Abstract: A pillared exerciser includes a pillar and an auxiliary bar stored in the pillar. A side surface of the pillar is provided with several auxiliary marks. The auxiliary marks include a pair of first auxiliary lines, a plurality of pairs of second auxiliary lines and a plurality of pairs of auxiliary signs. The first auxiliary lines are circumferentially extended on a central region of the side surface of the pillar. The second auxiliary lines and the auxiliary signs are circumferentially arranged at two ends of the side surface of the pillar. The auxiliary marks guide an exercising practicer to make motions of all parts of the body more exactly and effectively exercise the muscle that needs to exercise, thereby avoiding sport injuries. Besides, the auxiliary bar aids to satisfy the omni-directional requirement for exercising body and apparently improve the exercising effect.

Abstract: A panel fastener is comprised of two separately formed interacting parts: a panel retainer and an actuator pin. The retainer is fashioned from sheet metal using progressive stamping technology. The retainer and pin work together to create a fastener for securing two panels together that can semi-permanently snap into the first panel and then be clamped onto and then selectively removed from the second panel. Attachment to the second panel is obtained by expanding and later released by contracting the legs of the retainer by rotating a cammed expander pin between self-locking positions. A head of the expander pin can be configured for hand actuation, tool-only actuation, or both. The retainer is fashioned from sheet metal using progressive stamping technology.

Abstract: A rolling pin with an adjustable offset for flattening or rolling out dough at a consistent thickness. The adjustable offset rolling pin includes a rolling pin body; a removable offset system for maintaining the rolling pin body a predetermined distance above a surface; a locking system for temporarily maintaining the offset system adjacent the rolling pin body; and a triggering mechanism for disengaging the locking system during the addition or removal of the offset system. More specifically, the adjustable offset rolling pin includes a rolling pin body; a plurality of end caps partially received by the rolling pin body; a plurality of handles adapted for engagement with the end caps; a plurality of push-buttons partially received within the handles; a plurality of offset discs configured to engage the end caps; and an offset disc holder adapted to store the plurality of offset discs during non-use.

Abstract: A heater rolling pin having a roller body, stainless steel axles, hollow roller interior, roller outer surface, a handle mounted to each axle, electrical tactile switch secured to one end of the roller, a heater secured inside the roller interior, batteries and a battery holder at the opposite end of the roller. The internal heater makes the outer surface of the roller hot. The roller is manufactured from food grade aluminum alloy and is hard anodized and dyed to make the surface very hard and scratch resistant. The roller has two food quality, high density polyethylene (HDPE) plastic handles with stainless steel axles.

Abstract: A metal rolling pin system includes a metal rolling pin formed from a cylindrical metal body having a hollow core. A removable cylinder is disposed inside the core and is filled with a freezable material such as a cellulose gel material. The rolling pin may also have insulating material inside the core to prevent condensation. A silicone sleeve fits over the metal outside of the pin to keep the dough or pastry from sticking. The rolling pin system has more than one core to assure that there is always a frozen core to keep the pin and dough cold.

Abstract: A rolling pin including a core, a silicone-containing jacket over the core defining a rolling surface. The jacket may be of such length and so positioned on the core as to define end regions of the jacket extending beyond the ends of the core; the jacket end regions being folded inward over the ends of the core; a cap securing to the core each folded inward end region of the jacket. A handle may be at each end of the core.

Abstract: Rolling pins of the present invention generally have a core, a rolling surface disposed on the outer surface of the core, a shaft that extends through the core, a first handle, and a second handle. The shaft has a first handle section, a second handle section, and a central section, and also has a shaft length greater than the core length. The handles are removably connected to the handle sections of the shaft. Preferably, the handle sections of the rolling pin shaft have locking features, and the handles have catches that releasably engage the locking features. The rolling surface is made from, or contains, thermoplastic elastomer. In at least some embodiments, the rolling surface can be a sleeve that slides onto the outer surface of the core and is secured to the ends of the core by end caps.

Abstract: The preferred form of the present invention is a rolling pin having a hollow center portion that is sized and configured to receive and store one or more cooking implements such as a plurality of cookie cutters. The cookie cutters are configured to fit within the interior of the rolling pin. The rolling pin includes two handles, and one or both of the handles is removable to allow the cookie cutters or other implements to be either stored or removed for use.

Abstract: A gnocchi tool maker that comprised of a paddle and two elliptical shape handles that rotate around the paddle allowing the gnocchi maker to use either the engraved “V” or, and “U” grooves of the paddle.

Abstract: A rolling pin including a core, a silicone-containing jacket over the core defining a rolling surface. The jacket may be of such length and so positioned on the core as to define end regions of the jacket extending beyond the ends of the core; the jacket end regions being folded inward over the ends of the core; a cap securing to the core each folded inward end region of the jacket. A handle may be at each end of the core.

Abstract: A clip, spacer and disk system, adapted for attachment to a cylindrical rolling pin, which has a central axle with a handle at each end, is disclosed. The guide disk members are provided in various diameters and can be exchanged on the rolling pin to provide different thicknesses of rolled out dough, without removing the handles of the rolling pin.

Abstract: A rolling pin has a hollow cylindrical metal roller rotatable relative to an elongated shaft assembly extending axially through the roller, the shaft assembly having two rods respectively rotatably journaled in bushing portions of end caps on the roller, the two rods having their inner ends fitted in recesses in a weighted coupler disposed within the roller, and having outer ends offset from the rotational axis and connected to handles, each of which handles has a rounded side and a flattened side. The weight causes the handles to be disposed in an at-rest position with most of each handle disposed above the rotational axis and with the flattened sides of the handles facing downwardly.

Abstract: A device for kneading and/or spreading dough includes a base member having a semi-circular configuration. Shaped handles are disposed at each end of the base member. A user applies pressure alternatively to each handle to produce a rocking motion to knead and spread dough into a desired shape.

Abstract: A rolling pin includes a cylindrical working barrel with oppositely extending handles. The handles are contoured with strategically shaped surfaces and indentations configures to comfortably accommodate the shape of the user's hands, thereby alleviating stress and fatigue during protracted use.