Heating Mechanism For Tools is an ingenious and practical invention of a heated tool rack which includes: a first steel plate; a second steel plate, wherein each steel plate includes a cooperating receiving rack for wrenches; a power source attached to each plate; a first charge on the first plate; and a second charge on the second plate. The cooperating racks include a first receiving rack and a second receiving rack, wherein a lineal graduating resistive divider of a cleaving type and a planer type lies between the first steel plate on a first side and the second steel plate on a second side. A resistive heat therein is proportional to the graduation. A hole is provided in each plate for mounting purposes. The tool rack also includes a USB connector, where the USB connector supplies power for application of an electrical charge to each side of the resistive divider.

Heating Mechanism For Tools is an ingenious and practical invention of a heated tool rack which includes: a first steel plate; a second steel plate, wherein each steel plate includes a cooperating receiving rack for wrenches; a power source attached to each plate; a first charge on the first plate; and a second charge on the second plate. The cooperating racks include a first receiving rack and a second receiving rack, wherein a lineal graduating resistive divider of a cleaving type and a planer type lies between the first steel plate on a first side and the second steel plate on a second side. A resistive heat therein is proportional to the graduation. A hole is provided in each plate for mounting purposes. The tool rack also includes a USB connector, where the USB connector supplies power for application of an electrical charge to each side of the resistive divider.

The present disclosure is a modular accessory that is compatible with a first storage component that has first mount interfaces, and a second storage component that is different from the first storage component that has second mount interfaces. The modular accessory includes a structure and an accessory mount. The structure is configured to hold or support one or more objects. The accessory mount is coupled to the structure and defines an accessory mount interface. The accessory mount interface is configured to engage one or more first mount interfaces and one or more of the second mount interfaces.

The present disclosure is a modular accessory that is compatible with a first storage component that has first mount interfaces, and a second storage component that is different from the first storage component that has second mount interfaces. The modular accessory includes a structure and an accessory mount. The structure is configured to hold or support one or more objects. The accessory mount is coupled to the structure and defines an accessory mount interface. The accessory mount interface is configured to engage one or more first mount interfaces and one or more of the second mount interfaces.

A tool holder for holding a tool includes a body and a mount. The body includes an interior region configured to receive the tool, wherein the tool defines a primary axis. The mount includes an angled portion, wherein the mount is coupled to the body, wherein the mount is configured to be secured to an object, and wherein the object defines a primary axis. The mount maintains the body in an orientation such that when the body receives the tool and mount is secured to the object, the primary axis of the tool and the primary axis of the object form an oblique angle.

A storage system configured includes a support member having a cleat thereon, a bracket engageable with the cleat, and a lever movable between a locked position and an unlocked position. The storage system further includes an object permitted to be coupled or uncoupled relative to the bracket while the lever is in the unlocked position, the object being secured to the bracket while the lever is in the locked position.

A storage system configured includes a support member having a cleat thereon, a bracket engageable with the cleat, and a lever movable between a locked position and an unlocked position. The storage system further includes an object permitted to be coupled or uncoupled relative to the bracket while the lever is in the unlocked position, the object being secured to the bracket while the lever is in the locked position.

The present invention relates generally to an oil caddy device that is comprised of a body that has a top surface comprised of at least one continuous opening, and a bottom surface comprised of a mat, a rear surface and two generally parallel side surfaces. The body of the device further preferably resembles a two-tiered shelving system, and is made of sheet metal, such that it can attach to any wall or surface. The device is also comprised of a storage system that allows funnels and other oil change equipment to be stored, while excess fluid drips out of them into a collection bin. In this manner, the device can be used in any garage or work area, such that a user may change vehicle fluids without worrying about creating an unsanitary or potentially dangerous environment.

An organizer is provided for holding surgical forceps in a ready position. Each surgical forceps includes a pair of shanks with distal tips, proximal ring handles, and a ratchet mechanism adjacent the ring handles. The organizer has a base, and a wedge-shaped core projecting upwards along a vertical axis from the base. The core has a profile adapted to fit within a respective opening of each respective forceps bounded by the shanks and the ratchet mechanism when the ratchet mechanisms are engaged. A plurality of wings project radially from the core to define a plurality of substantially U-shaped channels between adjacent wings. The channels are configured to nest the shanks of the forceps so that the respective forceps are locked in the grooves by their respective ratchet mechanisms.

A flow rack unit for providing stock material units includes at least two rack bays and one control system. Each rack bay has a removal side and a storage side opposite the removal side and is configured to provide the stock material units in a respective bay level arranged next to one another starting in the direction of the storage side. A respective sensor arrangement of the control system is associated with each rack bay. Each sensor arrangement is arranged at the storage side of the associated rack bay and connected to a control unit of the control system via a common data line. The sensor arrangements each include an occupancy sensor configured as a distance sensor. Each occupancy sensor has a measurement zone that is aligned to measure a distance from a rearmost stock material unit stored in the associated rack bay and disposed closest to the occupancy sensor.