Hand-held power tool comprising a striking mechanism and a damping element

A hand-held power tool, comprising

• a tool receiving area structure which has an inner receiving area with a longitudinal extension, said inner receiving area being designed to receive an insert tool;
• and
• a striking mechanism configured to apply striking pulses to the insert tool;
• a locking bolt arranged at least approximately perpendicular to the longitudinal extension of the inner receiving area and configured to lock the insert tool in the inner receiving area;
• an operating element to which the locking bolt is connected, said operating element being designed to position the locking bolt in the inner receiving area such that the insert tool is locked in a locked position in the inner receiving area and is unlocked in an unlocked position in order to be removed from the inner receiving area;
• at least one damping element, the locking bolt being paired with the at least one damping element for at least partly damping a force acting on the insert tool in an idle running state of the hand-held power tool;
• a force transmission element;
• and
• a cover element, wherein:
• the tool receiving area structure is paired with a receiving chamber in which the locking bolt and the at least one damping element are arranged,
• the locking bolt is at least partly received in a receiving area of the force transmission element,
• the at least one damping element is arranged directly on the force transmission element in the receiving chamber, and
• the cover element is arranged (i) perpendicular to the longitudinal extension of the inner receiving area, and (ii) between a side surface of a base body of the tool receiving area structure and the operating element.

A hand-held power tool, comprising:

• a tool receiving area structure which has an inner receiving area with a longitudinal extension, said inner receiving area being designed to receive an insert tool;
• and
• a striking mechanism configured to apply striking pulses to the insert tool;
• a locking bolt arranged at least approximately perpendicular to the longitudinal extension of the inner receiving area and configured to lock the insert tool in the inner receiving area;
• an operating element to which the locking bolt is connected, said operating element being designed to position the locking bolt in the inner receiving area such that the insert tool is locked in a locked position in the inner receiving area and is unlocked in an unlocked position in order to be removed from the inner receiving area;
• at least one damping element, the locking bolt being paired with the at least one damping element for at least partly damping a force acting on the insert tool in an idle running state of the hand-held power tool;
• and
• a force transmission element;
• wherein the tool receiving area structure is paired with a receiving chamber in which the locking bolt and the at least one damping element are arranged,
• wherein the locking bolt is at least partly received in a receiving area of the force transmission element,
• wherein the at least one damping element is arranged directly on the force transmission element in the receiving chamber, and
• wherein the force transmission element is arranged adjacent to the inner receiving area along a longitudinal extension of the locking bolt that is arranged perpendicular to the longitudinal extension of the inner receiving area.