Knotter Hook for a Twine Knotter of a Bale Press

A knotter hook for a twine knotter for producing a loop knot, the knotter hook comprising:

• a first stationary clamping wing;
• a pivotable clamping wing, wherein the first stationary clamping wing and the pivotable clamping wing comprise an extension component in a same first spatial direction;
• wherein the pivotable clamping wing comprises a projection projecting in a direction toward the first stationary clamping wing;
• wherein the pivotable clamping wing is configured to pivot reversibly from a closed state into an open state so that a free end of the pivotable clamping wing in the open state is spaced apart farther from the first stationary clamping wing than in the closed state;
• wherein the pivotable clamping wing is laterally displaced relative to the first stationary clamping wing at least in sections thereof so that the pivotable clamping wing is arranged adjacent to the first stationary clamping wing and so that below the pivotable clamping wing a free space is formed and the free space extends in the closed state opposite to the first spatial direction beyond the projection.

A knotter hook for a twine knotter for producing a loop knot, the knotter hook comprising:

• a first stationary clamping wing and a second stationary clamping wing, wherein a gap is formed between the first stationary clamping wing and the second stationary clamping wing;
• a pivotable clamping wing, wherein the first stationary clamping wing and the pivotably supported clamping wing comprise an extension component in a same first spatial direction;
• wherein the pivotable clamping wing comprises a projection projecting in a direction toward the first stationary clamping wing;
• wherein the pivotable clamping wing is configured to pivot reversibly from a closed state into an open state so that a free end of the pivotable clamping wing in the open state is spaced apart farther from the first stationary clamping wing than in the closed state;
• wherein the pivotable clamping wing extends in and/or above the gap between the first stationary clamping wing and the second stationary clamping wing;
• wherein the gap in the closed state extends opposite to the first spatial direction beyond the projection.