Control mechanism

A control mechanism with a switchable transmission path comprising:

• mechanism links mounted on a frame, and a switching pinion gear, through which at least two mechanism links can be incorporated in a transmission path for switching purposes, wherein, the mechanism links are held in an axially movable disposition on a mount of the frame via switching elements, and wherein the switching pinion gear acts through a switching path to one of engage or disengage one of the two mechanism links on the switching elements, wherein the switching elements are secured to the mount by an axially divided bearing block.

A control mechanism with a switchable transmission path comprising:

• mechanism links mounted on a frame, and a switching pinion gear, through which at least two mechanism links can be incorporated in a transmission path for switching purposes, wherein, the mechanism links are held in an axially movable disposition on a mount of the frame via switching elements, and wherein the switching pinion gear acts through a switching path to one of engage or disengage one of the two mechanism links on the switching elements, wherein the switching elements are secured to the mount by an axially divided bearing, wherein the bearing block is interleaved by at least two switching elements.

A control mechanism with a switchable transmission path comprising mechanism links mounted on a frame, and a switching pinion gear, for incorporating at least two mechanism links in a transmission path for switching purposes, wherein, the two mechanism links are moveably held on a mount of the frame via switching elements, and wherein the switching pinion gear acts through a switching path to engage or disengage one of the two mechanism links on the switching elements, and wherein an insertion lockout is configured to engage a spring element which is mounted on one of the switching elements for fixing an non-engaged switching element relative to the frame;

• wherein the insertion lockout is securely attached to the frame, wherein the switching path is interactively connected with a variation device for varying the reaction forces in the switching pinion gear;
• wherein the variation device encompasses an energy-storing device activated as a function of a position of the switching pinion gear;
• wherein the energy-storing device encompasses a resilient spring element, wherein the variation device encompasses a gate and a gate follower, wherein the gate is provided on a gear rack of the switching path, and the gate follower is provided on the frame.

The control mechanism with a switchable transmission path comprising:

• mechanism links mounted on a frame, and a switching pinion gear, through which at least two mechanism links can be incorporated in a transmission path for switching purposes, wherein, the mechanism links are held in an axially movable disposition on a mount of the frame via switching elements, and wherein the switching pinion gear acts through a switching path to engage or disengage one of the two mechanism links on the switching elements, wherein the switching elements are secured to the mount by an axially divided bearing block, so that at least one of the switching elements is secured to one of the mount or bearing element via a sliding bearing.

A control mechanism with a switchable transmission path comprising:

• mechanism links mounted on a frame, and a switching pinion gear, through which at least two mechanism links can be incorporated in a transmission path for switching purposes, wherein, the mechanism links are held in an axially movable disposition on a mount of the frame via switching elements, and wherein the switching pinion gear acts through a switching path to one of engage or disengage one of the two mechanism links on the switching elements, the switching elements are secured to the mount by an axially divided bearing block, so that at least two of the switching elements are mounted on a bearing element.