A telescopic pull-out arrangement for a refrigerator is provided that includes two telescopic pull-out mechanisms each provided with a stationary rail on a common frame and a movable rail, and a storage part retained on the movable rails by a pair of identical adapters. The storage part has a first
A telescopic pull-out arrangement for a refrigerator is provided that includes two telescopic pull-out mechanisms each provided with a stationary rail on a common frame and a movable rail, and a storage part retained on the movable rails by a pair of identical adapters. The storage part has a first engagement contour cooperating with a first adapter of the couple and a second engagement contour cooperating with the second adapter of the couple. Each adapter is provided with a third and a fourth engagement contour. The first engagement contour of the storage part and the third engagement contour of the first adapter engage into one another with less tolerance transverse to the pull-out direction than the engagement of the second engagement contour of the storage part and the fourth engagement contour of the second adapter engage into one another.
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1. A telescopic pull-out arrangement comprising: one pair of telescopic extension slides;another pair of telescopic extension slides, each of the one and the another pair of telescopic extension slides having a fixed rail and at least one movable rail;a storage section; andat least one pair of adapt
1. A telescopic pull-out arrangement comprising: one pair of telescopic extension slides;another pair of telescopic extension slides, each of the one and the another pair of telescopic extension slides having a fixed rail and at least one movable rail;a storage section; andat least one pair of adapters, the at least one pair of adapters being operable to assist in retaining the storage section on the movable rails of the one and the another pair of telescopic extension slides and the at least one pair of adapters including a given side adapter associated with the one pair of telescopic extension slides and an other side adapter associated with the another pair of telescopic extension slides, each of the given side adapter and the other side adapter has a first reciprocal contour and a second reciprocal contour, the storage section has a pair of engagement contours including a first engagement contour cooperatively engageable with the first reciprocal contour of a respective one of the given side adapter and the other side adapter and a second engagement contour cooperatively engageable with the second reciprocal contour of a respective one of the given side adapter and the other side adapter, the engagement of the storage section with the pair of adapters operating to secure the storage section to the movable rails of the one and the another pair of telescopic extension slides such that extension of the movable rails of the one and the another pair of telescopic extension slides along a pull-out direction correspondingly moves the storage section in the pull-out direction, the first engagement contour of the storage section is securable with the first reciprocal contour of the given side adapter and the second engagement contour of the storage section is securable with the second reciprocal contour of the other side adapter, and the engagement of the first engagement contour of the storage section with the first reciprocal contour of the given side adapter has less play in a transverse direction perpendicular to the pull-out direction than the engagement of the second engagement contour of the storage section with the second reciprocal contour of the other side adapter. 2. The telescopic pull-out arrangement as claimed in claim 1, wherein the first engagement contour of the storage section and the second engagement contour of the storage section are disposed mirror-symmetrically to one another in relation to a mirror plane parallel to the pull-out direction. 3. The telescopic pull-out arrangement as claimed in claim 1, wherein the first reciprocal contour and the second reciprocal contour of each one of the given side adapter and the other side adapter are disposed one behind the other on each adapter in the pull-out direction. 4. The telescopic pull-out arrangement as claimed in claim 1, wherein the first engagement contour of the storage section and the second engagement contour of the storage section are each configured as a projection and the first reciprocal contour and the second reciprocal contour of each one of the given side adapter and the other side adapter are configured as recesses of different width operable to accommodate one of the projections. 5. The telescopic pull-out arrangement as claimed in claim 4, wherein the front of the recess of the second reciprocal contour of each one of the given side adapter and the other side adapter has a lead-in chamfer. 6. The telescopic pull-out arrangement as claimed in claim 4, wherein the recesses into which the projection engages are each open in the pull-out direction. 7. The telescopic pull-out arrangement as claimed in claim 4, wherein the projection can be inserted in the recess of the first reciprocal contour of each one of the given side adapter and the other side adapter parallel to the pull-out direction and, in the inserted position, is latched in a vertical direction. 8. The telescopic pull-out arrangement as claimed in claim 7, wherein the latching is effected via engagement of the projection in an undercut of the recess. 9. The telescopic pull-out arrangement as claimed in claim 4, wherein the recesses are each open in a vertical direction. 10. The telescopic pull-out arrangement as claimed in claim 1, wherein the storage section has a further engagement contour and each one of the given side adapter and the other side adapter has a further reciprocal contour, the further engagement contour of the storage section and the further reciprocal contour of the given side adapter and the other side adapter cooperatively engaging one another for fixing the storage section and the adapters against one another in a movement direction of the movable rails. 11. The telescopic pull-out arrangement as claimed in claim 10, wherein the further reciprocal contour of each of the given side adapter and the other side adapter is disposed on the adapter between the first reciprocal contour and the second reciprocal contour of the respective given side adapter or other side adapter. 12. The telescopic pull-out arrangement as claimed in claim 11, wherein the first reciprocal contour and the second reciprocal contour of each one of the given side adapter and the other side adapter and the further reciprocal of the respective adapter are formed in one piece on the adapter. 13. The telescopic pull-out arrangement as claimed in claim 4, wherein the first reciprocal contour and the second reciprocal contour of each one of the given side adapter and the other side adapter are formed in one piece on the respective adapter. 14. The telescopic pull-out arrangement as claimed in claim 10, wherein the further reciprocal of each respective adapter is configured on the adapter as a channel running transversely to the movable rail. 15. The telescopic pull-out arrangement as claimed in claim 1, wherein each of the telescopic extension slides is fitted with two adapters, of which every two adapters are disposed opposite one another on the telescopic extension slide pairs, wherein in the case of one of the two adapters a third engagement contour and in the case of the other adapter a fourth engagement contour is disposed in advance in the pull-out direction of the movable rail. 16. The telescopic pull-out arrangement as claimed in claim 1, wherein each of the telescopic extension slides is fitted with a first adapter and a second adapter, wherein the first adapter precedes the second adapter in the pull-out direction of the telescopic extension slides and the first adapter is disposed in advance of one of the engagement contours and the second adapter is disposed in advance of another one of the engagement contours. 17. The telescopic extension slide arrangement as claimed in claim 10, wherein one engagement contour is configured as a T-slot block on the storage section. 18. The telescopic pull-out arrangement as claimed in claim 14, wherein one engagement contour is configured as a T-slot block on the storage section and the channel and the T-slot block can be assembled at least largely in a play-free manner in the movement direction of the movable rail. 19. The telescopic pull-out arrangement as claimed in claim 1, wherein the adapters are configured as an angle section with angle legs of unequal length, of which the longer angle leg is fixed to the longer side wall of the movable rail, while the shorter angle leg lies on the shorter side wall located above in an installed position of the movable rail. 20. The telescopic pull-out arrangement as claimed in claim 1, wherein the storage section includes a main body extending between the telescopic extension slides and, fixed to the main body, moldings on which the first engagement contour of the storage section and the second engagement contour of the storage section are formed. 21. A retaining device comprising: a telescopic pull-out arrangement having one pair of telescopic extension slides, another pair of telescopic extension slides, each of the one and the another pair of telescopic extension slides having a fixed rail and at least one movable rail, a storage section, and at least one pair of adapters, the at least one pair of adapters being operable to assist in retaining the storage section on the movable rails of the one and the another pair of telescopic extension slides and the at least one pair of adapters including a given side adapter associated with the one pair of telescopic extension slides and an other side adapter associated with the another pair of telescopic extension slides, each of the given side adapter and the other side adapter has a first reciprocal contour and a second reciprocal contour, the storage section has a pair of engagement contours including a first engagement contour cooperatively engageable with the first reciprocal contour of a respective one of the given side adapter and the other side adapter and a second engagement contour cooperatively engageable with the second reciprocal contour of a respective one of the given side adapter and the other side adapter, the engagement of the storage section with the pair of adapters operating to secure the storage section to the movable rails of the one and the another pair of telescopic extension slides such that extension of the movable rails of the one and the another pair of telescopic extension slides along a pull-out direction correspondingly moves the storage section in the pull-out direction, the first engagement contour of the storage section is securable with the first reciprocal contour of the given side adapter and the second engagement contour of the storage section is securable with the second reciprocal contour of the other side adapter, and the engagement of the first engagement contour of the storage section with the first reciprocal contour of the given side adapter has less play in a transverse direction perpendicular to the pull-out direction than the engagement of the second engagement contour of the storage section with the second reciprocal contour of the other side adapter.
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