The increasing use of portable electronic appliances has made accessories more prevalent in daily life. For example, headphones, cables, earphones, earbuds, and portable power packs are commonly used. One of the most frequently used accessories is a cord or cable, which may electronically connect an electronic appliance to a user to transmit data or music. A cord or cable may also be used to recharge the portable electronic appliance in order to implement practical functionalities. However, a cord or cable of a considerable length, does not have a proper organizing system. As such, when being carried or in use, the cord or cable is often intertwined into a messy ball, which may sometimes become entangled. For example, the cord of earbuds often intertwine into a messy ball when placed in a pocket. Untying the tied up cord or cable is time consuming and an extremely frustrating burden of inconvenience. In addition, current cable organizers typically have coils, springs, and other biasing devices to produce tension. These devices add to the cost of production and make the organizer more complicated to use. They also can cause undue wear or damage to cords or cables due to the tension they place upon them.
To overcome the shortcomings of existing organizers, the present invention provides in one or more embodiments a cord or cable organizer to mitigate or obviate the aforementioned problems. In addition, embodiments of the present invention provide a cord or cable organizer that is easy to use, is constructed of fewer parts, is simpler, does not require an independent tension mechanism, and is more effective than what is currently available.