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    • 2. 发明申请
    • KEYBOARD HAVING MAGNET-ACTUATED SWITCHES
    • 键盘带磁铁开关
    • WO2006116041A2
    • 2006-11-02
    • PCT/US2006015029
    • 2006-04-21
    • STEINBERG DAN A
    • STEINBERG DAN A
    • H01H9/00
    • H01H36/0013H01H13/70H01H36/0066H01H2036/0093H03K17/9517H03K17/9643
    • A text input keyboard with magnet-actuated proximity switches, and a stylus having a magnet at the tip. Each key of the keyboard has a proximity switch. A key is selected by moving the stylus magnet near to the selected key and switch. The proximity switch closes due to the magnetic field from the magnet, and the low resistance state of the switch is detected by a microprocessor. The switches can be connected in a matrix array. The present keyboard is small and requires little power, and is well suited for use in portable electronic devices. The keyboard does not require pressing of the stylus against the keyboard, which facilitates fast typing and reduces user fatigue.
    • 具有磁力接近开关的文本输入键盘和在尖端具有磁体的触针。 键盘的每个键都有一个接近开关。 通过将触控笔磁铁靠近所选的键并切换来选择一个键。 接近开关由于来自磁体的磁场而闭合,并且开关的低电阻状态由微处理器检测。 开关可以以矩阵阵列连接。 本键盘小巧,功率小,适用于便携式电子设备。 键盘不需要将触控笔按压在键盘上,这有助于快速打字并减少用户疲劳。
    • 3. 发明申请
    • ETCHING PROCESS FOR MICROMACHINING CRYSTALLINE MATERIALS AND DEVICES FABRICATED THEREBY
    • 微结构晶体材料的蚀刻工艺及其制造的器件
    • WO2003008139A2
    • 2003-01-30
    • PCT/US2002/023177
    • 2002-07-19
    • HALEOS, INC.STEINBERG, Dan, A.RASNAKE, Larry, J.
    • STEINBERG, Dan, A.RASNAKE, Larry, J.
    • B23K
    • G02B6/4206G02B6/4234G02B2006/12176H01L21/30608
    • The present invention provides an optical microbench having intersecting structures etched into a substrate. In particular, microbenches in accordance with the present invention include structures having a planar surfaces formed along selected crystallographaich planes of a single crystal substrate. Two of the structures provided are an etch-stop pit and an anisotropically etched feature disposed adjacent the etch-stop pit. At the point of intersection between the etch-stop pit and the anisotropically etched feature the oreintation of the crystallographic planes is maintained. The present invention also provides a method for micromachining a substrate to form an optical microbench. The method comprises the steps of forming an etch-stop pit and forming an anisotropically etched feature adjacent the etch-stop pit. The method may also comprise coating the surfaces of the etch-stop it with an etch-stop layer.
    • 本发明提供一种具有蚀刻到衬底中的相交结构的光学微型台。 特别地,根据本发明的微弯曲包括具有沿着单晶基底的选定结晶面形成的平面的结构。 提供的两个结构是蚀刻停止凹坑和邻近蚀刻停止凹坑设置的各向异性蚀刻特征。 在蚀刻停止凹坑和各向异性蚀刻特征之间的交点处,维持结晶平面的矿化。 本发明还提供了一种用于微加工基板以形成光学微型台的方法。 该方法包括以下步骤:形成蚀刻停止凹坑并在蚀刻停止凹坑附近形成各向异性蚀刻的特征。 该方法还可以包括用蚀刻停止层涂覆其蚀刻停止表面。
    • 6. 发明申请
    • VAPORIZATION PIPE WITH FLAME FILTER
    • 带火焰过滤器的蒸发管
    • WO2003082031A1
    • 2003-10-09
    • PCT/US2002/041771
    • 2002-12-31
    • STEINBERG, Dan, A.
    • STEINBERG, Dan, A.
    • A24F1/22
    • A61M15/06A24F1/00A24F47/004
    • A vaporizer device that uses a flame (46) for vaporizing flavor and psychoactive compounds from smoking materials such as tobacco (28). The present device has a filter unit (34) with a porous flame filter (36). The flame filter (36) can be made of open-cell ceramic or metal foam, sintered ceramic or metal granules or other porous, heat resistant materials. In use, flame (46) is supplied to the flame filter (36), and inhalation causes ambient air to enter the flame filter (36) as well. The flame exhaust and ambient air are mixed within the flame filter (36) and produce an air stream of intermediate temperature. The intermediate temperature air stream is hot enough to vaporize desirable components from the smoking material (28), but generally is not hot enough to burn the smoking material (28). The temperature of the air stream can be controlled by adjusting the amount of flame (46) supplied to the flame filter (36).
    • 一种蒸发器装置,其使用火焰(46)来从吸烟材料如烟草中蒸发风味和精神活性化合物(28)。 本装置具有带有多孔火焰过滤器(36)的过滤单元(34)。 火焰过滤器(36)可以由开孔陶瓷或金属泡沫,烧结陶瓷或金属颗粒或其它多孔耐热材料制成。 在使用中,火焰(46)被供应到火焰过滤器(36),并且吸入也导致环境空气也进入火焰过滤器(36)。 火焰排气和环境空气在火焰过滤器(36)内混合并产生中间温度的空气流。 中间温度空气流足够热以从吸烟材料(28)蒸发所需的组分,但通常不够热,不能燃烧吸烟材料(28)。 可以通过调节供应到火焰过滤器(36)的火焰(46)的量来控制空气流的温度。