The holder rests or attaches to the ledge of a sink and stores a tool such as a toothbrush in an inverted position to drain into the sink basin. The holder includes a base cooperating with a suction cup, a post with at least one notch, and an arm with slots to hold the tool handle. In most cases, a three-walled shield protects the stored tool from splashes or debris created in the sink during regular use. The angle of the tool holder advantageously encourages any liquid debris on the tool to drain away from the tool as it dries during storage. In one example, a toothbrush handle rests in the notch and contacts the arm extending over the sink. The cleaning head, bristles, razor, or other working end of the tool will desirably hang to enhance the hygienic storage of the tool. A cover protects the tool from splashes.

The holder rests or attaches to the ledge of a sink and stores a tool such as a toothbrush in an inverted position to drain into the sink basin. The holder includes a base cooperating with a suction cup, a post with at least one notch, and an arm with slots to hold the tool handle. In most cases, a three-walled shield protects the stored tool from splashes or debris created in the sink during regular use. The angle of the tool holder advantageously encourages any liquid debris on the tool to drain away from the tool as it dries during storage. In one example, a toothbrush handle rests in the notch and contacts the arm extending over the sink. The cleaning head, bristles, razor, or other working end of the tool will desirably hang to enhance the hygienic storage of the tool. A cover protects the tool from splashes.

A toothbrush sanitizing device is provided. The device includes a container having a base, a perimeter wall, and an open upper end defining an interior volume. A lid is removably securable over the open upper end of the container. An elongated connecting rod is connected to the interior face of the lid. A draining base is secured to a distal end of the elongated connecting rod. The elongated connecting rod includes one or more connectors that contour to and support the head of a toothbrush. The elongated connecting rod further includes one or more fasteners that receive and support the handle of the toothbrush. In operation, the container may be filled with a safe cleaning solution and a toothbrush secured to the elongated connecting rod. When the lid is secured to the container, the toothbrush will be submersed in the safe cleaning solution for cleaning.

A toothbrush sanitizing device is provided. The device includes a container having a base, a perimeter wall, and an open upper end defining an interior volume. A lid is removably securable over the open upper end of the container. An elongated connecting rod is connected to the interior face of the lid. A draining base is secured to a distal end of the elongated connecting rod. The elongated connecting rod includes one or more connectors that contour to and support the head of a toothbrush. The elongated connecting rod further includes one or more fasteners that receive and support the handle of the toothbrush. In operation, the container may be filled with a safe cleaning solution and a toothbrush secured to the elongated connecting rod. When the lid is secured to the container, the toothbrush will be submersed in the safe cleaning solution for cleaning.

A magnetically levitating sterilizing toothbrush holder with associated toothbrush comprises a holder generating a magnetic field and a toothbrush comprising a magnetic or ferromagnetic element. The holder and toothbrush are so configured that, when the toothbrush is placed in the holder, the force of gravity acting on the toothbrush is balanced in opposition to the magnetic force resulting from the interaction of the toothbrush's magnetic element with the holder's magnetic field, resulting in magnetic levitation of the toothbrush within the holder, thereby suspending the brush from all potentially contaminating surfaces. The holder further comprises a sterilizing ultraviolet light source, whereby the operational end of the toothbrush with its bristles is bathed in sterilizing radiation when the brush is suspended in the holder.

A magnetically levitating sterilizing toothbrush holder with associated toothbrush comprises a holder generating a magnetic field and a toothbrush comprising a magnetic or ferromagnetic element. The holder and toothbrush are so configured that, when the toothbrush is placed in the holder, the force of gravity acting on the toothbrush is balanced in opposition to the magnetic force resulting from the interaction of the toothbrush's magnetic element with the holder's magnetic field, resulting in magnetic levitation of the toothbrush within the holder, thereby suspending the brush from all potentially contaminating surfaces. The holder further comprises a sterilizing ultraviolet light source, whereby the operational end of the toothbrush with its bristles is bathed in sterilizing radiation when the brush is suspended in the holder.

An accessory item for a sink top is configured to increase the working surface area surrounding the sink. The sink top accessory includes multiple panels preferably made from silicone rubber, each panel having a rigid integrated frame structure. The panels are connected to each other using living hinges, which enable the accessory to be folded for storage. In use, the sink top accessory sits over the sink without obstructing use of the sink faucet, and operates to turn a large portion of the sink into usable work space by operating to extend the counter area around the sink into the sink, thus increasing the working surface area of the same.

The invention discloses a disinfecting toothbrush box, which comprises a housing, wherein a toothbrush hanging rack space and a toothpaste squeezer space are arranged in the housing; a toothbrush hanging rack is arranged in the toothbrush hanging rack space, a toothpaste squeezer is arranged in the toothpaste squeezer space, an ultraviolet disinfection lamp is arranged in the toothbrush hanging rack space, and the ultraviolet disinfection lamp is arranged at the position capable of irradiating a toothpaste tube opening in the toothpaste squeezer space. The disinfecting toothbrush box has the advantage that the toothpaste tube opening can be sterilized while the toothbrush is disinfected.

The invention discloses a disinfecting toothbrush box, which comprises a housing, wherein a toothbrush hanging rack space and a toothpaste squeezer space are arranged in the housing; a toothbrush hanging rack is arranged in the toothbrush hanging rack space, a toothpaste squeezer is arranged in the toothpaste squeezer space, an ultraviolet disinfection lamp is arranged in the toothbrush hanging rack space, and the ultraviolet disinfection lamp is arranged at the position capable of irradiating a toothpaste tube opening in the toothpaste squeezer space. The disinfecting toothbrush box has the advantage that the toothpaste tube opening can be sterilized while the toothbrush is disinfected.

A toothbrush assembly having toothbrush members with biodegradable portions wherein the toothbrush members are configured to be releasably secured to a holder. The holder of the present invention includes an interior volume and is configured to receive, store and dispense a dentifrice. The holder includes a lever member at the top thereof. The toothbrush members include a lower portion and an upper portion wherein the upper portion is releasably secured to the lower portion. The upper portion is manufactured from a biodegradable plastic. The lower portion includes at least one magnet wherein the at least one magnet facilitates mounting the toothbrush member to the holder as well as to a mounting plate wherein the mounting plate is secured to a desired vertical surface. The holder includes a lever member to facilitate dispensing of the dentifrice. The upper portion includes three contiguously formed sections.