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    • 1. 发明申请
    • Portable electronic data acquisition and transmission system
    • 便携式电子数据采集和传输系统
    • US20060250216A1
    • 2006-11-09
    • US11123347
    • 2005-05-06
    • Richard Gagnon
    • Richard Gagnon
    • B60R25/00G05B19/00
    • G07C9/00182G07C9/00817G07C2009/00928
    • A portable electronic data acquisition and transmission system for use with a plurality of wireless transmitters and universal operators used with selected residential barrier operators includes a data monitor having a monitor controller connected to a monitor receiver, a display, a monitor memory unit, a monitor communications port, and an input interface. The data monitor is able to learn and store a plurality of transmitter identification codes associated with one or more wireless transmitters. Once the identification codes are stored in the data monitor, the identification codes can be manipulated and transferred to one or more universal operators, thus enabling the specific transmitters having the associated identification codes to control the universal operator.
    • 一种与选定的住宅屏障操作员一起使用的多个无线发射机和通用运营商一起使用的便携式电子数据采集和传输系统包括:数据监视器,具有连接到监视器接收器的监视器控制器,显示器,监视器存储器单元,监视器通信 端口和输入接口。 数据监视器能够学习和存储与一个或多个无线发射机相关联的多个发射机识别码。 一旦识别码被存储在数据监视器中,识别码就可被操纵并被传送到一个或多个通用运营商,从而能够使具有相关识别码的特定发射机控制通用运营商。
    • 3. 发明授权
    • Ratcheting tool with improved cam shifter means
    • 具有改进的凸轮转换器的棘轮工具意味着
    • US4529071A
    • 1985-07-16
    • US395810
    • 1982-07-06
    • Richard GagnonStanley OrszulakLouis PawloskiMichael L. Bodnar
    • Richard GagnonStanley OrszulakLouis PawloskiMichael L. Bodnar
    • B25B13/46B25B15/04
    • B25B13/468B25B13/463B25B15/04
    • A ratcheting tool has a handle mounted on a ratchet housing. The ratchet housing has a blind axial bore formed therein. A driven shank has a rearward portion nested partially in the bore, and a ratchet is formed externally on the rearward portion of the shank. A cam is seated in the bore, rearwardly of the ratchet, and is pivotable substantially about the axis of the bore. The cam has a bore formed therein, and a thrust ball is seated in the cam bore axially between the bottom of the blind axial bore in the ratchet housing and the rearward portion of the shank, thereby accommodating axial thrust loads on the tool. A selector pin is carried by the cam and extends radially therefrom through an arcuate slot in the ratchet housing. A pair of L-shaped pawls are alternately actuated by the cam. The pawls have respective leg portions extending forwardly to engage the ratchet, thereby alternately keying the ratchet to the ratchet housing. The cam has a three-position detented connection with the ratchet housing, thereby establishing clockwise and counterclockwise ratchet drive positions and an intermediate locked position, respectively. A knurled spinner is rotatably piloted on the ratchet housing for optional manual use, and the spinner is suitably keyed to a intermediate portion of the shank.
    • 棘轮工具具有安装在棘轮壳体上的手柄。 棘轮壳体具有形成在其中的盲轴向孔。 被驱动的柄部具有部分嵌套在孔中的向后部分,并且在柄部的后部部分上形成棘轮。 凸轮位于棘爪的后面的孔中,并且可以基本上围绕孔的轴线枢转。 凸轮具有形成在其中的孔,并且止推球轴向地位于棘轮壳体中的盲轴向孔的底部和柄的后部之间,从而在工具上容纳轴向推力负载。 选择器销由凸轮承载并且从其径向延伸穿过棘轮壳体中的弓形槽。 一对L形爪被凸轮交替地驱动。 棘爪具有向前延伸的相应的腿部部分以接合棘轮,从而将棘轮交替地键入棘轮壳体。 凸轮与棘轮壳体具有三位置的锁定连接,从而分别建立顺时针和逆时针棘轮驱动位置和中间锁定位置。 一个滚花旋转器被可旋转地引导到棘轮壳体上以供选择性手动使用,并且旋转器适当地键合到柄的中间部分。
    • 6. 发明授权
    • Method for measuring the fibre orientation anisotropy in a fibrous
structure
    • 纤维结构中纤维取向各向异性的测定方法
    • US4654529A
    • 1987-03-31
    • US823459
    • 1986-01-28
    • Russell BoulayBernard DrouinRichard Gagnon
    • Russell BoulayBernard DrouinRichard Gagnon
    • G01N21/23G01N21/86G01N21/21
    • G01N21/23G01N2021/869
    • A method and a device for measuring the fibre orientation anisotropy in a fibrous structure such as a sheet of paper or a textile. According to this method, a linearly polarized, far infrared laser beam is directed towards one side of the fibrous structure whose fibre orientation anisotropy is to be measured. The incident energy of the laser beam is measured before this beam traverses the fibrous structure, and its transmitted energy is measured on the other side of the fibrous structure. The transmission coefficient T of the laser beam is determined in at least two different orientations of the polarization plane of the beam with respect to the fibrous structure, this coefficient T being the ratio of the transmitted-to-incident energies. This coefficient T varies exponentially with the basis weight of the fibrous structure and the ratio .alpha. of the absorption coefficients that can be derived from two measurements of coefficient T in two different orientations of the polarized beam, gives a quantitative evaluation of the amount of fibre orientation anisotropy, the value of this ratio .alpha. be equal to 1 when no anisotropy is present in the fibrous structure.
    • 用于测量诸如纸或织物之类的纤维结构中的纤维取向各向异性的方法和装置。 根据该方法,将线性偏振的远红外激光束朝向要测量纤维取向各向异性的纤维结构的一侧。 在该光束穿过纤维结构之前测量激光束的入射能量,并且在纤维结构的另一侧测量其透射能量。 激光束的透射系数T以相对于纤维结构的光束的偏振面的至少两个不同取向来确定,该系数T是发射到入射能量的比率。 该系数T随着纤维结构的基重而变化,并且可以从偏振光束的两个不同取向的两个测量系数T得出的吸收系数的比α,给出纤维取向量的定量评估 各向异性,当纤维结构中不存在各向异性时,该比α的值等于1。
    • 7. 发明授权
    • System and method for optimizing lignocellulosic granular matter refining
    • 优化木质纤维素颗粒物质的系统和方法
    • US08679293B2
    • 2014-03-25
    • US12598644
    • 2008-05-02
    • Feng DingIlich LamaRichard GagnonClaude Lejeune
    • Feng DingIlich LamaRichard GagnonClaude Lejeune
    • D21C7/12
    • D21D1/002D21G9/0018
    • A system and method for optimizing a process for refining lignocellulosic granular matter such as wood chips use a predictive model including a simulation model based on relations involving a plurality of matter properties characterizing the matter such as moisture content, density, light reflection or granular matter size, refining process operating parameters such as transfer screw speed, dilution flow, hydraulic pressure, plate gaps, or retention delays, at least one output controlled to a target such as primary motor load or pulp freeness, and at least one uncontrolled output such as specific energy consumption, energy split, long fibers, fines and shives. An adaptor is fed with measured values of matter properties and measured values of controlled and uncontrolled outputs, to adapt the simulation model accordingly. An optimizer generates a value of the target according to a predetermined condition on a predicted uncontrolled output parameter and to one or more process constraints.
    • 用于优化木质纤维素颗粒物质如木屑的方法的系统和方法使用预测模型,其包括基于涉及表征物质的多个物质性质的关系的模拟模型,例如水分含量,密度,光反射或颗粒物质尺寸 精炼过程操作参数,例如转印螺杆速度,稀释流量,液压,板间隙或保持延迟,至少一个控制到目标的输出,例如初级马达负载或纸浆游离度,以及至少一个不受控制的输出, 能量消耗,能量分裂,长纤维,罚款和数量。 给适配器馈送测量的物质属性值和受控和不受控输出的测量值,以便相应地适应仿真模型。 优化器根据关于预测的不受控输出参数的预定条件和一个或多个过程约束生成目标值。
    • 10. 发明申请
    • CAMERA ENCLOSURE ASSEMBLY
    • 摄像机外壳组件
    • US20120275776A1
    • 2012-11-01
    • US13183967
    • 2011-07-15
    • Richard GagnonGaétan SanschagrinDenis Lépine
    • Richard GagnonGaétan SanschagrinDenis Lépine
    • G03B17/00
    • G03B17/02G03B17/561H04N5/247
    • An enclosure assembly for a camera is designed to be mounted on the frame of an optical inspection apparatus for scanning the profile of a surface of an article moving along a travel path axis, the profile being associated with a reference axis orthogonal to a reference plane parallel to the travel path axis. The camera is part of a profile sensor unit and has an optical sensing field directed toward the travel path axis to define a scanning zone associated with the surface as intersected by the optical sensing field, the profile unit further having a laser source directing at angle with the optical sensing field a fan-shaped laser beam toward the scanning zone to define an associated scanning plane transverse to the travel path axis, to generate sensor output data related the profile of the article surface. The enclosure assembly comprises an enclosure body secured to the apparatus frame and including a front end wall provided with an opening protected by an optical element made of light transparent material, and a device for mounting the camera within the enclosure body such that the camera has its optical sensing field directed toward the opening. The enclosure assembly further comprises a device mechanically coupled to the enclosure body for displacing thereof in a direction perpendicular to the profile reference axis and parallel to the scanning plane to adjust the position of the optical sensing field with respect to the scanning plane.
    • 用于相机的外壳组件被设计成安装在光学检查装置的框架上,用于扫描沿着行进路径轴线移动的制品的表面的轮廓,该轮廓与参考轴线垂直于参考平面平行 到行进路径轴。 相机是轮廓传感器单元的一部分,并且具有指向行进路径轴线的光学感测场,以限定与光学感测场相交的与表面相关联的扫描区域,轮廓单元还具有与 光学感测场将扇形激光束朝向扫描区域定义横向于行进路径轴线的相关联的扫描平面,以产生与物品表面的轮廓相关的传感器输出数据。 外壳组件包括固定到设备框架的外壳主体,并且包括设置有由光透明材料制成的光学元件保护的开口的前端壁,以及用于将相机安装在外壳主体内的装置,使得相机具有其 指向开口的光学感测场。 外壳组件还包括机械地耦合到外壳主体的装置,用于在垂直于轮廓参考轴线并平行于扫描平面的方向上移动该装置,以调整光学感测场相对于扫描平面的位置。