A work station including a base includes a work surface pivotally mounted to the base so as to be configured to pivot between a first position and a second position. The work surface is configured to cover a protected member when in a first position and the work surface is configured to uncover the protected member when moved into a second position. The base is configured to support the work surface on a floor surface. A height of the work surface can be adjusted to accommodate the ergonomic needs of different users.

A work station including a base includes a work surface pivotally mounted to the base so as to be configured to pivot between a first position and a second position. The work surface is configured to cover a protected member when in a first position and the work surface is configured to uncover the protected member when moved into a second position. The base is configured to support the work surface on a floor surface. A height of the work surface can be adjusted to accommodate the ergonomic needs of different users.

Various configurations and systems for lifting tables are provided. The lifting tables may include legs that are extendable and retractable. The legs may include various components, such as L-shaped internal brackets configured to hold lubricants to provide for smooth lifting operations, cable management configurations, and/or other features to improve the operation of a lifting table.

Various configurations and systems for lifting tables are provided. The lifting tables may include legs that are extendable and retractable. The legs may include various components, such as L-shaped internal brackets configured to hold lubricants to provide for smooth lifting operations, cable management configurations, and/or other features to improve the operation of a lifting table.

A smart automated, motorized and adjustable table delivery device and system including an artificial intelligence technology, sensors, motor, telescopic support leg and mobile communication device app that adjusts in height and automatically traverses a building structure, such as a home, restaurant, hospital or office, to designated locations within the structure to make available or deliver items, such as drinks, food or other requested items, based on voice or app commands, wherein the automated delivery table device may be automatically controlled for movement around a desired area and height adjustment, the table device having a base with wheels, table top, a plurality of linear threaded rail supports corresponding to the number of elevation levels, microprocessor or CPU with a receiver or transceiver to receive wireless signals or transmissions for remotely controlling movement of the device in a designated area and height adjustment of the table top, depth sensors for sensing impending contact with walls or furniture, lift plates corresponding to the number of table tiers and threadably receiving the threaded rail supports for adjusting the height of the table top, lifting motors for spinning the leg or rail supports, telescopic walls engaged to the table tiers that extend and retract when raised and lowered, respectively, drive motor in communication with at least one wheel for facilitating traversing movement and bumpers around the base.

A smart automated, motorized and adjustable table delivery device and system including an artificial intelligence technology, sensors, motor, telescopic support leg and mobile communication device app that adjusts in height and automatically traverses a building structure, such as a home, restaurant, hospital or office, to designated locations within the structure to make available or deliver items, such as drinks, food or other requested items, based on voice or app commands, wherein the automated delivery table device may be automatically controlled for movement around a desired area and height adjustment, the table device having a base with wheels, table top, a plurality of linear threaded rail supports corresponding to the number of elevation levels, microprocessor or CPU with a receiver or transceiver to receive wireless signals or transmissions for remotely controlling movement of the device in a designated area and height adjustment of the table top, depth sensors for sensing impending contact with walls or furniture, lift plates corresponding to the number of table tiers and threadably receiving the threaded rail supports for adjusting the height of the table top, lifting motors for spinning the leg or rail supports, telescopic walls engaged to the table tiers that extend and retract when raised and lowered, respectively, drive motor in communication with at least one wheel for facilitating traversing movement and bumpers around the base.

An adjustable desk frame includes a first extendable table leg including a first outer housing, a first inner housing, and a first actuation mechanism to selectively extend and retract the first inner housing relative to the first outer housing, a second extendable table leg including a second outer housing, a second inner housing, and a second actuation mechanism to selectively extend and retract the second inner housing relative to the second outer housing, a motor configured to drive the first actuation mechanism to selectively extend and retract the first inner housing relative to the first outer housing, and a linkage coupling the motor to the second actuation mechanism such that the motor is configured to drive the second actuation mechanism in unison with the first actuation mechanism.

An adjustable desk frame includes a first extendable table leg including a first outer housing, a first inner housing, and a first actuation mechanism to selectively extend and retract the first inner housing relative to the first outer housing, a second extendable table leg including a second outer housing, a second inner housing, and a second actuation mechanism to selectively extend and retract the second inner housing relative to the second outer housing, a motor configured to drive the first actuation mechanism to selectively extend and retract the first inner housing relative to the first outer housing, and a linkage coupling the motor to the second actuation mechanism such that the motor is configured to drive the second actuation mechanism in unison with the first actuation mechanism.

A lift table includes a base unit having a supporting beam connected between two legs. An elongated member is connected to a first linking rod, a second linking rod and a third linking rod and is pivotably connected to the legs. The first linking rod, the second linking rod and the third linking rod are pivotable together with the elongated member relative to the legs and are, thus, pivotable relative to the base unit. A telescopic actuator includes two ends pivotably connected to the supporting beam and the second linking rod, respectively. A top board unit is pivotably connected to the first and third linking rods and includes a switch operable to actuate the actuator to proceed with a telescope movement, causing the first and third linking rods to pivot relative to the legs, thereby lifting or lowering the top board unit.

A lift table includes a base unit having a supporting beam connected between two legs. An elongated member is connected to a first linking rod, a second linking rod and a third linking rod and is pivotably connected to the legs. The first linking rod, the second linking rod and the third linking rod are pivotable together with the elongated member relative to the legs and are, thus, pivotable relative to the base unit. A telescopic actuator includes two ends pivotably connected to the supporting beam and the second linking rod, respectively. A top board unit is pivotably connected to the first and third linking rods and includes a switch operable to actuate the actuator to proceed with a telescope movement, causing the first and third linking rods to pivot relative to the legs, thereby lifting or lowering the top board unit.