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    • 12. 发明申请
    • A SOIL COMPACTION SYSTEM AND METHOD
    • 土壤压实系统和方法
    • US20160054283A1
    • 2016-02-25
    • US14779876
    • 2014-04-01
    • Roger Arnold STROMSOE
    • Roger Arnold Stromsoe
    • G01N33/24G01B21/18E01C19/23E01C19/28E02D1/02E01C19/00
    • G01N33/24E01C19/002E01C19/235E01C19/236E01C19/266E01C19/281E01C19/288E02D1/02E02D1/022E02D3/026G01B21/18
    • The invention relates to a method of, and system (200) for, obtaining an indication of the soil strength of soil (100) over which a compactor roller (10) travels. The method includes determining the depth to which a drum (14) of the compactor roller (10) penetrates into and depresses the soil (100) when the compactor roller (10) travels over a soil surface. The system (200) includes a compactor roller (10), a measuring arrangement (40) and a processor (50) which is operatively connected to the measuring arrangement (40) and which is configured to process data received from the measuring arrangement (40). The measuring arrangement (40) includes an inertia! measurement unit (70, 72, 74) which is operatively connected to the compactor roller (10), wherein the arrangement (40) is configured to obtain an indication of the soil strength of soil (100) over which the compactor roller (10) travels during operation, by determining the depth to which the drum (14) penetrates into and depresses the soil (100) over which it travels.
    • 本发明涉及一种用于获得压实辊(10)在其上行进的土壤(100)的土壤强度的指示的方法和系统(200)。 该方法包括当压实辊(10)在土壤表面上行进时,确定压实辊(10)的滚筒(14)进入并压下土壤(100)的深度。 系统(200)包括压实辊(10),测量装置(40)和处理器(50),其可操作地连接到测量装置(40),并被配置为处理从测量装置(40 )。 测量装置(40)包括惯性! 测量单元(70,72,74),其可操作地连接到压实辊(10),其中所述装置(40)构造成获得所述压实机(10)在其上的土壤(100)的土壤强度的指示, 在操作期间通过确定滚筒(14)穿入其中并压下它所行进的土壤(100)的深度来行进。
    • 15. 发明申请
    • METHOD AND APPARATUS FOR COMPACTION, BREAKING AND RUBBLIZATION
    • 用于压紧,破裂和润滑的方法和装置
    • US20100135724A1
    • 2010-06-03
    • US12631178
    • 2009-12-04
    • Scott R. Roth
    • Scott R. Roth
    • E01C19/26
    • E01C23/127E01C19/235E01C19/266E02D3/039E02D3/046
    • An apparatus for compaction, breaking and rubbilization comprises a first non-circular plate having a first plate flat portion and a first plate thickness, a second non-circular plate having a second plate flat portion and a second plate thickness substantially equivalent to the first plate thickness, and a third plate having a third plate first flat portion and a third plate second flat portion and a third plate thickness less than the first plate thickness and the second plate thickness. The first plate flat portion is coupled to the third plate first flat portion and the second plate is coupled to the third plate second flat portion and each of the first plate, the second plate and the third plate are configured to form a multi-lobed roller assembly.
    • 用于压实,断裂和摩擦的装置包括具有第一板平坦部分和第一板厚度的第一非圆形板,具有第二板平坦部分的第二非圆形板和基本上等同于第一板的第二板厚度 以及具有第三板第一平坦部分和第三板第二平坦部分以及小于第一板厚度和第二板厚度的第三板厚度的第三板。 第一板平面部分连接到第三板第一平坦部分,第二板联接到第三板第二平坦部分,并且第一板,第二板和第三板中的每一个被构造成形成多叶辊 部件。
    • 17. 发明申请
    • CONCRETE BREAKING APPARATUS
    • 混凝土破碎装置
    • WO1996012854A1
    • 1996-05-02
    • PCT/US1995013288
    • 1995-10-18
    • ROTH, Scott, R.
    • E01C23/00
    • E01C23/121E01C19/235
    • A concrete breaking apparatus (10) includes a non-circular multi-lobed impact roller (16) connected via an axle (18) to a wheeled frame (22) such that the roller rolls upon the ground as the frame (22) is towed by a tractor (12). Each lobe (20) of the roller includes a ridge (30) extending across the width of the roller (16) and projecting outwardly from the impact surface of each lobe (20) along a line parallel to the axle (18) and generally centrally located within the dynamic impact region of the impact surface (26). The ridge (30) may take various configurations, including a triangular cross section, a semi-circular cross section, and a plurality of spaced-apart projections (42).
    • 混凝土破碎装置(10)包括经由轴(18)连接到轮式框架(22)的非圆形多叶片冲击辊(16),使得当框架(22)被牵引时,辊在地面上滚动 通过拖拉机(12)。 辊的每个叶片(20)包括横跨辊(16)的宽度延伸并沿着平行于轴(18)的线从每个叶片(20)的冲击表面向外突出的隆起(30),并且通常为中心 位于冲击表面(26)的动态冲击区域内。 脊(30)可以采取各种构造,包括三角形横截面,半圆形横截面和多个间隔开的突起(42)。
    • 18. 发明申请
    • A SOIL COMPACTION SYSTEM AND METHOD
    • 土壤压实系统和方法
    • WO2014162261A1
    • 2014-10-09
    • PCT/IB2014/060350
    • 2014-04-01
    • STROMSOE, Roger Arnold
    • STROMSOE, Roger Arnold
    • E01C19/23
    • G01N33/24E01C19/002E01C19/235E01C19/236E01C19/266E01C19/281E01C19/288E02D1/02E02D1/022E02D3/026G01B21/18
    • The invention relates to a method of, and system (200) for, obtaining an indication of the soil strength of soil (100) over which a compactor roller (10) travels. The method includes determining the depth to which a drum (14) of the compactor roller (10) penetrates into and depresses the soil (100) when the compactor roller (10) travels over a soil surface. The system (200) includes a compactor roller (10), a measuring arrangement (40) and a processor (50) which is operatively connected to the measuring arrangement (40) and which is configured to process data received from the measuring arrangement (40). The measuring arrangement (40) includes an inertia! measurement unit (70, 72, 74) which is operatively connected to the compactor roller (10), wherein the arrangement (40) is configured to obtain an indication of the soil strength of soil (100) over which the compactor roller (10) travels during operation, by determining the depth to which the drum (14) penetrates into and depresses the soil (100) over which it travels.
    • 本发明涉及一种用于获得压实辊(10)在其上行进的土壤(100)的土壤强度的指示的方法和系统(200)。 该方法包括当压实辊(10)在土壤表面上行进时,确定压实辊(10)的滚筒(14)进入并压下土壤(100)的深度。 系统(200)包括压实辊(10),测量装置(40)和处理器(50),其可操作地连接到测量装置(40),并被配置为处理从测量装置(40 )。 测量装置(40)包括惯性! 测量单元(70,72,74),其可操作地连接到压实辊(10),其中所述装置(40)构造成获得所述压实机(10)在其上的土壤(100)的土壤强度的指示, 在操作期间通过确定滚筒(14)穿入其中并压下它所行进的土壤(100)的深度来行进。
    • 20. 发明授权
    • Method and apparatus for compaction, breaking and rubblization
    • 压实,破碎和破碎的方法和装置
    • US08152410B2
    • 2012-04-10
    • US12631178
    • 2009-12-04
    • Scott R. Roth
    • Scott R. Roth
    • E01C19/26
    • E01C23/127E01C19/235E01C19/266E02D3/039E02D3/046
    • An apparatus for compaction, breaking and rubbilization comprises a first non-circular plate having a first plate flat portion and a first plate thickness, a second non-circular plate having a second plate flat portion and a second plate thickness substantially equivalent to the first plate thickness, and a third plate having a third plate first flat portion and a third plate second flat portion and a third plate thickness less than the first plate thickness and the second plate thickness. The first plate flat portion is coupled to the third plate first flat portion and the second plate is coupled to the third plate second flat portion and each of the first plate, the second plate and the third plate are configured to form a multi-lobed roller assembly.
    • 用于压实,断裂和摩擦的装置包括具有第一板平坦部分和第一板厚度的第一非圆形板,具有第二板平坦部分的第二非圆形板和基本上等同于第一板的第二板厚度 以及具有第三板第一平坦部分和第三板第二平坦部分以及小于第一板厚度和第二板厚度的第三板厚度的第三板。 第一板平面部分连接到第三板第一平坦部分,第二板联接到第三板第二平坦部分,并且第一板,第二板和第三板中的每一个被构造成形成多叶辊 部件。