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    • 2. 发明专利
    • Train of roll cross type tandem rolling mill
    • 滚动横梁式滚筒轧机
    • JPS59144503A
    • 1984-08-18
    • JP1811783
    • 1983-02-08
    • Mitsubishi Heavy Ind LtdNippon Steel Corp
    • HINO HIROYUKIONO TOSHIKAZUTAKASHIMA YOSHIAKIHATAE SEISUKE
    • B21B1/28B21B13/02
    • B21B13/023
    • PURPOSE:To reduce an installation, installation cost, the number of parts, and maintenance cost by crossing a work roll of one side fixed perpendicularly to the advancing direction of a rolling material and a work roll of the other side with each other. CONSTITUTION:In a train of roll cross type rolling mills where upper and lower work rolls are arranged in the rolling direction, and the crossings of adjoining pairs of rolls 11, 11' are inversely set; one of the rolls 11, 11', the roll 11', for instance, is fixed perpendicularly to the advancing direction of a rolling material. And the roll 11 is made slantable with respect to the roll 11'. That is, both ends of the roll 11' are supported by lower work roll chocks 13'a, 13'b and are fixed perpendicularly to the advancing direction of the material. On the other hand, both ends of the roll 11 are supported by upper work roll chocks 13a, 13b and are moved backward and forward by driving mechanisms 16a 16b, 17a, 17b through crossheads 14a, 14b, 15a, 15b.
    • 目的:通过将垂直于轧制材料的前进方向和另一侧的工作辊的一侧的工作辊彼此交叉来减少安装,安装成本,部件数量和维护成本。 构成:在轧制方向上配置上下工作辊的轧辊式轧机列中,相邻的轧辊对11,11'的交叉相反地设定; 辊11,11'中的一个,例如辊11'垂直于轧制材料的前进方向固定。 并且辊11相对于辊11'可倾斜。 也就是说,辊11'的两端由下工作轴承座13'a,13'b支撑,并且垂直于材料的前进方向固定。 另一方面,辊11的两端由上工作轴承座13a,13b支撑,并且通过驱动机构16a 16b,17a,17b通过十字头14a,14b,15a,15b向后前后移动。
    • 3. 发明专利
    • Crossing mechanism of rolling rolls in horizontal mill
    • 水平铣刀轧制辊的交叉机理
    • JPS58224011A
    • 1983-12-26
    • JP10527082
    • 1982-06-21
    • Mitsubishi Heavy Ind LtdNippon Steel Corp
    • SUMITA MITSUNORIAWAYA SHIYOUJIHATAE SEISUKESAITOU AKIRA
    • B21B31/16B21B13/02B21B13/14
    • B21B13/023
    • PURPOSE:To easily make a rolling roll cross with the other roll at an arbitrary angle, by pressing a bearing box of a rolling roll of a horizontal mill by a spherical surface bearing attached to a slantable pedestal. CONSTITUTION:Bearing boxes 2 at both ends of a rolling roll 1 at one side of a horizontal mill are brought into contact with a pedestal 4 which is used for pressing the bearing boxes 2 of the roll 1 and is housed in a housing 3, and the box 2 is pushed by the pressure of a driving shaft 8 in the direction slanted at an angle theta with respect to the rolling axis of the roll 1 Y-Y and in the Y1-Y1 direction to make the roll 1 axis cross with the axis of the other roll by an angle theta at the time of rolling. In this case, the pedestal 4 for pressing the bearing box 2 of the rolling roll shaft functioning as a rolling-roll crossing mechanism is protected at its tip by a liner 5, and is in contact with the bearing box 2 through the surface between a liner 9 of the box 2 and the liner 5, and also, a spherical-surface bearing 6 is disposed between the pedestal 4 and the driving shaft 8. Thus a crossing of the rolling rolls with each other is freely performed at an arbitrary angle because the pedestal 4 is made slantable with respect to the shaft 8.
    • 目的:为了容易地使轧辊与另一辊以任意角度交叉,通过将水平轧机的轧辊的轴承箱通过安装在可倾斜基座上的球面轴承按压。 构成:在卧式磨机的一侧的轧辊1的两端的轴承箱2与用于按压辊1的轴承箱2并被容纳在壳体3中的基座4接触,并且 盒子2被驱动轴8的压力沿着相对于辊子1YY的滚动轴线以角度θ倾斜的方向和Y1-Y1方向被推压,以使辊子1的轴线与 另一卷在轧制时以角度θ。 在这种情况下,用于按压用于轧辊交叉机构的轧制辊轴的轴承箱2的基座4在其顶端由衬套5保护,并且通过表面之间的表面与轴承箱2接触 盒子2的内衬9和衬垫5以及在基座4和驱动轴8之间设置有球面轴承6.因此轧辊之间的交叉以任意角度自由地进行,因为 基座4相对于轴8可倾斜。
    • 4. 发明专利
    • ROLL GRINDING METHOD OF ROLLING MILL
    • JPS606210A
    • 1985-01-12
    • JP11192583
    • 1983-06-23
    • MITSUBISHI HEAVY IND LTDNIPPON STEEL CORP
    • MIYAGUCHI TADAHISAHIRASAKI MASAYASUHATAE SEISUKENOBE TAKUROU
    • B21B13/02B21B28/04
    • PURPOSE:To enable grinding of the entire or optional area of a roll body length to a prescribed profile in a method for pressing the adjacent rolls of a cross roll type rolling mill in contact with each other and polishing the rolls by moving specifically the rolls. CONSTITUTION:Respectively paired work roll 1 and backup roll 3 as well as a work roll 2 and a backup roll 4 are crossed at an optional angle theta in the direction perpendicular to rolling in grinding lower roll groups, 2, 4 of, for example, a cross roll type 4-high rolling mill. The rolls 1, 2 are pressed to contact with each other without biting a rolling material therebetween at the same instant and the rolls 1-4 are rolled to start grinding. As a result the rolls are polished to each other into a belt shape of a slight width with the point O' as a center as the rolls 2, 4 contact with each other at the crossing point O' thereof. The position of the point O' is thereupon moved at an adequate speed between the roll body lengths along the direction perpendicular to rolling by operating the crossing mechanism while the upper and lower roll groups or either thereof is maintained at the angle theta, by which the polishing is accomplished.
    • 5. 发明专利
    • Roll lubricating method of hot rolling mill and said rolling mill
    • 热轧机和滚轧机的滚筒润滑方法
    • JPS59169608A
    • 1984-09-25
    • JP4363383
    • 1983-03-16
    • Mitsubishi Heavy Ind LtdNippon Steel Corp
    • HAYASHI KANJIIIFUSHI JIYUNICHIMORI KENSUKEHATAE SEISUKE
    • B21B13/02B21B27/10B21B27/06
    • B21B27/10B21B13/023
    • PURPOSE:To reduce a thrust at the time of hot roll-kissing by removing cooling water on the surface of a roll with the aid of a draining board and spraying a mineral oil on the surface to improve an adherability of the oil, in work rolls of a hot cross-roll mill. CONSTITUTION:In cooling hot cross work-rolls 2, 2' by cooling water jetted from nozzles 5, 5', the water on the surfaces of rolls 2, 2' is removed by draining boards 6, 6', and a mineral oil is sprayed on the water-removed roll surfaces by spraying nozzles 7, 7' to provide oil films of excellent adherability onto the surfaces. Thrusts acting on bearings during rolling are reduced by the oil films; especially at the time of roll-kissing, the thrusts are remarkably reducded to protect the bearings.
    • 目的:为了减少热辊接触时的推力,通过排水板去除辊表面的冷却水,并在表面上喷洒矿物油,以提高油在工作辊中的粘附性 的热轧辊轧机。 构成:通过从喷嘴5,5'喷射的冷却水冷却热交叉工作辊2,2',通过排出板6,6'除去辊2,2'的表面上的水,矿物油是 通过喷嘴7,7'喷雾在除水辊表面上,以提供在表面上具有优异粘合性的油膜。 通过油膜减少在滚动过程中作用在轴承上的推力; 特别是在滚接时,推力显着减小以保护轴承。
    • 6. 发明专利
    • Initial setting method of cross rolling
    • 交叉滚动初始设置方法
    • JPS5966904A
    • 1984-04-16
    • JP17606382
    • 1982-10-08
    • Mitsubishi Heavy Ind LtdNippon Steel Corp
    • MORII TAKAKAZUOONO KUNIOOKAMOTO JINPEIHATAE SEISUKE
    • B21B13/14B21B13/02B21B37/00
    • B21B13/023
    • PURPOSE:To make the angle of inclination of work rolls zero when positioning pins fit into engaging holes and to simplify the preparatory plan in initial setting by providing the engaging holes and positioning pins on the opposed surfaces of a pair of chocks for work rolls and a pair of chocks for backup rolls. CONSTITUTION:Engaging holes 22 and positioning pins 23 fit freely attachably and detachably into the holes 22 are provided on the respective opposed surfaces of a chock 13 for a work roll and a chock 18 for a backup roll. The position of each hole 22 and pin 23 is determined in the relative position where the angle of inclination of the roll 12 is made exactly zero when the hole 22 and the pin 23 fit tightly to each other. Two pieces each of the holes 22 and the pins 23 are provided on the respective opposed faces of the chocks 13, 18 and at least one set suffices. The accuracy of the initial setting is maintained at all times without being affected by the accuracy of the roll and the surface condition such as deviated wear or the like.
    • 目的:为了使定位销配合到接合孔中使工件的倾斜角为零,并通过在工作辊的一对轴承座的相对表面上设置接合孔和定位销来简化初始设置中的预备计划,并且 一对支撑辊的轴承座。 构成:在用于工作辊的轴承座13和用于支承辊的轴承座18的相对的相对表面上设置有将孔22和定位销23可自由地安装和可拆卸地配合到孔22中。 当孔22和销23彼此紧密地配合时,每个孔22和销23的位置被确定为在辊12的倾斜角度精确为零的相对位置。 孔22和销23中的每一个设置在轴承座13,18的各自的相对面上,并且至少一个组足够。 初始设定的精度始终保持不受辊的精度和表面状况如偏斜磨损等的影响。
    • 7. 发明专利
    • Mounting and dismounting device of thrust bearing wheel of work roll chock in cross rolling mill
    • 交叉滚动轴承滚动轴承轴承安装和拆卸装置
    • JPS59107710A
    • 1984-06-22
    • JP21554082
    • 1982-12-10
    • Mitsubishi Heavy Ind LtdNippon Steel Corp
    • SUMITA MITSUNORISAKAMOTO JIYUNHATAE SEISUKEOKAMOTO JINPEI
    • B21B31/10B21B13/14B21B31/08B21B31/16B21B31/18
    • B21B31/08
    • PURPOSE:To grind easily a roll, and to maintain and control a complex bearing part well by mounting and dismounting freely a chock-clamp part located at the side of a thrust-wheel part for the sets of rolls and chocks, in the roll bearing parts of a cross rolling mill. CONSTITUTION:A roll assembly X consisting of a roll 11 and a chock 14 is fitted to a set of a thrust-wheel assembly Y and a chock-clamp assembly 2 through a frame 14a of the chock 14, and a set of the parts YZ is made capable of being slidingly separated from the part X. The parts XYZ set to the roll 11 are drawn out and rested on a storage table after separating an oil supplying and discharging piping system by a hydraulic cylinder. Further, the part X is separated from the parts YZ at a fitting part 12 after shutting off and separating a sub-piping system. Thus, the roll 11 located at the side of the chock part 14 is made compact, then a mending by grinding and also a dismantling and repairing of the parts XY are easily performed.
    • 目的:通过在滚动轴承中自由安装和拆卸位于推力轮部分侧面的推力轮部件侧面的轴承座部件,轻松研磨辊子,并维护和控制复杂的轴承部件 十字轧机的零件。 构成:由辊11和轴承座14组成的辊组件X通过轴承座14的框架14a装配到一组推力轮组件Y和轴承座组件2,以及一组部件YZ 能够与X部分滑动分离。在通过液压缸分离供油和排放管道系统之后,将设置在辊11上的零件XYZ拉出并放置在存放台上。 此外,在关闭和分离副管道系统之后,部件X在配件部分12处与部件YZ分离。 因此,位于轴承座部件14一侧的轧辊11紧凑,因此可以容易地进行磨削修补和部件XY的拆卸和修理。
    • 8. 发明专利
    • Work roll chock of roll cross rolling mill
    • 轧辊轧辊铣刀
    • JPS5966906A
    • 1984-04-16
    • JP17816782
    • 1982-10-09
    • Mitsubishi Heavy Ind LtdNippon Steel Corp
    • SUMITA MITSUNORIKIMURA SHINSAKUHATAE SEISUKEOKAMOTO JINPEI
    • B21B13/02B21B13/14B21B31/02
    • B21B31/02B21B13/023B21B2013/025
    • PURPOSE:To reduce the resistance on contact surfaces and to decrease the operating force during roll crossing by disposing a rolling body in the contact part between the sepn. type work roll chocks and cylinder rods of a roll cross rolling mill. CONSTITUTION:A rolling body 22 is disposed in the contact part between rods 11, 12, 15, 16 of cylinders built in cylinder blocks 2, 3, 4 of a housing 1 and upper and lower work roll chocks 14, 15, to decrease the resistance in the contact surfaces between the rods 11, 12, 15, 16 and the chocks 10, 14 during tilting of the work rolls so that the damage of the contact surfaces is decreased. The bend and twist of the rods acting on the work rolls during tilting of said rolls are decreased to reduce the damage in the packings of the cylinders and to decrease the operating force of the roll crossing on the chocks 10, 14.
    • 目的:为了减少接触面的阻力,并通过将滚动体设置在分离器之间的接触部分来减少滚转过程中的操作力。 辊式轧机的工作辊轴承座和圆柱棒。 构成:滚动体22设置在内置在壳体1的气缸体2,3,4中的气缸的杆11,12,15,16之间的接触部分中,以及上下工作辊轴承座14,15,以减少 在工作辊倾斜期间在杆11,12,15,16和轴承座10,14之间的接触表面中的电阻,使得接触表面的损坏减小。 在所述辊倾斜期间作用在工作辊上的杆的弯曲和扭转减小,以减少气缸的填充物的损坏并且降低在轴承座10,14上的轧辊交叉的操作力。
    • 9. 发明专利
    • Method for preventing thrust in rolling mill
    • 用于防止滚动铣刀的方法
    • JPS5939408A
    • 1984-03-03
    • JP14719482
    • 1982-08-25
    • Mitsubishi Heavy Ind LtdNippon Steel Corp
    • MORI KENSUKEHATAE SEISUKESAKAMOTO JIYUNHAYASHI KANJI
    • B21B13/02B21B13/14B21B27/10B21B33/00B21B33/02
    • B21B27/10B21B13/023
    • PURPOSE:To reduce the friction coefficient and thrust between rolls, and to prevent bearing troubles, by shifting the timing of stopping the injection of a rolling oil during the idle time after a rolling material runs out of the rolls. CONSTITUTION:The period of feeding a rolling oil into an idle time is prolonged by 5 and 20 seconds even after the tail end of a rolling material runs out of rolls, and also the rolling oil sticking to the rolls is washed out by a roll cooling water, before the following material is bitten by the rolls, to increase friction coefficient. At that time, if said timing is prolonged by 25 seconds till the feed of oil is made off, the effect for washing out the oil is reduced, and slip is caused when the following material is bitten.
    • 目的:通过在轧制材料从轧辊出来之后的空转时间内,通过转动停止轧制油的注入的时间来降低轧辊之间的摩擦系数和推力,并防止轴承故障。 构成:即使在轧制材料的尾端滚出之后,将轧制油供给到空闲时间的时间也延长5秒和20秒,并且通过辊冷却也洗掉粘附到辊上的轧制油 水,在以下材料被辊子咬住之前,增加摩擦系数。 此时,如果所述时间延长了25秒,直到油的进料被排出,则清除油的效果降低,并且当以下材料被咬时产生滑动。