30日PCT PCT。 公开号WO97 / 08397 日期1997年3月6日具有破碎混合单元(A),用于将砂土材料供给到破碎混合单元中的砂土输送单元(B)的土壤细化机和土壤精炼物质输送单元(C )用于向破碎混合单元供应土壤澄清材料具有控制装置。 该控制装置包括:感测单元,用于检测由砂土输送单元供给的砂土材料的供给速度; 第一设定单元(47),用于可选地建立由土壤物质输送单元供应的土壤澄清材料的供给速率; 以及控制单元(43),其响应于由所述第一设定单元建立的速率和由所述感测单元检测到的速率,以控制由所述土壤细化材料输送单元供应的所述土壤澄清材料的实际供给速率。
    • 15. 发明授权
    • Managing system for construction vehicles
    • 施工车辆管理系统
    • US5250761A
    • 1993-10-05
    • US842389
    • 1992-03-31
    • Satoru Koyanagi
    • Satoru Koyanagi
    • G01D9/00G07C5/08G01G19/10G01G19/40G06F15/48
    • G07C5/0858G01D9/005
    • A managing system for a construction vehicle which has for its object to enable management of the vehicle relating to pre-operation checking, maintenance and summary of work load, etc to be conducted easily and quickly. This managing system comprises a vehicle control monitor (7) for inputting and recording information necessary for management of the vehicle from a plurality of information sources, a non-contact type recording card (27) for recording the information recorded in the vehicle control monitor (7), a card reader/writer (40) for reading out the information recorded in the recording card (27), and a printer (42) and a personal computer (43) for compiling management ledgers and displaying data on the basis of the information read out by the card reader/writer.
    • PCT No.PCT / JP90 / 01271 Sec。 371日期:1992年3月31日 102(e)日期1992年3月31日PCT 1990年10月2日PCT PCT。 第WO91 / 05319号公报 日期:1991年04月18日。一种建筑车辆的管理系统,其目的是使得能够容易且快速地进行有关操作前检查,维护和工作负荷总结的车辆管理。 该管理系统包括用于从多个信息源输入和记录对车辆管理所需的信息的车辆控制监视器(7),用于记录记录在车辆控制监视器中的信息的非接触型记录卡(27) 7),用于读出记录在记录卡(27)中的信息的读卡器/写入器(40),以及打印机(42)和个人计算机(43),用于编译管理分类帐并基于 由读卡器/写入器读出的信息。
    • 16. 发明授权
    • Metal seal ring
    • 金属密封圈
    • US09470313B2
    • 2016-10-18
    • US13201807
    • 2010-08-26
    • Satoru KoyanagiYumiko Otsu
    • Satoru KoyanagiYumiko Otsu
    • F16L23/00F16J15/08F16L17/025F16L23/20
    • F16J15/0887F16J15/0881F16L17/025F16L23/20
    • A metal seal ring by which conduits are hermetically engaged by a pressure in accordance with a fluid pressure. The metal seal ring is comprised of a first annular seal surface, a second annular seal surface a pressure receiving surface which is formed between a first and second seal surfaces and which defines an annular recessed portion, and an annular seal portion comprised of a first seal portion and a second seal portion which are both elastically deformable and both formed between the annular recessed portion and the second seal surface. Additionally, an annular seal ring main body is provided on the radially outer side of the seal portion to prevent the first and second flanges from moving closer to the metal seal ring in the axial direction.
    • 一种金属密封环,通过该密封环,管道通过根据流体压力的压力气密地接合。 金属密封环包括第一环形密封表面,第二环形密封表面,压力接收表面,其形成在第一和第二密封表面之间并限定环形凹部,以及环形密封部分,其包括第一密封件 部分和第二密封部分都是可弹性变形的,并且都形成在环形凹部和第二密封表面之间。 此外,环形密封环主体设置在密封部分的径向外侧上,以防止第一和第二凸缘在轴向方向上更靠近金属密封环移动。
    • 17. 发明授权
    • Self-propelled crushing machine
    • 自走式破碎机
    • US06474577B2
    • 2002-11-05
    • US09942557
    • 2001-08-31
    • Katsuhiro IkegamiMasaho YamaguchiSatoru Koyanagi
    • Katsuhiro IkegamiMasaho YamaguchiSatoru Koyanagi
    • B02C2500
    • B02C25/00B02C21/026B02C2018/164
    • The present invention provides a self-propelled crushing machine in which a crushed material having a widely desired grain size can be obtained, a degree of freedom for automatically controlling a rotary tub and a rotary crusher can be preferably improved, and a crushing having a high efficiency can be performed. Accordingly, in a self-propelled crushing machine in which a rotary crusher (1) and a rotary tub (3) for introducing a material to be crushed thrown from an outer portion to the rotary crusher are provided on a self-propelled truck (4), and the material to be crushed is crushed by the rotary crusher and freely discharged to the outer portion, there are provided target crushing rotational speed setting means (5) for setting a target crushing rotational speed (Nhm) of the rotary crusher (1), actual crushing rotational speed detecting means (12) for detecting an actual crushing rotational speed (Nh) of the rotary crusher, crusher drive means (10) for setting the rotary crusher to be freely rotated, and control means (16) for inputting a target crushing rotational speed (Nhm) from the target crushing rotational speed setting means, inputting the actual crushing rotational speed (Nh) from the actual crushing rotational speed detecting means and outputting a crushing rotation control signal (Nhn) for maintaining a relation Nh−Nhm=0 to the crusher drive means by comparing them.
    • 本发明提供一种能够获得具有广泛需要的粒度的破碎材料的自行式破碎机,可以优选提高自动控制旋转桶和旋转破碎机的自由度, 可以执行效率。 因此,在自推进式破碎机(4)中,在自走式搬运车(4)上设置有用于将从外部引出的被粉碎材料引入旋转破碎机的旋转破碎机(1)和旋转桶(3) ),通过旋转破碎机将被粉碎的材料粉碎并自由排出到外部,设置有用于设定旋转破碎机(1)的目标破碎转速(Nhm)的目标破碎转速设定装置(5) ),用于检测旋转破碎机的实际破碎转速(Nh)的实际破碎转速检测装置(12),用于设定自由旋转的旋转破碎机的破碎机驱动装置(10),以及用于输入 从目标破碎转速设定装置获取目标破碎转速(Nhm),从实际破碎转速检测装置输入实际破碎转速(Nh),并输出破碎转动控制信号 (Nhn),通过比较来保持与破碎机驱动装置的关系Nh-Nhm = 0。