A device for processing the soil having a frame which carries at least one processing tool and a resilient element which has a first end portion which is associated with the processing tool and a second end portion which is associated with the frame by connection devices. The connection devices have a first laminar element which is arranged in an upper position with respect to the second end portion of the resilient element and a second laminar element which is arranged in a lower position with respect to the second end portion. The connection devices further include a separator device arranged between the first laminar element and the second laminar element which is capable of forming a separation between the second end portion and the laminar elements which defines a cavity between the first laminar element and the second laminar element, inside which the resilient element can bend.

A tine rake assembly for an agricultural implement includes a frame configured to pivotally couple to a chassis of the agricultural implement. The frame is configured to rotate between a working position and at least one storage position. In addition, the tine rake assembly includes multiple tines that are non-movably coupled to the frame. Each tine is configured to be disposed within a region extending between a respective pair of ground engaging tools while the frame is in the working position. Otherwise, each tine is configured to be disengaged from the region while the frame is in the at least one storage position.

A tine rake assembly for an agricultural implement includes a frame configured to pivotally couple to a chassis of the agricultural implement. The frame is configured to rotate between a working position and at least one storage position. In addition, the tine rake assembly includes multiple tines that are non-movably coupled to the frame. Each tine is configured to be disposed within a region extending between a respective pair of ground engaging tools while the frame is in the working position. Otherwise, each tine is configured to be disengaged from the region while the frame is in the at least one storage position.

In an embodiment, a tillage ripper point includes a body having a nose, an upper surface, lateral sides, and a rear surface. The tillage ripper point also includes two wings, each of which extends from a lateral side of the body and includes at least a top surface having a leading edge that is at least partially curvilinear with a first end located on the body.

In an embodiment, a tillage ripper point includes a body having a nose, an upper surface, lateral sides, and a rear surface. The tillage ripper point also includes two wings, each of which extends from a lateral side of the body and includes at least a top surface having a leading edge that is at least partially curvilinear with a first end located on the body.