Abstract: A connector link (1) disclosed here comprises a tubular body (13), a threaded bolt (8), and an unthreaded bolt (9). The threaded bolt (8) is insertable within one end of the tubular body (13), where the threaded bolt (8) is configured to be threaded inside the tubular body (13) for adjustment of length of the connector link (1). The unthreaded bolt (9) is insertable within other end of the tubular body (13), where the unthreaded bolt (9) is connected to a suspension member (14, 10) to counter compressive and expansive forces caused due to movement of an implement that is connected to the unthreaded bolt (9).

Abstract: A coupling device is disclosed which is designed as a hook with a hook body, an opening that allows the mating part of the attachment to enter the hook body, a guideway and a shoulder to counter any offset between the mating part of the attachment to the hook. Furthermore, the coupling device includes a locking latch that protrudes into the opening of the hook body and locks the mating part of the attachment in order to engage the mating part with the hook body, thereby retaining the mating part in a locked position. In an embodiment, the locking latch has a geometry that limits the motion of the locking latch and generates a motion curve. Furthermore, the locking latch moves on a motion curve to allow the locking latch to release the opening in order to allow the mating pan to enter the socket.