Automatic Injector Ram Homing
    1.
    发明申请
    Automatic Injector Ram Homing 有权
    自动进样器回归

    公开(公告)号:US20110160580A1

    公开(公告)日:2011-06-30

    申请号:US12811104

    申请日:2009-08-07

    IPC分类号: A61B6/00

    摘要: A power injector (40) includes a movable ram (74) operable to interface with and move a plunger (90a/b) of a syringe (86a/b). The power injector (40) may be operable to automatically determine a proper home position for the particular type of syringe (86a/b) to be used in a fluid injection sequence. The power injector (40) may also include ram homing logic (182) operable to automatically move the ram (74) to a home position after an injection. Such automatic homing of the ram (74) may, for example, be initiated by the end of an injection sequence in preparation for another injection sequence, by the opening of a faceplate (102a/b), by a user input, or by any combination thereof.

    摘要翻译: 动力注射器(40)包括可操作以与注射器(86a / b)的柱塞(90a / b)接合并移动的活动压头。 动力注射器(40)可以是可操作的,以自动地确定用于流体喷射顺序的特定类型的注射器(86a / b)的适当原始位置。 动力注射器(40)还可以包括压头归位逻辑(182),其可操作以在喷射之后自动地将冲头(74)移动到原始位置。 例如,冲头(74)的这种自动归位可以由注射序列的结束开始,以准备另一个注射顺序,通过面板(102a / b)的打开,用户输入或任何 的组合。

    Automatic injector ram homing
    2.
    发明授权
    Automatic injector ram homing 有权
    自动注射器柱塞归位

    公开(公告)号:US09044538B2

    公开(公告)日:2015-06-02

    申请号:US12811104

    申请日:2009-08-07

    IPC分类号: A61M5/145 A61B6/00

    摘要: A power injector (40) includes a movable ram (74) operable to interface with and move a plunger (90a/b) of a syringe (86a/b). The power injector (40) may be operable to automatically determine a proper home position for a particular type of the syringe (86a/b) to be used in a fluid injection sequence. The power injector (40) may also include a ram homing logic (182) operable to automatically move the ram (74) to the home position after the injection sequence. Such automatic homing of the ram (74) may, for example, be initiated by an end of the injection sequence in preparation for another injection sequence, by opening of a faceplate (102a/b), by a user input, or by any combination thereof.

    摘要翻译: 动力注射器(40)包括可操作以与注射器(86a / b)的柱塞(90a / b)接合并移动的活动压头。 动力注射器(40)可以是可操作的,以自动确定要以流体喷射顺序使用的特定类型的注射器(86a / b)的适当原始位置。 动力注射器(40)还可以包括压头回原点逻辑(182),其可操作以在喷射顺序之后自动地将压头(74)移动到原始位置。 例如,冲头(74)的这种自动归位可以由注射序列的结束开始,以准备另一个注射顺序,通过用户输入打开面板(102a / b),或通过任何组合 其中。

    Medical Fluid Injector System
    4.
    发明申请
    Medical Fluid Injector System 有权
    医用流体注射器系统

    公开(公告)号:US20130245439A1

    公开(公告)日:2013-09-19

    申请号:US13988800

    申请日:2011-11-21

    IPC分类号: A61M5/20

    摘要: A medical fluid injector system (450) is disclosed that may utilize one or more of flow rate determination logic (130), injection volume determination logic (132), display control logic (134), drive ram motion control logic (136), and pressure monitoring logic (138). The flow rate determination logic (130), injection volume determination logic (132), and display control logic (134) each may utilize a concentration input (172, 192, 202) to calculate flow rates, injection volumes, and generate multi-color graphics, respectively, for a simultaneous injection configuration. The drive ram motion control logic (136) may utilize both a target pressure and a monitored pressure to derive a velocity for advancing a drive ram. The pressure monitoring logic (138) may provide a monitored pressure value for the drive ram control logic (136), where this monitored pressure value may be derived from the input power being used to advance a drive ram and the drive ram velocity.

    摘要翻译: 公开了一种医疗流体注射器系统(450),其可以利用流量确定逻辑(130),注射体积确定逻辑(132),显示控制逻辑(134),驱动柱塞运动控制逻辑(136)中的一个或多个,以及 压力监控逻辑(138)。 流量确定逻辑(130),喷射量确定逻辑(132)和显示控制逻辑(134)各自可以利用浓度输入(172,192,202)来计算流速,喷射体积并产生多色 图形,分别用于同时注入配置。 驱动柱塞运动控制逻辑(136)可以利用目标压力和监视的压力来导出用于推进驱动柱塞的速度。 压力监测逻辑(138)可以为驱动液压控制逻辑(136)提供监控的压力值,其中该监测的压力值可以从用于推进驱动柱塞的输入功率和驱动柱塞速度导出。

    Remote control device for painting system
    7.
    发明授权
    Remote control device for painting system 有权
    喷漆系统遥控装置

    公开(公告)号:US06500262B1

    公开(公告)日:2002-12-31

    申请号:US09703149

    申请日:2000-10-31

    IPC分类号: B05C502

    摘要: A remote control device that provides a wireless connection between the operator and a control console of a material coating spraying system, thereby allowing the operator to select, change, modify and otherwise control a variety of parameters and functions of the spraying operation. The remote capability permits an operator to be stationed at, in or near the spray booth so as to be able to observe the actual spraying operation and transmit instructions to the control console. In one embodiment, a powder spray system includes a spray gun having a pressurized air inlet and a powder inlet, a powder spray booth, a powder supply for feeding powder to the gun, a control console separately located with respect to the booth; the console being operable to control a spraying operation; and a hand-held remote control device for wireless operation of the control console by an operator positioned a distance from the console.

    摘要翻译: 一种远程控制装置,其在操作者和材料喷涂系统的控制台之间提供无线连接,从而允许操作者选择,改变,以及以其它方式控制喷涂操作的各种参数和功能。 遥控功能允许操作员驻留在喷漆室内或附近,以便能够观察实际的喷涂操作并将指令传送到控制台。 在一个实施例中,粉末喷射系统包括具有加压空气入口和粉末入口的喷枪,粉末喷雾室,用于将粉末供给到枪的粉末供应器,相对于展位架分开设置的控制台; 所述控制台可操作以控制喷射操作; 以及用于通过距离控制台一定距离的操作者无线操作控制台的手持式遥控装置。

    Spray gun having a current monitored anti-back-ionization probe
    8.
    发明授权
    Spray gun having a current monitored anti-back-ionization probe 失效
    具有电流监测的反电离探针的喷枪

    公开(公告)号:US5938126A

    公开(公告)日:1999-08-17

    申请号:US46146

    申请日:1998-03-23

    IPC分类号: B05B5/03 B05B5/053 B05B5/025

    摘要: A powder spray coating system includes a power source and an electrical supply line connected to the power source. A spray gun sprays powder in a spray pattern onto a part. The spray gun includes an electrode which charges powder as the powder is dispensed from the gun toward the part. The electrode is connected to the electrical supply line. A first current sensing device is located in the electrical supply line measuring gun current between the power source and the electrode. An ion collector or ABI probe is mounted with the gun for collecting free ions produced by the electrode. The collector has a forward portion positioned near the spray pattern and is spaced from the electrode. The collector is connected to a ground line. A second current sensing device is located in the ground line measuring back current between the ion collector and ground. A controller is connected between the power source and the electrode to control the gun current. The controller is also connected to the first and second current sensing devices for controlling the gun current in accordance with the difference between the measured gun current and the back current. By automatically controlling the current between the gun and the part, the present invention controls the field strength and the current between the tip of the gun and the ABI probe, making unnecessary adjustment of the position of the ABI probe in order to maximize the benefits of the probe in situations where the distance between the gun and the part changes.

    摘要翻译: 粉末喷涂系统包括电源和连接到电源的电源线。 喷枪以喷雾方式将粉末喷洒到零件上。 喷枪包括一个电极,当从喷枪向该部件分配粉末时,该电极装入粉末。 电极连接到电源线。 第一电流感测装置位于电源线中,测量电源和电极之间的电流。 离子收集器或ABI探头安装有枪,用于收集由电极产生的游离离子。 收集器具有位于喷射图案附近的前部,并且与电极间隔开。 集电极连接到地线。 地线中的第二电流感测装置测量离子收集器和地之间的反向电流。 控制器连接在电源和电极之间,以控制喷枪电流。 控制器还连接到第一和第二电流感测装置,用于根据所测量的枪电流和反向电流之间的差来控制枪电流。 通过自动控制枪和部件之间的电流,本发明控制枪尖和ABI探针之间的场强和电流,不必要地调整ABI探针的位置,以便最大限度地发挥 在枪和部件之间的距离发生变化的情况下的探头。