Daiso To Pay $2 Million Civil Penalty for Violations of Federal Safety Laws and Must Stop Importing Children's Products and Toys Into U.S. - The U.S. Consumer Product Safety Commission (CPSC) announced today that Daiso Holding USA Inc., Daiso Seattle LLC, of Seattle, Wash. and Daiso California LLC, of Hayward, Calif. have agreed to pay a $2.05 million civil penalty and stop importing children's products and toys into the United States. Due to alleged violations of federal safety laws, the company must now demonstrate to the Commission that it has sufficient knowledge of and is in compliance with CPSC safety standards and testing requirements.
Risk of Strangulation Prompts Recall to Repair Roman Shades and Roll-Up Blinds by Meijer - Roll-up Blinds-Strangulations can occur if the lifting loops slide off the side of the blind and a child's neck becomes entangled on the free-standing loop or if a child places his/her neck between the lifting loop and the roll-up blind material. Roman Shades-Strangulations can occur when a child places his/her neck between the exposed inner cord and the fabric on the backside of the blind or when a child pulls the cord out and wraps it around his/her neck.
Risk of Strangulation Prompts Recall to Repair Roman Shades by Ethan Allen - Strangulation can occur when a child places his/her neck between the exposed inner cord and the fabric on the backside of the shade or when a child pulls the cord out and wraps it around his/her neck. Also, strangulation can occur when a child's neck become entangled on the free-standing loop.
Risk of Strangulation Prompts Recall to Repair Roman Shades by Lutron Electronics - Strangulations can occur when a child places his/her neck between the exposed inner cord and the fabric on the backside of the blind or when a child pulls the cord out and wraps it around his/her neck. Also, in manual Roman shades, strangulations can also occur if the shade's looped bead chain is not attached to the wall or to the floor and a child's neck becomes entangled on the free-standing loop.