Other

Advanced Robotic Technologies, Inc.

Advanced Robotics Technologies

Albert L Harlow, Jr

Francis L Merat

David Parker

Raymond C Laning

Richard E Bechtold

Mark Podany

Arthur M Felske

Robert D Kokoruda

A surface of a 3-D object is digitized automatically and stored in a memory. Based on the signal representation of the 3-D object areas of the surface are defined for color and boundaries. Coatings application paths are defined within each area and various parameters for applying coatings for each point in each path are also defined including spray pattern, amount of coatings to be applied, speed of application along the path, among others; for each area, the points of the selected path are correlated with the angle of attack, spray pattern, amount of coatings and speed. A set of programmed instructions are compiled for execution in a general purpose computer. An assembly line of objects to be painted may then be set up and the retrieved instructions executed.

Automated three-dimensional precision effector method

Automated three-dimensional precision coatings application apparatus

A durable plastic mounting board is used in attaching a rural-type mailbox to various styles of vertical posts. The mounting board includes a variety of mounting apertures used in different combinations to accommodate the various vertical post styles. Flexible tabs are provided on the sidewalls of the mounting board thereby adapting it to adjust to the manufacturing tolerances found in mailboxes presently on the market.

Mounting board for rural-type mailboxes

A conventional rural mailbox has a slidable tray insert therein molded from a plastic material exhibiting natural flexural characteristics with a generally rectangular configuration defined by a bottom wall with a pair of side walls and an end wall extending upwardly therefrom. The bottom wall has a handle inclined upwardly therefrom and spaced from the side walls and end wall. The handle is operatively connected to the bottom wall by a flexible live hinge permitting relative movement therebetween. Each of the side walls include a flexible finger element thereon for centrally locating the tray insert within the mailbox and limiting relative sliding movement therebetween. The end wall has a rearwardly inclined resilient semicircular member thereon for moving the tray insert partially out of the mailbox to expose the handle when the mailbox is opened and for maintaining the tray insert in a level position when it is fully extended from the mailbox.

Slidable tray insert for mailboxes

Growing community of inventors

Chagrin Falls, OH, United States of America

Albert L Harlow, Jr