Movement device for drawers

1. A movement device for a drawer, comprising:

a push-to-open slide assembly configured to move from a closed position to a part-open position corresponding to a closed drawer position and a part-open drawer position, respectively, the push-to-open slide assembly including an overstroke mechanism including:

a switching element including a blocking member; wherein the blocking member includes a beveled deflection part;

a switching module including a stop configured to be engaged by the blocking member in the closed position to hold the switching element against an opening movement of the drawer;

wherein the switching element and the switching module are configured such that when an overstroke inward motion in an overstroke direction is applied to the drawer the blocking member is disengaged from the stop in a first switching movement and during the overstroke inward motion the blocking member is offset in a sideways direction transversely to the overstroke direction and transversely to a vertical plane parallel to the overstroke direction;

wherein the switching module includes a shoulder adjacent the stop, the shoulder being separated from the stop by a step, the shoulder being configured to receive the blocking member when the blocking member is offset in the sideways direction when the blocking member runs over the step during the overstroke inward motion; and wherein the switching module further includes an opening deflection bevel and a return region, the opening deflection bevel being configured to be engaged by the beveled deflection part to deflect the blocking member vertically transversely to the overstroke direction into the return region during the overstroke inward motion.

2. The movement device for a drawer of claim 1 , wherein:

the switching module further includes a guide track and a closing deflection bevel, the closing deflection bevel being configured to move the blocking member from the guide track back into a region of the stop during a closing motion of the drawer.

3. The movement device for a drawer of claim 2 , wherein:

the switching module defines a cavity including a lead-in region configured to receive the switching element during the closing motion of the drawer.

4. The movement device for a drawer of claim 1 , wherein:

the switching element includes a switching lever, the blocking member being attached to the switching lever, the switching element being held in a spring-prestressed manner with the blocking member against the stop, and the switching element being configured such that when the blocking member is offset in the sideways direction the prestressing is reduced or removed.

5. The movement device for a drawer of claim 4 , wherein:

the switching element includes a deflection portion which is adjusted at a counter element when the switching element moves in order to move the switching element into a prestressed position.

6. The movement device for a drawer of claim 1 , further comprising:

a pivot bearing on which the switching element is pivotably mounted.

7. The movement device for a drawer of claim 1 , further comprising:

a closing mechanism configured to automatically close the drawer; and

wherein the overstroke mechanism couples the push-to-open slide assembly with the closing mechanism.

8. The movement device for a drawer of claim 7 , wherein:

the switching module is coupled directly or indirectly to the closing mechanism.

9. The movement device for a drawer of claim 1 , wherein:

the push-to-open slide assembly further includes an actuating member and a spring, the switching element being carried by the actuating member, the actuating member being held prestressed directly or indirectly against the spring when the push-to-open slide assembly is in the closed position.

10. A method of moving a drawer from a closed position into an open or part-open position, comprising:

(a) holding the drawer in a closed position with a blocking member of a switching element abutting against a stop of a switching module; and

(b) applying an overstroke movement in an overstroke direction to the drawer and thereby:

during the overstroke movement, lifting the switching element from the stop;

during the overstroke movement, moving the switching element over a step separating the stop from a recessed shoulder;

during the overstroke movement, offsetting the blocking member into the recessed shoulder in a sideways direction transversely to the overstroke direction and transversely to a vertical plane parallel to the overstroke direction when the switching element moves over the step; and wherein the offsetting further includes engaging a beveled deflection part of the blocking member with an opening deflection bevel of the switching module to deflect the blocking member vertically transversely to the overstroke direction into a return region of the switching module during the overstroke movement.

11. The method of claim 10 , further comprising:

during a closing motion of the drawer, receiving the blocking member in a guide track of the switching module and engaging the blocking member with a closing deflection bevel of the switching module to move the blocking member from the guide track back into a region of the stop.

12. The method of claim 11 , wherein:

during the closing motion of the drawer, the blocking member is received in a lead-in region of the switching module.

13. The method of claim 10 , wherein:

during the step (a), holding the switching element in a spring-prestressed manner with the blocking member against the stop; and

during step (b), reducing or removing the prestressing when offsetting the blocking member transversely to the overstroke direction.

14. The method of claim 10 , further comprising:

pivoting the switching element on a pivot bearing.

15. The method of claim 10 , further comprising:

during step (a), biasing the drawer toward the open position with a spring.