Abstract: A door security device includes a support bar, a first support member, a second support member, and an engagement portion. The first support member is provided on one end of the support bar and is adapted to abut against a surface of an associated door. The second support member is provided at another end of the support bar and is adapted to abut an associated structural surface. The engagement portion is secured to the support bar and is configured to releasably engage a door part of the associated door or an emergency entry device affixed to the associated door. The engagement portion applies a pulling force on the door part in a direction toward the support bar.

Abstract: A protective cap or furniture glide is provided that includes a main body and a secondary body. Each body has multiple protrusions and multiple openings such that the protrusions from the main body are inserted into the openings on the secondary body and the protrusions on the secondary body are inserted into the openings on the main body. The main body further includes a circular base that includes a removable material attached to the bottom.

Abstract: A protective cap or furniture glide is provided that includes a main body and a secondary body. Each body has multiple protrusions and multiple openings such that the protrusions from the main body are inserted into the openings on the secondary body and the protrusions on the secondary body are inserted into the openings on the main body. The main body further includes a circular base that includes a removable material attached to the bottom.

Abstract: A molded desk top construction comprising a desk top upper member having a smooth planar surface, a lower base member supporting the upper member, the members having interlocking peripheral portions which are secured together to provide an integrated, lightweight, impact-resistant, robust desk top. The upper member is comprised of a compression-molded, melamine-covered, polyester thermoset resin. The lower portion is comprised of an injection molded acrylic-butadiene-styrene or high density polypropylene resin.

Abstract: A method and mold design for forming a molded chair seat portion and chair back support portion using air counterpressure and two different materials in an injection molding procedure. The two different materials comprise a first material having a low flexural modulus and the other material having a high flexural modulus. Other additives for tailoring the physical properties of the molded product are added to the mixture of the two materials. The air counterpressure is achieved using shop air pressure. The mold may be used to form the seat portion and the back support portion with a single stroke. An endothermic foaming agent is added to the mixture of the two materials to reduce the weight of the finished part, to reduce cycle time, and to assist in the uniform distribution of the materials that are injected into the mold cavity by the injection nozzle.