A method is provided for connecting a first component to a second component. The first component has a deformation region, wherein the deformation region is at least partially heated in a first step. An inner die for the plastic deformation is provided in a second method step. The first component is plastically deformed in the deformation region in order to connect the first component to the second component in a third step, and wherein the deformation region is at least partially contacted by the inner die in the second step.

A joining tool is disclosed comprising a support; a stationary arm extending from the support at one end, the stationary arm comprising at the opposite end a first jaw; a movable arm pivotally mounted on the stationary arm; the movable arm driveable from the stationary arm in a pivotable motion by an actuator coupled to the moveable arm; and a second jaw coupled to the moveable arm, the moveable arm movable between an activated position in which the second jaw engages the first jaw and an initial position in which the second jaw is spaced from the first jaw.

A method is provided for connecting a ball to a first component having the following steps: providing a first component which has a through-hole; providing a ball and inserting the ball into the through-hole such that the ball protrudes out of the first component at opposite sides of the first component; placing a first pressing tool on the ball from a first side of the first component and placing a second pressing tool on the ball from a second side of the first component; plastically deforming the ball by pressing together the pressing tools, wherein material of the ball flows both on the first side as well as on the second side of the first component, such that material of the ball covers an edge of the through-hole on the first side and on the second side of the first component, whereby a formfitting connection is produced between the ball and the first component.

A method of upsetting an axle with a peen tool according to one example of the present disclosure includes contacting a distal end surface of the peen tool with a first terminal end of the axle. The distal end surface of the peen tool has a relief portion formed on the distal end surface that includes a concave profile. An area of the axle is displaced based on the contacting.

The disclosed technology includes an apparatus and method for applying a fishing sinker directly to a fishing line. In one implementation, the apparatus comprises a lower lever, an upper lever configured to rotate around an axis of a hinge in a direction toward the lower lever, and a jaw located on a first end of the upper lever and terminating with a tooth, the tooth configured to move into an aperture in the lower lever to compress the fishing sinker located in the lower lever into a closed position around a fishing line.

Disclosed is a device for automatically assembling a hinge, comprising a connecting piece module assembly device, an adjustment sheet module assembly device, a main body bracket module assembly device, and a finished hinge product assembly device, wherein the connecting piece module assembly device is used for assembling a connecting piece module; the adjustment sheet module assembly device is used for riveting an adjustment sheet module; the main body bracket module assembly device is used for assembling a main body bracket, a main body bracket bolt, and a screw into a main body bracket module; and the high finished product assembly device is used for assembling the connecting piece module, the adjustment sheet module, the main body bracket module, and other materials into a finished hinge product. The device for automatically assembling a hinge of the present invention is used for the automatic assembly of a hinge.

Apparatus and Methods for fabricating apparatus having a hermetic seal to seal a portion of an apparatus, for example and without limitation, a portion having a MEMS sensor. One such method uses crimping devices to compress a seal in a cavity formed in a housing that includes a MEMS sensor attached to a stress isolator. Under such compression, the seal deforms to hermetically seal surfaces around the inside, outside and bottom of the stress isolator.

A product and process for providing customized garments. The garment comprises a main body having inner and outer surfaces. At least one pocket having a first inner surface and a first outer surface defines a slot between the outer surface of the main body and the first inner surface of the pocket. The pocket is affixed to the outer surface of the main body, with the pocket having an opening there into. An insert is selectively slidably receivable within and removable from the slot. The insert has a flap portion at one end thereof and protruding outside of and at least partially over the pocket and containing inscriptions thereon. The insert is secured within the pocket such that it is easily removable there from. An inventory process of manufacture and product of the process utilizing this product allows for rapid customization with existing inventory.

A method of forming a bipolar separator assembly for use in a fuel cell assembly includes a step of forming an anode-side sub-assembly, which comprises sub-steps of: providing an anode current collector, providing a plate member, first and second opposing end segments and third and fourth opposing end segments, positioning said plate member so that said anode current collector abuts the first surface of the plate member, providing first and second anode wet seal members, and releasably securing the first and second anode wet seal members to the plate member; a step of forming a cathode-side sub-assembly, which comprises sub-steps of: providing a cathode current collector; providing first and second cathode wet seal members; and releasably securing the first and second cathode wet seal members to the cathode current collector; and a step of assembling the cathode-side sub-assembly with the anode-side sub-assembly.

A lockbolt for installation into apertured workpiece members, comprising a pin having a head and a tail end provided with locking grooves and a single pull groove, wherein an installation tool having a collet with a corresponding shape to the pull groove is used to apply an increasing pulling force to the pin tail, thereby to push the collet towards the workpiece, and as the force applied by the hydraulic piston further increases, causing the collar to be swaged into the lock grooves, and halting the force applied by the tool either at a predetermined maximum value or when the pin tail breaks at a breaker groove formed by the single pull groove.