DE102013203409B4 - Storage system for a center console of a motor vehicle - Google Patents

Abstract

Storage system for a center console (5) of a motor vehicle, with
- an insertion device (101) and
- at least one insert part (103A-103D, 6) which is to be inserted into the insertion device (101) and provides a storage space, characterized in that
- the insertion device (101) has a plurality of first closure parts (2) arranged at a distance from one another,
- the at least one insert part (103A-103D, 6) has at least one second closure part (3),
- for insertion, the at least one insert part (103A-103D, 6) can be inserted into the insertion device (101) in a closing direction (X), wherein magnetic means (223, 331) act between the at least one insert part (103A-103D, 6) and the insertion device (101) which provide a magnetic attraction force to assist the insertion,
- in a closed position in which the at least one insert part (103A-103D, 6) is inserted into the insertion device (101), the at least one second closure part (3) of the at least one insert part (103A-103D, 6) is mechanically locked to at least one first closure part (2) of the plurality of first closure parts (2) of the insertion device (101) and
- in order to remove the at least one insert part (103A-103D, 6), the mechanical locking between the at least one first closure part (2) and the at least one second closure part (3) can be released, wherein at least four first closure parts (2) are arranged on a bottom wall (4) of the insertion device (101) and form a uniform grid.

Description

The invention relates to a storage system for a center console of a motor vehicle.

Such a storage system creates a storage area for objects on the center console of a motor vehicle. The storage system is intended to serve, for example, as a storage area for coins, a mobile phone, tissues or other objects that are usually placed on a center console between vehicle seats, or also for holding beverage containers such as cups or bottles.

The center console is a console-shaped raised section that extends lengthways between two front vehicle seats, as is usually found in motor vehicles and on which, for example, a gear knob for operating a vehicle's gearshift is arranged. There is a vehicle seat to the right and left of the center console (in relation to the forward driving orientation of a motor vehicle). A dashboard is usually attached to the front of the center console.

Such a storage system comprises an insertion device in the form of, for example, a bowl-shaped recess, and at least one insert part which is to be inserted into the insertion device and provides the actual storage.

In one of the DE 103 22 299 B4 In the known storage for a center console of a vehicle, an insert in the form of a cuboid housing is to be inserted into a receiving slot. The insert can be inserted into the associated receiving slot in different positions and orientations in order to provide, for example, a holder for a drinks container, a holder for cassette cases or a holder for CD cases.

In one of the EP 1 065 103 B1 In the known storage system, a shelf can be divided into a holder for two beverage containers by means of an adjustable divider.

From the EN 10 2010 044 144 B3 A magnetic-mechanical locking device for fastening two components to one another is known, in which a locking piece is adjustably arranged on a housing of a first locking part. The locking piece can be moved from a retracted position to an extended position in order to be brought into engagement with a spring locking element of a second locking part in the extended position and in this way to close the locking device. By means of the locking device, for example, an object such as a suitcase can also be fastened to the loading area of a motor vehicle.

From the EN 20 2011 101 136 U1 A fastening device for fastening a floor mat to a vehicle floor is known, in which locking parts are mechanically locked together in a closed position. To facilitate the closing process, magnetic means act between the locking parts, which largely automatically cause the mechanical engagement of the locking parts.

From the WO 2012/066146 A1 A locking device is known in which locking parts are mechanically locked together in a closed position and at the same time provide an electromagnetic coupling, for example for arranging a mobile phone on a dashboard of a vehicle. Magnetic means act between the locking parts, which magnetically support the attachment of the locking parts to one another.

There is a need for a storage system that can be flexibly adapted to the wishes and needs of a user and can be used in a modular manner in different configurations. In particular, there is a need for a storage system that can use different insertion means, whereby the replacement of the insertion means should be designed to be convenient for a user. Inserts such as bowls, cup holders or the like should be able to be easily inserted into the insertion device, should be held securely and reliably on the insertion device after insertion and should also be able to be removed again in a simple, convenient manner.

The GB 2 439 985 A describes an insert for holding an electronic device in a cup holder of a vehicle.

The US 6 062 518 A describes a holder for a mobile phone in a vehicle.

The object of the present invention is to provide a storage system for a center console of a motor vehicle, which can be used in a variable manner in that insert parts can be exchanged in a variable, simple and convenient manner by a user.

This object is solved by an article having the features of claim 1.

• - die Einsetzeinrichtung mehrere beabstandet zueinander angeordnete erste Verschlussteile aufweist,
• - das mindestens eine Einsetzteil mindestens ein zweites Verschlussteil aufweist,
• - zum Einsetzen das mindestens eine Einsetzteil in eine Schließrichtung in die Einsetzeinrichtung einsetzbar ist, wobei magnetische Mittel zwischen dem mindestens einen Einsetzteil und der Einsetzeinrichtung wirken, die eine magnetische Anziehungskraft zum Unterstützen des Einsetzens bereitstellen,
• - in einer Schließstellung, in der das mindestens eine Einsetzteil in die Einsetzeinrichtung eingesetzt ist, das mindestens eine zweite Verschlussteil des mindestens einen Einsetzteils mit mindestens einem ersten Verschlussteil der mehreren ersten Verschlussteile der Einsetzeinrichtung mechanisch verrastet ist und
• - zum Entnehmen des mindestens einen Einsetzteils die mechanische Verrastung zwischen dem mindestens einen Verschlussteil und dem mindestens einen Verschlussteil lösbar ist.

Accordingly, it is envisaged that

• - the insertion device has a plurality of first closure parts arranged at a distance from one another,
• - the at least one insert part has at least one second closure part,
• - for insertion, the at least one insert part can be inserted into the insertion device in a closing direction, wherein magnetic means act between the at least one insert part and the insertion device, which provide a magnetic attraction force to assist the insertion,
• - in a closed position in which the at least one insert part is inserted into the insertion device, the at least one second closure part of the at least one insert part is mechanically locked to at least one first closure part of the plurality of first closure parts of the insertion device and
• - in order to remove the at least one insert part, the mechanical locking between the at least one closure part and the at least one closure part can be released.

The insertion device, which is designed as a recess, in particular in the shape of a bowl, has a plurality of first closure parts arranged at a distance from one another, which are arranged, for example, in the manner of a uniform grid on a base plate of the insertion device. The insertion device thus has at least four first closure parts, which are arranged in a grid on the base plate and serve to receive second closure parts of one or more insertion parts in order to connect one or more insertion parts to the insertion device in a mechanically locking manner. In the closed position, in which an insertion part is attached to the insertion device, one or more second closure parts of the insertion part are mechanically locked into engagement with associated first closure parts of the insertion device, so that the insertion part is held securely and reliably on the insertion device. To release the insertion part from the insertion device, the mechanical locking can be released so that the insertion part can be removed from the insertion device.

Several first closure parts are arranged on the insertion device, for example four or six first closure parts, which are distributed in a grid pattern on the base plate of the insertion device. The first closure parts are thus regularly spaced from one another, for example four first closure parts are arranged on the corner points of an imaginary square on the base plate.

One or more second closure parts can be arranged on each insert part. If, for example, only a second closure part is arranged on an insert part, this can be brought into engagement with one of the several first closure parts of the insertion device in order to connect the insert part to the insertion device. The other first closure parts not occupied by the insert part can then be used to fasten further insert parts to the insertion device in order to connect several insert parts to the insertion device in this way.

Because the first closure parts are arranged in a grid pattern on the base plate of the insertion device, it is possible to attach insert parts such as bowl-shaped dishes or the like to the insertion device in different orientations. For example, if four first closure parts are arranged on corner points of an imaginary square on the base plate of the insertion device, an insert part that has two second closure parts can be arranged on the insertion device, for example, lengthways or crossways, i.e. in different orientations. If an insert part has only a second closure part, for example, and can therefore only be engaged with a first closure part of the insertion device, the insert part can advantageously be connected to the insertion device in different positions that are rotated relative to one another around the closing direction.

For this purpose, the first closure parts on the base plate of the insertion device form a two-dimensional grid such that the first closure parts are equally spaced from one another along a first spatial direction and along a second spatial direction perpendicular to the first spatial direction. The base plate can be divided accordingly into (imaginary) squares, in the center of which a first closure part is arranged and which adjoin one another to cover the entire surface of the base plate. The edge length of the squares corresponds exactly to the distance between the closure parts of the grid along the first spatial direction and along the second spatial direction along which the grid is formed. Each insertion part, when inserted into the insertion device, takes up one or more of the squares. Accordingly, each insertion part has a base area, the edge lengths of which correspond to an integer multiple of the distance between the first closure parts arranged in a grid on the base plate of the insertion device.

The one or more second locking parts of the insert part are designed to match the position tion of the first closure parts and are accordingly located in the middle of one or more imaginary squares of the bottom surface of the insert part.

If an insert part has a single second closure part, its base surface takes up the area of exactly one (imaginary) square of the base plate. The edge lengths of the base surface of the insert part correspond to the distance between the first closure parts of the base plate arranged in a grid. The insert part can then be attached to exactly one first closure part of the insertion device in different positions rotated by 90° around the closing direction, whereby when the insert part is inserted, the base surface of the insert part is congruent with the (imaginary) square of the base plate assigned to the first closure part.

If the insert part has two second closure parts, the base surface of the insert part takes up the area of two (imaginary) squares of the base plate of the insertion device and can in turn be attached to the base plate in different positions rotated by 90° to each other.

The at least one insert part can be formed, for example, by a bowl, a drinks holder and/or a table insert. If the insert part is designed as a bowl, the bowl can be inserted into the insertion device designed as a bowl-shaped recess and is at least partially enclosed by the insertion device in the inserted position. Coins, tissues, sweets or other objects can be placed in a bowl, for example. A drinks holder is used to hold and accommodate a drinks container such as a paper cup, another drinks cup or a drinks bottle.

If the insert part is designed as a table insert, a base part of the table insert can be inserted into the insertion device, for example, in order to be held mechanically locked in the inserted position on the insertion device. A shaft can be arranged on the base part, for example, which carries a table top, so that the table top is attached to the insertion device via the shaft and the base part.

In an advantageous embodiment, the at least one insert part comprises an actuating element that is operatively connected to the at least one second closure part, for example via a lever kinematics. The actuating element serves to release the mechanical locking between the one or more second closure parts of the insert part and the associated first closure parts of the insertion device, on which the insert part is held mechanically locked in the inserted position. An actuating direction in which the actuating element is to be actuated is advantageously directed against the closing direction, so that the actuation of the actuating element and the removal of the insert part can take place in one operation.

In a further advantageous embodiment, the plurality of first closure parts of the insertion device and the at least one second closure part of the at least one insertion part are designed to generate an ejection force directed opposite to the closing direction when the mechanical locking is released in order to remove the at least one insertion part. This serves to provide a so-called "offering function", within the framework of which a user who wants to remove an insertion part from the insertion device is offered the insertion part when the actuating element is actuated, thus assisting removal. If the actuating element is actuated to release the mechanical locking between the second closure part(s) of the insertion part and the associated first closure parts of the insertion device, the insertion part can be automatically ejected at least a certain distance by providing the ejection force, so that a user can easily grasp the insertion part and thus remove it in a simple manner.

The offering function can be implemented, for example, by mechanical means. For example, a ramp can be provided on the actuating element or a lever kinematics operatively connected to it, which, for example, runs onto a fixed section on the insertion device when the actuating element is actuated and in this way ejects the insert part a certain distance against the closing direction. An ejection function can also be designed magnetically, as in the unpublished German patent application 10 2011 086 960.3 described.

A first closure part of the insertion device and a second closure part of the insertion part, which engage with one another in the closed position, form a closure device for connecting the insertion part to the insertion device. The closure device can be closed in an easy, haptically pleasant manner due to the magnetic means that support the insertion. The closure device can be opened again in order to remove the insertion part from the insertion device. If several closure devices, formed by several second closure parts of the insertion part and associated first closure parts of the insertion device, a multi-point connection of the insert part with the insertion device is created when the insert part is inserted.

A magnet of the magnetic means is advantageously arranged on the first closure part. The magnet is preferably adjustable on the first closure part relative to a locking section of the first closure part. This makes it possible to sink the magnet into the first closure part when the insert part is removed, so that objects that are brought close to the first closure part when the insert part is removed experience a reduced magnetic field strength. As a rule, the locking section of the first closure part is arranged on an end or a surface of the first closure part that points outwards in the direction of the locking element of the second closure part that is to be attached to the first closure part.

Because the magnet can be adjusted relative to the locking section, when the insert part is removed, the magnet can be moved to the locking section and thus removed from the end of the first closure part that is accessible from the outside in order to reduce the magnetic field strength acting outside the first closure part.

The magnet is advantageously adjustable along the closing direction relative to the locking section of the first closure part. For this purpose, the magnet can be arranged in an adjustment chamber of the first closure part, wherein the magnet can be adjusted in the adjustment chamber between a first position closer to the locking section and a second position further away from the locking section. In the first position closer to the locking section, the magnet is, for example, closer to a cover plate that delimits the first closure part on the outside, while in the second position further away from the locking section, the magnet rests against a base plate of the adjustment chamber located inside the first closure part. In the first position, the magnetic field strength provided by the magnet outside the first closure part is therefore high. In the second position, however, the magnetic field strength acting outside the first closure part is comparatively low.

The magnet preferably assumes the first position, which is closer to the locking section, in the closed position. When the first closure part is placed on the second closure part, the magnet is moved into the first position, so that the magnetic means, of which the magnet of the first closure part is a component, act with a comparatively large magnetic attraction force between the first closure part and the second closure part and thus the placement of the first closure part and the second closure part on one another to close the closure device formed by the closure parts is optimally supported.

Preferably, the magnet of the first closure part is prestressed in the direction of the second position, which is remote from the locking section. The prestress can be implemented, for example, by a spring-elastic prestress, for example by means of a spring element that acts between the magnet and a wall of the adjustment chamber. However, it is also conceivable to provide a magnetic prestress, for example implemented by a further, second magnet or a ferromagnetic armature, which is arranged in the area of the base plate of the adjustment chamber and is attractive to the first magnet in such a way that it tries to pull the first magnet into its second position, which is remote from the locking section.

When the insert part is removed, the (first) magnet is thus in its second position, away from the locking section, and is thus recessed inside the first closure part, so that a reduced magnetic field strength acts outside the first closure part and the risk of harmful effects on objects approaching the first closure part, such as magnetic stripe cards, is reduced. When the closure parts are placed against one another to close the closure device formed by the first closure part and the second closure part, the magnet of the first closure part is then automatically moved from its second position to the first position by the action of the magnetic means, so that the magnet is brought closer to the locking section and can thus interact with a magnet or a ferromagnetic armature on the second closure part, for example, to provide a sufficiently large magnetic attraction force.

In particular, when the insert part is designed as a table insert, the insert part can have a base part that can be inserted into the insertion device. For example, two or four second closure parts can be arranged in a grid pattern on the base part, which can be brought into engagement with first closure parts on the insertion device to connect the insert part to the insertion device. An actuating part that can be pivoted about a pivot axis is provided on the base part, which can be brought into operative connection with the second closure parts arranged on the base part in such a way that by pivoting the actuating part, the second locking parts can be moved to release the mechanical locking between the first locking parts of the insertion device and the second locking parts of the base part.

For example, two or four second closure parts can be arranged on the base part. The actuating part can then preferably be brought into engagement with the two or four (or even more) second closure parts in such a way that the closure parts are moved in opposite directions to one another by pivoting the actuating part. If two second closure parts are provided, the two second closure parts can be moved in opposite directions to one another. For example, if four second closure parts are provided on the base part, when the actuating part is pivoted, two second closure parts are moved in a first opening direction and the other two second closure parts are moved in an opposite, second opening direction.

The actuating part can preferably be selectively brought into or out of engagement with the second closure parts. For this purpose, the actuating part is arranged on the base part so that it can be moved along the pivot axis, for example, so that by adjusting the actuating part along the pivot axis, the actuating part comes into or out of engagement with the second closure parts.

The actuating part is preferably elastically pre-tensioned in the direction of a holding position in which the actuating part is not operatively connected to the second closure parts and can be brought into an actuating position in which the actuating part is operatively connected to the second closure parts against a pre-tensioning force. By overcoming the pre-tensioning force, the engagement between the actuating part and the second closure parts can thus be established, so that the second closure parts can be moved relative to the first closure parts of the insertion device in order to remove the insertion part from the insertion device.

In order to move the actuating part between the holding position and the actuating position, an adjustment device is preferably provided. The adjustment device can, for example, be configured such that in a first position it fixes the actuating part in the holding position. In a second position, the actuating part can then be released so that by applying a manual force the pre-tension can be overcome and thus the actuating part can be brought into engagement with the second locking parts, so that by pivoting the actuating part the second locking parts can be moved and the insert part can thus be unlocked from its closed position.

For connecting an insert part and an insert device of the storage system of the center console of a vehicle, a locking device can be used, for example, as is known from the EN 10 2010 044 144 B3 is known.

• 1 eine schematische Ansicht einer Mittelkonsole mit einem daran angeordneten Ablagesystem;
• 2A-2D Ansichten von unterschiedlichen an einer Einsetzeinrichtung eines Ablagesystems angeordneten Einsetzteilen in Form von Schalen und Getränkehaltern;
• 3A eine Ansicht einer Einsetzeinrichtung mit einem daran angeordneten Einsetzteil in Form einer Schale;
• 3B eine schematische Ansicht eines Einsetzteils an einer Einsetzeinrichtung, mit einer Hebelkinematik zur Betätigung eines Verriegelungselements;
• 4A eine perspektivische, teilweise geschnittene Teilexplosionsansicht eines Ausführungsbeispiels eines Verschlusssystems mit mehreren Verschlussvorrichtungen zum Verbinden eines Einsetzteils mit der Einsetzeinrichtung;
• 4B eine vergrößerte Ansicht der Anordnung in dem Ausschnitt B gemäß 4A;
• 5A-5E Schnittansichten der Anordnung entlang der Linie I-I gemäß 4A in einer geöffneten Stellung (5A), beim Schließen der Vorrichtung ( 5B, 5C), in einer Schließstellung (5D) und beim Öffnen (5E);
• 6A eine perspektivische Teilschnittansicht der Vorrichtung in der Schließstellung;
• 6B eine vergrößerte Ansicht der Anordnung in dem Ausschnitt B gemäß 6A;
• 7 eine Ansicht einer Mittelkonsole mit einem Ablagesystem, bei dem ein Einsetzteil in Form eines Tischeinsatzes in eine Einsetzeinrichtung des Ablagesystems eingesetzt ist;
• 8A eine gesonderte perspektivische Ansicht des Ablagesystems gemäß 7;
• 8B eine gesonderte perspektivische Ansicht des Einsetzteil in Form des Tischeinsatzes;
• 8C eine Draufsicht auf den Tischeinsatz;
• 8D eine Schnittansicht durch den Tischeinsatz entlang der Linie A-A gemäß 8C;
• 9 eine Explosionsansicht des Tischeinsatzes;
• 10 eine Ansicht eines Gehäuseteils eines Basisteils des Tischeinsatzes;
• 11A eine Ansicht eines Gehäusedeckels des Basisteils von unten;
• 11 B eine Ansicht des Gehäusedeckels, mit daran angesetztem Betätigungsteil;
• 12 eine Ansicht eines Handrads eines Schafts des Tischeinsatzes in einer ersten Stellung;
• 13A eine Ansicht des Handrads in einer zweiten Stellung;
• 13B eine teilgeschnittene Ansicht eines Kopfteils des Tischeinsatzes, bei in der zweiten Stellung befindlichem Handrad;
• 14A eine Ansicht des Handrads in einer dritten Stellung;
• 14B eine Ansicht eines unteren Endes des Schafts, bei in der dritten Stellung befindlichem Handrad; und
• 14C eine Ansicht des Basisteils mit daran angeordnetem Betätigungsteil bei Wechselwirkung mit am Basisteil angeordneten Verschlussteile.

The idea underlying the invention will be explained in more detail below using the embodiments shown in the figures. They show:

• 1 a schematic view of a center console with a storage system arranged on it;
• 2A-2D Views of different insert parts in the form of bowls and cup holders arranged on an insertion device of a storage system;
• 3A a view of an insertion device with an insert part in the form of a shell arranged thereon;
• 3B a schematic view of an insert part on an insertion device, with a lever kinematics for actuating a locking element;
• 4A a perspective, partially sectioned, partially exploded view of an embodiment of a closure system with a plurality of closure devices for connecting an insert part to the insertion device;
• 4B an enlarged view of the arrangement in section B according to 4A ;
• 5A-5E Sectional views of the arrangement along line II according to 4A in an open position ( 5A) , when closing the device ( 5B , 5C ), in a closed position ( 5D ) and when opening ( 5E) ;
• 6A a perspective partial sectional view of the device in the closed position;
• 6B an enlarged view of the arrangement in section B according to 6A ;
• 7 a view of a center console with a storage system in which an insert part in the form of a table insert is inserted into an insertion device of the storage system;
• 8A a separate perspective view of the filing system according to 7 ;
• 8B a separate perspective view of the insert part in the form of the table insert;
• 8C a top view of the table insert;
• 8D a sectional view through the table insert along the line AA according to 8C ;
• 9 an exploded view of the table insert;
• 10 a view of a housing part of a base part of the table insert;
• 11A a view of a housing cover of the base part from below;
• 11 B a view of the housing cover with the operating part attached;
• 12 a view of a handwheel of a shaft of the table insert in a first position;
• 13A a view of the handwheel in a second position;
• 13B a partially sectioned view of a head part of the table insert, with the handwheel in the second position;
• 14A a view of the handwheel in a third position;
• 14B a view of a lower end of the shaft with the handwheel in the third position; and
• 14C a view of the base part with the actuating part arranged thereon interacting with the locking parts arranged on the base part.

1 shows a schematic view of a center console 5 which, when used as intended, is arranged between the front vehicle seats of a vehicle and extends as a raised section lengthwise along a forward driving direction of the vehicle. A dashboard 50 is usually connected to a front end of the center console 5. For example, a gear knob 51 for operating a gearshift of the vehicle is arranged on the center console 5.

A storage system 100 is arranged on the center console 5, which has a bowl-shaped insertion device 101 in the form of a recess formed in the center console 5. The insertion device 101 in the form of the bowl-shaped recess serves to receive and hold different insert parts 103A-103D, 6 (see 2A to 2D as well as 7 ) for providing a variable, modular filing system 100, the configuration of which can be adapted as desired to the needs and wishes of a user.

Different configurations of such a filing system 100 are shown by way of example in 2A to 2D Different insert parts in the form of shells 103A, 103B ( 2A , 2 B) or cup holders 103C, 103D ( 2C , 2D ) in which objects such as coins, sweets, handkerchiefs, mobile phones or the like can be placed or beverage containers such as cups or bottles can be held.

The insert parts 103A-103D can be attached to and removed from the insertion device 101 in a modular manner, so that configurations with different combinations of insert parts 103A-103D can be provided.

The insertion device 101 in the form of the cup-shaped recess has a base plate 4, to which side walls 40 are connected. On a housing 107 (see 2A) a cover element 102 is arranged, which can be adjusted along an adjustment direction V and pushed over the insertion device 101 to cover the recess formed by the insertion device 101. In a closed position of the cover element 102, the insertion parts 103A-103D arranged in the insertion device 101 are covered, so that the insertion parts 103A-103D are not visible from the outside.

Four first closure parts 2 are arranged on the base plate 4 of the insertion device 101, which are part of closure devices for connecting the insertion parts 103A-103D to the insertion device 101. The four first closure parts 2 are arranged on the base plate 4 of the insertion device 101 at corners of an (imaginary) square and thus form a regular grid in which the closure parts 2 are equally spaced from one another along the edges of the square.

The first closure parts 2 of the insertion device 101 are, as mentioned, components of closure devices, the functioning of which will be explained in detail below. Second closure parts (which are shown in 2A to 2D are not visible) are provided on the bottom surfaces of the insert parts 103A-103D facing the insertion device 101, which can engage with the first closure parts 2 of the insertion device 101 in order to mechanically lock the insert parts 103A-103D to the insertion device 101.

Depending on the design of the specific insert part 103A-103D, the insert part 103A-103D has one or more second closure parts. A small shell 103A according to the embodiment according to 2A For example, it has only a second closure part, which is designed is designed to come into operative connection with a first closure part 2 of the insertion device 101. A larger, elongated shell 103B, as in the embodiment according to 2 B , however, has two second closure parts which are designed to interact with two first closure parts 2 of the insertion device 101. Accordingly, the shell 103A is 2A only held by a closure device formed by a first closure part 2 of the insertion device 101 and a second closure part of the insertion part 103A. The shell 103B, on the other hand, is held by two closure devices with two first closure parts 2 of the insertion device 101 and two second closure parts of the shell 103B.

The shells 103A, 103B are point-symmetrical in their external shape to a central point symmetry axis (which is perpendicular to a bottom surface of the shell 103A and parallel to a closing direction X in which the shell 103A is to be inserted into the insertion device 101). The insertion device 101 is designed in such a way that the shell 103A can be inserted in different orientations, namely in the 2A shown orientation and also rotated by 90°, 180° and 270° around the point symmetry axis, into the insertion device 101. In an analogous manner, the shell 103B is according to 2 B designed to be able to be inserted into the insertion device 101 in different positions and orientations. Thus, the shell 103B can be connected as shown with the two first closure parts 2 on the side of the insertion device 101 facing the housing 107. Likewise, the shell 103B can also be connected with the other two closure parts 2 (which in 2 B are free), or the shell 103B can be rotated by 90°, 180° and 270° about its point symmetry axis and connected to two first closure parts 2.

The same applies to the cup holders 103C, 103D according to 2C , 2D .

The first closure parts 2 on the base plate 4 of the insertion device 101 are arranged on a grid R and thus have equal distances A1, A2 from one another along spatial directions that are perpendicular to one another, so that a regular grid R of first closure parts 2 is formed on the base plate 4. The base plate 4 can be divided accordingly into four equal squares Q, in the center of each of which a first closure part 2 is arranged. The base plate 4 is divided into uniform sections by the squares Q. The edge length of the squares corresponds exactly to the distance A1, A2 between the first closure parts 2 in the grid R.

The base area of each insert part 103A-103D corresponds to an integer multiple of the area of a square Q of the base plate 4 (i.e. one or multiple of the area of a square Q). In an insert part 103A, 103C with exactly one second closure part 2, the base area of the insert part 103A, 103C corresponds to the area of exactly one square Q. In an insert part 103B, 103D with two second closure parts, the base area corresponds to the area of two squares Q.

The edge lengths L1, L2 of the bottom surface of each insert part 103A-103D generally correspond to an integer multiple (i.e., one or more) of the edge length of a square Q, i.e., the distance A1, A2 between the first closure parts 2 on the grid R.

This causes, for example, the insert part 103A according to 2A in different rotational positions around the closing direction X, in which the insert part 103A is to be attached to the insertion device 101, can be attached to the insertion device 101. In the inserted position, the insert part 103A is then in contact with two of its outer side walls with two side walls 40 of the insertion device 101, as shown in 2A is shown.

This results in a modular storage system 100 that can be variably configured with different insert parts 103A-103D, which can also be easily attached to the insertion device 101 and removed again from the insertion device 101.

To remove an insert part 103A, as shown in 3A As shown, an actuating element 104 in the form of a slider is arranged on a side wall of the bowl-shaped insert part 103A, by means of which the opening formed by the first closure part 2 of the insert device 101 and the (in 3 The closure device formed by the second closure part (not shown) of the insert part 103A can be actuated to open it, so that after actuation of the actuating element 104 the insert part 103A can be released from the insertion device 101 and removed.

The second closure part 3, schematically in 3B shown, can, for example, have a locking element 34 which is connected to the actuating element 104 via a lever kinematics 108. In a closed position of the closure device, the locking element 34 of the second closure part 3 of the insert part 103A is in engagement with a locking piece 22 of the first closure part 2 of the insertion device 101, so that in the closed position the insert part 103A is held mechanically locked on the insertion device 101 (how this is done exactly will be explained in more detail below using a specific embodiment of a locking device). By moving the actuating element 104 in an actuating direction B and by transferring the displacement movement via the lever kinematics 108 into a movement of the locking element 34 in an opening direction Y, the locking element 34 can be released from its mechanically locked engagement with the locking piece 22, so that the mechanical locking between the insert part 103A and the insertion device 101 is canceled and the insert part 103A can be removed from the insertion device 101.

As shown schematically in 3B As indicated, the lever kinematics 108 is arranged in a space between an inner wall 105 and an outer wall 106 of the shell-shaped insert part 103A, so that the lever kinematics 108 is not visible from the outside. The locking element 34 is also arranged in this space of the insert part 103A.

A specific exemplary embodiment is used below to describe a closure system 10 with two closure devices 1A, 1B, each of which is formed by a first closure part 2 arranged on the base plate 4 of the insertion device 101 and a second closure part 3 on the side of an associated insertion part 103A-103D. The exemplary embodiment relates to an insertion part 103A-103D with two second closure parts 3, which serve to establish a connection with the insertion device 101 via two closure devices 1A, 1B. The exemplary embodiment can be transferred in an analogous manner to an insertion part 103A-103D, in which only a second closure part 3 is provided for establishing a connection via only one closure device 1A, 1B or more than two second closure parts 3.

4A, 4B to 6A, 6B show an embodiment of a closure system 10 in which two closure devices 1A, 1B are provided for connecting an insertion part 103A-103D to the bottom wall 4 of the insertion device 101. In the embodiment shown, two closure devices 1A, 1B are provided, each of which has a first closure part 2 with a locking piece 22 arranged on a housing 21 and a second closure part 3 with a locking element 34. The closure devices 1A, 1B are functionally identical, so that the functioning of each closure device 1A, 1B will be described below using a closure device 1A.

The first closure part 2 of each closure device 1A, 1B has a locking piece 22 adjustably arranged on a housing 21. The locking piece 22 is, as shown in 4B shown, adjustably arranged on a guide pin 215 of the housing 21, wherein for this purpose the locking piece 22 with a cylindrical guide opening 224 is arranged on the likewise cylindrically formed guide pin 215 such that the locking piece 22 can be adjusted along a closing direction X relative to the guide pin 215.

The housing 21 is formed by a housing section 210 and a connecting element 216, which are inserted into one another in a locking manner and clamp the bottom wall 4 of the insertion device 101 between them, so that the first closure part 2 is held on the bottom wall 4 of the insertion device 101.

The guide pin 215 has a receiving opening 214 in which a magnet 212 is arranged. The magnet 212 serves to pre-tension the locking piece 22 and a magnet 223 arranged in an adjustment chamber 225 of the locking piece 22 in such a way that in a 5A In the open position of the locking device 1A, 1B shown, the locking piece 22 is retracted into the housing 21 and at the same time the magnet 223 is in a recessed position in which the magnet 223 is removed from a cover plate 227 and a locking section 222 of the locking piece 22 surrounding the cover plate 227 and rests against a base plate 226 of the adjustment chamber 225.

In its retracted position, the magnet 223 is thus removed from the cover plate 227 of the locking piece 22 and thus from an externally accessible surface of the locking piece 22, as can be seen from 5A is visible. The magnetic field strength caused by the magnet 223 beyond the cover plate 227 is therefore comparatively low, so that it is ensured that the magnetic field of the magnet 223 acting outside the locking piece 22 has no harmful, destructive influence on any objects that may approach the first closure part 2 when the closure device 1A, 1B is open.

To close the closure device, the closure parts 2, 3 of the closure devices 1A, 1B of the closure system 10 are brought closer to each other in the closing direction X, as shown in 5B and 5C is shown. For each closure device 1A, 1B, the first closure part 2 is brought closer to the associated second closure part 3 in order to close both closure devices 1A, 1B.

The second closure part 3 of each closure device 1A, 1B has a spring-elastic locking element 34 which is arranged on an adjustment element 33 in the form of a slide which is arranged displaceably along an opening direction Y on a housing 31 formed by two housing parts 311, 312 clipped together (see 4A) and designed, as is the case, for example, in the EN 10 2010 044 144 B3 is described, the content of which is intended to be fully included here. The locking element 34 of each closure device 1A, 1B is held in a fixed position and rotationally fixed on an associated holding section 330 of the adjustment element 33, the locking element 34 being held on the associated holding section 330 in such a way that when the closure device 1A, 1B is closed, the locking element 34 can spread open and thus engage in a locking manner with the associated locking piece 22 of the first closure part 2.

A magnet 331 is arranged on each holding section 330 of the adjusting element 33, which magnet 331 is magnetically attractive to the magnet 223 of the locking piece 22 when the locking device 1A, 1B is closed and the locking parts 2, 3 of each locking device 1A, 1B are brought closer to one another along the closing direction X in order to close the locking system 10.

If the locking parts 2, 3 of the locking device 1A, 1B are brought closer together ( 5B) , the magnet 223 of the locking piece 22 and the magnet 331 interact with the holding section 330 of the adjustment element 33, which is assigned to the second closure part 3. Due to the magnetic attraction between the magnet 223 and the magnet 331, the magnet 223 is adjusted in the adjustment chamber 225 of the locking piece 22 and is brought closer to the cover plate 227 and thus to the locking section 222 of the locking piece 22 (see 5C ). By placing the magnet 223 on the cover plate 227 and due to the continuing magnetic attraction between the magnet 223 and the magnet 331, the locking piece 22 is taken along as a whole and adjusted on the guide pin 215 so that the locking piece 22 reaches the extended position and passes through an associated receiving opening 310 on the housing 31 (see 4A) and is mechanically engaged with the locking portion 340 of the locking element 34 via its locking portion 222 (see 5D ).

Guide elements 313, 314 are formed on the housing 31 in the region of the receiving openings 310, which extend from a surface of the housing part 311 along the closing direction X and serve to guide the locking piece 22 when it is transferred into the closed position, i.e. when it is brought into engagement with the locking element 34, so that tilting and jamming of the locking piece 22 relative to the locking element 34 is prevented (see 4A) .

In the 5D In the illustrated closed position of the locking devices 1A, 1B, the locking parts 2, 3 of each locking device 1A, 1B are thus mechanically locked together, so that the locking parts 2, 3 cannot be easily removed from one another and the locking devices 1A, 1B and thus also the locking system 10 as a whole are closed.

The adjustment of the magnet 223 in the adjustment chamber 225 as well as the adjustment of the locking piece 22 in the housing 21 take place along the closing direction X. When the closure parts 2, 3 approach each other, the magnet 223 is brought closer to the cover plate 227. On the other hand, the locking piece 22 is extended so that the engagement of the closure parts 2, 3 with each other can be established.

The magnet 331 of the second closure part 3 and the magnet 212 of the housing 21 of the first closure part 2 are dimensioned such that when the closure parts 2, 3 approach each other, the magnetic attraction force between the magnet 223 of the locking piece 22 and the magnet 331 of the adjustment element 33 when the distance between the closure parts 2, 3 falls below a predetermined distance, the magnetic attraction force between the magnet 212 of the housing 21 and the magnet 223 of the locking piece 22 (in the retracted position of the locking piece 22 and the retracted position of the magnet 223 according to 5A) so that the magnet 223 is adjusted and the locking piece 22 is moved to the 5B shown position is extended.

In addition, the magnetic attraction force between the magnet 223 of the locking piece 22 and the magnet 331 of the second closure part 3 is dimensioned such that when the locking sections 222, 340 of the locking piece 22 and the locking element 34 come into contact, the magnetic attraction force exceeds the force required to push aside the locking sections 340 of the locking element 34, so that the locking piece 22 can be brought into safe and reliable engagement with the locking element 34.

To open the locking device 1A, 1B of the locking system 10, the adjusting element 33 is moved in the opening direction Y. In this way, the locking elements 34 of all locking devices 1A, 1B, which are fixed in position on the respectively associated holding section 330 of the adjusting element 33 are moved relative to the locking pieces 22, so that the locking pieces 22 each pass through the circumferential opening 341 of the respective associated locking element 34 (see 4A) and thus disengage from the locking elements 34.

This is in 5E In this position, the adjusting element 33 with its locking elements 34 is no longer held on the locking pieces 22 and can thus be removed from the locking pieces 22 against the closing direction X.

By adjusting the adjusting element 33 to open the locking system 10, the magnets 331 of the locking devices 1A, 1B arranged on the adjusting element 33 are also moved in the opening direction Y and in this way are removed from the magnets 223 of the locking pieces 22. The magnetic attraction force between the magnets 223, 331 is weakened in this way, so that the locking parts 2, 3 can be easily separated from one another.

If the magnetic attraction force acting between the magnets 223, 331 of the locking piece 22 and the adjustment element 33 falls below the magnetic attraction force between the magnet 212 of the housing 21 and the magnet 223 of the locking piece 22 (in the extended position of the locking piece 22 and the position of the magnet 223 in the adjustment chamber 225 near the latching section 222), the magnet 223 in the adjustment chamber 225 is reset and brought closer to the base plate 226 and in this way the locking piece 22 is also taken along until the locking piece is in the 5A shown retracted position. With the closure parts 2, 3 separated, the locking piece 22 is held in the retracted position due to the magnetic attraction between the magnets 212, 223 of the housing 21 and the locking piece 22, whereby the magnet 223 is in the position shown in 5A shown in the recessed position, close to the base plate 226.

6A , 6B show in a perspective partial sectional view ( 6A) and an enlarged view ( 6B) the locking device 1A in its closed position. As can be seen 6B As can be seen, the locking piece 22 is extended out of the housing 21 in the closed position, so that the locking piece 22 with its locking section 222 protrudes outward from the housing 21 and is in engagement with the locking section 340 of the associated locking element 34. In this position, the magnet 223 is closer to the cover plate 227 of the adjustment chamber 225 and thus also to the magnet 331 of the adjustment element 33, so that a comparatively large magnetic attraction force acts between the magnets 223, 331.

In the retracted position, as mentioned, the locking piece 22 does not protrude outwards from the housing 21, or at least does not protrude in a disturbing manner, so that the locking piece 22 does not hinder the handling of a component to which the first closure part 2 is connected and also does not impair the overall aesthetic impression of this component (e.g. when used on a handbag or the like).

In addition, in the open position of the closure device 1, the magnet 223 is in its position remote from the latching section 222 and thus also the cover plate 227 in the adjustment chamber 225 and is thus sunk into the locking piece 22. If the first closure part 2 is arranged, for example, on an object such as the body of a handbag or another connecting element to which the second closure part 3 is to be connected, then essentially the cover plate 227 of the locking piece 22 is accessible from the outside. By sinking the magnet 223 in the adjustment chamber 225 of the locking piece 22 due to the transfer of the magnet 223 into its position remote from the locking section 222 of the locking piece 22, the magnetic field strength of the magnet 223 acting outside the locking piece 22 beyond the cover plate 227 is comparatively low and can in particular be dimensioned such that a permissible limit value of, for example, 30 mT at the cover plate 227 is undercut.

In this way, the risk of manipulation or deletion of data due to the effect of the magnetic field of the magnet 223 when a magnetic stripe card, such as a credit card, is inserted, for example, can be significantly reduced compared to an arrangement in which the magnet 223 is not sunk into the locking piece 22 when the locking piece 22 is retracted. By providing the adjustability of the magnet 223 and by moving the magnet 223 into its position away from the cover plate 227, it can thus be ensured that when the closure parts 2, 3 are separated, i.e. when the closure device 1A, 1B is open, there is no harmful, destructive effect of the magnetic field of the magnet 223 when, for example, a magnetic stripe card such as a credit card or another object is brought close to the first closure part 2.

At the same time, the adjustability of the magnet 223 and the transfer of the magnet 223 into its position close to the locking section 222 when the closure parts 2, 3 approach to each other ensures that when closing the closure device 1A, 1B a large magnetic attraction force is provided between the magnet 223 of the first closure part 2 and the magnet 331 of the second closure part 3. The closing process is thus advantageously magnetically supported, so that the closing process can advantageously take place at least largely automatically when the closure parts 2, 3 approach each other and is therefore pleasant and comfortable for a user.

7 to 14 show an embodiment of a storage system 100 in which the insert part is formed by a table insert 6. The storage system 100 on the center console 5 has, analogously to that described above, an insert device 101 into which the insert part in the form of the (modular) table insert 6 is inserted.

The table insert 6 has a base part 60 to which a head 62 is held via a shaft 61. A table top can be connected to the head 62 in order to connect it to the storage system 100 and, via this, to the center console 5.

Four second closure parts 3 are arranged on the base part 60 on a side facing the bottom wall 4, via which, together with the four first closure parts 2 of the insertion device 101, four closure devices can be formed for producing a four-point connection of the base part 60 with the insertion device 101. Two of the closure parts 3 are arranged on an adjustment element 33 and can thus be actuated together, with the two adjustment elements 33 being coupled to one another via an actuation kinematics, via which the adjustment elements 33 can be adjusted synchronously for the simultaneous actuation of all closure devices.

As can be seen from the exploded view according to 9 As can be seen, the base part 60 has a lower housing part 602 and a housing cover 601 which can be attached to the lower housing part 602 and which form a closed housing when connected.

Guideways 603a, 603b are arranged on the lower housing part 602, along which two adjustment elements 33, each with two second closure parts 3 arranged thereon, are adjustably guided along parallel opening directions Y1, Y2. The adjustment elements 33 are held on the guideways 603a, 603b via cover elements 604a, 604b. The adjustment elements 33 engage with pins 332 through openings 605 on the cover elements 604a, 604b, so that the adjustment path of the adjustment elements 33 in the guideways 603a, 603b is limited.

In the housing formed by the housing part 602 and the housing cover 601, an actuating part 65 is arranged, which engages in an attachment part 600 on the upper housing cover 601 and is pivotable about a pivot axis S (see 14C ) is pivotally mounted on the housing cover 601. The actuating part 65 has a head part 651 and a bearing part 650 which is pivotally connected to the head part 651 via a joint part 652, via which the actuating part 65 is pivotally mounted on an inner bore of the attachment part 600 about the pivot axis S.

Arms 653a, 653b protrude from the bearing part 650, via which the actuating part 65 can be brought into engagement with the pins 332 of the adjusting elements 33, as will be explained below.

The actuating part 65 is prestressed relative to the housing part 602 via a compression spring 607 such that the actuating part 65 is pressed into the attachment part 600 along the pivot axis S. The compression spring 607 is held on a form-fitting section 606 on the housing part 602.

The shaft 61 with the head 62 arranged thereon is attached to the attachment part 600. The shaft 61 is formed by a lower shaft section 610, on which an upper shaft section 612 is held in an axially adjustable manner via a handwheel 611. The upper shaft section 612 is inserted in sections into the lower shaft section 610 and is in engagement with axially extending grooves 618 of the lower shaft section 610 via webs 617, so that the upper shaft section 612 is held axially displaceably but non-rotatably on the lower shaft section 610.

The handwheel 611 surrounds an annular collar 616 on the upper shaft section 612 and is in engagement with guide grooves 614 on the shaft section 610 via pins 615 projecting radially inwards. By engaging in the guide grooves 614, the handwheel 611 can be rotated relative to the shaft section 610, whereby when rotated, the handwheel 611 changes its axial position relative to the shaft section 610 and the upper shaft section 612 is axially adjusted relative to the lower shaft section 610.

The handwheel 611 is held on the shaft portion 610 via a snap ring 613 so that the handwheel 611 cannot easily come off the lower shaft portion 610.

A polygonal rod 64 and a compression spring 63 extend inside the shaft section 610 and the upper shaft section 612. The compression spring 63 serves to pre-tension the upper shaft section 612 against the lower shaft section 610. The polygonal rod 64 connects the shaft 61 at its lower end to the attachment part 600 and the actuating part 65 and at its upper end to the head part 62. For this purpose, the polygonal rod 64 is screwed into a threaded opening 655 of the actuating part 65 with a lower threaded pin 640 and engages with a nut 622 with an upper threaded pin 641, so that the polygonal rod 64 is held on the head 62 via the nut 622 and a clamping part 621.

The displacement path of the polygonal rod 64 inside the shaft 61 is limited by a spring nut 643 which is arranged on a receiving groove 642 of the polygonal rod 64.

On the head 62, a closure device 7 with a locking piece 70 is arranged, which is a first closure part of the previously described with reference to 4 to 6 described. A table top can be detachably connected to the head 62 via the locking device 7, whereby a magnetic-mechanical connection device is provided via the locking device 7, which enables a connection to be made in a simple manner and which can be conveniently opened to remove and release a table top. The locking piece 70 is retractable and is only extended to make a connection with a table top and a (second) locking part arranged thereon. For details of such locking devices, reference is made to what has been explained above.

In principle, the locking device 7 can also be used to establish a connection to a component other than a table top, for example a screen or a shelf.

In principle, other connecting devices for connecting the head 62 to a table top are also conceivable and possible, for example screw or rivet connections.

10 shows in a perspective view the arrangement of the adjustment elements 33 on the base part 60 which can be moved along the opening directions Y1, Y2. A first adjustment element 33 can be moved in a first opening direction Y1 and a second adjustment element 33 in a second opening direction Y2 which is directed opposite to the first opening direction Y1, whereby by simultaneously, oppositely operating the adjustment elements 33, the connection created by the total of four locking devices with the insertion device 101 can be released when the table insert 6 is inserted.

The actuating part 65, which is arranged pivotably in the attachment part 600, serves to release the connection. The actuating part 65 is, as can be seen from 11A , 11 B visible, is inserted into the attachment part 600 and, in a holding position, is in engagement via its arms 653a, 653b with recesses 600a, 600b of the attachment part 600, so that the actuating part 65 is held in a rotationally fixed manner on the attachment part 600.

The actuating part 65 is prestressed via the compression spring 607 in the direction of the recesses 600a, 600b, i.e. in the direction of its holding position, so that when the actuating part 65 is not actuated, the arms 653a, 653b lie in the recesses 600a, 600b.

The different functional states of the table insert 6 are explained below using 12 to 14 to be discribed.

In a first functional state, corresponding to the position of the handwheel 611 according to 12 , the shaft 61 is held firmly on the base part 60 and the actuating part 65 cannot be moved to actuate the adjusting elements 33. In this functional state, each pin 615 of the handwheel 611 is in the 12 shown position in the respectively associated guide groove 614. Due to the preload of the compression spring 63 inside the shaft 61, the lower shaft section 610 is pressed against the attachment part 600 and the upper shaft section 612 with a clamping cup 619 is pressed against a contact section 620 of the head 62, so that the shaft 61 and the head 62 are fixed in their position.

This also corresponds to the state in which the arrangement in the sectional view according to 8D is located.

To adjust the position of the shaft 61 and the head 62 with a table plate possibly arranged thereon relative to the base part 60, the handwheel 611 can be turned in the 13A shown position, in which each pin 615 has the 13A shown position in the respective associated guide groove 614. By moving the handwheel 611, the upper shaft section 612 is pushed a little way into the lower shaft section 61β0, so that the compression spring 63 is in the state according to 12 is compressed. In this state, the lower shaft section 610 is relaxed relative to the attachment part 600 and the upper shaft section 612 relative to the head 62, so that the relative position of the shaft 61 to the base part 60 and also of the head 62 to the shaft 61 can be adjusted. For this purpose, the head 62 can be pivoted in the clamping cup 619. The shaft 61 can also be pivoted via the joint part 652 together with the head part 651 of the actuating part 65, so that the position of the shaft 61 relative to the base part 60 can be adjusted.

To release the locking between the base part 60 and the insertion device 101, the handwheel 611 can be turned into the 14A shown position, in which each pin 615 is arranged in the position shown in the associated guide groove 614. By turning the handwheel 611, the shaft section 612 is retracted further into the shaft section 610 due to the engagement of the pins 615 in the guide grooves 614 of the shaft section 610. As a result, as shown in 14B shown, the lower shaft section 610 detaches from the attachment part 600. Lifting occurs only at the lower end of the shaft section 610 between the shaft section 610 and the attachment part 600, but not between the upper shaft section 612 and the head 62. This is achieved in that the polygonal rod 64 is limited in its displacement path relative to the upper shaft section 612 by the spring nut 643 and thus cannot slip upwards out of the upper shaft section 612.

Because in the 14B In the position shown, the shaft section 610 is spaced apart from the attachment part 600, the actuating part 65 can be moved in a pressing direction D along the pivot axis S, about which the actuating part 65 is mounted with its bearing part 650 on the base part 60, by exerting a pressure force on the shaft section 610, so that the arms 653a, 653b of the bearing part 650 come into engagement with the pins 332 of the adjusting elements 33 via openings 654, as shown in 14C is shown. If the bearing part 650 is now rotated by rotating the shaft section 610 about the pivot axis S in a pivot direction T (counterclockwise), one adjustment element 33 is moved in the first opening direction Y1 and the other adjustment element 33 is moved in the opposite, second opening direction Y2, so that all closure parts 3 of the adjustment elements 33 are moved and all closure devices are opened synchronously.

After unlocking the locking devices, the table insert 6 with its base part 60 can be removed from the insertion device 101.

Advantageously, the actuating part 65 in the base part 60 is not only pre-tensioned into its holding position when pressed, but also experiences a restoring force after actuation, so that after actuation the actuating part 65 is returned to its starting position against the pivoting direction T. The pre-tension can be provided, for example, via the compression spring 607, which can be held in a rotationally fixed manner on the housing part 602 and the actuating part 65, so that when actuated the compression spring 607 is rotated and accordingly provides a restoring force.

After actuation, the actuating part 65 then returns to its holding position. The table insert 6 can now be inserted again with its base part 60 into the insertion device 101 in order to connect the table insert 6 to the center console 5.

List of reference symbols

1, 1A, 1B

Locking device

10

Locking system

100

Filing system

101

Cup-shaped insertion device

102

Cover element

103A, 103B

Peel

103C, 103D

Cup holder

104

Actuator

105

Inner wall

106

Exterior wall

107

Housing

108

Lever kinematics

2

Closure part

21

Housing

210

Housing section

211

opening

212

magnet

213

Recording chamber

214

Receiving opening

215

Guide pin

216

Connecting element

22

Locking piece

222

Rest section

223

magnet

224

Guide opening

225

Adjustment chamber

226

Base plate

227

Cover plate

3

Closure part

31

Housing

310

Receiving opening

311,312

Housing part

313, 314

Guide section

33

Adjustment element

330

Holding section

331

magnet

332

cone

34

Locking element

340

Rest section

341

opening

4

Floor wall

40

Side walls

5

Center console

50

dashboard

51

Gear knob

6

Table insert

60

Base part

600

Attachment part

600a, 600b

Recess

601

Housing cover

602

Housing part

603a, 603b

Guideway

604a, 604b

Cover element

605

opening

606

Form-fitting section

607

Compression spring

61

shaft

610

Shaft section

611

Handwheel

612

Shaft section

613

Snap ring

614

Guide groove

615

Pen

616

Ringbund

617

Bridges

618

Grooves

619

Clamp cup

62

Head

620

Investment section

621

Clamping part

622

Mother

63

Compression spring

64

Polygonal rod

640, 641

Threaded pin

642

Receiving groove

643

Spring nut

65

Actuating part

650

Bearing part

651

Headboard

652

Joint part

653a, 653b

poor

654

opening

655

Threaded opening

7

Locking device

70

Locking piece

A1, A2

Distance

B

Actuation direction

D

Press direction

K1, K2

Edge length

L1, L2

Edge length

R

Grid

S

Swivel axis

T

Panning direction

U

Circumferential direction

V

Adjustment direction

X

Closing direction

Y, Y1, Y2

Opening direction

Claims (19)

Storage system for a center console (5) of a motor vehicle, with - an insertion device (101) and - at least one insertion part (103A-103D, 6) which is to be inserted into the insertion device (101) and provides a storage space, characterized in that - the insertion device (101) has a plurality of spaced has first closure parts (2) arranged relative to one another, - the at least one insert part (103A-103D, 6) has at least one second closure part (3), - for insertion, the at least one insert part (103A-103D, 6) can be inserted into the insertion device (101) in a closing direction (X), wherein magnetic means (223, 331) act between the at least one insert part (103A-103D, 6) and the insertion device (101), which provide a magnetic attraction force to assist the insertion, - in a closed position in which the at least one insert part (103A-103D, 6) is inserted into the insertion device (101), the at least one second closure part (3) of the at least one insert part (103A-103D, 6) with at least one first closure part (2) of the plurality of first closure parts (2) the insertion device (101) is mechanically locked and - to remove the at least one insertion part (103A-103D, 6) the mechanical locking between the at least one first closure part (2) and the at least one second closure part (3) is releasable, wherein at least four first closure parts (2) are arranged on a bottom wall (4) of the insertion device (101) and form a uniform grid. Filing system according to Claim 1 , characterized in that the insertion device (101) is cup-shaped. Filing system according to Claim 1 or 2 , characterized in that the at least one insert part (103A-103D, 6) can be attached to the insertion device (101) in different positions rotated relative to one another about the closing direction (X). Storage system according to one of the preceding claims, characterized in that the first closure parts (2) have an equal distance (A1, A2) from one another along a two-dimensional grid (R), wherein the at least one insert part (103A-103D) has a base area whose edge lengths (L1, L2) correspond to an integer multiple of the distance (A1, A2) between the grid-shaped first closure parts (2). Storage system according to one of the preceding claims, characterized in that the at least one insert part is formed by a tray (103A, 103B), a cup holder (103C, 103D) and/or a table insert (6). Storage system according to one of the preceding claims, characterized in that the at least one insert part (103A-103D, 6) has an actuating element (104) which is operatively connected to the at least one second closure part (3) and can be actuated to release the mechanical locking between the at least one first closure part (2) and the at least one second closure part (3). Storage system according to one of the preceding claims, characterized in that the plurality of first closure parts (2) of the insertion device (101) and the at least one second closure part (3) of the at least one insertion part (103A-103D, 6) are designed to generate an ejection force directed opposite to the closing direction (X) when the mechanical locking is released in order to remove the at least one insertion part (103A-103D, 6). Storage system according to one of the preceding claims, characterized in that a magnet (223) of the magnetic means (223, 331) is arranged on the first closure part (2), which magnet is adjustable relative to a locking section (222) of the first closure part (2). Filing system according to Claim 8 , characterized in that the magnet (223) is adjustable along the closing direction (X) relative to the locking portion (222) of the first closure part (2). Filing system according to Claim 8 or 9 , characterized in that the magnet (223) is arranged in an adjustment chamber (225) of the first closure part (2) and is adjustable in the adjustment chamber (225) between a first position approaching the locking section (222) and a second position remote from the locking section (222). Filing system according to Claim 10 , characterized in that the magnet (223) is in the closed position in the first position approaching the locking section (222). Filing system according to Claim 10 or 11 , characterized in that the magnet (223) is biased in the direction of the second position remote from the locking portion (222). Filing system according to one of the Claims 10 until 12 , characterized in that the magnetic means (223, 331) are designed to automatically transfer the magnet (223) from the second position to the first position when the at least one insert part (103A-103D, 6) is attached to the insertion device (101). Filing system according to Claim 13 , characterized in that on the first closure part (2) a second magnet (212) or magnetic Anchor is arranged which is magnetically attractive to the adjustable first magnet (223) arranged on the first closure part (2). Filing system according to one of the preceding claims, characterized in that the at least one insert part (6), which is designed in particular as a table insert, has a base part (60) to be inserted into the insertion device (101) and an actuating part (65) arranged on the base part (60) so as to be pivotable about a pivot axis (S), wherein the actuating part (65) can be brought into operative connection with the at least one second closure part (3) arranged on the base part (60) in such a way that by pivoting the actuating part (65) the at least one second closure part (3) can be moved to release the mechanical locking between the at least one first closure part (2) and the at least one second closure part (3). Filing system according to Claim 15 , characterized in that at least two second closure parts (3) are arranged on the at least one insert part (6), wherein the actuating part (65) can be brought into operative connection with the at least two second closure parts (3) in such a way that by pivoting the actuating part (65) the at least two second closure parts (3) are moved opposite to one another. Filing system according to Claim 15 or 16 , characterized in that the actuating part (65) is arranged on the base part (60) so as to be displaceable along the pivot axis (S), wherein by adjusting the actuating part (65) along the pivot axis (S) the actuating part (65) can be brought selectively into or out of engagement with the at least one second closure part (3). Filing system according to Claim 17 , characterized in that the actuating part (65) is elastically prestressed in the direction of a holding position in which the actuating part (65) is not in operative connection with the at least one second closure part (3) and can be brought against a prestressing force into an actuating position in which the actuating part (65) is in operative connection with the at least one second closure part (3). Filing system according to Claim 18 , characterized in that the at least one insert part (6) has an adjusting device (611) by means of which the actuating part (65) can be adjusted between the holding position and the actuating position.

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