Abstract: A computer desk includes a plurality of shelves that is coupled to at least one of a pair of stanchion members. Each of the shelves is hingably coupled to at least one of the stanchion members for facilitating folding of the shelves into a storage position. Each of the shelves is for supporting objects when the shelves are in an extended position. Each of the stanchion members has a slide rail. A sliding shelf is slidably coupled to the slide rail of each of the stanchion members such that the sliding shelf is slidably adjustable with respect to the stanchion members of the frame assembly. The sliding shelf is for supporting a keyboard of the computer system. The sliding shelf is removable from between the stanchion members when the shelves are folded into the storage position.

Abstract: A bowling ball having hard and inflexible flake materials arranged in a substantially interlocking relationship and located at or just below the outer surface of the bowling ball to form a substantially continuous interlocking armored layer about the bowling ball which causes it to have an appreciably greater resistance to penetration by a Shore D Hardness test needle than a bowling ball of identical composition but without the flake type materials. Sufficient resistance to penetration by the Shore D Hardness test needle gives a durometer hardness of at least seventy-two. The flake materials have an average size of from -100 mesh to 40/100 mesh and comprise between one to ten percent by volume of the bowling ball's outer shell admixture.

Abstract: A bowling ball having an inner core and at least one thermosetting resin shell which contains sufficient lightweight particles, such as unicellular borsilicate glass spheres, having a diameter within the range of from about 10 to 100 microns and evenly dispersed therethrough to reduce the weight by volume of the shell by at least five percent below that of a similar volume of said thermosetting resin without said lightweight particles. The lightweight particles appearing on the outer surface of the shell will create a finely pitted texture.

Abstract: A bowling ball having a thin viscous film deposited upon its surface from within the ball for increasing the coefficient of friction between the ball and the bowling lane. The film comprises a saturated plasticizer incorporated into the ball at the time of manufacture that slowly exudes from the outer shell over an extended period. The method comprises preparing a resin blend capable of being cured into a tough, durable material and mixing the resin blend with a plasticizer which is miscible with the liquid phase resin blend, but incompatible with the solid phase. Catalysts are admixed and heat is applied to the mixture to cure the resin blend into a tough and durable outer shell.

Abstract: A bowling ball having a thin viscous film deposited upon its surface from within the ball for increasing the coefficient of friction between the ball and the bowling lane. The film comprises a saturated plasticizer incorporated into the ball at the time of manufacture that slowly exudes from the outer shell over an extended period. The method comprises preparing a resin blend capable of being cured into a tough, durable material and mixing the resin blend with a plasticizer which is miscible with the liquid phase resin blend, but incompatible with the solid phase. Catalysts are admixed and heat is applied to the mixture to cure the resin blend into a tough and durable outer shell having a 72 Shore D hardness.