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    • 21. 发明申请
    • PROCESS FOR THE MANUFACTURE OF A FRAMEWORK FOR REINFORCING CONCRETE STRUCTURES AND FRAMEWORK OBTAINED
    • 用于加固混凝土结构和框架的框架的制造工艺
    • WO1990012175A1
    • 1990-10-18
    • PCT/FR1990000259
    • 1990-04-10
    • SOLLACGUERIN, Georges, Joseph, MichelTEMENIDES, Michel
    • SOLLAC
    • E04C05/03
    • B21H8/005E01C11/18E04C5/03
    • According to a process for the manufacture of a framework (1) for reinforcing concrete structures and, in particular, concrete slab or shell structures in the form of a steel strip (3) with notched or goffered surfaces, a hot laminated sheet is used as a basis material having a width of between 1.5 and 6 mm, whereby said sheet is made of steel with a carbon content of less than 0.9 %, and elastic limit of approximately 500 MPa. Said sheet is subjected to a cold lamination process at a strength-hardening level greater than 40 % in order to obtain a sheet having, on the one hand, a thickness of between 0.8 and 2.5 mm, and on the other hand, an elastic limit greater than 700 MPa, whereby the sheet is split again so as to obtain a steel strip (3) which is then continuously notched or goffered. The application also concerns the framework obtained according to the process.
    • 根据制造用于加固混凝土结构的框架(1)的方法,特别是具有带有凹口或凹凸表面的钢带(3)形式的混凝土板或壳结构的方法,使用热层压板作为 宽度为1.5〜6mm的基材,由此所述片材由碳含量小于0.9%,弹性极限为约500MPa的钢制成。 所述片材以强度 - 硬化度大于40%进行冷层压处理,以获得一方面具有0.8-2.5mm厚度的片材,另一方面,弹性极限 大于700MPa,由此再次分离片材,以获得钢带(3),然后连续地切口或凹陷。 该应用程序还涉及根据该过程获得的框架。
    • 23. 发明申请
    • METHOD AND DEVICE FOR MEASURING THE THICKNESS OF AN INSULATING COATING
    • 用于测量绝缘涂层厚度的方法和装置
    • WO1998006999A1
    • 1998-02-19
    • PCT/FR1997001457
    • 1997-08-06
    • SOLLACBONNEBAT, ClaudeBRANCI, Samy
    • SOLLAC
    • G01B07/06
    • G01B7/085
    • During the application of a roll coating on a metal substrate, using double contactless measuring sensors (1, 3), inductive, and for instance optical or capacitive, the method consists in effecting, before application, at least a double distance measurement over a strip zone not yet coated, then, effecting, after application, at least another double distance measurement over approximately the same zone already coated, and the thickness of the applied coating is deduced from the double measurements before application and after application. The invention is applicable to the measurement of thickness, on ferromagnetic substrates, of non solidified coatings, in particular liquid or pasty and to the adjustment of thickness in installations with corresponding coatings.
    • 在金属基板上施加辊涂层时,使用双重非接触式测量传感器(1,3),电感式,例如光学或电容式,该方法包括在施加之前在条带上至少进行双距离测量 然后,在施加之后,在已经涂覆的大致相同的区域上进行至少另一个双距离测量,并且在施加之前和施用后从双重测量推导出所涂覆的涂层的厚度。 本发明可应用于铁硬质基底上的非固化涂层,特别是液体或糊状物的厚度测量以及在具有相应涂层的安装中对厚度的调节。
    • 25. 发明申请
    • SLAB TRIMMING DEVICE
    • SLAB修剪装置
    • WO1997036705A1
    • 1997-10-09
    • PCT/FR1997000482
    • 1997-03-19
    • SOLLACBLOT, MarcelMIGNON, JacquesPUISSANT, Alain
    • SOLLAC
    • B22D11/126
    • B22D11/1265
    • A device comprising at least one blade (11) extending transversely relative to the forward direction (F1) of a slab (1), and substantially tangentially movable in said direction relative to the lower slab surface (4), a movable sensor (13) arrangeable in a stand-by position on the path of the slab so that it may be actuated by a front surface (2) of the moving slab, and means (12, 14, 15) for moving the blades out of a position in which they are upstream from the sensor relative to said forward direction (F1), at a speed greater than that of the slab, when said slab moves the sensor. The device is particularly useful for trimming the front ends of slabs between a reheating furnace and a break-down mill in a hot rolling mill.
    • 一种装置,包括至少一个叶片(11),其相对于板坯(1)的向前方向(F1)横向延伸,并且相对于下部板坯表面(4)在所述方向上基本可切向移动;可移动传感器(13) 可布置在板坯路径上的待机位置,使其可由移动板坯的前表面(2)致动,以及用于将叶片移动到其中的装置(12,14,15) 当所述板移动传感器时,它们相对于所述正向(F1)从传感器的上游以比板的速度大。 该装置对于在热轧机中的再热炉和分解机之间的坯料前端进行修整特别有用。
    • 26. 发明申请
    • SLAB IMAGING METHOD AND DEVICE
    • SLAB成像方法和装置
    • WO1995017665A1
    • 1995-06-29
    • PCT/FR1994001521
    • 1994-12-22
    • SOLLACRIOS, Jean-ClaudeLAIGNEAU, Jean-PierreSERKIS, Armand
    • SOLLAC
    • G01N21/89
    • G01N21/89B22D11/16
    • A device for imaging slabs (3) moving along a conveyor and emerging from a continuous casting line. The device includes a first camera (62) for forming images (ISk) of portions of the top surface (32) of a sensed slab (3), a second camera (72) for forming images (IIk) of portions of the bottom surface (33) of the sensed slab (3), and spotlights (61, 71) for illuminating the top and bottom surface portions. The cameras are spaced sideways from the slabs and are therefore not exposed to the heat flux therefrom. A mirror beneath the slabs reflects the portion of the bottom surface (33) of the slab (3) towards the second camera (72). A central processing unit (9) receives a series of slab images to enable the slab portions to be displayed on a screen.
    • 用于成像板(3)的装置,其沿输送机移动并从连续铸造线出来。 该装置包括用于形成感测板坯(3)的顶表面(32)的部分的图像(ISk)的第一照相机(62),用于形成底表面部分的图像(IIk)的第二照相机 (3)的光束(33)和用于照亮顶表面部分和底表面部分的聚光灯(61,71)。 照相机与板坯侧向间隔开,因此不暴露于其中的热通量。 平板下方的镜子将板坯(3)的底面(33)的部分朝向第二相机(72)反射。 中央处理单元(9)接收一系列平板图像,以使平板部分能够显示在屏幕上。
    • 28. 发明申请
    • SLAB TRIMMING DEVICE
    • SLAB修剪装置
    • WO1997036704A1
    • 1997-10-09
    • PCT/FR1997000481
    • 1997-03-19
    • SOLLACBLOT, MarcelMIGNON, JacquesPUISSANT, Alain
    • SOLLAC
    • B22D11/126
    • B22D11/1265
    • A device comprising at least one blade (11) transversely movable relative to the forward direction (F1) of a slab (3), first thrust means (19, 20) for urging the blade into the path of the slab, a sensor (4) located upstream from the blade (11) relative to the forward direction, and movable between an operative position and a retracted position relative to the path of the slab, means (8) for urging the sensor into the operative position, and a stop (17) connected to the sensor for restricting the movement of the blade so that when the sensor is in the retracted position, the blade lies outside the path of the slab. The device is particularly useful for trimming the trailing ends of slabs between a reheating furnace and a break-down mill in a hot rolling mill.
    • 一种装置,包括相对于板坯(3)的向前方向(F1)可横向移动的至少一个叶片(11),用于将叶片推入板坯路径的第一推力装置(19,20),传感器 ),其相对于前进方向位于叶片(11)的上游,并且可在相对于板坯的路径的操作位置和缩回位置之间移动,用于将传感器推动到操作位置的装置(8) 17)连接到传感器,用于限制叶片的移动,使得当传感器处于缩回位置时,叶片位于板坯的路径的外部。 该装置特别可用于在热轧机中的再热炉和分解机之间修整板坯的后端。
    • 29. 发明申请
    • METHOD FOR MAKING A WHEEL FOR A LAND MOTOR VEHICLE
    • 一种用于制作土地电机车轮的方法
    • WO1997028914A1
    • 1997-08-14
    • PCT/FR1997000243
    • 1997-02-07
    • SOLLACMARRON, GuyMOINIER, LucPATOU, Pascal
    • SOLLAC
    • B21D53/26
    • B21D53/26
    • A method for making a wheel for a land motor vehicle, comprising a wheel disc and a substantially cylindrical wheel rim. The wheel disc consists of a substantially planar central portion with a bearing for centring and fixing the wheel on an axle hub, a substantially tapered inner connecting portion, and a further oppositely tapered portion defining a bulge with said inner connecting portion. The bulge has a large radius of curvature and the oppositely tapered portion behind the bulge ends in a flange for joining the disc to the rim. The method comprises selecting, for a given grade of steel, a sheet metal blank with a thickness defined by calculating the stress value in the critical stress areas of the wheel in use; shaping and assembling the wheel disc and rim; and generating an internal stress field in the critical stress areas of the wheel in use, which field counters the stress field induced during the shaping step and by the working load on the wheel, in order to compensate for the induced stress arising from the wheel disc or rim forming step, and so that the working stress does not exceed the maximum allowable stress.
    • 一种用于制造用于陆地机动车辆的车轮的方法,包括轮盘和大致圆柱形的车轮轮缘。 轮盘由基本上平坦的中心部分组成,其具有用于将车轮定心并固定在轴毂上的轴承,大体上锥形的内部连接部分以及限定具有所述内部连接部分的凸起的进一步相对的锥形部分。 凸起具有大的曲率半径,并且凸起后面的相对锥形部分在用于将盘连接到轮缘的凸缘中。 该方法包括:对于给定等级的钢选择具有通过计算使用中的轮的临界应力区域中的应力值所限定的厚度的金属板坯; 成型和组装轮盘和轮辋; 并在使用中的车轮的临界应力区域中产生内部应力场,该区域对成形步骤期间感应的应力场和车轮上的工作负载进行计数,以补偿由轮盘产生的感应应力 或边缘形成步骤,并且使得工作应力不超过最大允许应力。