Disclosed is a self-locking apparatus for a linear actuator, which relates to the field of linear actuation equipment. The self-locking apparatus includes a one-way bearing and a friction collar, wherein the one-way bearing includes an inner race and an outer race, the inner race being sleeved to the rotary screw of the linear actuator, the friction collar being connected to the outer race; wherein the self-locking apparatus further includes a friction member fitted with the friction collar, such that when the rotary screw rotates forwardly, the outer race does not rotate; and when the rotary screw rotates reversely, the outer race, the inner race, and the friction collar rotate synchronously, such that friction is produced by contacting between the friction collar and the friction member. Further disclosed is a linear actuator applying the self-locking apparatus.

Slider element for lifting columns, preferably for height-adjustable tables, said lifting columns comprise at least two profiles 10,11 arranged telescopically relative to each other, where the slider element 1 has a first slider 2 and a second slider 3 between which there is a designated breaking line 4. The slider element is mounted with the second slider 3 on the outer side of the inner profile 10, and is subsequently guided into the hollow of the outer profile 11, by which the first slider 2 affixes itself to the inner side of the outer profile and when the two profiles are retracted further, the designated breaking line 4 between the first and the second slider 2,3 will break, by which they appear as two separate sliders mounted on a profile each. Thus, a simplified mounting of the sliders is achieved. In addition, it can be constructed such that the sliders are completely concealed within the lifting column.

Slider element for lifting columns, preferably for height-adjustable tables, said lifting columns comprise at least two profiles 10,11 arranged telescopically relative to each other, where the slider element 1 has a first slider 2 and a second slider 3 between which there is a designated breaking line 4. The slider element is mounted with the second slider 3 on the outer side of the inner profile 10, and is subsequently guided into the hollow of the outer profile 11, by which the first slider 2 affixes itself to the inner side of the outer profile and when the two profiles are retracted further, the designated breaking line 4 between the first and the second slider 2,3 will break, by which they appear as two separate sliders mounted on a profile each. Thus, a simplified mounting of the sliders is achieved. In addition, it can be constructed such that the sliders are completely concealed within the lifting column.

An electric assisted height adjustable workstation featuring an integrated user interface for height adjustment and power control resulting in zero standby power consumption is described. Power is connected to the workstation via a physical movement of the integrated user interface causing an integrated connector to complete a circuit. Power is disconnected between the power source and the workstation via physical retraction of the integrated UI or an automatic retraction if the user interface remains inactive for a period of time.

An electric assisted height adjustable workstation featuring an integrated user interface for height adjustment and power control resulting in zero standby power consumption is described. Power is connected to the workstation via a physical movement of the integrated user interface causing an integrated connector to complete a circuit. Power is disconnected between the power source and the workstation via physical retraction of the integrated UI or an automatic retraction if the user interface remains inactive for a period of time.

A reconfigurable work station includes a work surface supported atop a pedestal and base. A linkage arm is affixed to the base or pedestal at a first end and pivotally connected to a fixed member at a second end. The work station can pivot, with the linkage arm, about the fixed member to be selectively positioned in multiple positions. The pedestal may be height adjustable and the work surface may be rotatable atop the pedestal. Alternatively, the work station can include two pedestals and the linkage arm can be rotatably connected to one of the pedestals to rotate the work station, as well as to pivot the work station about the fixed member. A work space includes the work station and at least one wall panel, and a work space system includes multiple work spaces. Work stations within respective work spaces can be selectively positioned in focused or collaborative configurations.

A reconfigurable work station includes a work surface supported atop a pedestal and base. A linkage arm is affixed to the base or pedestal at a first end and pivotally connected to a fixed member at a second end. The work station can pivot, with the linkage arm, about the fixed member to be selectively positioned in multiple positions. The pedestal may be height adjustable and the work surface may be rotatable atop the pedestal. Alternatively, the work station can include two pedestals and the linkage arm can be rotatably connected to one of the pedestals to rotate the work station, as well as to pivot the work station about the fixed member. A work space includes the work station and at least one wall panel, and a work space system includes multiple work spaces. Work stations within respective work spaces can be selectively positioned in focused or collaborative configurations.

An adjustable power and data rail for static height and vertically adjustable desks. The adjustable power and data rail fits between the static height and vertically adjustable desks and expands as needed either horizontally or vertically to match the installation configuration with paired multiple desks. The power and data rail provides connectivity for each of the static height or vertically adjustable desks to data and power connectors.

A movable table assembly comprising a base portion and a table support each having angular connecting nub with an interior cavity to enable fastening inline with a support leg. The preferred assembly utilizes a base portion, a support leg, a table support, and a table. The base portion and table support being generally planar and having a first side and second side defined by an edge around a perimeter. The support leg coupled between the base portion and table support to generally provide a movable work surface, wherein the table and base portion are generally positioned parallel to a ground surface despite the angular connection.

A movable table assembly comprising a base portion and a table support each having angular connecting nub with an interior cavity to enable fastening inline with a support leg. The preferred assembly utilizes a base portion, a support leg, a table support, and a table. The base portion and table support being generally planar and having a first side and second side defined by an edge around a perimeter. The support leg coupled between the base portion and table support to generally provide a movable work surface, wherein the table and base portion are generally positioned parallel to a ground surface despite the angular connection.