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NeuStar, Inc. Message Board

go_elnt 10 posts  |  Last Activity: Jan 23, 2015 6:17 PM Member since: Oct 31, 1999
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  • Reply to

    From PicoPros

    by adchop Jan 23, 2015 4:07 PM
    go_elnt go_elnt Jan 23, 2015 6:17 PM Flag

    Another interesting find. Thanks.
    Also notice below "short-term confidentiality release date" : 07/22/2015
    Something is brewing.....

    Short-Term Confidentiality
    Does short-term confidentiality apply to this application?: Yes
    If so, specify the short-term confidentiality release date (MM/DD/YYYY format): 07/22/2015
    Note: If no date is supplied, the release date will be set to 45 calendar days past the date of grant.

    Sentiment: Strong Buy

  • Reply to

    LIPA

    by jbd3302 Jan 15, 2015 8:29 PM
    go_elnt go_elnt Jan 16, 2015 8:21 AM Flag

    Just noticed petzy125 is the alias of microvsn. Haha, what's your intention?

  • Reply to

    LIPA

    by jbd3302 Jan 15, 2015 8:29 PM
    go_elnt go_elnt Jan 16, 2015 6:34 AM Flag

    I don't think so. All 3 types of laser projectors are covered. TI is trying to emphasize DLP's advantage over the other 2 types.
    Note : You can see TI is one of the leader level members in LIPA.
    lipainfoDOTorg/members-only/

    Sentiment: Strong Buy

  • Reply to

    LIPA

    by jbd3302 Jan 15, 2015 8:29 PM
    go_elnt go_elnt Jan 15, 2015 9:17 PM Flag

    Excellent finding.....

    Sentiment: Strong Buy

  • Reply to

    Eye on the competition: TI

    by elthespian Jan 4, 2015 1:47 AM
    go_elnt go_elnt Jan 5, 2015 7:44 PM Flag

    Although 200 lumens (which is normal for DLP projector), with paltry contrast ratio of 1000:1, image up to 120 inches in size at a native resolution of 1280 x 720. I wonder how TI's DLP spec can compete with MVIS's HD resolution 1920x720, contrast 80,000:1, up to 250"screen size enables immersive viewing.

    Sentiment: Strong Buy

  • Reply to

    iPhone 8 Concept With Laser Keyboard

    by green_lanterns_11 Dec 26, 2014 6:53 PM
    go_elnt go_elnt Dec 26, 2014 7:27 PM Flag

    Yes, Celluon has the "virtual keyboard " patent #8,497,841 since July 30, 2013

    System and method for a virtual keyboard

    Abstract
    The present disclosure is directed to a method that includes capturing images of a working area that includes indicia of a virtual keyboard having a plurality of keys and detecting a selected key of the plurality of keys. The detecting of the selected key includes detecting an object in the working area by analyzing the captured images for variations in light intensity in the captured images. The detecting of the object includes generating a first row histogram based on the light intensity in each of the rows in each of the captured images, generating a first column histogram based on the light intensity in each of the columns in each of the captured images, and determining an identification of the selected key based on the first row histogram and the first column histogram. The method also includes outputting the identification of the selected key to a host device.

    Assignee: Celluon, Inc. (Seoul, KR)

    Sentiment: Strong Buy

  • Reply to

    Reasonably steady volume here

    by directgreenlaser Dec 17, 2014 9:37 AM
    go_elnt go_elnt Dec 17, 2014 9:57 AM Flag

    Maybe due to this:
    Realtime Equities released new analyst updates concerning several important developing situations including MFRI MFRI, +0.84% Microvision.....
    wwwDOTmarketwatchDOTcom/story/direction-of-market-influences-coverage-initiated-on-mfri-microvision-misonix-mks-instruments-and-mobile-mini-2014-12-17

    Sentiment: Strong Buy

  • Reply to

    Realistic numbers

    by scootman1212 Nov 29, 2014 7:41 PM
    go_elnt go_elnt Nov 29, 2014 9:59 PM Flag

    Here is my guess:
    2015 - 10~15 millions units
    2016 - over 30 millions units
    Note : I am betting on AAPL next year.

    Sentiment: Strong Buy

  • go_elnt go_elnt Nov 26, 2014 7:23 PM Flag

    With some technologies it is easier, smaller, or more power or cost efficient
    to build a two-millimeter wide mirror with ten-degree scan angle than to
    build a one-millimeter wide mirror with a twenty-degree scan angle. Thus,
    in accordance with one or more embodiments of the invention, a two-millimeter
    mirror can be built. Then using proper selection and placement of the intermediate
    optics, a conversion of that mirror into a one-millimeter pupil having a
    twenty-degree scan angle can occur. It is also the case that one device
    employing embodiments of the invention may desire a one-millimeter pupil
    with a forty-five degree scan angle, while another device desires a 1.5
    millimeter pupil with a thirty-degree scan angle, while yet another third
    device desires a two-millimeter pupil and a 22.5 degree field of view. Advantageously,
    using the pupil and field of view scaling available with the optical elements
    and an intermediate image plane of embodiments of the present invention,
    all three devices can use the same scanning engine, which results in significant
    cost savings.

    Note: To be continued

  • Title : Scanned image projection system employing intermediate image plane (Patent No. 8,888,275)
    Three major advantages:
    (1) the components of the system can be made smaller
    (2) significant cost savings
    (3) allowing the designer to have more control over the C6 safety factor.
    Other advantages are also noted in the description of the figures .

    Abstract
    In imaging system (100), a spatial light modulator (101) is configured to produce images (102) by scanning a plurality light beams (104,105,106). A first optical element (107) is configured to cause the plurality of light beams to converge along an optical path (114) defined between the first optical element and the spatial light modulator. A second optical element (115) is disposed between the spatial light modulator and a waveguide (1401). The first optical element and the spatial light modulator are arranged such that an image plane (117) is created between the spatial light modulator and the second optical element. The second optical element is configured to collect the diverging light (118) from the image plane and collimate it. The second optical element then delivers the collimated light to a pupil (120) at an input of the waveguide.

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