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    • 6. 发明授权
    • Manufacture of hard, grating cheese
    • 制造硬,格栅奶酪
    • US4244972A
    • 1981-01-13
    • US958053
    • 1978-11-06
    • John D. Johnson
    • John D. Johnson
    • A23C19/068A23C19/02
    • A23C19/0688
    • Hard, grating cheese is prepared by a process wherein large masses of curd are assembled, pressed and cured, and wherein the step of brining used in prior art processes is eliminated. In the process, salt is added to milled curd particles having a pH below about 5.1 and fermentable sugars substantially metabolized, the salted curd particles are pressed while withdrawing whey until the curd has moisture content desired in the finished cheese and the curd is cured for a period sufficient to provide hard grating cheese. Since brining is eliminated and the desired moisture content is established prior to curing, the hard grating cheese has substantially no moisture gradient. Consequently, the cheese can be shredded in about 2 to 6 months.
    • 硬的格栅奶酪通过其中组装,压制和固化大块凝乳的方法制备,并且其中消除了现有技术方法中使用的沥青步骤。 在此过程中,将盐加入pH低于约5.1的碾磨的凝乳颗粒上,并将可发酵的糖基本上代谢,在抽出乳清的同时压榨盐渍的凝乳颗粒,直至凝乳在成品奶酪中具有所需的水分含量,凝固固化 足以提供硬格栅奶酪。 由于在固化之前消除了沥青并且建立了所需的水分含量,所以硬格栅干酪基本上没有水分梯度。 因此,奶酪可以在大约2到6个月内切碎。
    • 8. 发明授权
    • Transmitter with moisture draining housing and improved method of
mounting RFI filters
    • 具有排水外壳的变​​送器和改进的RFI滤波器安装方法
    • US5546804A
    • 1996-08-20
    • US288949
    • 1994-08-11
    • John D. JohnsonWilliam R. Kirkpatrick
    • John D. JohnsonWilliam R. Kirkpatrick
    • G01D11/24H05K5/02G01D11/30
    • H05K5/0213G01D11/245H05K5/069
    • A transmitter transmitting a sensed process variable over a conductor includes a cylindrical housing having a terminal compartment and an electronics compartment separated by a bulkhead. The terminal compartment used for conductor connection is subject to moisture accumulation. An access channel fully intersects an internal surface of terminal compartment such that the access channel drains moisture from the terminal compartment across a range of mounting orientations. The transmitter includes a circuit in the electronics compartment for compensating a process variable and providing the compensated process variable via a feedthrough circuit assembly in the bulkhead, which in one embodiment, includes an encapsulated radio frequency interference filter, to terminals in the terminal compartment for coupling to a conductor that is connected to an external controller.
    • 在导体上传送感测到的过程变量的发射器包括具有终端隔室的圆柱形壳体和由隔板隔开的电子室。 用于导体连接的端子室受潮气积聚。 进入通道与终端隔室的内表面完全相交,使得进入通道在一定范围的安装方向上从终端隔间排出水分。 发射器包括电子部件中的电路,用于补偿过程变量,并通过隔板中的馈通电路组件提供经过补偿的过程变量,在一个实施例中,该馈通电路组件包括封装的射频干扰滤波器,用于端子室中用于耦合的端子 连接到外部控制器的导线。
    • 10. 发明授权
    • Underwater LED flashlight system
    • 水下LED手电筒系统
    • US07520629B2
    • 2009-04-21
    • US11029680
    • 2005-01-05
    • John D. JohnsonDaniel Friedel
    • John D. JohnsonDaniel Friedel
    • F21V33/00
    • F21L4/00F21V15/01F21V21/0885F21V21/0965F21V33/0008F21Y2115/10Y10T29/49002
    • A flashlight is provided comprising a LED illumination source, a power source electrically coupled to said LED illumination source, and a solid body encapsulating the power source and at least a portion of the LED illumination source. The invention further includes an underwater illumination system comprising a glove having an interior, an inner surface, and an outer surface, and an underwater flashlight comprising a LED illumination source, a power source electrically coupled to the LED illumination source, a solid body encapsulating the power source and at least a portion of the LED illumination source, and a securing member for connecting the underwater flashlight to said glove. A method for making an underwater, pressure-resistant LED flashlight is provided for making an encapsulating solid body for the elements providing illumination.
    • 提供了一种手电筒,其包括LED照明源,电耦合到所述LED照明源的电源以及封装所述电源和所述LED照明源的至少一部分的固体。 本发明还包括水下照明系统,其包括具有内部,内表面和外表面的手套,以及水下手电筒,其包括LED照明源,电耦合到所述LED照明源的电源, 电源和LED照明源的至少一部分,以及用于将水下手电筒连接到所述手套的固定构件。 提供一种制造水下耐压LED手电筒的方法,用于制造用于提供照明的元件的封装固体。