Process and apparatus for continuously producing an elastomeric composition
    2.
    发明授权
    Process and apparatus for continuously producing an elastomeric composition 有权
    用于连续生产弹性体组合物的方法和设备

    公开(公告)号:US08322907B2

    公开(公告)日:2012-12-04

    申请号:US12733208

    申请日:2007-08-20

    Abstract: A process for continuously producing an elastomeric composition includes the step of dosing into at least one extruder at least one ingredient by means of a dosing device, wherein the dosing step is regulated on the basis of: i) actual weight values of the at least one ingredient measured at dosing instants of an evaluation time period of predetermined duration preceding a given dosing instant; ii) expected weight values of the at least one ingredient calculated for corresponding dosing instants of the evaluation time period of predetermined duration preceding the dosing instant; and iii) expected weight values of the at least one ingredient calculated for a prediction time period of predetermined duration following the dosing instant; so as to minimize a prediction weight error between actual weight values measured during the prediction time period and the expected weight values calculated for the prediction time period, and a model weight error between actual weight values measured during the prediction time period and theoretical weight values of the at least one ingredient corresponding to the target weight loss of the at least one ingredient.

    Abstract translation: 用于连续生产弹性体组合物的方法包括通过计量装置向至少一种挤出机中至少一种成分给药的步骤,其中所述给药步骤基于以下因素进行调节:i)所述至少一种的实际重量值 在给药时间之前在给定剂量时刻之前的预定持续时间的评估时间段测量成分; ii)针对给药时间之前的预定时间段的评估时间段的相应给药时间计算的至少一种成分的预期重量值; 和iii)在给药时刻之后的预定时间段的预测时间段计算的至少一种成分的预期重量值; 以便最小化在预测时间段期间测量的实际权重值与为预测时间段计算的预期权重值之间的预测权重误差,以及在预测时间段期间测量的实际权重值之间的模型权重误差和理论权重值 所述至少一种成分对应于所述至少一种成分的目标重量损失。

    Process and apparatus for inspecting junctions in sleeve lining fabrics
for the manufacture of toothed belts
    3.
    发明授权
    Process and apparatus for inspecting junctions in sleeve lining fabrics for the manufacture of toothed belts 失效
    用于检查套筒衬里织物中用于制造齿形带的接头的方法和装置

    公开(公告)号:US5321256A

    公开(公告)日:1994-06-14

    申请号:US793732

    申请日:1991-11-21

    CPC classification number: G01N21/89

    Abstract: A tubular sleeve (2) having a toothed inner surface (2a) is operatively mounted on rollers (12, 13) which rotate the sleeve (2) transversely to the extension of the teeth (5). photochromatic sensor (22) which is movable parallel to the rollers (12, 13) detects the presence of possible separation areas (9) between the sewn together end edges (6a, 6b) of a lining fabric (6) applied to the toothed surface (2a) of the sleeve (2), the end edges (6a, 6b) being chromatically differentiated from the elastomeric material (4) and from each other. An electronic processing unit (25) carries out the identification and storage of the position of the separation areas (9) detected by the photochromatic sensor (22). With the aid of a reading member (27) associated with the photochromatic sensor (22), the processing unit (25) identifies the position of the junction (7) between the end edges (6a, 6 b) on the extension outline of the toothed surface (2a), in order to detect and store the presence of possible anomalous positionings of the junction itself.

    Abstract translation: 具有齿形内表面(2a)的管状套管(2)可操作地安装在辊(12,13)上,辊子横向于齿(5)的延伸部旋转套筒(2)。 可平行于辊子(12,13)移动的感光体(22)检测在施加到齿形表面的衬里织物(6)的缝合在一起的端部边缘(6a,6b)之间是否存在可能的分离区域(9) (2)的(2a),所述端边缘(6a,6b)与所述弹性体材料(4)和所述弹性体材料(4)有颜色的区别。 电子处理单元(25)执行由色差传感器(22)检测到的分离区域(9)的位置的识别和存储。 在借助于与色光传感器(22)相关联的读取构件(27)的帮助下,处理单元(25)识别在端子边缘(6a,6b)之间的端部边缘(6a,6b)之间的接合部(7)的位置, 齿形表面(2a),以便检测和存储结本身可能的异常定位的存在。

    Process and apparatus for inspecting the geometrical configuration of
toothed driving elements
    4.
    发明授权
    Process and apparatus for inspecting the geometrical configuration of toothed driving elements 失效
    用于检查牙齿驱动元件的几何构造的过程和装置

    公开(公告)号:US5247463A

    公开(公告)日:1993-09-21

    申请号:US793729

    申请日:1991-11-21

    CPC classification number: G01B11/2416

    Abstract: An apparatus and a method for inspection of the toothed configuration of an elastomeric tubular sleeve which will later be cut into short lengths to produce toothed driving belts. A tubular sleeve (2) having a toothed inner surface (2a) is operatively mounted around rollers (5, 6) operable in rotation to move the sleeve transversely to the direction of the teeth (3). A reading member (15) movable parallel to the rollers (5, 6) detects, through the repeated reading of the height of the toothed surface (2a) passing under a given read point, the transverse outline of the individual teeth (3), to enable comparison with geometric parameters stored in a processing unit (20). The translation speed of the sleeve (2) is identified by measuring the time necessary to the passage of two characteristic points of two contiguous teeth (3). Assigned to each height value detected by the reading member (15) is a corresponding distance value from one of the characteristic points of the teeth (3).

    Process and machine for spotting superficial defects on layers and/or
sleeves of elastomeric material
    5.
    发明授权
    Process and machine for spotting superficial defects on layers and/or sleeves of elastomeric material 失效
    在弹性体材料的层和/或层上溅射超临界缺陷的方法和机器

    公开(公告)号:US5239184A

    公开(公告)日:1993-08-24

    申请号:US811237

    申请日:1991-12-20

    CPC classification number: G01N21/8903

    Abstract: A sleeve (2) of elastomeric material is operationally mounted on support rollers (5, 6) which can be operated to rotate the sleeve. At least one or more television camera (15) shoots the surface (2a) of the sleeve (2) which is illuminated with light at a low angle. The superficial appearance of the sleeve (2) is recorded in the form of images, each divided into a plurality of pixels (P) distributed in an orderly fashion. The values of luminosity of the individual pixels (P) are recorded and processed to highlight those pixels wherein due to superficial irregularities (C) on the sleeve (2), a variation is detected of the light reflected by the surface (2a) of the sleeve itself. On the basis of the position occupied by the highlighted pixels (P) it is possible to go back to the position of the superficial defects (C) along the extension of the sleeve (2).

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