Bar clamp and bar clamp assembly
A bar clamp configured for engagement with a workpiece is provided. The bar clamp includes a pair of parallel elongated bars, each extending along a longitudinal axis. The bar clamp also includes a fixed connector and a movable connector extending along a transverse axis perpendicular to the longitudinal axis for connecting the elongated bars together and maintaining a transverse separation therebetween. The bar clamp further includes an adjustment mechanism for adjusting a transverse separation between the elongated bars and for compressing the workpiece along the transverse axis, a positioning mechanism for adjusting a position of the movable connector along the longitudinal axes of the elongated bars, and a longitudinal compression mechanism connected to the fixed connector for compressing the workpiece along the longitudinal axis. A bar clamp assembly for engagement with a workpiece and including a plurality of spaced-apart bar clamps configured for receiving therebetween the workpiece is also provided.
1. A bar clamp configured for engagement with a workpiece, the bar clamp comprising:
a pair of parallel elongated bars, each elongated bar extending along a longitudinal axis between a first and a second end thereof;
a fixed connector and a movable connector for connecting the pair of elongated bars together, each of the fixed and movable connectors extending between the elongated bars along a transverse axis perpendicular to the longitudinal axes of the elongated bars, and maintaining a transverse separation between the elongated bars;
an adjustment mechanism for adjusting the transverse separation between the elongated bars and compressing the workpiece along the transverse axis, the adjustment mechanism comprising a pair of adjusting screws, each adjusting screw being threadably engageable into a corresponding one of the elongated bars along a screw axis perpendicular to both the longitudinal and the transverse axes, and being configured, upon tightening thereof, to compressively engage against one of the fixed connector and the movable connector;
a positioning mechanism for adjusting a position of the movable connector along the longitudinal axes of the elongated bars; and
a longitudinal compression mechanism connected to the fixed connector and operable to compress the workpiece along the longitudinal axes of the elongated bars.
2. The bar clamp according to claim 1 , wherein each elongated bar is made of a material comprising one of aluminum, steel, stainless steel, titanium and plastics.
3. The bar clamp according to claim 1 , wherein the positioning mechanism comprises a plurality of spaced-apart transverse holes defined in and arranged longitudinally along each elongated bar.
4. The bar clamp according to claim 3 , wherein the fixed connector and the movable connector are respectively embodied by a fixed and a movable side bar, each having a first end configured for slidable insertion into one of the plurality of spaced-apart transverse holes of the positioning mechanism defined in one of the elongated bars, and a second end configured for slidable insertion into one of the plurality of spaced-apart transverse holes of the positioning mechanism defined in the other one of the elongated bars.
5. The bar clamp according to claim 1 , wherein the longitudinal compression mechanism comprises a longitudinal compression screw, the longitudinal compression screw passing through and threadably engaging the fixed connector, the longitudinal compression screw comprising a head having a handle connected thereto, an elongated threaded shaft, and an end portion configured for pressing against the workpiece as the longitudinal compression screw is tightened via rotation of the handle.
6. The bar clamp according to claim 5 , wherein the head is pivotally connected to the handle.
7. A bar clamp assembly for engagement with a workpiece, the bar clamp assembly comprising a plurality of spaced-apart bar clamps configured for receiving therebetween the workpiece, each of the plurality of bar clamps comprising:
a pair of parallel elongated bars, each elongated bar extending along a longitudinal axis between a first and a second end thereof;
a fixed connector and a movable connector for connecting the pair of elongated bars together, each of the fixed and movable connectors extending between the elongated bars along a transverse axis perpendicular to the longitudinal axes of the elongated bars, and maintaining a transverse separation between the elongated bars;
an adjustment mechanism for adjusting the transverse separation between the elongated bars and compressing the workpiece along the transverse axis, the adjustment mechanism comprising a pair of adjusting screws, each adjusting screw being threadably engageable into a corresponding one of the elongated bars along a screw axis perpendicular to both the longitudinal and the transverse axes, and being configured, upon tightening thereof, to compressively engage against one of the fixed connector and the movable connector;
a positioning mechanism for adjusting a position of the movable connector along the longitudinal axes of the elongated bars; and
a longitudinal compression mechanism connected to the fixed connector and operable to compress the workpiece along the longitudinal axes of the elongated bars.
8. The bar clamp assembly according to claim 7 , wherein the plurality of bar clamps comprises two bar clamps configured for receiving therebetween the workpiece.