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    • 2. 发明授权
    • Water testing method and apparatus
    • 水试验方法及装置
    • US09482599B1
    • 2016-11-01
    • US14311226
    • 2014-06-20
    • Lyle Johnson
    • Lyle Johnson
    • G01N1/10G01N33/18G01N1/44G01G19/00G01N5/00G01N27/02
    • G01N1/10G01G19/00G01N1/44G01N5/00G01N5/04G01N27/02G01N33/18G01N33/1813
    • An automated water testing apparatus and to a method of using the apparatus to test the amounts of dissolved salts and other solids in a water sample, where the apparatus includes a specially constructed sample bottle which preferably has a flexible wall and is fitted with a filter cap having a mesh top wall through which sample water can be poured to remove suspended matter, several beakers, a desiccator enclosure, a computer containing a database and an inventive computer program for executing method steps, and several devices in communication with and controlled by the computer and the program for executing the method, these devices preferably including a conductivity meter having a meter electrode, a robotic arm having a gripper, an analytical scale, a top loader balance scale and an oven.
    • 一种自动水测试装置和一种使用该装置来测试水样中溶解的盐和其它固体的量的方法,其中该装置包括一个特别构造的样品瓶,该样品瓶优选具有柔性壁并装配有过滤帽 具有网状顶壁,通过该顶壁可以注入样品水以除去悬浮物,几个烧杯,干燥器外壳,包含数据库的计算机和用于执行方法步骤的本发明的计算机程序以及与计算机通信并由计算机控制的多个设备 以及用于执行该方法的程序,这些装置优选地包括具有仪表电极的电导率仪表,具有夹持器的机器人臂,分析秤,顶部装载器平衡秤和烘箱。
    • 3. 发明授权
    • Self-locking electrical connector
    • 自锁电连接器
    • US4500153A
    • 1985-02-19
    • US319543
    • 1981-11-09
    • William R. Mattingly, Jr.Lyle JohnsonTommy B. Maher
    • William R. Mattingly, Jr.Lyle JohnsonTommy B. Maher
    • H01R13/622H01R13/62
    • H01R13/622
    • A self locking electrical connector assembly includes a connector shell and a coupling nut. The connector shell has a centrally located outwardly projecting annular flange with a plurality of retaining shoulders by which the coupling nut is mounted to the connector shell and allowed to rotate but prevented from substantial axial movement. The coupling nut cavity is defined by a front annular retention shoulder, a back access opening opposite the front retention shoulder, a cylindrical surface between the front shoulder and the access opening, an annular retention groove in the cylindrical surface adjacent the access opening and an annular back facing stop shoulder between the retention groove and the front shoulder. A retaining ring held in the retention groove abuts against a back facing shoulder of the shell's annular flange. A front facing stop shoulder of the annular flange abuts against the back facing stop shoulder of the coupling nut. A front facing shell abutment shoulder abuts against the end of a mating shell. A wave spring is positioned in the cavity between the front retention shoulder and the annular flange to press a plurality of dimples in a clutch plate into the plurality of grooves in a front facing ratchet surface located about the annular flange to hinder loosening rotation of the coupling nut.
    • 自锁电连接器组件包括连接器外壳和联接螺母。 连接器壳体具有中心定位的向外突出的环形凸缘,其具有多个保持肩部,通过该多个保持肩部,联接螺母被安装到连接器壳体并允许其旋转但被阻止实质上的轴向移动。 联接螺母腔体由前环形保持肩部,与前保持肩部相对的后通道开口,前肩部和进入开口之间的圆柱形表面,邻近进入开口的圆柱形表面中的环形保持槽和环形 在保持槽和前肩之间朝后的止挡肩。 保持在保持槽中的保持环抵靠壳体的环形凸缘的面向后的肩部。 环形凸缘的前面的止动肩部抵靠联接螺母的背面朝向的止动肩部。 面向前的壳体邻接台肩抵靠配合壳体的端部。 波形弹簧定位在前保持肩部和环形凸缘之间的空腔中,以将离合器板中的多个凹坑按压在围绕环形凸缘的前向棘轮表面中的多个凹槽中,以阻止联接器的松动旋转 坚果。
    • 5. 发明授权
    • Strain relief clamp assembly
    • 应变消除钳组件
    • US4869687A
    • 1989-09-26
    • US195208
    • 1988-05-18
    • Lyle Johnson
    • Lyle Johnson
    • H01R13/508H01R13/595H01R13/622
    • H01R13/508H01R13/595H01R13/622
    • A strain release clamp assembly consisting of a backshell component or female component member and a compression ring or male component member. The female component member is a generally cylindrical component having a plurality of radially directed bearing access ports therethrough for a screw-type adjusting member, a ball bearing, and an intermediate biasing means. The inside surface of the female member incudes a concentric groove with an access channel to the outside surface for containing one side portion of a locking wire inserted through the access channel. The male member includes on the outside surface with a matching concentric groove for receiving the opposite side portion of the locking wire and includes a plurality of spaced apart ball bearing depressions. The female component member receives the male component member and is locked thereto by the locking wire. Unintentional relative rotation between the female component member and the male component is prevented by the ball bearings held in the depressions.
    • 由后壳部件或阴部件构成的应变释放夹具组件和压缩环或阳部件。 阴部件是大致圆柱形的部件,其具有多个径向轴承通道,用于螺旋型调节件,滚珠轴承和中间偏置装置。 阴构件的内表面包括具有到外表面的通道的同心凹槽,用于容纳插入通过通道的锁定线的一侧部分。 阳构件在外表面上具有匹配的同心凹槽,用于接收锁定线的相对侧部,并且包括多个间隔开的球轴承凹陷。 阴部件接收阳部件并通过锁定线锁定在其上。 通过保持在凹部中的滚珠轴承来防止阴部件和阳部件之间的无意的相对旋转。
    • 6. 发明申请
    • E-Z line clamp and cutter
    • E-Z线夹和切割机
    • US20060156889A1
    • 2006-07-20
    • US10810411
    • 2004-03-25
    • Lyle Johnson
    • Lyle Johnson
    • B26D7/01A01K97/06
    • A01K97/06Y10T83/896
    • Clamp is made by injecting a clear plastic PET-G into a mold which forms a slot and four posts for a stainless steel cutter, when the formed clamp is removed from the mold it is then put into a machine that has a heated tube that will allow the plastic to be softened slightly so it can take on the shape of a spring loaded clamp, then cold air is injected into the tube to make the plastic rigid which allows it to hold its shape, the stainless steel cutter has four holes which were punched into the platform which allows cutter to be installed onto the posts, the posts are heated with a concaved hot tip tool that makes a mushroom shaped cap that bonds the cutter to the clamp. Used for keeping line from unraveling on standard size fishing line spools.
    • 夹具是通过将透明塑料PET-G注入到形成槽的模具中而制成的,并且当形成的夹具从模具中取出时,将其放入具有加热管的机器中,该模具将形成用于不锈钢切割器的四个柱 允许塑料稍微软化,使其可以承受弹簧夹的形状,然后将冷空气注入管中,使塑料刚性保持其形状,不锈钢刀具有四个孔,分别为 冲压入允许切割器安装到柱上的平台中,用一个凹形的热尖端工具加热柱体,该工具使得将切割器粘合到夹具上的蘑菇形盖。 用于在标准尺寸钓鱼线卷轴上保持线条畅通无阻。
    • 7. 发明申请
    • METHOD OF MODELING GRAVIMETRIC FLOW AND PLOTTING LAGRANGE POINTS
    • 模拟流动和绘制拉格朗日点的方法
    • US20050250086A1
    • 2005-11-10
    • US10841328
    • 2004-05-10
    • Lyle Johnson
    • Lyle Johnson
    • G09B23/00G09B23/10
    • G09B23/10
    • A method of creating a model of gravimetric flow around two, three and four dimensional representations of masses such as celestial bodies having overlapping gravity fields and plotting the Lagrange points at the correct positions in space between the bodies includes the steps of creating scale representations of the celestial bodies, plotting cascade lines for each celestial body by generating radial lines converging at each celestial body center of mass, the numbers of radial lines for each celestial body corresponding directly to the acceleration due to the relative masses of the celestial bodies and the centripital acceleration, the larger the mass the greater the number of radial lines, thereby revealing interfering regions indicating locations of the Lagrange points; and locating and marking the Lagrange points.
    • 围绕具有重叠重力场的天体的质量二维,三维和四维表示形成重力流模型的方法,并将拉格朗日点绘制在物体之间的空间中的正确位置,包括以下步骤: 天体,通过产生在每个天体中心收敛的径向线,为每个天体绘制梯级线,由于天体的相对质量和对称加速度而直接对应于加速度的每个天体的径向线数 质量越大,径向线数越多,从而显示表示拉格朗日点位置的干扰区域; 并定位和标记拉格朗日点。