Classifications

• • B—PERFORMING OPERATIONS; TRANSPORTING
  • B60—VEHICLES IN GENERAL
  • B60R—VEHICLES, VEHICLE FITTINGS, OR VEHICLE PARTS, NOT OTHERWISE PROVIDED FOR
  • B60R7/00—Stowing or holding appliances inside vehicle primarily intended for personal property smaller than suit-cases, e.g. travelling articles, or maps
  • B60R7/04—Stowing or holding appliances inside vehicle primarily intended for personal property smaller than suit-cases, e.g. travelling articles, or maps in driver or passenger space, e.g. using racks
• • E—FIXED CONSTRUCTIONS
  • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
  • E05D—HINGES OR SUSPENSION DEVICES FOR DOORS, WINDOWS OR WINGS
  • E05D15/00—Suspension arrangements for wings
  • E05D15/48—Suspension arrangements for wings allowing alternative movements
  • E05D15/50—Suspension arrangements for wings allowing alternative movements for opening at either of two opposite edges
  • E05D15/502—Suspension arrangements for wings allowing alternative movements for opening at either of two opposite edges by axial separation of the hinge parts at the hinge axis
• • E—FIXED CONSTRUCTIONS
  • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
  • E05Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES E05D AND E05F, RELATING TO CONSTRUCTION ELEMENTS, ELECTRIC CONTROL, POWER SUPPLY, POWER SIGNAL OR TRANSMISSION, USER INTERFACES, MOUNTING OR COUPLING, DETAILS, ACCESSORIES, AUXILIARY OPERATIONS NOT OTHERWISE PROVIDED FOR, APPLICATION THEREOF
  • E05Y2900/00—Application of doors, windows, wings or fittings thereof
  • E05Y2900/50—Application of doors, windows, wings or fittings thereof for vehicles
  • E05Y2900/53—Type of wing
  • E05Y2900/538—Interior lids

Definitions

• the invention relates to an opening mechanism for opening a lid from two opposite sides, which is particularly suitable for use for a center console of a motor vehicle.
• a lid opening and closing device is known, which is designed such that a lid body of a box body can be opened and closed from any, the right and or left side.
• JP 03189249 an opening mechanism is known with which a lid can be opened on two sides.
• the pivot axes are divided into two parts.
• the Schwenkachsen- parts of the other side are wedge-shaped apart pressed to retract the ends of the pivot axis parts in corresponding receptacles of the container and form an effective pivot axis.
• Also known from DE 101 51 704 C2 is an opening mechanism for opening a lid on two sides, in which the pivot axes are divided into two.
• the pivot axes are moved apart or by a transverse to this, also two-piece actuator at its ends guideways in which projections of respective facing ends of the pivot axis parts are guided such that the pivot axis parts of the one side are driven apart if the pivot axis parts of the other side be driven together.
• the two parts of the actuating element are biased by a spring in a disassembled position.
• the object of the invention is to provide an opening mechanism for opening a lid from two opposite sides, which is simple in construction and ensures safe operation.
• an opening mechanism for opening a cover element arranged on a console is optionally provided about a first cover pivot axis or about a second cover pivot axis, each of a front and a rear between a retracted and an extended position mutually movable Schwenkachsen- elements are formed with a first actuating device with a first actuating element and a second actuating device with a second actuating element, each of which mechanically via a first and second adjustment means so with the front and the rear Schwenkachsen- Element of the respectively associated first pivot axis and the second pivot axis are coupled, that by actuation of one of the actuating elements, the front and the rear pivot axis element of the associated pivot axis from a closed position, in the axle elements of the pivot axis elements with a Locking device of the console are in communication, in an open position in which the axle elements of the same locking device of the console are moved out, so that the first pivot axis and the second pivot axis
• first and the second transmission element of the actuating device to each other movable and each of the transmission elements at least two, in the direction of displacement behind each other
• Has latching recordings wherein the transmission elements are locked by means of a locking element in a closed position and an open position of each transmission element by the locking element in each case a snap-recording of the first and the second transmission Elements is retractable.
• the first and the second transmission element of the actuating device may be slidable into each other in sections.
• the latching receptacles can be formed as openings or grooves, so that the blocking element can be inserted in two different positions of the transmission elements into a latching receptacle of the one transmission element and a latching receptacle of the other transmission element, to lock the closed position and the open position of each transmission member.
• each of the adjustment means may comprise a rotatably mounted and / or rotatable transmission member for translating the movement of the transmission members of the actuator into rotational motion.
• the circumferential movement of a portion of each of the transmission elements may be mechanically or electrically coupled to the adjustment movement of the pivot axis elements.
• the transmission elements can be rotatably mounted on a storage device arranged on the symmetry plane of the opening mechanism.
• Lid opening mechanism may be designed such
• an arm which is connected to the respective second pivot axis element via a joint, is rigidly arranged on each transmission element
• a coupling lever is coupled to a first bearing point on the second pivot axis element via a first joint
• the adjustment devices can be formed identically.
• an opening mechanism for opening a cover element arranged on a console is optionally a first cover pivot axis or a second cover pivot axis, each of a front and a rear between a retracted and an extended position mutually movable pivot axis elements are formed with a first actuating device with a first actuating element and a second actuating device with a second actuating element, each of which mechanically via a first and second adjustment means so with the front and the rear Schwenkachsen- Element of the respectively associated first pivot axis and the second pivot axis are coupled, that by actuation of one of the actuating elements, the front and the rear pivot axis element of the associated pivot axis from a closed position, in the axle elements of the pivot axis elements with a Verrie gelleiterss coupled the console in an opening position in which the axle elements of the same locking device of the console are moved out,
• the trained as a rotary ring transmission element can be rotatably mounted on the same, a arranged on the symmetry plane of the opening mechanism storage device.
• the trained as a rotary ring transmission element can be rotatably mounted on the same, a arranged on the symmetry plane of the opening mechanism storage device.
• each transmission element which arm is connected via a joint to the respective second pivot axis element
• the coupling lever is pivotally mounted on a bearing device arranged on the cover,
• the coupling lever to be connected to a second, the first bearing opposite bearing point via a second joint with the respective first pivot axis element.
• the adjustment devices can be formed identically.
• the joints of the adjustment device can be formed as nondestructive non-destructive connections.
• Figure 1 is a perspective view of the lid opening mechanism according to a preferred embodiment of the invention obliquely seen from the front and top with a coordinate system, wherein the Deckelö Stamms- mechanism is inserted into a cover member, the cover of the
• Figure 2 is a plan view of the lid opening mechanism of the figure
• Figure 3 is a perspective view of the lid opening mechanism of Figure 1 obliquely seen from behind and above;
• Figure 5 shows the two parts to form the double hinge device of Figure 1 in superimposed state
• Figure 6 is a view of the embodiment according to the invention of the lid opening mechanism of Figure 1 obliquely seen from behind and above, wherein one of the two parts of the double-hinge device is shown in an exploded state;
• Figure 7 is a perspective view of the two parts to form the double hinge device of Figure 5 in superimposed
• FIG. 8 is a perspective view of the two parts for forming the
• Double hinge device and the actuator of Figure 7 seen obliquely from below and from behind;
• Figure 9 is a perspective view of the actuator of Figure 7 obliquely seen from behind and below;
• Figure 10 seen the lid member with the opening mechanism from below.
• the lid opening mechanism 1 is provided for opening a lid member or a lid D, which is also generally a receptacle member usable for a lid and will be referred to as a lid D hereinafter.
• the lid D is arranged on a console (not shown) such as a center console in the interior of a motor vehicle.
• the lid D can optionally on two opposite sides, on a first side Y1 or a second side Y2 opened and pivoted on the respective side.
• the coordinate system is defined so that the X axis in the longitudinal direction of the lid opening mechanism extends from a front side A to a rear side B of the lid D, between which the lid longitudinal sides or lid opening sides 11, 12 of the lid D run.
• the direction results from the respective embodiment and the Z axis to be defined therein, as will be described below.
• the XY plane is referred to below as the actuation plane.
• the upper side or “upper” is understood to mean that side of the lid D or the lid opening mechanism into which the respective opening edge of the lid D is moved to open a compartment located below it
• the X-axis preferably runs counter to the assumed direction of travel of the vehicle
• Y1 may designate the driver side and Y2 the passenger side.
• the lid D preferably has one
• FIGS. 1 to 10 which is placed on the lid base G.
• the embodiment of the opening mechanism illustrated in FIGS. 1 to 10 is inserted into a cover base G.
• the opening of the cover element D by means of the opening mechanism 1 on the first side Y1 is effected by rotation of the cover D about a side opposite to this side Y1, on a second longitudinal side of the cover or lid. Opening side 12 extending second pivot axis 22.
• the opening of the lid D takes place at the second, the first side Y1 opposite side Y2 ( Figure 1) by rotation about one of the second lid longitudinal side or lid opening side 12 opposite, first Lid pivot axis 21.
• the first pivot axis 21 and the second pivot axis 22 are each formed of a front 21 a and 22 a and a rear 21 b or 22 b Schwenkachsen- element or pivot axis sections seen in the longitudinal direction substantially axially behind each other and by means of a
• Actuator B are arranged to each other movable.
• a front and rear axle element 23 a and 23 b are arranged on the front and rear pivot axis element 21 a and 21 b of the first pivot axis 21, a front and rear axle element 23 a and 23 b are arranged.
• the actuator B preferably in respective guide means 25a and 25b back and forth movably mounted, all or individual of the guide means may be arranged on the lid body, on the lid cover or on the console.
• front and rear pivot axis elements 22a and 22b of the second pivot axis 22 are provided with front and rear axle elements 25a and 25b, respectively, which by means of the actuating device B are preferably located in corresponding guide devices 26a and 26b. and are movably mounted.
• the lid actuator B of the lid opening mechanism includes a first operating device B1 having a first operating member 110 and a second operating device B2 having a second operating member 120.
• the first actuating device B1 and the first actuating element 110 connected thereto mechanically or generally functionally are located on the first pivot axis 21 and on the first side Y1, around the cover element D to be able to open or close Y1 on this page.
• the second actuating device B2 and the mechanical or generally functionally connected second actuating element 120 located on the second pivot axis 22 and on the second side Y2.
• the positions of the actuating elements 1 10, 120 are dependent on the particular application and can be particularly ergonomic
• the actuating elements 1 10, 120 can also be arranged centrally on the top of a cover of the lid D.
• a home position or home position i. when the first or second actuator B1 or B2 are not actuated, the respective associated first and second pivot axis element 21 a, 21 b and 22 a, 22 b are in an extended position, i. in a position in which the guided in the guide devices 25 a, 25 b and 26 a, 26 b axle elements 23 a, 23 b and 24 a, 24 b in corresponding, related to the console guide devices (not shown) retracted and are thus stored in these, so that the cover element D are the longitudinal sides 1 1 and 12 are locked to the console and thereby an opening of the lid 1 on one of the sides Y1 and Y2 is prevented.
• the first actuating device B1 is mechanically coupled to the front 21 a and the rear 21 b pivot axis element of the first pivot axis 21 such that by operating the first actuating device B1, the front 21 a and the rear 21 b pivot axis element in an open position towards each other, ie moved together from a closed to an open position and their out in the guide means 25 a and 25 b guided axle elements 23 a and 23 b from corresponding, related to the console guide means (not shown) out, so that the lid member D is released on its first longitudinal side 1 1 relative to the console and the second pivot axis 22 as
• Swivel axis can act to open the lid 1 on the opposite first side Y1.
• the second actuating device B2 mechanically coupled to the front 22a and the rear 22b pivot axis member of the second pivot axis 22 such that by operating the second actuating device B2, the front 22a and the rear 22b pivot axis element moved together from a closed to an open position and possibly out corresponding, with the storage compartment related guide means (not shown) are driven, so that the lid member D is released on its second longitudinal side 12 relative to the console and the first pivot axis 21 as a pivot axis for opening the lid 1 at the opposite lying second side Y2 can act.
• the lid actuator B operates with a malfunctioning and locking means M with a lock slider 200 having the function of locking and switching operating states of the actuator.
• the locking slide 200 preferably has the shape of a in the
• the Fehlbetuschists- and locking device M is provided so that upon actuation of one of the actuating elements 1 10 or 120 for activating the first and second pivot axis 21 and 22 respectively, the other, non-actuated actuating element 120 and 1 10th or actuating device B1 or B2 is locked so that it is prevented that after an opening of the lid D on one side Y1 or Y2 not an opening of the lid D on the opposite side Y2 or Y1 can take place simultaneously.
• the actuating devices B1, B2 are mechanically connected to the first and second actuating devices B1, B2. In a further development of the invention, it is possible to actuate both actuation devices simultaneously in order to be able to detach the cover D from the console in a simple manner.
• Each actuating device B1, B2 has a transmission element 51 or 52, which is connected to the associated actuating element 1 10 or 120 in such a way that upon actuation of an actuating element 1 10 120, the associated transmission element 51 or 52 is moved from a closed position in an open position.
• the actuating elements 1 10 or 120 can be positively connected to the respectively associated transmission element 51 or 52 and, for example, plugged onto the latter or clipped to this.
• the actuating elements 1 10 and 120 may also be materially connected to the respectively associated transmission element 51 or 52.
• the first and the second transmission element 51, 52 of the Fehlbetuschists- and locking device M is connected to a first adjusting element 71 of a first adjusting device V1 and a second adjusting element 72 of a second adjusting device 70 in connection, the general belong to an adjustment mechanism V.
• the adjusting elements 71, 72 of the adjusting mechanism V are moved by the transmission elements 51, 52.
• the adjusting elements 71, 72 act on the first or second pivot axis element of the associated adjusting mechanism V1 or V2.
• the adjustment elements 71, 72 can be designed differently. This can be formed in one embodiment as cables or Bowden cables, which transmits the movement of the transmission elements 51, 52 to the respective pivot axis. Depending on the application and depending on the positioning of the guide rollers or bearings, a spring bias may be provided to achieve a return of a deflected state in the initial state or the closed position.
• the adjusting elements 71, 72 designed as elements with an annular bearing structure for mounting the adjusting elements on a preferably common storage device 80, so that the adjustment devices 71, 72nd between a first or a closed and a second or open position to move back and forth.
• Each adjustment element 71, 72 communicates with the associated first 21 a and 22 a and with the second pivot axis element 21 b or 22b in such a way that it at a first or closed position of the adjustment devices V1, V2 in a closed position and are located in an open position of the adjustment devices V1, V2 in an open position.
• Each adjustment device V1, V2 is biased by a biasing device 400 in the closed position.
• Each adjusting element 71, 72 has a transmission part 73 and 74, respectively, which cooperates mechanically with a transmission part 51 a or 52 a of the associated transmission element 71 or 72 in such a way that upon actuation of an actuating element 1 10, 120 the associated transmission part 51 a and 52 a and thus also on the adjusting elements 71 and 72, the adjusting device V1 and V2 is moved to the open position to the pivot axis elements 21 a, 21 b in an open position move.
• the second adjusting element 74 of the second adjusting device 72 and the second transmitting element 52 of the erroneous operating and blocking device M have a transmission section 74 and 54, respectively.
• the transmission sections 73 and 51 a, and 74 and 52 a each form a mechanism of action for transmitting the movement of the transmission elements 51 and 52 to the adjustment elements 73 and 74, respectively.
• This mechanism of action can be implemented in various ways.
• the mechanism of action is provided with a design of the transfer sections in which they engage in a form-fitting manner.
• the transmission parts 73, 51 a and 74, 52a may be designed in particular as toothed segments, alternatively, in this embodiment, one of the cooperating Transmission sections may be designed as a groove or recess and the other of the cooperating transmission sections as a driver.
• the storage device 80 is a rotary bearing on which the adjusting elements 71, 72 are rotatably mounted and one above the other. Furthermore, the transmission elements 51, 52 in a direction transverse to the direction of movement of the pivot axis elements by a corresponding guide means on the lid D (not shown) guided longitudinally.
• the locking slide 200 is slidably mounted on the base body G or on the lid cover between an open or actuated position and a locked position and biased by a spring means in the actuation position, wherein the actuating elements 51, 52nd can be moved by means of the actuating elements 1 10 and 120 from a closed position to a locking position.
• the locking position of the locking slide 200 is achieved by the interaction of a arranged on the locking slide 200 active element, such as a ramp or a nose, with a corresponding abutment such as a nose or a ramp (not shown) on the console.
• the locking slide 200 Upon further closing of the lid D to its end position of the locking slide 200 is pressed into its actuation position.
• This is in the illustrated embodiment, a rearward or to the adjustment means 70 driven position.
• the locking slide 200 has a locking element 210 which is retracted in the locked position of the locking slide 200 in corresponding latching openings on the transmission elements to lock the actuation of the same (eg Figure 1).
• FIGS. 1 and 2 a locking position of the locking slide 200 is shown, in which a locking element simultaneously engages in corresponding openings of both actuating elements 51, 52 in order to block movement or actuation thereof. This is the case with an open lid, since in the open state of the locking slide is not cooperating with the console and thus located in the locked position.
• each transmission element 51, 52 has at least two latching receptacles located next to one another in the actuation direction thereof, in particular in the form of latching grooves or openings 55, 57 or 56, 58 (in FIG. 7, three latching openings 53, 55, 57 on the transmission element 51 and in the figure 8 three latching openings 54, 56, 58 on the transmission element 52 are shown), in which the locking element 210 is retractable.
• the openings have substantially the same opening shape and size.
• the openings 55, 57 of the first transmission element 51 are arranged at the same distance from one another as the openings 56, 58 of the second transmission element 52.
• the respective first opening 55, 56 is for the closed position and the respective second opening 57 , 58 intended for the open position.
• the openings are located in particular on the transmission elements such that
• the first transfer member 51 is in the closed position and the second transfer member 52 is in the open position when a first opening of a plurality of openings of the first transfer member 51 and a first opening of a plurality of openings of the second
• Transfer element 52 are superimposed, so that the locking element 210 can be retracted simultaneously in these openings due to the spring bias;
• the second transmission element 52 is in the closed position and the first transmission element 51 is in the open position, when the second opening of the second transmission element 52 and the first one Opening of the first transmission element 51 are superimposed, so that the locking element 210 can be retracted simultaneously in these openings due to the spring bias.
• the first and the second transmission element 51, 52 of the actuating device to each other movable and each of the transmission elements has at least two, in the direction of displacement one behind the other located latching receptacles 53, 55, 57 and 54, 56th , 58, wherein the transmission elements 51, 52 by means of a locking or locking element 210 in a closed position and an open position of each
• Transmission element can be locked by the locking element in each case a latching receptacle of the first and the second transmission element is retractable.
• Locking slide 200 can be made in various ways:
• the spring device is realized in the illustrated embodiment by two spring elements 201, 202 or elastic struts, which are connected on the one hand with the locking slide 200 and on the other hand with the transmission elements 51 and 52 respectively , Alternatively, the spring elements may also be coupled to the cover D.
• the advantage of this embodiment is that the transmission elements 51, 52 of the actuating device, the locking slide 200 with the locking element and the spring elements 210, 202 are made in one piece and in particular as a piece such. can be manufactured as a plastic component. In particular, these parts can be manufactured as a single plastic component in Sphtzguss- method.
• the locking slide 200 With a closed cover D, the locking slide 200 is in a position retracted against the bias of the spring elements 201, 202 or unlocking position (not shown).
• the second locking element V2 In this unlocking position of the locking slide 200, the second locking element V2 is moved out of the openings and both the first and the second transmission element can by means of the respective associated actuating element 1 10 and 120 transverse to the second locking element V2 be moved, in particular to one of the transmission elements 51, 52 to move to an open position.
• a stop member (not shown) may be disposed on the first and second transfer members to limit the freedom of movement of the transfer members in the direction of actuation relative to one another.
• the locking slide 200 moves to its blocking position and, in the illustrated embodiment, to the front, and thus the blocking element 210 in FIG the openings of the transmission elements into it. This is possible because the second opening of the actuated transfer member has come into registry with the first opening of the non-actuated transfer member in the traveling direction of the transfer member. Due to the preload in this position of the transmission elements, the second locking element is retracted into the superimposed openings and thus the first and the second transmission element interlocked.
• both transmission elements With the use of two openings on each of the transmission elements, it is only possible to have both transmission elements in their extended position, in which both pivot axis elements are in a locked position, or a transmission element in the extended and another transmission Element are locked in the retracted position. There may also be three openings arranged on the transmission elements. In this case, in addition, both transmission elements can be locked simultaneously in their retracted position or opening position, so that both pivot axis elements are located in an unlocked position.
• the adjusting mechanism V will be described according to the embodiment shown in the figures:
• Each of the adjusting elements 71, 72 has a rotary ring for supporting the adjusting devices on the bearing device 300 and in each case a transmission section 73 or 74, so that the movement of the transmission elements 51 and 52 of the actuating elements Device B1 or B2 is converted into a rotational movement.
• an arm 75 or 76 is rigidly arranged, which is connected via a hinge 77 and 78 with the respective second pivot axis element 21 b and 22b.
• the coupling lever 83, 84 is connected at its second, the first end opposite end or its second bearing point via a second joint 87 and 88 with the first pivot axis element 21 a and 22 a.
• the first pivot axis element 21 a and 22 a is correspondingly curved in the operating plane to connect the second joint on the coupling lever and the axle member 23 a, 24 a of the first pivot axis element 21 a and 22 a.
• the storage devices d1, d2 of the coupling lever can also be arranged on the cover cover.
• the coupling lever and a wheel or a functionally equivalent part can be used, which are rotatably mounted on the storage devices d1, d2 and having friction surfaces with corresponding friction surfaces on the first and second Schwenkachsen- elements cooperate to operate them.
• the joints 81, 87 and 82, 88 omitted.
• the mounted on the associated bearing means 85, 86 coupling lever 83, 84 causes a coupling of the pivot axis elements 21 a and 21 b or 22 a and 22 b of an adjusting element 71 or 72 such that the movement of the pivot axis elements 21 a and 21 b and 22a and 22b runs in opposite directions. That that during the rotation of an adjusting element, only the two associated pivot axis elements 21 a and 21 b or 22 a and 22 b move relative to each other from an open position to a closed position or perform the opposite movement.
• the actuation of the pivot axis elements 21 a and 21 b and 22a and 22b is due to the movement of the transmission element of the actuating device B1, B2, which is converted by means of the respective transmission part in a rotational movement of the adjusting element and over the coupling lever is transmitted to the Schwenkachsen- elements 21 a and 21 b or 22 a and 22 b.
• joints 81, 87, 77 or 82, 88, 78 can be designed as a material fit, frictional engagement or positive fit. In a cohesive embodiment, these are preferably designed as a film hinge (see Figures 1 to 9).
• frictional joints a friction wheel is used in each case instead of the levers 83, 84.
• gear is used in each case instead of the levers 83, 84.
• the hinge joint can be designed as an in-mold assembly.
• these hinged versions as a film hinge or as an in-mold assembly, it is possible to manufacture the adjusting devices as one piece, ie, from parts that are not detachable without destroying them.
• the adjusting elements 71, 72 of the adjusting device 70 are by means of a
• Biasing means 400 biased in a closed position in which the associated with this position of the adjusting arms 75 and 76 causes a closing position of the associated pivot axis elements 21 a, 21 b and 22 a, 22 b.
• a rotation of the associated adjusting elements 71, 72 takes place against the spring force of the pretensioning device 400. This constitutes the adjusting elements 71, 72 after releasing the actuating elements 1 10, 120 back to their original or closed position.
• the pretensioning device can be designed in each case as a bending element 401, 402, which is fastened on the one hand to the respective adjusting device 71, 72 and on the other hand at a distance from it by means of a bearing device 403 or 404 against the direction of movement of the respective adjusting elements 71 and 72 is mounted.
• the biasing means 400 may be realized with a correspondingly shaped spring (not shown) disposed on the two adjustment members 71, 72 and biasing both adjustment members 71, 72 towards each other in their closed position.
• the first pivot axis element 21 a, 22 a to the interior or to the axis of symmetry S of the adjusting device 70 are curved towards. Since the end of the first pivot axis member 21a, 22a connected to the two end of the coupling lever is also directed toward the symmetry axis S, and the second pivot axis member 21b, 22b is located outside thereof, overlap the curves of the adjustment 75 and 76 and the first pivot axis element 21 a, 22 a.
• contact surfaces on the first pivot axis element 21 a, 22 a may be provided for the relative movement of Verstellarms 75 and 76 to the movement of the Schwenkachsen- elements 21 a and 21 b or 22 a and 22 b both in the maximum distance and in the limit of the minimum distance relative to each other.
• the adjusting elements 71, 72 of the associated actuating devices B1 and B2 are arranged one above the other in the Z-direction or transversely to the actuating plane.
• the adjusting elements can be manufactured as identical components.
• the components of the adjusting elements are preferably made of plastic and in particular by a Sphtzguss process.
• the transfer members 51, 52 may be biased to their open position.
• the illustrated embodiment of the adjustment mechanism V with the adjustment elements 71, 72 mounted on the storage device 400 can also be arranged and interact with other types of incorrect operation and locking devices.
• the adjustment elements 71, 72 generally require longitudinal movement of transfer sections which act on the transfer sections of the adjustment elements.

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• Engineering & Computer Science (AREA)
• Mechanical Engineering (AREA)
• Vehicle Step Arrangements And Article Storage (AREA)

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• 2005
  • 2005-11-30 DE DE102005057402A patent/DE102005057402B4/de not_active Expired - Fee Related
• 2006
  • 2006-11-30 WO PCT/EP2006/069166 patent/WO2007063115A2/de active Application Filing
  • 2006-11-30 JP JP2008542769A patent/JP2009517280A/ja not_active Withdrawn
  • 2006-11-30 US US12/095,192 patent/US20090218361A1/en not_active Abandoned
  • 2006-11-30 EP EP06830258A patent/EP1954530A2/de not_active Withdrawn

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