Abstract: A glazing panel is fitted in a frame by placing the glazing panel in register with the frame with soft state bonding material interposed. An energy field is then set up to act upon the bonding material the energy field acting to promote curing of the bonding material. Preferably a microwave energy field is set up and the energy is applied for a predetermined period, typically less than 60 seconds.

Abstract: A random number source includes a ring oscillator generating an internal clock signal having random phase noise, and a first linear feedback shift register connected to the ring oscillator. A counter is connected to a first tap of the first linear feedback shift register for generating a count signal. A feedback bit controller is connected to a second tap of the first linear feedback shift register for generating a random feedback bit for a time based upon the count signal. A second linear feedback shift register is connected to the feedback bit controller for generating a random number based upon the random feedback bit.

Abstract: An electrical connector includes a connector part (10) with a conductive shell (12) and front and rear contacts (26, 56, 58, 59) at the front and rear of the shell, wherein a transformer (40) with first and second windings lies within the shell and is connected to the front and rear contacts to provide impedance transformation and DC isolation. An entire connector assembly (100) includes a termination assembly (101) lying rearward of the connector part, the termination assembly including a cable clamp (102) for holding a cable (104), the rear of the termination assembly having slots for holding cable wires (110, 112, 113) after they have been bent at least about 90°. The rear contacts of the connector part are in the form of insulation displacement contacts which cut into the wires as the connector part is moved rearwardly against the front of the termination assembly, to thereby connect the front contacts of the connector part to the cable wires.

Abstract: Certain derivatives of stilbene and diphenylacetylene are capable of second harmonic generation when illuminated by coherent optical radiation.

Abstract: Certain derivatives of stilbene and diphenylacetylene are capable of second harmonic generation when illuminated by coherent optical radiation.

Abstract: Certain derivatives of stilbene are capable of second harmonic generation when illuminated by coherent optical radiation.

Abstract: Certain derivatives of stilbene and diphenylacetylene capable of second harmonic generation when illuminated by coherent optical radiation are presented.

Abstract: Aromatic diketones and diesters are provided of the formula ##STR1## wherein R is independently methyl or chloro; R' is independently hydrogen or R; R.sup.2 is 1,4-phenylene, 1,3-phenylene, 2,6-naphthylene, 4,4'-biphenylene, or 4,4'-biphenylene ether; and R.sup.3 is hydrogen or ##STR2## where R.sup.4 is a hydrocarbon group of 1-10 carbon atoms.

Abstract: A convergence correction system is disclosed for digitally controlling the convergence correction signals applied to the convergence correction coils of a color CRT. The convergence correction signals correspond to a plurality of segments defined for the phosphor face of the CRT, so as to produce the convergence of the associated electron beams at the phosphor triads within the individual segments. The system provides for the independent adjustment of the convergence of each electron beam within each of the four quadrants of the phosphor face, independent of the adjustments for the convergence of the other electron beams. The system further provides for the use of only one convergence correction coil for each associated electron beam.

Abstract: This invention relates to a circuit for mixing a direct audio signal with a reverberation signal. The circuit includes an amplitude control for the reverberation signal and an active gain producing element such as, for example, a field effect transistor (FET). The direct signal is applied to the element in a manner such that this signal is amplified by the element. The reverberation signal is applied to the element through the reverberation amplitude control in a manner such that, as the amplitude for the reverberation signal is increased by the amplitude control, the gain of the element for the direct signal is reduced, thus maintaining uniform output volume. Thus, the output from the element has both a direct signal component and a reverberation signal component, the direct signal component decreasing as the reverberation signal component increases.