A system configured for deformation compensation in real time during a heat treatment performed on a component. The system comprises a supporting structure; two or more clamping devices arranged with the supporting structure, one or more clamping devices including a clamp, a load cell and a motor, and a processing and control system configured to collect signals from a load cell and to send signals based on the detected loads to a motor to compensate for deformation due to the heat treatment.

A deck anchor assembly a deck leverage anchor body configured to engage a frame deck and a first coupler yoke configured to couple a second coupler yoke assembly thereto. The second coupler yoke assembly comprises a base portion having second yoke extensions extending therefrom and a swivel post extending from the base portion opposite the second yoke extensions. The swivel post is mounted to the first coupler yoke using a fastener.

A deck anchor assembly a deck leverage anchor body configured to engage a frame deck and a first coupler yoke configured to couple a second coupler yoke assembly thereto. The second coupler yoke assembly comprises a base portion having second yoke extensions extending therefrom and a swivel post extending from the base portion opposite the second yoke extensions. The swivel post is mounted to the first coupler yoke using a fastener.

A portable workstation includes a frame, a plurality of wheels coupled to the frame, a handle coupled to the frame, a pneumatic inlet port coupled to the frame and a pump coupled to the frame and pneumatically coupled to the pneumatic inlet port. The pump pumps hydraulic fluid. A plurality of hydraulic outlet ports is coupled to the frame and is hydraulically coupled to the pump.

A portable workstation includes a frame, a plurality of wheels coupled to the frame, a handle coupled to the frame, a pneumatic inlet port coupled to the frame and a pump coupled to the frame and pneumatically coupled to the pneumatic inlet port. The pump pumps hydraulic fluid. A plurality of hydraulic outlet ports is coupled to the frame and is hydraulically coupled to the pump.

The disclosure relates to a drawing device (1) intended to carry at least one drawing tool adapted to straighten metal sheets, said device (1) comprising: a deck (10), adapted to be removably secured to a support surface (3), a drawing column (2) configured to carry said drawing tool, said drawing column being secured to a first surface (11), referred to as the top surface, of said deck (10), elastic sealing means (4) extending over the periphery of a second surface (12), referred to as the bottom surface, of said deck (10), said elastic sealing means (4) being configured, during the use of said device (1), to be disposed between the deck (10) and the support surface (3) to form a closed space (5), and vacuum-generation means, in fluid communication with the closed space (5) at an orifice (13) in said deck (10), controlled and configured to generate a negative pressure in said closed space (5) so as to secure said deck (10) to said support surface (3),

According to the present disclosure, said deck (10) further comprises, on its second surface (12), at least one bearing zone (6) putting said deck (10) in contact with said support surface (3).

The disclosure relates to a drawing device (1) intended to carry at least one drawing tool adapted to straighten metal sheets, said device (1) comprising: a deck (10), adapted to be removably secured to a support surface (3), a drawing column (2) configured to carry said drawing tool, said drawing column being secured to a first surface (11), referred to as the top surface, of said deck (10), elastic sealing means (4) extending over the periphery of a second surface (12), referred to as the bottom surface, of said deck (10), said elastic sealing means (4) being configured, during the use of said device (1), to be disposed between the deck (10) and the support surface (3) to form a closed space (5), and vacuum-generation means, in fluid communication with the closed space (5) at an orifice (13) in said deck (10), controlled and configured to generate a negative pressure in said closed space (5) so as to secure said deck (10) to said support surface (3),

According to the present disclosure, said deck (10) further comprises, on its second surface (12), at least one bearing zone (6) putting said deck (10) in contact with said support surface (3).

A mold, a device, an insert and method for repairing a profile which has been bent out of an original position. The profile is a profile of warehouse rack uprights for mounting of warehouse rack girders, where an inner space accessible from an open side is defined in the profile, where the mold is adapted to the form of the outer surface of the profile, and where the mold partly encloses the profile during use. The mold is modular and includes a plurality of mold parts, each mold part having a surface adapted to a respective part of the outer surface of the profile.

A portable workstation includes a frame, a plurality of wheels coupled to the frame, a handle coupled to the frame, a pneumatic inlet port coupled to the frame and a pump coupled to the frame and pneumatically coupled to the pneumatic inlet port. The pump pumps hydraulic fluid. A plurality of hydraulic outlet ports is coupled to the frame and is hydraulically coupled to the pump.

A portable workstation includes a frame, a plurality of wheels coupled to the frame, a handle coupled to the frame, a pneumatic inlet port coupled to the frame and a pump coupled to the frame and pneumatically coupled to the pneumatic inlet port. The pump pumps hydraulic fluid. A plurality of hydraulic outlet ports is coupled to the frame and is hydraulically coupled to the pump.