One embodiment provides a mounting structure including a hook member to be mounted on a mount member, and a mounting member. A base part of the hook member protrudes from the front side of the mount member. In the mounted state, a locking part of the hook member locks with a back rim of a mounting hole. An operation part of the mounting member is operated during the mounting on the mount member. An engaging part of the mounting member can engage with the locking part at the back side of the mount member. The mounted state is achieved by sliding, via an operation applied to the operation part, the mounting member substantially parallel to a front surface or a back surface of the mounting hole, such that the engaging part engages with the locking part.

One embodiment provides a mounting structure including a hook member to be mounted on a mount member, and a mounting member. A base part of the hook member protrudes from the front side of the mount member. In the mounted state, a locking part of the hook member locks with a back rim of a mounting hole. An operation part of the mounting member is operated during the mounting on the mount member. An engaging part of the mounting member can engage with the locking part at the back side of the mount member. The mounted state is achieved by sliding, via an operation applied to the operation part, the mounting member substantially parallel to a front surface or a back surface of the mounting hole, such that the engaging part engages with the locking part.

A recipe holder that temporarily hangs from the top of a cabinet door with a clip that adapts to a very wide variety of cabinet door edges and configurations. The recipe holder is adjustable in length to conform to the user's eye level and collapses for ease of storage. The holder has a spring clip at its lower end for holding sheets of paper or cards.

A utensil storage monitoring system comprising a microprocessor, a serving utensil sensor in signal communication with the microprocessor, a clocking circuit and at least one alerting component. The system identifies when a serving utensil is removed from a serving utensil holster or a serving utensil rest and initiates the clocking circuit. The system monitors the status of the serving utensil and the passing time. When the passing time exceeds a predetermined allowable in-use time period, the system initiates an alert. The alert can be a visual alert, an audible alert, or any other alert. The alert can escalate if the serving utensil is not returned to the holster/rest in a timely manner. The system can associate a specific serving utensil with the respective monitoring system to avoid cross contamination. The system can additionally include a sterilization component. The system can be integrated into a utensil status and data acquisition system.

A utensil storage monitoring system comprising a microprocessor, a serving utensil sensor in signal communication with the microprocessor, a clocking circuit and at least one alerting component. The system identifies when a serving utensil is removed from a serving utensil holster or a serving utensil rest and initiates the clocking circuit. The system monitors the status of the serving utensil and the passing time. When the passing time exceeds a predetermined allowable in-use time period, the system initiates an alert. The alert can be a visual alert, an audible alert, or any other alert. The alert can escalate if the serving utensil is not returned to the holster/rest in a timely manner. The system can associate a specific serving utensil with the respective monitoring system to avoid cross contamination. The system can additionally include a sterilization component. The system can be integrated into a utensil status and data acquisition system.

A desktop pendant stand is provided, having a base with a center and an outer perimeter edge. One or more arms are attached to the base. The arm has a lower portion extending upwards from the base, and an upper portion extending above the lower portion. A cylindrical orifice is located on an inside of the upper portion of the arm. A stand magnet is located in the orifice. A clasp assembly is provided, having a mechanical clasp for connection to a bail of a pendant. A clasp magnet is pivotally connected to a distal end of the clasp by a connector. The clasp magnet is magnetically connectable to the stand magnet to suspend the mechanical clasp downward from the upper portion of the arm.

A panel for converting a cabinet (20) into unit specific storage. The cabinet conversion panel comprises a plurality of posts (21), rods (22) and or shelves (23) extending in a vertical, diagonal and or horizontal direction connected and fastened to create interconnected or intersecting lattice, square, rectangular, diamond, circular, herringbone, octagonal, triangular or other geometrical patterns with a frame surrounding and fastened to the operably connected partitions to complete the panel. The cabinet conversion panel also comprises insertable coasters (34-41) and interchangeable inserts (7-9, 14-15, 17, 47-48 and 50-51) to change the function, capacity and design of the panels. The cabinet conversion panel is sized for installation into standard cabinets (20). The panel is adapted so that when two or more of the panels are inserted into a cabinet (20), they will vertically support and hold various types of units including but not limited to wine bottles (26), plates (28), cups (29), dishware, stemware (27), shelves (23) and or other items.

A storage management system having a crossbar and pair of vertical arms which are hung by flat hooks over a door. A pair of slides can slide up and down the vertical arms and are secured using an adjustment mechanism. These slides can provide storage solutions to a side of a door, freeing up other space for additional uses. Such storage solutions may include hooks, baskets, bags, or other storage elements. The adjustment mechanism may include a spring for being pulled out and automatically springing back into a number of adjustment slots along the slides. Alternatively, the adjustment mechanism could simply be screwed into the desired slot, locking the slide in place.

A holding structure according to an exemplary embodiment includes a rotation axis, a stand body, and a clicker. The stand body is rotatable about the rotation axis. When the stand body is rotated about the rotation axis, an upper end portion of the stand body contacts with the clicker. When the stand body is further rotated from a position at which the stand body and the clicker contacts with each other, the stand body rotates beyond the clicker. Thus, the stand body enters an opened state and holds an orientation of an apparatus. When the upper end portion of the stand body rotates beyond the clicker, the clicker is restored from a deformed state to an initial state, and a clicking sound occurs.

A hook system is provided that includes a wall-mountable component and one or more interchangeable decorative fixtures. The wall-mountable component has a base, at least one hanger, and at least one stem/mounting arm having a distal end configured with an arm connection system. The decorative fixture includes a fixture connection system that correlates to the arm connection system, which together allow the decorative fixture to be attached and removed, thereby allowing a user to easily change the aesthetic appearance of the hook system to complement the room d?cor. Multiple connection systems are disclosed.