Abstract: An apparatus enabling maintaining a small electronic device is provided. The apparatus includes a base and a loop attached to the base. The loop is joined to the base at a first position at a first length from a first end and further joined to the base at a second position at a second length from the first end. The loop includes an unbound section and the loop is further joined to the base at a third position proximate the first end. The base comprises an adhesive on a side opposite the loop.

Abstract: An apparatus enabling maintaining a small electronic device is provided. The apparatus includes a base and a loop attached to the base. The loop has a length, and the loop is joined to the base at a first position at approximately 6.25 percent of the length from a first end and further joined to the base at a second position approximately 18.75 percent of the length from the first end. The loop includes an unbound section of approximately 68.75 percent of the length and the loop is further joined to the base at a third position proximate the first end.

Abstract: An apparatus enabling maintaining a small electronic device is provided. The apparatus includes a base and a loop attached to the base. The loop has a length, and the loop is joined to the base at a first position at approximately 6.25 percent of the length from a first end and further joined to the base at a second position approximately 18.75 percent of the length from the first end. The loop includes an unbound section of approximately 68.75 percent of the length and the loop is further joined to the base at a third position proximate the first end.

Abstract: A dilute solution of a lower aliphatic peracid such as peracetic acid, having an equilibrium composition, is produced by contacting hydrogen peroxide with a lower aliphatic acid each at initial high concentrations in an aqueous reaction mixture to rapidly form a reaction mixture containing, for example, up to 30% by weight of peracid and diluting the reaction mixture with water and with any required quantities of lower aliphatic acid and/or hydrogen peroxide to reproduce the equilibrium composition of the dilute solution, the process being characterized in that the reaction mixture rich in lower aliphatic peracid is diluted before it has itself reached equilibrium, for example when it contains from 20 to 80% of its potential equilibrated content of peracid. The process provides a quick plant-efficient process for the production of stable dilute lower aliphatic peracid solutions for industrial disinfection purposes or for personal or domestic hygiene use.