A stand for supporting a printing device, the stand comprising: a first leg and a second leg, the legs having upper ends for vertically supporting a printing device to horizontally span the legs above a supporting surface; a crossbar fixed to the first leg at a first crossbar fixation point and fixed to the second leg at a second crossbar fixation point; and a linkage connected between the first and the second leg, the linkage comprising a first link, a second link and a third link connected in series, wherein: the first link is connected to the first leg in use at a first leg connection point; the second link is connected to the second leg in use at a second leg connection point; and the third link is connected to the crossbar to pivot about a third linkage pivot point and to the first and second links at first and second linkage connection points on opposite sides of the third linkage pivot point.

A furniture system includes an elongated chase having a body extending from a first end to a second end. The body has an upper surface and a lower surface. A first leg is coupled to the lower surface of the body and a second leg is coupled to the lower surface of the body and spaced apart from the first leg. Power cables are positioned within a cavity of the body, the power cables configured to connect to a building's power supply. A modular power unit is coupled to the lower surface of the body. The modular power unit includes a power outlet electrically coupled to the power cables.

The present invention discloses a tire table structure used to removably set firmly on a tire of a vehicle. The tire table structure includes a desktop unit for placing at least one object; two fixing rods each being connected to a first side of the desktop unit by a first joint unit; an U shaped rod connected at each end by a second joint unit to one fixing rod wherein each of the two ends of the U shaped rod being respectively connected to a different fixing rod; and at least one foot rod connected to a second side opposite to the first side of the desktop unit by a third joint unit. With the implementation of the present invention, the tire table structure has the special benefit of being easy to set up or operate; being able to firmly set on a tire of a vehicle; applying to all vehicle types; and more importantly, being able to fold the fixing rods, the U shaped rod and the foot rod separately at the first joint unit, the second joint unit or the third joint unit for convenient storage or transportations.

The present invention discloses a tire table structure used to removably set firmly on a tire of a vehicle. The tire table structure includes a desktop unit for placing at least one object; two fixing rods each being connected to a first side of the desktop unit by a first joint unit; an U shaped rod connected at each end by a second joint unit to one fixing rod wherein each of the two ends of the U shaped rod being respectively connected to a different fixing rod; and at least one foot rod connected to a second side opposite to the first side of the desktop unit by a third joint unit. With the implementation of the present invention, the tire table structure has the special benefit of being easy to set up or operate; being able to firmly set on a tire of a vehicle; applying to all vehicle types; and more importantly, being able to fold the fixing rods, the U shaped rod and the foot rod separately at the first joint unit, the second joint unit or the third joint unit for convenient storage or transportations.

An actuated, height adjustable optical table or workstation for use in microscopy, optical research laboratories and similar environments includes fixed and moving parts which combine to create a rigid, height adjustable table structure on which to mount an optical breadboard or similar platforms via optional passive or active vibration isolation mounts. The height adjustment is performed by multiple compact actuators with associated control hardware and software, and allows the user or an application system to perform activities with the table at any heights.

An actuated, height adjustable optical table or workstation for use in microscopy, optical research laboratories and similar environments includes fixed and moving parts which combine to create a rigid, height adjustable table structure on which to mount an optical breadboard or similar platforms via optional passive or active vibration isolation mounts. The height adjustment is performed by multiple compact actuators with associated control hardware and software, and allows the user or an application system to perform activities with the table at any heights.

An interactive table includes a main body, a tabletop portion and at least one support. The tabletop portion is disposed on the casing and electrically connected to the control unit. The tabletop portion includes a touch par and a display part, wherein the display part is disposed along a perimeter of the tabletop portion and surrounding the touch part. The support is connected to a surface of the casing opposite to the tabletop portion.

A multifunction control module including a housing having a flat tabletop surface on an upper side and a channel defined by a sidewall extending downwardly from an opening through the flat tabletop surface. A movable section may be positioned within the channel and movable within the channel between a first position forming a part of the flat tabletop surface and a second position below the flat tabletop surface. A drive module may control the movement of the moveable section between the first position and the second position, and a position detection module may determine a position of the movable section.