A workstation system for tracking workstation activity, the system comprising a database storing user specific information including at least one user goal associated with user activity at the workstation, the workstation including at least a first sensor, the at least a first sensor automatically collecting data useable to determine identity of a user within a space associated with the workstation and collecting user biometrics, a first reminder device and the system further including at least a first processor linked to the at least a first sensor and the reminder device, the processor receiving data from the at least a first sensor device and using the received data to attempting to determine the identity of the user that occupies the space, upon identifying the first system user, the processor tracking user biometrics, programmed to access at least a subset of the information associated with the first user and use the accessed information for the user as well as the user biometrics to automatically generate periodic reminders for the first system user via the reminder device to perform at least one activity.

A method for controlling a height adjustable workstation that includes a worktop supported by a frame and a vertical displacement drive mechanism controllable to change the elevation of the worktop to different worktop elevation positions, the method comprising, using a processor linked to the drive mechanism to perform the steps of tracking periods during which the worktop is in various worktop elevation positions, using the tracked periods to identify times at which to present reminders to a workstation user to change a current worktop elevation position to a standing elevation position and at the identified times, controlling the drive mechanism to automatically change the worktop height from the current worktop elevation position to another elevation position that is distinct from any standing elevation position to encourage a workstation user to raise the worktop to a standing elevation position.

A method for controlling a height adjustable workstation that includes a worktop supported by a frame and a vertical displacement drive mechanism controllable to change the elevation of the worktop to different worktop elevation positions, the method comprising, using a processor linked to the drive mechanism to perform the steps of tracking periods during which the worktop is in various worktop elevation positions, using the tracked periods to identify times at which to present reminders to a workstation user to change a current worktop elevation position to a standing elevation position and at the identified times, controlling the drive mechanism to automatically change the worktop height from the current worktop elevation position to another elevation position that is distinct from any standing elevation position to encourage a workstation user to raise the worktop to a standing elevation position.

A multi-functional table is provided. The multi-functional table includes at least one plate, at least one support part connected to the at least one plate and adjusting a height of each of the at least one plate, a communication part receiving user information from a user terminal, and a controller part controlling operations of the at least one support part in response to the user information which is received from the communication part.

A multi-functional table is provided. The multi-functional table includes at least one plate, at least one support part connected to the at least one plate and adjusting a height of each of the at least one plate, a communication part receiving user information from a user terminal, and a controller part controlling operations of the at least one support part in response to the user information which is received from the communication part.

A sit-stand desk includes a frame located on a floor surface; a panel having an upper work surface and being selectively vertically displaceable in respect to the frame; and a vertical-displacement drive mechanism mechanically connected between the frame and the panel. Activation of the drive mechanism vertically displaces the panel with respect to the frame. The sit-stand desk also includes a control circuit selectively activating the drive mechanism to vertically displace the panel according to prescribed displacement instructions in response to receipt of a trigger signal and a pressure mat located on the floor surface adjacent to the frame on which a user stands. The pressure mat includes a pressure sensor in communication with the control circuit and configured to measure a presence of the user adjacent to the desk.

A sit-stand desk includes a frame located on a floor surface; a panel having an upper work surface and being selectively vertically displaceable in respect to the frame; and a vertical-displacement drive mechanism mechanically connected between the frame and the panel. Activation of the drive mechanism vertically displaces the panel with respect to the frame. The sit-stand desk also includes a control circuit selectively activating the drive mechanism to vertically displace the panel according to prescribed displacement instructions in response to receipt of a trigger signal and a pressure mat located on the floor surface adjacent to the frame on which a user stands. The pressure mat includes a pressure sensor in communication with the control circuit and configured to measure a presence of the user adjacent to the desk.

A student desk promoting brain-based movement. The student desk provides a frame carrying a table and a seat and a combination of one or more features designed to allow productive movement that stimulates and enhances cognitive learning. Various aspects of the student desk include semispherical seating surface, a rotatable seat with twist resistance, a cushioned seating surface, a height adjustable table, a sensory strip on the bottom of the table, and resistance bands secured to the frame. These enhancements provide a number of different outlets for students to release nervous energy in a non-disruptive manner while remaining focused on educational activities. These enhancements allow knowledge instruction to be combined with brain-based movement, which generates increased brain activity during learning scenarios, empowers students to self-regulate emotions without disrupting class, and creates opportunities for students to enhance academic performance by developing more adaptive cognitive relationships with the academic material. The student desk is particularly well-suited for use by special needs learners and other students requiring or benefiting from physical stimulation or tactile stimulation.

The present invention relates to a height-adjustable table (1) height-adjusting arrangement (100) for adjusting the height of the table (1), wherein the height-adjusting arrangement (100) comprises at least one leg, each leg having an inner tubular member (112) and an outer tubular member (113) arranged for telescopic movement relative to each other, and a linear actuator (114) coupled to said tubular members (112, 113) and which is configured to provide the telescopic movement between the tubular members (112, 113), and an electric motor connected to the linear actuator (114) and configured to operate the linear actuator for providing telescopic movement between the tubular members. The height-adjusting arrangement (100) further comprises an eye detection unit arranged to detect the position of a user's eyes. The height-adjusting arrangement (100) is configured for control of the height of the height-adjustable table (1) based on the detected position of a user's eyes.

The present invention relates to a height-adjustable table (1) height-adjusting arrangement (100) for adjusting the height of the table (1), wherein the height-adjusting arrangement (100) comprises at least one leg, each leg having an inner tubular member (112) and an outer tubular member (113) arranged for telescopic movement relative to each other, and a linear actuator (114) coupled to said tubular members (112, 113) and which is configured to provide the telescopic movement between the tubular members (112, 113), and an electric motor connected to the linear actuator (114) and configured to operate the linear actuator for providing telescopic movement between the tubular members. The height-adjusting arrangement (100) further comprises an eye detection unit arranged to detect the position of a user's eyes. The height-adjusting arrangement (100) is configured for control of the height of the height-adjustable table (1) based on the detected position of a user's eyes.