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    • 2. 发明授权
    • Hot melt conformal coating materials
    • 热熔保形涂料
    • US5510138A
    • 1996-04-23
    • US248043
    • 1994-05-24
    • Henry M. SanftlebenJames M. RossonRalph D. Hermansen
    • Henry M. SanftlebenJames M. RossonRalph D. Hermansen
    • H01L21/56H01L23/31H05K3/28B05D5/12
    • H01L21/56H01L23/3121H05K3/284H01L2924/0002
    • Conformal coating materials are provided for forming a protective conformal coating on the surface of an electronic assembly. The conformal coating materials are characterized by being hot melt materials, in that they are each initially a solid or semisolid at approximately room temperature, a liquid at an elevated temperature at which the coating material is applied to the electronic assembly, and solidify upon cooling to a temperature corresponding to a service temperature of the electronic assembly. As such, the coating systems can be rapidly applied through various highly controllable techniques associated with hot melt dispensing equipment. In addition, the coating systems quickly solidify upon cooling to allow handling of the electronic assembly. The conformal coating systems may be nonreactive, indicating that the system can be remelted, or reactive, indicating that a post-application curing process occurs over time at a temperature less than the elevated application temperature.
    • 提供保形涂层材料用于在电子组件的表面上形成保护性保形涂层。 保形涂层材料的特征在于是热熔材料,因为它们在大约室温下首先是固体或半固体,在涂覆材料施加到电子组件的高温下的液体,并且在冷却时固化 对应于电子组件的使用温度的温度。 因此,可以通过与热熔胶分配设备相关的各种高度可控的技术快速施加涂层体系。 此外,涂层系统在冷却时快速固化以允许处理电子组件。 保形涂层系统可以是非反应性的,表明该系统可被重熔或反应,表明在低于提高的应用温度的温度下随着时间的推移发生后应用固化过程。
    • 4. 发明授权
    • Optical seat belt tension sensor
    • 光学安全带张力传感器
    • US07324191B2
    • 2008-01-29
    • US11096532
    • 2005-04-01
    • Morgan D. MurphyHenry M. SanftlebenPamela A. Roe
    • Morgan D. MurphyHenry M. SanftlebenPamela A. Roe
    • G01J1/00
    • B60R21/0155B60R21/01548B60R2021/01088Y10T24/45665
    • A belt tension sensor includes an armature that is displaced in relation to belt tension and an optical sensing mechanism that detects armature displacement as a measure of belt tension. In a first mechanization, a lens element is mounted on the armature for movement therewith, and light emitted by a light source passes through the lens element before impinging on a light responsive element; the lens element variably diffuses the emitted light in relation to the belt tension, and the light impinging on the light responsive element provides a measure of the belt tension. In a second mechanization, the armature includes a protuberance that abuts and variably collapses a compressible optical waveguide to vary its optical transmissivity in relation to the armature displacement, and the optical transmissivity of the optical waveguide provides a measure of the belt tension.
    • 带张力传感器包括相对于皮带张力移位的电枢和检测电枢位移作为皮带张力的量度的光学感测机构。 在第一机械化中,透镜元件安装在电枢上以与其一起运动,并且由光源发射的光在撞击光响应元件之前穿过透镜元件; 透镜元件相对于带张力可变地扩散发射的光,并且入射到光响应元件上的光提供带张力的量度。 在第二机械化中,电枢包括一个突起,该突起邻接和可变地折叠可压缩光波导以相对于电枢位移改变其透光率,并且光波导的光透射率提供了带张力的量度。
    • 6. 发明授权
    • Hot melt masking materials
    • 热熔屏蔽材料
    • US5460767A
    • 1995-10-24
    • US251700
    • 1994-05-31
    • Henry M. SanftlebenJames M. Rosson
    • Henry M. SanftlebenJames M. Rosson
    • B29C39/02B29C39/10B29C39/22C08L23/02C09D5/00H05K3/28H05K3/34B29C65/52B29C39/12B29C65/40
    • H05K3/284B29C39/021B29C39/10B29C39/22C08L23/02C09D5/008C08L63/00C08L91/06H05K3/3421Y10T29/49146
    • A method is provided for processing an electronic circuit assembly having surface mount integrated circuit packages mounted to its substrate, in which ingress of a conformal coating into a void present between the IC package and the substrate is prevented by a masking composition which forms a barrier around the IC package prior to the conformal coating process. The masking compositions are hot melt materials, in that each is initially a solid at roughly room temperature, melts to become a liquid at an elevated temperature at which the masking composition is applied to the electronic assembly, and forms a solid upon cooling to a temperature corresponding to a service temperature of the electronic assembly. As such, the masking compositions can be rapidly applied through various highly controllable techniques, and will quickly and sufficiently solidify upon cooling to allow handling of the electronic assembly. The masking compositions may be nonreactive, indicating that the barrier can be remelted, or reactive, indicating that a post-application curing process occurs over time at a temperature less than the elevated application temperature.
    • 提供一种用于处理具有安装到其基板上的表面安装集成电路封装的电子电路组件的方法,其中通过形成围绕屏障的屏蔽组合物来防止保形涂层进入IC封装和基板之间的空隙中 IC封装在保形涂层工艺之前。 掩蔽组合物是热熔体材料,其中每个最初都是在大约室温下的固体,在掩蔽组合物被施加到电子组件的高温下熔化成液体,并且在冷却至温度时形成固体 对应于电子组件的使用温度。 因此,掩模组合物可以通过各种高度可控的技术快速施加,并且在冷却时将快速且充分地固化以允许处理电子组件。 掩蔽组合物可以是非反应性的,指示可以重新熔化或反应阻挡层,这表明在小于提高的施加温度的温度下随时间推移施用后固化过程。
    • 7. 发明授权
    • Capacitive load cell apparatus having silicone-impregnated foam dielectric pads
    • 具有硅氧烷浸渍的泡沫介电垫的电容式称重传感器装置
    • US07159471B2
    • 2007-01-09
    • US11070045
    • 2005-03-02
    • Duane D. FortuneHenry M. Sanftleben
    • Duane D. FortuneHenry M. Sanftleben
    • G01B7/16
    • G01G7/06G01G19/4142
    • A capacitive load cell includes upper and lower capacitor plates and an intermediate array of dielectric pads formed of silicone-impregnated open-cell urethane foam (i.e., gel pads). The silicone essentially displaces air that would otherwise be trapped in the foam, contributing to a dielectric having minimal humidity-related variability. The upper capacitor plate is defined by an array of individual charge plates, the lower capacitor plate defines a ground plane conductor common to each of the charge plates, and the dielectric pads are disposed between the ground plane conductor and each of the charge plates, leaving channels between adjacent dielectric pads. When occupant weight is applied to the seat, the dielectric pads transmitting the weight distend laterally into the channels to reduce the separation between the respective upper and lower capacitor plates, and the consequent change in capacitance is detected as a measure of the applied force and the force distribution.
    • 电容性测力传感器包括上部和下部电容器板以及由硅氧烷浸渍的开孔聚氨酯泡沫(即凝胶垫)形成的介质垫的中间阵列。 硅氧烷基本上置换了否则将被捕获在泡沫中的空气,有助于具有最小湿度相关变化性的电介质。 上电容器板由单独的充电板的阵列限定,下电容器板限定每个充电板公共的接地平面导体,并且介电垫设置在接地平面导体和每个充电板之间,留下 相邻电介质垫之间的通道。 当乘员重量被施加到座椅时,传递重量的介质垫片横向扩张到通道中以减小相应的上部和下部电容器板之间的间隔,并且随后的电容变化被检测为施加的力的量度,并且 力分布。
    • 9. 发明授权
    • Electronic package and method therefor
    • 电子封装及其方法
    • US06614108B1
    • 2003-09-02
    • US09692886
    • 2000-10-23
    • Henry M. SanftlebenDerek S. Ferraro
    • Henry M. SanftlebenDerek S. Ferraro
    • H01L2310
    • H05K5/064H01L23/10H01L2924/0002H01L2924/00
    • An electronic package and a method for packaging an electronic component, particularly a shock-sensitive component such as a yaw rate sensor or an accelerometer mounted to a circuit board. The package includes a case having an opening through which the circuit board is placed within the case, so that a peripheral edge of the circuit board is adjacent but spaced apart from a wall of the case. A thixotropic gel is present in the space between the peripheral edge of the circuit board and the wall of the case, so as to separate and control the mechanical decoupling of the circuit board and case. An optional spacer can be used to space the circuit board from the shelf. Alternatively, the gel may be filled with a polymer particulate material. A potting material preferably fills an upper cavity within the case to encapsulate and secure the circuit board within the case.
    • 一种用于封装电子部件的电子封装和方法,特别是安装在电路板上的偏转率传感器或加速度计等的冲击敏感部件。 该封装包括具有开口的壳体,电路板通过该开口放置在壳体内,使得电路板的周边边缘与壳体的壁相邻但间隔开。 触电凝胶存在于电路板的外围边缘与壳体的壁之间的空间中,以便分离和控制电路板和壳体的机械解耦。 可以使用可选的间隔器将电路板从搁板上放置。 或者,凝胶可以填充聚合物颗粒材料。 灌封材料优选地填充壳体内的上腔体以将电路板封装并固定在壳体内。