Abstract: An upright concrete wall panel form apparatus includes a back panel form to be secured to a base in an upright position, an adjustable support assembly to be secured to the base adjacent the back panel form, and a movable front panel form supported by the adjustable support assembly in an upright position. The movable front panel form is moveable via the adjustable support assembly between a concrete wall panel prep area position and a concrete wall panel forming position. The movable front panel form is aligned with the back panel form in the concrete wall panel forming position so as to define a gap therebetween to receive concrete for forming at least one concrete wall panel in an upright position.

Abstract: An upright concrete wall panel form apparatus includes a back panel form to be secured to a base in an upright position, an adjustable support assembly to be secured to the base adjacent the back panel form, and a movable front panel form supported by the adjustable support assembly in an upright position. The movable front panel form is moveable via the adjustable support assembly between a concrete wall panel prep area position and a concrete wall panel forming position. The movable front panel form is aligned with the back panel form in the concrete wall panel forming position so as to define a gap therebetween to receive concrete for forming at least one concrete wall panel in an upright position.

Abstract: A crystal network device (10 or 200) includes a plurality of separable interconnected crystal resonator devices (12, 14, 16 and 18 or 202, 204 and 206) having different resonant frequencies. Each of the crystal resonator devices comprises a molded plastic support member (22, 68, 90, 142 or 208, 264, 283) having a plurality of unitary terminals (32, 120 or 222, 264, 292), which may be of J-shaped construction, mounted thereon.