A locking apparatus for securing a turning vane to a duct rail is disclosed. The locking apparatus includes an elongate body defining a longitudinal axis and a working end including a first end portion, a second end portion, and an arcuate portion extending between the first end portion and the second end portion. The first end portion, second end portion, and arcuate portion together define a concavity that is configured for the reception of a portion of the turning vane therein. The arcuate portion is configured for engagement against the portion of the turning vane to roll the portion of the turning vane over a portion of the duct rail. The rolling of the portion of the turning vane over the portion of the duct rail is configured to secure the turning vane to the duct rail.

The present disclosure provides a mini or micro hand-held, portable, battery-powered 2-3 ton crimp tool capable of crimping conductors ranging between #22 AWG and #2 AWG to a termination. The crimp tool has a C-shaped head portion that uses linear motion to perform the crimp operation.

A tool kit for bending a metal tray including a middle bending tool, a right bending tool, and a left bending tool. The middle bending tool further includes a middle lower handle and a C-shaped middle top clamping member. The middle lower handle is perpendicularly extended from the middle bottom plate of the middle top clamping member. The right bending tool further includes a right lower handle and a C-shaped right top clamping member. The right lower handle is rightwardly extended at a forty-five degree angle from the right bottom plate of the right top clamping member. The left bending tool further includes a left lower handle and a C-shaped left top clamping member. The left lower handle is leftwardly extended at a forty-five degree angle from the left bottom plate of the left top clamping member.

The present invention relates to a step drive mechanism to be attached into the hollow body of a tool, making it possible to produce a thrust movement that can be easily carried out. To this end, the mechanism includes: a rack (2) that has a first (3) and a second (4) cog having back-slanted teeth (3a, 4a) arranged on an upper (2a) and a lower (2b) edge, respectively; a front end (2c); a pivotable lever (5) that comprises a hollow top end (5a) receiving a torsion spring (8), bearing against said hollow top end (5a) of the lever and against a thrust pawl (7) pivoting in the hollow body (1) in front of the hollow top end (5a) of the lever, and has a crosspiece (7a) inserted between the teeth (3a) of the first cog (3); and a pivotable locking pawl (8) provided with a crosspiece (8a) inserted between the teeth (4a) of the second cog (4). A compression spring (9) is arranged such as to bear against the locking pawl (8) and against an abutment (2d) located at a rear end (2e) of the rack (2).

A metal tab bending tool for securing an upright stud in place and relative to an elongated track of a wall assembly. The track includes an elongated flat web with first and second free-ended flanges extending in the same direction from opposed first and second side edges, respectively, of the web. Each flange of the web defines a plurality of spaced tabs extending toward the flat web from a free-end of each flange. The tool for connecting the stud in place and relative to the track includes a base. The tool also includes at least two pairs of bending arms each pivotally mounted to the base. Each pair of bending arms includes a first bending arm, adapted to be disposed to one side of the upright stud, and a second bending arm spaced apart from the first bending arm and adapted to be disposed to an opposite side of the stud. A mechanism is provided for moving at least one bending arm of each pair of bending arms from a first position and into engagement with a tab on each of the first and second free-ended flanges so as to bend opposed tabs on said first and second free-ended flanges engaged by the bending arms toward a center of the elongated track whereby inhibiting movement of said stud therepast. A method for securing a stud in place relative to a track is also disclosed.

Representative implementations of devices and techniques provide a tool that is used to prepare a squished C channel (Drive Cleat) segment for installation on HVAC duct work. In various embodiments, the tool includes a blade at one end of the tool that is configured to fit within the channel of the drive cleat, to open the channel a predetermined amount. Additionally, the tool can include a pocket portion on the other end of the tool that includes an opening for inserting a drive cleat portion into, for bending the drive cleat portion.

A combination sheet metal hammer and duct stretcher device. The device is directed to the field of heating, ventilation and air conditioning and particularly to a duct assembly tool for drawing and pinching two pieces of duct work together.

An ergonomic sheet metal hammer is disclosed, featuring a multifunctional design that enhances usability and efficiency in sheet metal work. The hammer includes a built-in drive slot for precise bending of sheet metal drives, an ergonomically configured handle to reduce fatigue, and a handle with a removable cap for storage. Additionally, the hammer head incorporates a 1?1 measurement for quick reference and is marked with various measurement indicia for versatility in use. The invention aims to provide a comprehensive tool for sheet metal workers, combining functionality for bending, measuring, and marking in a single, ergonomically optimized device.

A system according to the principles of the present disclosure includes a crimp tool angle sensor, a flange section module, and a diagnostic module. The crimp tool angle sensor measures at least one of a roll angle of a crimp tool, a pitch angle of the crimp tool, and a yaw angle of the crimp tool. The flange section module identifies a flange section of a vehicle on which the crimp tool is disposed based on at least one of the roll angle, the pitch angle, and the yaw angle. The diagnostic module determines whether at least one of the roll angle, the pitch angle, and the yaw angle is within a predetermined range.