Chu Associates, Inc.

Stainless Steel Coatings, Inc.

Ivan Faigen

Ahmet Ergene

Ivan Gardos

David M Thombs

Michael Eovine

A novel two-part fluid dispensing and technique using fluids of similar or widely different viscosities and in flexible plastic or similar cartridges of a similar or different volumes, and with adjustable dispensing ratios by forcing the fluids out of their respective cartridges in response to variable air pressure into a static mixer, and thence along a dispensing flexible pinch tube, the opening and closing of which is controlled by a pinch valve operated in response either to manual or micro-processor-controlled control.

Method of and apparatus for controlled dispensing of two-part bonding,

A vertically oriented dipole antenna system for filling in overhead radiation or reception coverage with equidirectional-linear polarization (a linearly polarized field vector which lies in the plane of the system's vertical and horizontal axes) having, in combination, a balanced vertically oriented cylindrical dipole the inner adjacent ends of the elements of which are connected to supplemental conductors at points near the inner end of one element substantially ninety degrees apart along the circumference of the element and each extending outward a distance of the order of 0.15 of the wavelength of the mean frequency with which the antenna is to be operated and at an acute angle of the order of 33.degree. with respect to the horizontal, and a second pair of similar supplemental conductors connected to points near the inner end of the other element substantially ninety degrees circumferentially apart from one another and from the first-named points and of length substantially the said distance and extending at substantially said acute angle.

Dipole antenna system with overhead coverage having

This disclosure deals with a three-element unit array (or stacked groups of the same) that enables the use of very large length-to-diameter dipole elements to cover broad frequency bands, greater than 2:1 in frequency ratio, by novel feed structures exciting the element gaps.

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Wayland, MA, United States of America

Ivan Faigen