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    • 1. 发明授权
    • Apparatus and method for conveying a sheet
    • 用于输送片材的装置和方法
    • US08047535B2
    • 2011-11-01
    • US12318894
    • 2009-01-12
    • Ritsuo NishimuraHideki Akita
    • Ritsuo NishimuraHideki Akita
    • B65H29/32
    • B65H29/32B65G21/2036B65H29/58B65H2301/4473B65H2301/44734B65H2406/3124B65H2406/323B65H2406/363B65H2511/51B65H2515/342B65H2701/1938B65H2220/02B65H2220/01
    • An apparatus and a method for successively conveying a series of sheets are disclosed. The apparatus has a first conveyer for conveying a sheet in a sheet conveying direction at a first speed and a second conveyer disposed spaced vertically away from the first conveyer for conveying the sheet in the same direction at a second speed. The second conveyer has a region overlapping with the first conveyer at least for a distance corresponding to a dimension of the sheet, e.g. the width of veneer sheet, as measured in the sheet conveying direction. A suction mechanism is disposed in said overlapping region for transferring by suction the sheet in the entirety of its dimension from the first conveyer to the second conveyer and holding by suction the sheet against the second conveyer. The sheet is further moved by the second conveyer, e.g. to a sheet stacking station.
    • 公开了用于连续输送一系列片材的装置和方法。 该装置具有第一输送机,用于以第一速度在片材输送方向上输送片材;以及第二输送器,其布置成与第一输送器垂直地间隔开,用于以相同的方向以第二速度输送片材。 第二输送机具有与第一输送机重叠的区域,至少对应于片材的尺寸,例如, 单张片材的宽度,按纸张传送方向测量。 抽吸机构设置在所述重叠区域中,用于通过将片材的整个尺寸从第一输送器吸入第二输送器并通过将片材吸附在第二输送器上来进行保持。 片材由第二输送机进一步移动,例如。 到纸张堆垛站。
    • 2. 发明申请
    • Apparatus and method for conveying a sheet
    • 用于输送片材的装置和方法
    • US20090121417A1
    • 2009-05-14
    • US12318894
    • 2009-01-12
    • Ritsuo NishimuraHideki Akita
    • Ritsuo NishimuraHideki Akita
    • B65H5/26
    • B65H29/32B65G21/2036B65H29/58B65H2301/4473B65H2301/44734B65H2406/3124B65H2406/323B65H2406/363B65H2511/51B65H2515/342B65H2701/1938B65H2220/02B65H2220/01
    • An apparatus and a method for successively conveying a series of sheets are disclosed. The apparatus has a first conveyer for conveying a sheet in a sheet conveying direction at a first speed and a second conveyer disposed spaced vertically away from the first conveyer for conveying the sheet in the same direction at a second speed. The second conveyer has a region overlapping with the first conveyer at least for a distance corresponding to a dimension of the sheet, e.g. the width of veneer sheet, as measured in the sheet conveying direction. A suction mechanism is disposed in said overlapping region for transferring by suction the sheet in the entirety of its dimension from the first conveyer to the second conveyer and holding by suction the sheet against the second conveyer. The sheet is further moved by the second conveyer, e.g. to a sheet stacking station.
    • 公开了用于连续输送一系列片材的装置和方法。 该装置具有第一输送机,用于以第一速度在纸张输送方向上输送纸张;以及第二输送器,其设置成与第一输送机垂直地间隔开,以便以相同的方向以第二速度输送纸张。 第二输送机具有与第一输送机重叠的区域,至少对应于片材的尺寸,例如, 单张片材的宽度,按纸张传送方向测量。 抽吸机构设置在所述重叠区域中,用于通过将片材的整个尺寸从第一输送器吸入第二输送器并通过将片材吸附在第二输送器上来进行保持。 片材由第二输送机进一步移动,例如。 到纸张堆垛站。
    • 6. 发明授权
    • Rotation device for construction machine
    • 施工机械旋转装置
    • US09260143B2
    • 2016-02-16
    • US13979198
    • 2011-04-28
    • Hideki AkitaShigeyuki SakuraiYuuji Igawa
    • Hideki AkitaShigeyuki SakuraiYuuji Igawa
    • B62D55/092B62D55/15F16K24/00
    • B62D55/15B62D55/092F16K24/00
    • A floating seal (23) is provided between a mounting bracket (12) fixed to a side frame (6) and a roller (15) rotatable with respect to this mounting bracket (12), and lubricant oil (L) collected in the roller (15) is sealed by this floating seal (23). On the other hand, an air permeable plug (31) provided with an air permeable member (34) made of a porous material of interconnected cells is provided on a lid member (17) of the roller (15), air and/or water vapor is made to flow between the inside and the outside of the roller (15) and flow of lubricant oil (L) and/or rainwater and dusts is prevented by the air permeable member (34) of the air permeable plug (31). As a result, the pressure of the inside and the pressure of the outside of the roller (15) can be made equal all the time.
    • 在固定到侧框架(6)的安装支架(12)和相对于该安装支架(12)可旋转的滚子(15)之间设置有浮动密封件(23),以及收集在滚筒中的润滑油 (15)由该浮动密封件(23)密封。 另一方面,设置有由互连电池的多孔材料制成的透气构件(34)的透气性塞(31)设置在辊(15)的盖构件(17)上,空气和/或水 使蒸气在辊(15)的内部和外部之间流动,并且可透气塞(31)的透气部件(34)防止润滑油(L)和/或雨水和灰尘的流动。 结果,辊子(15)的内部压力和压力可以始终保持相等。
    • 7. 发明申请
    • ROTATION DEVICE FOR CONSTRUCTION MACHINE
    • 建筑机械转动装置
    • US20130285439A1
    • 2013-10-31
    • US13979198
    • 2011-04-28
    • Hideki AkitaShigeyuki SakuraiYuuji Igawa
    • Hideki AkitaShigeyuki SakuraiYuuji Igawa
    • B62D55/15B62D55/092
    • B62D55/15B62D55/092F16K24/00
    • A floating seal (23) is provided between a mounting bracket (12) fixed to a side frame (6) and a roller (15) rotatable with respect to this mounting bracket (12), and lubricant oil (L) collected in the roller (15) is sealed by this floating seal (23). On the other hand, an air permeable plug (31) provided with an air permeable member (34) made of a porous material of interconnected cells is provided on a lid member (17) of the roller (15), air and/or water vapor is made to flow between the inside and the outside of the roller (15) and flow of lubricant oil (L) and/or rainwater and dusts is prevented by the air permeable member (34) of the air permeable plug (31). As a result, the pressure of the inside and the pressure of the outside of the roller (15) can be made equal all the time.
    • 在固定到侧框架(6)的安装支架(12)和相对于该安装支架(12)可旋转的滚子(15)之间设置有浮动密封件(23),以及收集在滚筒中的润滑油 (15)由该浮动密封件(23)密封。 另一方面,设置有由互连电池的多孔材料制成的透气构件(34)的透气性塞(31)设置在辊(15)的盖构件(17)上,空气和/或水 使蒸气在辊(15)的内部和外部之间流动,并且可透气塞(31)的透气部件(34)防止润滑油(L)和/或雨水和灰尘的流动。 结果,辊子(15)的内部压力和压力可以始终保持相等。
    • 9. 发明授权
    • Crawler belt and seal for use therein
    • 履带和密封件用于其中
    • US06951373B2
    • 2005-10-04
    • US10168100
    • 2002-02-13
    • Hideki AkitaYoshiaki Sekiguchi
    • Hideki AkitaYoshiaki Sekiguchi
    • B62D55/088B62D55/21B62D55/20
    • B62D55/0887B62D55/21B62D55/211Y10S474/901
    • A seal (21) is constituted by an outer lip portion (22) to be held in abutting engagement with an outer link portion (9) of a crawler belt (7), an inner lip portion (23) to be held in abutting engagement with a bush (11), and an interconnecting bridge portion (24) bridged and connected between the outer and inner lip portions (22, 23). The outer lip portion (22) on the side of track link, the inner lip portion (23) on the side of bush, and outer bridge portion (24A) and inner bridge portion (24B) of the interconnecting bridge portion (24) are formed in thicknesses (T1, T2, T1′ and T2′), respectively, which are in the relations of (T2≈T2′>T1≈T1′). A maximum outside diameter portion (24C) of the interconnecting bridge portion (24) is located radially outward of a median point between inner and outer peripheral ends of the lip portion (23) on the side of bush. The inner lip portion (23) as a whole is uniformly pressed against an end face (11A) of the bush (11) by the interconnecting bridge portion (24).
    • 密封件21由与履带(7)的外连杆部(9)抵接的外唇部(22)构成,内唇部(23)保持抵接接合 具有衬套(11)和桥接并连接在外唇部分和内唇部分(22,23)之间的互连桥部分(24)。 轨道连杆侧的外唇部分(22),衬套侧的内唇部分(23)和互连桥部分(24)的外桥部分(24A)和内桥部分(24B) )分别形成在(T2≈T2'> T 1≈T1')的关系中的厚度(T 1,T 2,T 1'和T 2')。 互连桥部(24)的最大外径部(24C)位于衬套侧的唇部(23)的内周端部和外周端部之间的中点的径向外侧。 作为整体的内唇部(23)通过互连桥部(24)均匀地挤压在衬套(11)的端面(11A)上。