SOCK AID HAND TOOL COMPRISED

Brand Owner Address Description
JUVO Juvo Products 111 North Avenue Suite 205 Barrington IL 60010 Sock aid hand tool comprised of elastic bands for pulling up socks; Hand- operated pickup tool with handle separated from pickup mechanism for picking up objects at a distance; hand-operated reaching devices for picking up objects;Dressing sticks for disabled persons; bath safety products adapted for use by the physically disabled, namely, bath and shower chairs, bath and shower stools, toilet safety frames, toilet safety rails, transfer benches; sock aid hand tool for disabled persons comprised of elastic bands for pulling up socks; sock aid for disabled persons, namely, a device for holding and helping place a sock on the wearer;Bath products, namely, loofah sponges with a handle; personal cleansing items, namely, self-assist toilet aid and caddy, namely, a wand for assisting a person with personal hygiene and a holder for holding and storing the wand; Surgery recovery kit, namely, bath products, namely, loofah sponges with a handle; bath brushes; body sponges for applying lotion; can and bottle opener; multi opener to open bottles, jars and tins;Collapsible stool incorporating a cane; bed rails;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. The present invention provides for an apparatus and method for conveying a bowling pin into a Pin Sock at a bowling alley. This invention stitches a Hardened Inserting into a Pin Sock. The lip of the Hardened Insert extends beyond the end of output exit of the Pin Sock. Moreover, the output exit of the Pin Sock is larger than traditional Pin Socks. The insertion of a Hardening Insert makes the Pin Sock, and in particular the lower end of the Pin Sock more durable against the constant wear and tear caused by bowling pins entering the sock from an Overflow Chute. By reducing this wear and tear, the bowling pins exiting the Pin Sock would cause less damage to the Transport Band where the pins are deposited after exiting the Pin Sock. Additionally, the enlarged output exit reduces the possibility of pin jams as compared to traditional Pin Socks.