A display system includes a table, a track carried by the table, a display device, a mount member, and an orienting mechanism. The mount member is slidable on the track to different locations on the track to enable the display device to be located at the different locations on the track. The orienting mechanism is constructed and arranged to be operatively connected to the display device and the mount member and to facilitate movement of the display device between a first configuration in which the display device is configured to be positioned substantially parallel to a top surface of the table, and a second configuration in which the display device is configured to be substantially inclined with respect to the top surface of the table. The orienting mechanism includes a biasing mechanism that, when actuated, moves the display device from the first configuration to the second configuration.

It is the objective of the present invention to create additional functional, flexible and accessible work and storage area in the home, office, workshop, automobile, medical and industrial environments by providing means to firmly and securely mount, store and access articles such as appliances (e.g., flat panel video displays/monitors, can openers, weighing scales) and organizing/storage vessels (e.g., spice racks, first aid kits, sewing boxes, knife blocks, tool kits) on downwardly facing surfaces, such as the underside of cabinets and shelves, and on vertical surfaces (such as cabinet doors and frames) and by enhancing access to those articles on horizontal surfaces such as countertops. The invention performs its functions using a small number of readily manufacturable, modular, standardized components. The invention also performs its functions maximizing adjustability, reliability, use of available space and ease and flexibility of installation.

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.

A portable configurable modular spatial stabilization and transport system that enables mounting of at least one apparatus in accordance with at least one plural controllable mounting profile, securing the apparatus, or one or more mobile profiles, in which the apparatus is movable. The system comprises an elongated base platform comprising a plurality of securable stabilization elements, and a selectively movable mounting platform for interfacing with one or more apparatus mounting interfaces, that may be secured to or moved along the base platform, thereby enabling any apparatus interfaced therewith to be mounted in one or more predefined mounting profiles. The system alternatively comprises an independent wheeled platform configured to interface with at least one predetermined apparatus mounting interface that is compatible with the mounting platform, such that an apparatus mounted on the mounting platform can be readily repositioned on the wheeled platform, and vice versa, without removing the mounting interface therefrom.

A board 2 for a projector includes a movable arm 5 for moving a projector 1 to a use position in front of a projection board 3 and to a storage position above the projection board and a cam mechanism 6 for elevating the movable arm 5 while swinging it.

By means of the elevation of the movable arm 5 by the cam mechanism 6, when the projector is positioned at the storage position, a body portion of the projector is positioned above an upper edge portion of the projection board, while when the projector is positioned at the use position, the body portion is positioned below the upper edge portion of the projection board.

Even a projector with a short focal distance, this can be moved to the storage position and to the use position.

The invention relates to a mounting device for detachably mounting a device on a crawler of a sewer inspection and/or maintenance system, wherein the mounting device has a rear side and a front side, wherein the mounting device has a largely vertical lower portion, a largely vertical upper portion, and a sloping middle portion,
wherein the upper portion is arranged offset rearwards or forwards by a predetermined offset relative to the lower portion.

Various systems and methods are disclosed herein. In one embodiment, a system comprises a track comprising one or more sections, the track including track indicators readable by a track indicator sensor and used to determine a dolly's position on the track, and the dolly including one or more sensors and a processor, the one or more sensors including the track indicator sensor, the processor executing instructions that control an operation of the dolly including moving the dolly at least semi-autonomously along the track based on the track indicators, wherein moving the dolly at least semi-autonomously includes one of moving the dolly autonomously and moving the dolly semi-autonomously.

A display board assembly includes a map rail and a supplemental display board mounted thereto. The map rail includes a top track defined by a top support rail and a top guard rail, and a bottom track defined by a bottom support rail and a bottom guard rail. The supplemental display board includes a wheeled mounting assembly on a rear surface thereof, the wheeled mounting assembly including: a top wheel forced to engage the top track and confined by the top guard rail, and a bottom wheel forced to engage the bottom track and confined by the bottom guard rail, wherein the supplemental display board is slidable on the top wheel and bottom wheel to different lateral positions on the map rail.

An aerial movement system and method for calibrating same includes, generally, registration points and wireless position transceivers proximate the registration points and the object that communicate with a computer and allow for the computer to determine the appropriate amount of support lines to draw in or release.

A base station assembly for an operating room table is disclosed. In one embodiment, the base station assembly includes a base station that is secured to the operating room table. The base station includes an arcuate rail member with a selectively moveable clamp attached thereto. A vertical support arm extends from the selectively moveable clamp to provide selective attachment to a surgical accessory, such as a retractor arm, armrest, or image guidance reference frame. The base station assembly provides surgical accessory support that may be moved and adjusted by a surgeon at any time during an operation without contaminating a surgical field and without assistance from circulating operating room personnel.