Abstract: A method for making a fiber-reinforced ceramic matrix composite article is disclosed wherein a ceramic matrix material in the form of a glass powder is combined with a fibrous reinforcing material such as a fiber tow, and the powder and tow are transported into a hot zone wherein they are consolidated together by winding under tension onto a collection mandrel at a temperature above the annealing temperature of the glass. High density composites are provided without the use of subsequent high pressure consolidation treatments.

Abstract: A method of making a fiber reinforced glass matrix composite wherein a continuous length of fiber is impregnated with glass and at least partially consolidated to form a fiber-glass matrix system encompassing the continuous length of fibers, cutting the fiber-glass system into a plurality of short fiber reinforced composites, heating the short fiber reinforced composites to form a composite batch wherein the glass matrix is in a molten condition, and molding the composite batch to form a reinforced glass composite article with uniform random distribution of short fibers, is disclosed.

Abstract: A method of forming a fiber-reinforced, glass or glass-ceramic, elongated composite is described wherein several multifiber lengths are impregnated with matrix material, woven or twisted to form a fabric network, the impregnating matrix material softened, and the network subjected to a stretching action along the central axis of the fiber network to collapse the network and consolidate it to a solid composite.

Abstract: This invention is directed to a method for thermal pressing a glass-impregnated preform to create a composite body with a glass or glass-ceramic matrix. The method involves contacting the preform during pressing with members prepared from a material exhibiting significant impedance to heat flow in order to delay cooling of the preform during consolidation. The preferred preform consists of a stack of glass-impregnated plies having ceramic fibers and/or whiskers entrained therein.

Abstract: There is disclosed a method of producing an elongated, fiber-reinforced composite having a glass or glass-ceramic matrix and an elongated axial form. A continuous length of fibers is impregnated with glass and the impregnated fiber body consolidated by being pultruded through a die. A combination of axial tension to pultrude the fiber body and sintering pressures exerted by the die result in a composite body of continuous length.

Abstract: A solid fuel heating appliance in the form of a wood burning stove employs a combustor for oxidizing oxidizable species in the exhaust. A flame break is provided between the combustor and the combustion chamber of the stove to avoid impingement of flames on the combustor.

Abstract: In the thermal cycles utilized for frit sealing glass members together for forming a glass housing and for baking-out such housing, shielding means are provided to protect and shield those portions of the glass members having multiple surfaces which would otherwise be exposed to excess thermal energy, from such thermal energy so as to inhibit the formation of detrimental thermal gradients within the housing structure.

Abstract: In a flat panel display system including a polyhedral enclosing housing structure having opposed front and back panels, which structure requires a subatmospheric or evacuated environment for the performance of the electronic components contained therein, a plurality of substantially parallel transversely spaced apart and longitudinally extending supporting vanes are fixtured within said housing between said front and back panels for limited movement within said housing prior to evacuating the interior thereof and for engagably supporting said front and back panels against the forces generated by atmospheric pressure when said interior is evacuated.

Abstract: Disclosed herein is an improved wood burning stove employing a combustion chamber and a flue in communication therewith for removal of exhaust from the chamber with a catalytic converter means being movably mounted in the flue whereby the impedance presented to the exhaust by the converter may be selectively varied so as to minimize the impedance presented by the converter means when additional fuel is added to the stove.

Abstract: Disclosed herein is an improved wood burning stove employing a combustion chamber and a flue for removing exhaust therefrom and also a catalytic converter means for oxidizing oxidizable species in the exhaust. A passageway is provided for bypassing the exhaust around the catalytic converter means, the passageway being controlled by a bypass damper for controlling access to the passageway for varying impedance otherwise presented to the exhaust by the converter, for example, during the addition of fuel to the stove. Such an arrangement minimizes back pressure caused by the converter means.

Abstract: In a flat panel display system including an enclosing housing structure having opposed front and back panels connected together by a plurality of hermetically sealed sidewall panels, which structure requires a subatmospheric or evacuated environment for the performance of the components contained therein resulting in the production of undesirable stresses in the opposed panels due to the forces generated by atmospheric pressure, the sidewall panels are formed with oblique panel portions lying skew to the opposed front and back panels and extending outwardly of the housing intermediate said opposed panels, and thereby reduce the maximum stresses generated in such front and back panels to within acceptable limits. The skew panels may be formed of glass and be of uniform thickness along their extent, or may be contoured so as to taper in thickness toward a center portion intermediate the front and back panels.

Abstract: In a flat panel display system including a polyhedral enclosing housing structure having opposed front and back panels, which structure requires a subatmospheric or evacuated environment for the performance of the electronic components contained therein, a plurality of substantially parallel transversely spaced apart and longitudinally extending supporting vanes are fixtured within said housing between said front and back panels for limited movement within said housing prior to evacuating the interior thereof and for engagably supporting said front and back panels against the forces generated by atmospheric pressure when said interior is evacuated.

Abstract: Apparatus for forming components of shoulder straps for ladies garments including tapes with either a buckle or a ring sewn onto one end. The apparatus allows the sewing to be performed with a non-linear seam, by means of a sewing machine of the type which moves its bed and sewing foot through a predetermined path while sewing is being performed by a needle. The apparatus includes a special holding device for the ring or buckle element which allows this movement to occur, the holding device including a main body part and a holding part, the holding part having clamping means for the element. The body part is movable to suitably position the holding part firstly in a position to receive an element from a magazine and secondly in the sewing position.

Abstract: A machine for forming shoulder straps for ladies garments, of the type having a first tape with a buckle secured to one end and a second (elastic) tape having a ring secured to its end, the two tapes being united by passing the free end of the first tape through the ring and then back through the two slots of the buckle. The machine described is supplied with spools of tape, and with buckles and rings, and performs all the operations needed to produce the strap including sewing of the buckles and rings in place, and the threading and buckling operations, as well as cutting off suitable lengths of the tapes.

Abstract: Apparatus for forming a component of shoulder straps for ladies garments, including a tape with a two-slot buckle sewn onto one end. A feature of the apparatus is a pivotable buckle holding and transfer device arranged to receive horizontal buckles at a delivery point and pivotable through about a right angle to move the buckles from the delivery point to a threading position adjacent the operative part of a sewing machine in which latter position the buckles are disposed vertically. Threading means are provided for advancing a free end of tape past the operative part of the sewing machine and through one slot in the vertically held buckle, and bending means are provided for bending the free end of tape towards the other slot in the buckle.