Abstract: A pressure absorbing assembly (10) for supporting a user (35) relative to a support surface (16) includes a pressure absorber (12) and a resting component (14). The pressure absorber (12) is configured to contact the support surface (16). Additionally, the pressure absorber (12) is further configured to resiliently support the user (35) relative to the support surface (16). Further, the resting component (14) is coupled, e.g., directly coupled, to the Pressure absorber (12). Additionally, the resting component (14) is configured to be selectively engaged by the user (35) during use of the pressure absorber (12). The resting component (14) is configured to allow the user (35) to be in a seated, semi-seated, or somewhat reclined or leaning Position while still being situated on the pressure absorber (12). The pressure absorbing assembly (10) can also include a work station (2118) that is coupled to the pressure absorber (12).

Abstract: A pressure absorbing assembly (10) for supporting a user (35) relative to a support surface (16) includes a pressure absorber (12) and a resting component (14). The pressure absorber (12) is configured to contact the support surface (16). Additionally, the pressure absorber (12) is further configured to resiliently support the user (35) relative to the support surface (16). Further, the resting component (14) is coupled, e.g., directly coupled, to the Pressure absorber (12). Additionally, the resting component (14) is configured to be selectively engaged by the user (35) during use of the pressure absorber (12). The resting component (14) is configured to allow the user (35) to be in a seated, semi-seated, or somewhat reclined or leaning Position while still being situated on the pressure absorber (12). The pressure absorbing assembly ({circumflex over (?)}?) can also include a work station (2118) that is coupled to the pressure absorber (12).

Abstract: A rebounder assembly (10) includes a rebounder bed (12), a rebounder frame (14), and a plurality of spaced apart rebounder connectors (15) that connect the rebounder bed (12) to the rebounder frame (14) in tension. At least one of the rebounder connectors (15) includes a resilient member (16) and a rebounder fastener (18). The rebounder fastener (18) includes an outer frame (224) that defines a portion of a first retaining area (220) and a first cantilevering arm (226) that extends away from the outer frame (224), the first cantilevering arm (226) defining at least a portion of a second retaining area (222). The resilient member (16) is selectively movable relative to the rebounder fastener (18) between a first position where the resilient member (16) engages the first retaining area (220), and a second position where the resilient member (16) engages the second retaining area (222) to selectively adjust the tension of the rebounder bed (12).

Abstract: A rebounder assembly (10) includes a rebounder bed (12), a rebounder frame (14), and a plurality of spaced apart rebounder connectors (15) that connect the rebounder bed (12) to the rebounder frame (14) in tension. At least one of the rebounder connectors (15) includes a resilient member (16) and a rebounder A fastener (18). The rebounder fastener (18) includes an outer frame (224) that defines a portion of a first retaining area (220) and a first cantilevering arm (226) that extends away from the outer frame (224), the first cantilevering arm (226) defining at least a portion of a second retaining area (222). The resilient member (16) is selectively movable relative to the rebounder fastener (18) between a first position where the resilient member (16) engages the first retaining area (220), and a second position where the resilient member (16) engages the second retaining area (222) to selectively adjust the tension of the rebounder bed (12).

Abstract: In this toy in the form of a teddy bear or doll, the complementary attention-arousing device is composed of an animation module (2) comprising an integrated imaging system (3), placed opposite a transparent screen (4) arranged on the envelope of the body of the toy.

Abstract: The invention concerns a chess clock comprising a first clockwork mechanism (1) driven by its own quartz module (10), and a second mechanism (1′) likewise driven by its own quartz module (10′), powered by a common power source (14) on the terminals whereof they are mounted in parallel. The driving means of said clockwork mechanisms (1, 1′) consist of two switches (18, 18′) placed each on one of the electric circuits (15, 15′) powering said mechanisms (1, 1′). The two switches (18, 18′) comprise each a contact switch system (19, 19′) for opening or closing the corresponding electrical circuit (15, 15′), and an operating member (20, 20′). Said operating members (20 and 20′) are arranged each at the end of an articulated arm (21), forming a balance.

Abstract: Ball-carrying structure comprising a support member having at least one orifice. The support member is adapted to removably retain a ball.

Abstract: Strategy game using at least two lots of game pieces with each lot being allocated to a player. The game includes a game grid forming rows and columns, and having a juxtaposition of parallel chutes. The parallel chutes include a first end and a second end. At least one of the first and second ends is adapted to receive the game pieces. At least one of the first and second ends is adapted to be blocked so as to prevent the game pieces from falling out. The game grid is movable between at least a position wherein a first end is substantially disposed above the second end and at least a position wherein a second end is substantially disposed above the first end. The game pieces are visible when disposed within the game grid.

Abstract: The ball-carrying structure complying with this invention consists of a supporting member (3) fitted with at least one orifice of suited diameter in order to accommodate one ball (5) by a slightly forcible nesting motion.