A storage cabinet is disclosed. The storage cabinet includes a housing, a movement system and a computing device. The housing includes a plurality of walls and a door. The walls and door define an internal storage cavity. The movement system is operatively connected to the door and configured to control vertical movement of the door. The movement system is configured to move the door between, at least, a fully closed and fully open position based on inputs provided by a user. The computing device is operatively connected to the movement system. The computing device includes a processor and memory. The memory stores instructions that, when executed by the processor, cause the processor to receive an input from a user, and generate control signal(s) for the movement system based on the input from the user. The control signals cause the movement system to move the door into a different position.

A mounting device (1) for adjustable mounting of an object on a wall comprises a housing (3), comprising a body (5) and a lid (7). The body (5) is adapted for being mounted on the wall. The device (1) further comprises a substantially vertically extending adjustment element (9) extending through the housing (3), and a receiving element (11) connected to an end of the adjustment element (9). The receiving element (11) is adapted for receiving the object to be mounted on the wall. The device (1) further comprises a locking element (13) arranged within said housing (3) for locking movement of the adjustment element (9), the locking element (13) being arranged to be selectively movable between a movement restriction state and a movement allowing state. Further, a release mechanism (15) is arranged in the housing (3) for selectively moving the locking element (13) from the movement restriction state to the movement allowing state, wherein the movement of the release mechanism (15) is controlled by moving the receiving element (11) away from the wall.

The present disclosure relates to a space and dimension determining device, which is useful for placement, mounting, hanging and leveling a picture, shelving, or any other object onto a receiving surface. The present device is capable of locking into position capturing the dimensions and allowing for measureless transfer of dimensions from one place to another. The present disclosure further relates to a device incorporating a laser, either as part of, or a separate, attachable feature to, the present device, the laser being useful for assisting in determining center points, and a plurality of dimensions and readings equal distance from the center point. The present disclosure also relates to a system and method of transferring dimensions from a space determining device to an electronic communication device, which is used to create a template for placement of an item or items within a target space.

The present disclosure relates to a space and dimension determining device, which is useful for placement, mounting, hanging and leveling a picture, shelving, or any other object onto a receiving surface. The present device is capable of locking into position capturing the dimensions and allowing for measureless transfer of dimensions from one place to another. The present disclosure further relates to a device incorporating a laser, either as part of, or a separate, attachable feature to, the present device, the laser being useful for assisting in determining center points, and a plurality of dimensions and readings equal distance from the center point. The present disclosure also relates to a system and method of transferring dimensions from a space determining device to an electronic communication device, which is used to create a template for placement of an item or items within a target space.

A device for marking a picture hanging spot on a mounting surface has a general U-shape encompassed by a support base, a front arm and a rear arm. The device is further provided with at least one bore, at least one pressing rod adjustably engaging within the bore, a plurality of padding means inward the U-shape, and a marking means on the rear arm facing the mounting surface. Therein, the pressing rod and the marking means are coaxially aligned, and the axis thereof is substantially perpendicular to the picture hanging spot on the mounting surface. Thereby, the pressure exerted on the pressing rod transfers through the axis thereof to the marking means that leaves a mark on the mounting surface.

An adjustable mount assembly for supporting a convex mirror or other devices on the top of a cubicle/office partition wall. In one embodiment, the adjustable mount assembly comprises a supporting element having a vertical tubular member configured to securely hold a connecting means, such as a Z-bracket for supporting a convex mirror, an adjustable element insertable into the supporting element, and two clamping elements that when inserted into vertical slots in each of the supporting element and the adjustable element, form a clamping assembly that holds the adjustable mount assembly snugly in place on top of the partition wall. The adjustable mount assembly is adjustable to snugly fit over the top of any partition wall to support a convex mirror or other devices by means of an interchangeable mount adapter and may also comprise release buttons on the adjustable element to facilitate disassembly of an assembled mount assembly.

An adjustable mount assembly for supporting a convex mirror or other devices on the top of a cubicle/office partition wall. In one embodiment, the adjustable mount assembly comprises a supporting element having a vertical tubular member configured to securely hold a connecting means, such as a Z-bracket for supporting a convex mirror, an adjustable element insertable into the supporting element, and two clamping elements that when inserted into vertical slots in each of the supporting element and the adjustable element, form a clamping assembly that holds the adjustable mount assembly snugly in place on top of the partition wall. The adjustable mount assembly is adjustable to snugly fit over the top of any partition wall to support a convex mirror or other devices by means of an interchangeable mount adapter and may also comprise release buttons on the adjustable element to facilitate disassembly of an assembled mount assembly.

The present disclosure relates generally to picture frames and picture cabinets, and more specifically to rotatable picture frames and picture cabinets. In some embodiments, the picture frame may be easily rotatable between a landscape display and a portrait display via a set of recesses that correspond to a set of protrusions on a hanging mount. The picture frame may also support a varying number of photographs in a varying number of picture support compartments while also allowing the picture frame to be accessible while said picture frame is mounted on a planar surface such as a wall.

The present disclosure relates generally to picture frames and picture cabinets, and more specifically to rotatable picture frames and picture cabinets. In some embodiments, the picture frame may be easily rotatable between a landscape display and a portrait display via a set of recesses that correspond to a set of protrusions on a hanging mount. The picture frame may also support a varying number of photographs in a varying number of picture support compartments while also allowing the picture frame to be accessible while said picture frame is mounted on a planar surface such as a wall.

A two sided mirror and mirror stand includes a central post and a base including plural legs. The mirror resides in a first inner frame and includes a non-magnifying side and a magnifying side. The first mirror frame resides in a second frame and is connected thereto by studs that permit the first frame to pivot from one side to the other. The second frame is connected to a telescopically extendable post. The central post includes a recess configured to store one of the legs in a hide-away position.