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    • 1. 发明申请
    • SHOVEL-TYPE CONSTRUCTION MACHINE
    • 铲式施工机械
    • WO2017198566A1
    • 2017-11-23
    • PCT/EP2017/061488
    • 2017-05-12
    • CATERPILLAR SARL
    • TSUNEYOSHI, TakeshiIWAMOTO, TakahiroNAKAMURA, TakeshiNAKAI, AkitoNAKAYAMA, KentaroKUMAR, DharmeshANDATSU, Koichi
    • E02F9/08
    • TECHNICAL PROBLEMS : The present invention aims to improve the strength of the portion of the swing frame for attaching the swing motor apparatus while reducing cost. MEANS OF SOLVING THE PROBLEMS : A bottom plate (8) of a swing frame (7) is divided into a center bottom plate segment (8X) to which the swing motor apparatus mounting portion (8c) is attached, a front bottom plate segment (8Y) that is positioned to the front side of the center bottom plate segment (8X) and to which the center joint mounting portion (8b) is attached, and a rear bottom plate segment (8Z) positioned to the rear side of the center bottom plate segment (8X), wherein: the center, front, and rear bottom plate segments (8X, 8Y), and (8Z) are formed integrally by welding; and the plate thickness of the center bottom plate (segment 8X) is thicker than the plate thickness of the front bottom plate segment (8Y) and the rear bottom plate segment (8Z).
    • 技术问题:本发明旨在提高用于安装摆动马达装置的摆动框架部分的强度,同时降低成本。 解决问题的手段:摆动框架(7)的底板(8)被分成中央底板部分(8X)和前底板部分(8X),摆动马达装置安装部分(8c) 位于中央底板部8X的前侧且中央接合件安装部8b被安装于其上的后侧底板部8Z, (8X),其中:所述中央,前部和后部底板段(8X,8Y)和(8Z)通过焊接一体地形成; 并且中央底板(部分8X)的板厚比前部底板部分(8Y)和后部底板部分(8Z)的板厚厚。
    • 3. 发明申请
    • FRAME FOR A CONSTRUCTION MACHINE
    • WO2019233630A1
    • 2019-12-12
    • PCT/EP2019/025164
    • 2019-05-30
    • CATERPILLAR SARL
    • TSUNEYOSHI, Takeshi
    • E02F9/08B62D21/18
    • Problem to Be Solved: To provide a frame of a construction machine that can prevent a crack caused by a torsion load. Solution: The frame (2) comprises the center member (4) including the bottom plate (10) and a pair of left and right vertical plates (12) disposed on a top surface of the bottom plate (10), a pair of left and right skirt members (6) horizontally disposed on both left and right sides of the center member (4), and a plurality of beam members (8) disposed between the center member (4) and right skirt member (6) and between the center member (4) and left skirt member (6), respectively. The plurality of beam members (8) include the plate beam member (26) disposed in a perpendicularly erected manner against the bottom plate (10). The first and second bent parts (26a, 26b) are formed on the plate beam member (26). The plate beam member (26) has the first part (26c) extending outward in a horizontal direction from the center member (4) to the first bent part (26a), the second part (26d) extending from the first bent part (26a) to second bent part (26b), and the third part (26e) extending outward in a horizontal direction from the second bent part (26b) to the skirt member (6).
    • 4. 发明申请
    • COUNTERWEIGHT SUPPORTING STRUCTURE FOR CONSTRUCTION MACHINE
    • 建筑机械配套结构
    • WO2016202812A1
    • 2016-12-22
    • PCT/EP2016/063659
    • 2016-06-14
    • CATERPILLAR SARL
    • IWAMOTO, TakahiroNAKAYAMA, KentaroTSUNEYOSHI, Takeshi
    • E02F9/18B66C23/72
    • E02F9/18E02F3/30E02F9/12
    • PROBLEM : To improve the precision of position of a fastener hole and a seating face for mounting a counterweight provided at a counterweight supporting member when the counterweight is mounted to the counterweight supporting member through a fastener bolt. SOLUTION : A counterweight supporting member (16) is comprised of a supporting plate (17) erected and fixed at the rear end of a revolving frame (9) and a supporting member (18) attached to the supporting plate (17) that is fixed to the revolving frame (9), and a cylindrical bolt fastening boss (21) is provided on the supporting member (18) in a manner of rotational position adjustable to the supporting plate (17) and in which a fastener hole (21a) is formed at an eccentric position.
    • 问题:当配重通过紧固螺栓安装在配重支撑构件上时,提高紧固件孔和用于安装配重支撑构件上的配重的座面的精度。 解决方案:配重支撑构件(16)包括竖立并固定在旋转框架(9)的后端的支撑板(17)和附接到固定的支撑板(17)的支撑构件(18) 到旋转框架(9),并且圆柱形螺栓紧固凸台(21)以可调整到支撑板(17)的旋转位置的方式设置在支撑构件(18)上,并且紧固件孔(21a) 形成在偏心的位置。
    • 6. 发明申请
    • COUNTERWEIGHT SUPPORTING STRUCTURE FOR CONSTRUCTION MACHINE
    • 建筑机械配套结构
    • WO2016202811A1
    • 2016-12-22
    • PCT/EP2016/063658
    • 2016-06-14
    • CATERPILLAR SARL
    • IWAMOTO, TakahiroNAKAYAMA, KentaroTSUNEYOSHI, Takeshi
    • E02F9/18B66C23/72
    • E02F9/18E02F3/304E02F3/36E02F9/08
    • PROBLEM : To improve the precision of position of a fastener hole and a seating face for mounting a counterweight provided at a counterweight supporting member when the counterweight is mounted to the counterweight supporting member through a fastener bolt. SOLUTION : A counterweight supporting member (16) is comprised of a supporting plate (17) erected and fixed at the rear end of a revolving frame (9) and a supporting member (18) attached to the supporting plate (17) that is fixed to the revolving frame (9), and the supporting member (18) is comprised of a base member (20) that is locked and secured to a through hole (17a) opened on the supporting plate (17) in a back and forth adjustable manner and has a counterweight fixing surface (20a) and a bolt fastening member (21) in which a fastener hole (21a) to be fastened by a fastener bolt (15) is formed.
    • 问题:当配重通过紧固螺栓安装在配重支撑构件上时,提高紧固件孔和用于安装配重支撑构件上的配重的座面的精度。 解决方案:配重支撑构件(16)包括竖立并固定在旋转框架(9)的后端的支撑板(17)和附接到固定的支撑板(17)的支撑构件(18) 并且所述支撑部件(18)由基部构件(20)构成,所述基座构件(20)被锁定并固定到在所述支撑板(17)上开口的通孔(17a) 并具有配重固定面(20a)和螺栓紧固部件(21),其中形成有由紧固螺栓(15)紧固的紧固件孔(21a)。
    • 9. 发明公开
    • WELDED STRUCTURE AND MACHINERY
    • SCHWEISSSTRUKTUR UND MASCHINEN
    • EP2921248A1
    • 2015-09-23
    • EP13855565.1
    • 2013-10-23
    • Caterpillar SARL
    • TSUNEYOSHI, Takeshi
    • B23K9/02B23K9/00E02F9/08
    • E02F9/0816B23K31/02E02F9/0808
    • There is provided a welded structure which makes a r elationship between one intermittent weld which fixes a lo ng member to a base material and the other intermittent we ld which fixes a plate-shaped member to the long member appropriately respond to a type of a load which dominantly acts on the long member. A lower long side edge of a beam member (41) which serve s as the long member is fixed onto a machine body frame (2 1) which serves as the base material by intermittent welds (42a, 42b, 42c). A top plate (43) which serves as the pl ate- shaped member is fixed onto an upper long side edge of the beam member (41) by the other intermittent welds (44a, 44 b, 44c). In a region where a load which twists the top pl ate (43) dominantly acts on the beam member (41), a parall el weld portion (Wpar) in which the intermittent welds (42 a, 42c) and the intermittent welds (44a, 44c) are welded i n a parallel weld form is employed, and in a region where a bending load from the top plate (43) dominantly acts on the beam member (41), the zigzag weld portion (Wzig) in wh ich the intermittent weld (42b) and the intermittent weld (44b) are welded in a zigzag weld form is employed.
    • 提供了一种焊接结构,其将固定到基材的一个间歇焊接和将板状部件固定到长部件上的另一个间歇焊接适当地对应于一种负载类型 主要是对长期成员的行为。 用作长件的梁构件(41)的下长边缘通过间歇焊接(42a,42b,42c)固定到用作基材的机体框架(21)上。 通过其他间歇焊接(44a,44b,44c)将用作板状构件的顶板(43)固定在梁构件(41)的上长边缘上。 在扭曲顶板(43)的负载主要作用在梁构件(41)上的区域中,间歇焊接(42a,42c)和间歇焊接(44a)的平行焊接部分(Wpar) ,44c)以平行焊接形式被焊接,并且在来自顶板(43)的弯曲载荷主要作用在梁构件(41)上的区域中,间断焊缝(Zz) (42b)和间歇焊接(44b)以锯齿形焊接形式进行焊接。