Abstract: A traffic director includes a distal end and a proximal end, two or more sides extending upward from the proximal end at an angle toward the distal end, a proximal notch disposed near the proximal end between two adjacent sides, and the proximal notch forms a first flexion point of the traffic director. The traffic director can further include one or more recessed channels formed in at least one of the two or more sides. The one or more recessed channels forms a second flexion point of the traffic director. The traffic director can further include a removable indicator sleeve having an advertisement or directional indicator printed thereon.

Abstract: A traffic director includes a distal end and a proximal end, two or more sides extending upward from the proximal end at an angle toward the distal end, a proximal notch disposed near the proximal end between two adjacent sides, and the proximal notch forms a first flexion point of the traffic director. The traffic director can further include one or more recessed channels formed in at least one of the two or more sides. The one or more recessed channels forms a second flexion point of the traffic director. The traffic director can further include a removable indicator sleeve having an advertisement or directional indicator printed thereon.

Abstract: A traffic director includes a distal end and a proximal end, two or more sides extending upward from the proximal end at an angle toward the distal end, a proximal notch disposed near the proximal end between two adjacent sides, and the proximal notch forms a first flexion point of the traffic director. The traffic director can further include one or more recessed channels formed in at least one of the two or more sides. The one or more recessed channels forms a second flexion point of the traffic director. The traffic director can further include a removable indicator sleeve having an advertisement or directional indicator printed thereon.

Abstract: An optical mouse scanner allows users to perform quick scans of paper documents (or of some other surface) without requiring a separate, standalone scanner. Scanning functionality may be provided to an optical mouse, such as a wireless optical mouse. The scanning sensor and/or the scanning light source could be same as that used for the optical motion detection for the mouse. Alternatively, a separate light source and/or imaging element could be provided for purposes of scanning. Image stitching software could use a number of captured images (e.g., a stream of captured frames) alone, or in association with mouse orientation and/or position information, to assemble a larger image from smaller captured image frames.

Abstract: The present invention relates to methods and apparatus for distributing irrigation water relatively evenly along a furrow. Irrigation water is first advanced down the furrow during an advance phase. In one preferred embodiment, the advance phase comprises a cyclic on/off procedure to cyclically advance the water towards the bottom end of the furrow. After the advance phase has been completed, irrigation water is supplied to the head of the furrow during an infiltration phase which employs a cyclic on/off procedure. The on/off cycles of the infiltration phase are shorter than the on/off cycles of the advance phase, and are repeated a predetermined number of times in order to supply a predetermined amount of irrigation water to the furrow. Apparatus comprising control means for administering such furrow irrigation methods are also disclosed.

Abstract: The present invention relates to methods and apparatus for distributing irrigation water relatively evenly along a furrow. Irrigation water is first advanced down the furrow during an advance phase so as to form a wetted surface at the bottom of the furrow. In one preferred embodiment, the advance phase comprises a cyclic on/off procedure to cyclically advance the wetted surface towards the bottom end of the furrow. After the advance phase has been completed, irrigation water is supplied to the head end of the furrow during an infiltration phase which employs a cyclic on/off procedure. The on/off cycles of the infiltration phase are substantially shorter than the on/off cycles of the advance phase, and are repeated a predetermined number of times in order to supply a predetermined amount of irrigation water to the furrow. Apparatus comprising control means for administering such furrow irrigation methods are also disclosed.