SATELLITES STRUCTURAL PARTS THEREOF

Brand Owner (click to sort) Address Description
PLANET Planet Labs Inc. 346 9th Street San Francisco CA 94103 Satellites and structural parts thereof;Launching and placing satellites for others; base station operations in the nature of launch and placement of satellites in prescribed orbit for others and ground station operations of satellites for others;
PLANET LABS Planet Labs Inc. 346 9th Street San Francisco CA 94103 Satellites and structural parts thereof;Launching and placing satellites for others; base station operations in the nature of launch and placement of satellites in prescribed orbit for others and ground station operations of satellites for others; providing online prediction services in the field of traffic, namely, predictions relating to traffic congestion, traffic flow, traffic patterns, and parking;Providing online prediction services in the field of insurance; providing online prediction services in the field of commodities, namely, predictions relating to the creation, movement and disposition of natural commodities;Providing online prediction services in the field of forestry;Providing online prediction services in the field of disaster management;Providing online prediction services in the field of agriculture as it relates to crop yield, land use efficiency, farming techniques, and resource planning;LABS;Providing online prediction services in the fields of mapping, urban planning, weather forecasting, climate change, and land use planning; providing online prediction services in the field of weather forecasting;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A device (1) for detachably connecting two abutting structural parts (2, 3) comprises a tie member (4), adapted to be at least partially inserted in a recess (5) formed in a first (2) of the structural parts (2, 3), and a locking element (6) operable to be disposed in a second (3) of the structural parts (2, 3) and to cooperate with an engagement surface (14, 45) of a rod member (10), slidably housed in a body (8) of the tie member (4), to pull the same towards the second structural part (3). The body (8) is provided with a first, expandable, portion (9) adapted to frictionally engage the recess (5) and with an engaging zone (13) cooperating with an expander region (12) of the rod member (10) operable to expand the first, expandable, portion (9) of the body (8) upon displacement of the rod member (10) relative to the same. The rod member (10) is provided with a traction portion (15) radially outwardly extending therefrom and adapted to cooperate with abutment means (16) radially formed in the body (8) of the tie member (4) at a predetermined axial distance from the engaging zone (13) to effect a substantially simultaneous displacement towards the second structural part (3) of the first, expandable, portion (9) of the body (8) of the tie member (4) and of the first structural part (2) in frictional engagement therewith.