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    • 2. 发明授权
    • Electronic enclosure with continuous ground contact surface
    • 具有连续接地面的电子外壳
    • US07563992B2
    • 2009-07-21
    • US11523985
    • 2006-09-20
    • Daniel A. LawlyesJoseph M. Ratell
    • Daniel A. LawlyesJoseph M. Ratell
    • H01R13/502
    • H05K5/062H05K9/0073
    • An enclosure for electronic circuitry is provided which has a first housing member having at least one protrusion formed in a wall and a second housing member having at least one slot for receiving the at least one protrusion and securing the second housing member to the first housing member. The second housing member and the first housing member have one or more continuous electrical ground contact surfaces. The second housing member is secured to the first housing member so that there is an interference fit between the at least one protrusion and at least one slot and so that there are one or more continuous electrical ground contact surfaces between the first housing member and the second housing member. A method of assembling an enclosure for electronic circuitry is provided.
    • 提供了一种用于电子电路的外壳,其具有第一壳体构件,该第一壳体构件具有形成在壁中的至少一个突出部和第二壳体构件,该第二壳体构件具有用于容纳至少一个突起的至少一个狭槽并将第二壳体构件固定到第一壳体构件 。 第二壳体构件和第一壳体构件具有一个或多个连续的电接地表面。 第二壳体构件被固定到第一壳体构件,使得在至少一个突起和至少一个狭槽之间存在过盈配合,并且使得在第一壳体构件和第二壳体构件之间存在一个或多个连续的电接地表面 住房成员 提供了一种组装用于电子电路的外壳的方法。
    • 3. 发明申请
    • Electronic enclosure with continuous ground contact surface
    • 具有连续接地面的电子外壳
    • US20080066956A1
    • 2008-03-20
    • US11523985
    • 2006-09-20
    • Daniel A. LawlyesJoseph M. Ratell
    • Daniel A. LawlyesJoseph M. Ratell
    • H05K7/14
    • H05K5/062H05K9/0073
    • An enclosure for electronic circuitry is provided which has a first housing member having at least one protrusion formed in a wall and a second housing member having at least one slot for receiving the at least one protrusion and securing the second housing member to the first housing member. The second housing member and the first housing member have one or more continuous electrical ground contact surfaces. The second housing member is secured to the first housing member so that there is an interference fit between the at least one protrusion and at least one slot and so that there are one or more continuous electrical ground contact surfaces between the first housing member and the second housing member. A method of assembling an enclosure for electronic circuitry is provided.
    • 提供了一种用于电子电路的外壳,其具有第一壳体构件,该第一壳体构件具有形成在壁中的至少一个突出部和第二壳体构件,该第二壳体构件具有用于容纳至少一个突起的至少一个狭槽并将第二壳体构件固定到第一壳体构件 。 第二壳体构件和第一壳体构件具有一个或多个连续的电接地表面。 第二壳体构件被固定到第一壳体构件,使得在至少一个突起和至少一个狭槽之间存在过盈配合,并且使得在第一壳体构件和第二壳体构件之间存在一个或多个连续的电接地表面 住房成员 提供了一种组装用于电子电路的外壳的方法。
    • 5. 发明授权
    • Method of making thick film pressure and temperature sensors on a stainless steel diaphragm
    • 在不锈钢隔膜上制作厚膜压力和温度传感器的方法
    • US06725514B2
    • 2004-04-27
    • US10159821
    • 2002-05-31
    • James I. MoyerJoseph M. Ratell
    • James I. MoyerJoseph M. Ratell
    • H04R1700
    • G01L19/147G01K7/183G01L9/0055G01L19/0092Y10T29/42Y10T29/49085Y10T29/49099Y10T29/49101Y10T29/49103Y10T29/49155
    • A method of making a low-cost metal diaphragm sensor that integrates both pressure and temperature sensing in a single sensor assembly utilizes thick-film processing to form a circuit including stress and temperature sensitive elements on the outboard or exposed surface of a thin metal diaphragm separating the circuit from a pressurized fluid. Only a thin layer of dielectric separates the stress and temperature sensitive elements from the diaphragm surface. The stress sensitive elements respond to mechanical stressing of the diaphragm due to the presence of the pressurized fluid, while the temperature sensitive element responds to the temperature of the pressurized fluid. The thermal capacity of the fluid greatly exceeds that of the diaphragm, so that the temperature responsive characteristic of the temperature sensitive element accurately reflects the temperature of the pressurized fluid.
    • 制造在单个传感器组件中将压力和温度感测集成在一起的低成本金属膜片传感器的方法利用厚膜处理来形成包括应力和温度敏感元件的电路,该元件在薄金属隔膜分隔件的外侧或暴露表面上 来自加压流体的电路。 只有薄层的介质将应力和温度敏感元件与隔膜表面分开。 应力敏感元件由于加压流体的存在而响应于隔膜的机械应力,而温度敏感元件响应加压流体的温度。 流体的热容量大大超过隔膜的热容量,使得温度敏感元件的温度响应特性能够精确地反映加压流体的温度。