GB2628851A

GB2628851A - An assembly for a center console of a vehicle

Info

Publication number: GB2628851A
Application number: GB2305199.8A
Authority: GB
Inventors: Atkinson Matthew; Breen Emily; Canning Holly
Original assignee: Jaguar Land Rover Ltd
Current assignee: Jaguar Land Rover Ltd
Priority date: 2023-04-06
Filing date: 2023-04-06
Publication date: 2024-10-09
Also published as: WO2024209045A1; GB202305199D0

Abstract

An assembly 1 for a centre console of a vehicle comprises a first wall 9 and a first floor 110 defining a first drink holder 4; a second wall 11 and a second floor 112 defining a second holder 5; and at least one third wall 13, 14 and a third floor defining a third holder 6 for a drink container (2,3, fig 10a-d), a centre of the third holder 6 being offset from a centre line (7, fig 1) passing through centres of the first and second holders 4,5 to simultaneously hold a drink container in each holder. The assembly can have ledges, biased holding members and retractable floor sections.

Description

AN ASSEMBLY FOR A CENTER CONSOLE OF A VEHICLE

TECHNICAL FIELD

The present disclosure relates to an assembly for a centre console of a vehicle. Aspects of the invention relate to an assembly for a centre console of a vehicle and a vehicle.

BACKGROUND

It is known to provide assemblies for centre consoles of vehicles that have a stowage compartment for storing one or more items and a holder for storing drink containers. However, users of a vehicle will have different requirements for the items, and the type and number of drink containers they wish to store in the centre console. Being positioned between the driver seat and the front passenger seat, the size of the centre console is restricted by the surrounding features in the vehicle thereby limiting the space available for such storage in the centre console. Additionally, the positioning of the centre console limits the height of drink containers that may be stored on or in the centre console so as allow access to an instrument panel which is typically located in front of the centre console.

There exists a need to improve the versatility of storage options in a centre console for drink containers. Furthermore, such versatility is preferably afforded by means that are not onerous to the user.

It is an aim of the present invention to address one or more of the disadvantages associated with the prior art.

SUMMARY OF THE INVENTION

Aspects and embodiments of the invention provide an assembly for a centre console of a vehicle and a vehicle comprising the assembly as claimed in the appended claims.

According to an aspect of the invention there is provided an assembly for a centre console of a vehicle. The assembly comprising: a first holder, a second holder and a third holder, each of the first holder, the second holder and the third holder being configured to receive and hold a drink container; and wherein a centre of the third holder is offset from a centre line passing through a centre of the first holder and a centre of the second holder such that the assembly is configured to simultaneously hold a drink container in each holder.

In certain embodiments, the first holder may be defined by at least one first wall and a first floor. The second holder may be defined by at least one second wall and a second floor. The third holder may be defined by at least one third wall and a third floor.

According to an aspect of the invention there is provided an assembly for a centre console of a vehicle. The assembly comprising: at least one first wall and a first floor defining a first holder; at least one second wall and a second floor defining a second holder; and at least one third wall and a third floor defining a third holder; wherein each of the first holder, the second holder and the third holder are configured to receive and hold a drink container; and wherein a centre of the third holder is offset from a centre line passing through a centre of the first holder and a centre of the second holder such that the assembly is configured to simultaneously hold a drink container in each holder.

Either of the above-described assemblies allow for three drink containers to be held at the same time whilst reducing the packaging requirements for the assembly. This is achieved by having the centre of the third holder offset from centre line passing through a centre of the first holder and a centre of the second holder.

In embodiments of either of the above-described aspects of the invention, one or more of the following may apply.

In certain embodiments, each of the first holder, the second holder and the third holder may be configured to engage a drink container. The holders may therefore provide a reactive force on a drink container that may reduce the risk of a drink container tipping over in the holder. Each of the first holder, the second holder and the third holder may be configured to frictionally engage a drink container. Frictional engagement of a drink container may enable it to be securely held by the respective holder. Using friction to hold the drink containers is simple, cost effective and easy to implement.

In certain embodiments, the third holder may be positioned between the first holder and the second holder. This position for the third holder reduces the packaging requirements of the assembly in both the lateral and longitudinal directions of the vehicle.

Optionally, the first wall, the second wall and the third wall may be connected together such that the first, second and third walls provide a continuous wall. That is, the assembly comprises a single recess which is shaped to provide the first, second and third holders. Providing the three holders within a single recess may reduce packaging requirements for the assembly in both the lateral and longitudinal directions of a vehicle.

Optionally, the at least one third wall may comprise a first portion extending from a first end of the first wall to a first end of the second wall and a second portion extending from a second end of the first wall to a second end of the second wall. As such, the first, second and third walls provide a continuous wall such that the three holders are interconnected. This further reduces the packaging requirements of the assembly in both the lateral and longitudinal directions of the vehicle as the holders are not physically separated from one another.

In certain embodiments, the first portion of the third wall may extend from the first wall to the second wall in a direction parallel to the centre line. Thus, the first portion of the third wall may be straight. This shape of the first portion reduces packaging requirements of the assembly compared to, for example, the first portion being curved. Optionally, the first portion of the third wall may be closer to the centre line than the second portion of the third wall. Placing the straight portion of the third wall closest to the centre line further reduces the packaging requirements for the assembly.

In certain embodiments, the second portion of the third wall may extend from the first wall to second wall in a substantially concave shape so that the second portion at least partially conforms to an outside of a drink container. The second portion of the third wall therefore supports a drink container in the third holder in both lateral and longitudinal directions. In this way, the second portion of the third wall may improve a reduction in movement of the drink container.

In certain embodiments, the at least one third wall comprises at least one ledge to support a drink container such that the third holder is configured to hold a first drink container supported on the third floor or a second drink container supported on the at least one ledge, wherein the first drink container has a first diameter that is smaller than a second diameter of the second drink container. The inclusion of a ledge increases versatility of the assembly as drink containers having different diameters can be held in the third holder.

Optionally, the first and second holders may be partly defined by the at least one ledge. This reduces the packaging requirements required for the assembly in the lateral and longitudinal directions of the vehicle.

In certain embodiments, the at least one ledge may comprise a first ledge and a second ledge. The first portion of the third wall may comprise the first ledge and the second portion of the third wall may comprise the second ledge. Providing a ledge on each portion of the third wall may improve support for a drink container which is supported on the ledge.

Optionally, the first ledge may be narrower than the second ledge. This may reduce packaging requirements for the assembly whilst still enabling a drink container to be securely supported.

Optionally, the first ledge may extend between the first wall and the second wall in a direction parallel to the centre line. Thus, the first ledge may be straight. This shape of the first ledge reduces packaging requirements of the assembly compared to, for example, an arrangement in which the first ledge is curved. In certain embodiments, the first portion of the third wall and the first ledge may each extend from the first wall to the second wall in a direction parallel to the centre line.

Optionally, the second ledge may extend from the first wall to the second wall in a substantially concave shape. In this way, support of the drink container on the ledge may be improved. In certain embodiments, the second portion of the third wall may extend from the first wall to the second wall in a substantially concave shape and the second ledge may extend from the first wall to the second wall in a substantially concave shape.

In certain embodiments, the assembly may comprise a plurality of holding members extending from the at least one first wall and the at least one second wall, the holding members being configured to engage drink containers having different diameters in the respective holder. The holding members may improve the versatility of the assembly as different sized drink containers can be securely held in each of the first and second holders. The holding members may be configured to frictionally engage the drink containers.

In certain embodiments, the at least one first wall and the at least one second wall may each comprise a plurality of apertures through which a plurality of holding members extend into the respective holder; wherein the holding members are configured to engage a drink container; and wherein the assembly comprises biasing means coupled to the plurality of holding members thereby biasing the plurality of holding members through the first and second walls into the respective holders.

Providing such holding members may provide an improved means for securely holding a drink container in each of the first and second holders and reduce the risk of a drink container tipping over. The holding members may provide sufficient friction to hold a drink container without making removal difficult for the user. In certain embodiments, the biasing means may comprise a biasing member configured to store elastic energy. The biasing member may be arranged to engage each of the plurality of holding members thereby biasing each member into the respective holders. For example, the biasing means may comprise an elastic band at least one compression spring, at least one torsion spring or a foam.

Optionally, the holding members may be positioned towards an open end of the of the first and second holders.

Positioning the holding members relatively high up in the holders improves the restraining effect as the holding member engage the drink container at a higher position and, if the drink container is tapered, engage the drink container at a wider diameter.

Each of the plurality of holding members may comprise a flange configured to retain a portion of each holding member within the assembly. Thus, the risk of the holding members being accidently dislodged from the assembly is reduced.

In certain embodiments, the third holder may be configured to hold a drink container having a smaller diameter than a drink container each of the first and second holders are configured to hold. Thereby packaging requirements for the assembly are further reduced. The assembly may also be used to hold drink containers having different diameters.

In certain embodiments, the at least one third wall may be substantially perpendicular to the third floor.

Optionally, the at least one third wall may be substantially perpendicular to the third floor on either side of the at least one ledge. Thus, third holder may securely hold a drink container, such as a can, which has straight parallel sides and without the need for further holding means.

In certain embodiments, the at least one first wall may extend at an obtuse angle relative to the first floor and the at least one second wall may extend at an obtuse angle relative to the second floor. Thus, first and second holders may securely hold and also allow easier removal of a drink container having tapered sides, such as a coffee cup.

In certain embodiments, the assembly may comprise: a stowage compartment; and a floor for supporting drink containers within the first and second holders, the floor being positionable between the first and second holders and the stowage compartment; wherein the floor is moveable between: (i) a deployed position where the floor separates the stowage compartment from the first holder and from the second holder; and (ii) a retracted position where at least a portion of the stowage compartment is accessible through at least one of the first holder and the second holder.

The floor may comprise the above-described first floor and the second floor. The floor may also comprise the above-described third floor.

The movable floor allows access to a stowage compartment underneath the holders. The stowage compartment can be accessed through one of the holders or both of the holders. The different positions of the floor enable a user to optimally configure the assembly to suit their needs. For example, in the fully deployed position each holder can hold a coffee cup and the stowage compartment could be used to store trinkets. In the retracted position, a bottle may be held in at least one of the holders. The bottle being supported on the bottom of the stowage compartment. By having the bottle supported in the stowage compartment, the bottle may be held without interfering with user access to the centre console or instrument panel.

In certain embodiments, the retracted position may comprise a fully retracted position and a partially retracted position; wherein in the fully retracted position at least a portion of the stowage compartment is accessible through the first holder and the second holder; and wherein in the partially retracted position the floor separates the stowage compartment from one of the first and the second holders and the stowage compartment is accessible through the other of the first and second holders. The fully deployed position, the retracted position and the partially deployed position positions of the floor enable a user to further configure the assembly to suit their needs. For example, in the fully deployed position each holder can hold a coffee cup and the stowage compartment could be used to store trinkets. In the partially deployed position, a coffee cup may be supported on the floor in one of the holders and in the other holder a bottle may be supported on the bottom of the stowage compartment. In the retracted position, a bottle may be held in each of the first and second holders each bottle being supported on the bottom of the stowage compartment.

In certain embodiments, the floor may comprise the first floor and the second floor. The first floor and second floor may be independently movable relative to one another. Providing the floor as two sections enables the position of the floor to be changed for one of the holders without affecting or disturbing the floor beneath the other holder. Providing the floor as two sections also reduces the number of parts required to provide the different floor positions thereby providing a cost effective assembly and improving durability of the assembly.

Each of the first floor and the second floor may be configured to slide between the positions, thus improving the ease by which floor sections may be moved between the positions.

Optionally, the assembly may comprise at least one rail along which the first floor is configured to slide between the different positions and at least one rail along which the second floor is configured to slide between the different positions. The rails may provide a cost effective and low maintenance manner in which to enable movement of the floor between the different positions.

In certain embodiments, the assembly may comprise a first pair of rails along which the first floor is configured to slide and a second pair of rails along which the second floor is configured to slide, wherein the rails in each pair of rails are angled towards one another. This arrangement reduces the risk of the first and second floors being accidentally lifted up off the rails and may also prevent any liquids spilled from the drink containers from entering the rails.

In certain embodiments, the assembly may comprise a pivot between the first holder and the second holder, wherein the floor is rotatable about the pivot to move between each of the positions. The pivot provides an alternative simple-to-use mechanism by which a user may change the position of the floor.

The floor may be a single piece. The first floor, second floor and third floor may all be formed as a single piece. The assembly may comprise a slot through which the floor rotates between each of the positions, thus, providing a cost effective and low maintenance manner by which the floor may rotate between the different positions.

In certain embodiments, the assembly may comprise an arm having a first end fixedly coupled to the floor and a second end rotatably coupled to an actuator, the actuator being configured to rotate the second end of the arm to move the floor between the positions. This may improve the consistency of forces applied to the floor thereby reducing the risk of damage occurring during use.

In certain embodiments, the assembly may comprise one or more detents arranged to releasably retain the floor in the different positions. This may reduce the risk of the floor being accidentally moved out of one of the positions.

The stowage compartment may comprise a wall arranged to at least partially separate the stowage compartment into a first stowage compartment beneath the first holder and a second stowage compartment beneath the second holder. As such, the assembly enables trinkets in the stowage compartment to be stored separately from each other. The dividing wall may entirely separate the first stowage compartment from the second stowage compartment thereby preventing anything in the first stowage compartment moving into the second stowage compartment. The dividing wall may partially separate the first stowage compartment from the second stowage compartment.

In certain embodiments, the stowage compartment may comprise a single compartment accessible through either holder. Thus, larger items may be stored in the stowage compartment.

In certain embodiments, the floor may be positionable between the third holder and the stowage compartment. That is, the floor may comprise the third floor. In the deployed position the floor may separate the stowage compartment from the third holder and in the retracted position the stowage compartment may be at least partially accessible through the third holder.

According to another aspect of the invention there is provided a vehicle comprising the above-described assembly.

In certain embodiments, the third holder may be positioned rearwards of the first and second holders relative to a front end of the vehicle thereby improving user access to a drink container held in the third holder.

Within the scope of this application it is expressly intended that the various aspects, embodiments, examples and alternatives set out in the preceding paragraphs, in the claims and/or in the following description and drawings, and in particular the individual features thereof, may be taken independently or in any combination.

That is, all embodiments and/or features of any embodiment can be combined in any way and/or combination, unless such features are incompatible. The applicant reserves the right to change any originally filed claim or file any new claim accordingly, including the right to amend any originally filed claim to depend from and/or incorporate any feature of any other claim although not originally claimed in that manner.

BRIEF DESCRIPTION OF THE DRAWINGS

One or more embodiments of the invention will now be described, by way of example only, with reference to the accompanying drawings, in which: Figure 1 shows a plan view of an assembly in accordance with an embodiment of the invention; Figure 2 shows a centre console in accordance with an embodiment of the invention; Figure 3 shows a vehicle in accordance with an embodiment of the invention; Figure 4 shows a part of the assembly of Figure 1; Figure 5 shows a part of the assembly of Figure 1; Figure 6 shows a perspective view of the assembly of Figure 1; Figure 7 shows a perspective view of the assembly of Figure 1; Figure 8 shows a further representation of a part of the assembly of Figure 1; Figure 9 shows a further representation of the assembly of Figure 1; Figures 10a-10d show schematic cross-sections of the assembly of Figure 1; Figure 11 shows an assembly in accordance with an embodiment of the invention; and Figure 12 shows an assembly in accordance with an embodiment of the invention.

DETAILED DESCRIPTION

Figure 1 shows a plan view of an assembly 1 for use within a centre console 200 of a vehicle 100 according to an embodiment of the invention.

The assembly 1 may be positioned within the centre console 200 as shown in Figure 2. In addition to the assembly 1, the centre console 200 may comprise further features such as an armrest 201 and a stowage compartment (not shown) beneath the armrest 201. In a vehicle 100, such as that shown in Figure 3, the centre console 200 may be positioned within any row of seats within the vehicle. For example, the centre console may be positioned between a driver seat (not shown) and a front passenger seat (not shown). Alternatively or additionally, the centre console may be positioned between two rear passenger seats (not shown). When the centre console 200 is within the vehicle 100, the assembly 1 may be closer to the front of the vehicle 100 than the armrest 201. However, the assembly 1 is not limited to this position. The centre console 200 may be adjacent to an instrument panel 300. A lower end of the instrument panel 300 is shown in Figure 2. Figure 3 also shows the longitudinal axis (or x axis) 101, the lateral axis (or y axis) 102 and the vertical axis (or z axis) 103 of the vehicle 100. When the assembly 1 is within a vehicle 100, a vertical axis of the assembly 1 may be substantially parallel to the vertical axis 103 of the vehicle 100.

In the embodiment shown in Figures 1 and 2, the assembly 1 comprises three holders: a first holder 4; a second holder 5; and a third holder 6. Each holder 4, 5, 6 is configured to receive and hold a drink container 2, 3. Each holder may hold a drink container 2, 3 by engaging an outer surface of the drink container 2, 3. Non-limiting examples of drink containers 2, 3 include a bottle, a can and a coffee cup.

As shown in Figure 1, the holders 4, 5, 6 are positioned in the assembly 1 so that a centre of the third holder 6 is offset from a centre line 7 passing through a centre of the first holder 4 and a centre of the second holder 5. As such, a drink container 2, 3 held in the third holder 6 does not substantially occlude the first and second holders 4, 5. Consequently, the placement of a drink container 2, 3 in the third holder 6 does not prevent a drink container also being held by either or both of the first and second holders 4, 5. Thus, the assembly 1 can simultaneously hold a drink container 2, 3 in each holder 4, 5, 6.

In the vehicle 100, the assembly 1 may be positioned so that the centre line 7 is parallel to the lateral axis 102 of the vehicle 100. Additionally, or alternatively, the third holder 6 may be offset from the centre line 7 so that the third holder 6 positioned rearwards of the first and second holders 4, 5 relative to a front end 104 of the vehicle 100. That is, the third holder 6 has a higher value on the longitudinal axis 101 of the vehicle 100 than the first and second holders 4, 5.

As shown in Figures 1 and 2, each of the holders 4, 5, 6 are defined by at least one wall and a floor. The floor of each holder 4, 5, 6 may support the drink container 2, 3 during use. When the assembly 1 is within the vehicle 100, the floor of each holder 4, 5, 6 may be in plane substantially perpendicular to the vertical axis 103 of the vehicle 100. In the embodiment in the Figures, the assembly 1 comprises a body 8. The at least one wall of each holder 4, 5, 6 extends into the body 8 to define the holder. As shown in Figures 6 to 9, the body 8 may be a substantially rectangular cuboid.

The first holder 4 is defined by a first wall 9 and a first floor 10 and the second holder 5 is defined by a second wall 11 and a second floor 12. In the embodiment shown in Figure 1, each of the first wall 9 and the second wall 11 comprise a plurality of adjoining straight sections. The straight sections are arranged so that at least some of the straight sections are configured to engage an outer surface of a drink container during use. Each of the first wall 9 and the second wall 11 comprise seven straight sections. However, the first and second walls 9, 11 are not limited to comprising the straight sections shown in Figure 1. For example, in alternative embodiments, one or both of the first wall 9 and the second wall 11 may comprise a different number of straight sections or at least one curved section such that the first holder and/or the second holder are substantially circular.

The first wall 9 may extend from the first floor 10 at an obtuse angle relative to the first floor 10. Additionally or alternatively, the second wall 11 may extend from the second floor 12 at an obtuse angle relative to the second floor 12. Thus, the width of the first and second holders 9, 11 may increase with the distance from the floor of the respective holder. As such, the first and second walls 9, 11 may frictionally engage an outer surface of a tapered drink container to hold the drink container within the respective holder. The first and second walls 9, 11 may also provide a reactive force on the drink container 2, 3 within the respective holder which may reduce the risk of a drink container tipping over in the holder.

The third holder 6 is also defined by at least one third wall 13, 14 and a third floor 15. As shown in Figures 1 and 2, the third holder 6 may be positioned between the first holder 4 and the second holder 5. As such, the at least one third wall 13, 14 comprises a first portion 13 and a second portion 14.

As shown in Figure 1, the first portion 13 of the third wall may extend from a first end 16 of the first wall 9 to a first end 17 of the second wall 11. The second portion 14 of the third wall may extend from a second end 18 of the first wall 9 to a second end 19 of the second wall 11. As such, the first, second and third walls are continuous (i.e. the first, second and third walls together provide a continuous wall). Therefore, the assembly 1 comprises a single recess, defined by the first, second and third walls, which is shaped to provide the first 4, second 5 and third 6 holders. Providing the three holders within a single recess may reduce packaging requirements for the assembly 1 in both the lateral and longitudinal directions of a vehicle 100.

In the embodiment shown in Figure 1, the first portion 13 of the third wall is closer to the centre line 7 than the second portion 14 of the third wall. The first portion 13 of the third wall may extend from the first wall 9 to the second wall 11 in a direction parallel to the centre line 7. That is, the first portion 13 of the third wall extends in a substantially straight line from the first end 16 of the first wall 9 to the first end 17 of the second wall 11. The first portion 13 of the third wall may therefore restrict movement of a drink container within the third holder 6 in a direction parallel to the longitudinal axis 101 of the vehicle 100.

As shown in the illustrated embodiment, the second portion 14 of the third wall may extend from the first wall 9 to second wall 11 in substantially a concave shape or C-shape so that the second portion may at least partially conform with the outside of a drink container. In other words, a cross-section of the second portion 14 of the third wall in a plane perpendicular to the vertical axis (not shown) of the assembly 1 is substantially concave or C-shaped. The vertical axis of the assembly 1 may be substantially parallel to the vertical axis 103 of a vehicle 100 when the assembly 1 is within the vehicle 100. The second portion 14 of the third wall therefore restricts movement of a drink container within the third holder 6 in directions parallel to the longitudinal axis 101 and parallel to the lateral axis 102 of the vehicle.

As shown in the embodiment in Figure 1, the concave shape of the second portion 14 of the third wall may be defined by three adjoining straight sections. The second portion 14 may comprise a first straight section 20 positioned in between a second straight section 21 and a third straight section 22. As shown in Figure 1, the second straight section 21 may adjoin the second end 18 of the first wall 9. The third straight section 22 may adjoin the second end 19 of the second wall 11. The first straight section 20 may be parallel to the centre line 7. In the embodiment shown in the Figures, the first straight section 20 is parallel to the first portion 13 of the third wall. Each of the second and third straight sections 21, 22 may extend from the first straight section 20 in a direction towards the centre line 7. That is, the angle from the first straight section 20 to the second straight section 21 may be an obtuse angle and the angle from the third straight section 22 to the first straight section 20 may be obtuse. In the embodiment of Figure 1, during use, a part of each of the straight sections of the second portion 14 of the third wall may engage a drink container. The second portion 14 of the third wall is not limited the shape shown in Figure 1. For example, the concave shape of the second portion 14 may be provided by alternative means. The second portion of the third wall may extend from the first wall to the second wall along an arc of a circle such that the second portion substantially conforms with the outside of a drink container.

As described above, the first portion 13 of the third wall is closer to the centre line 7 than the second portion 14 of the third wall. Placing the substantially straight portion 13 of the third wall nearest to the centre line 7 reduces the packaging requirements of the assembly 1. However, the invention is not limited to this arrangement. If packaging requirements allow, the first and second portions 13, 14 of the third wall may have alternative shapes. For example, both of the first portion 13 and the second portion 14 may each extend from the first wall 9 to the second wall 11 in substantially a concave shape or C-shape in the same manner as described above. Alternatively, the first portion 13 may extend from the first wall 9 to second wall 11 in substantially a concave shape or C-shape and the second portion 14 may extend from the first wall 9 to the second wall 11 in a direction parallel to the centre line 7.

As shown in the Figures, the at least one third wall 13, 14 may comprise at least one ledge 23, 24 to support a drink container. The at least one ledge 23, 24 may be substantially parallel to the third floor 15. The ledge 23, 24 enables the third holder 6 to hold a first drink container supported on the third floor 15 or a second drink container supported on the at least one ledge 23, 24 where the first drink container has a first diameter that is smaller than a second diameter of the second drink container. The width of third holder 6 is therefore greater above the at least one ledge 23, 24 than below the ledge 23, 24. Thus, the at least one ledge 23, 24 increases the versatility of the assembly 1 as it allows the third holder 6 to hold drink containers having different diameters.

As shown in Figure 1, the at least one ledge may comprise a first ledge 23 and a second ledge 24, where the first portion 13 of the third wall comprises the first ledge 23 and the second portion 14 of the third wall comprises the second ledge 24. Thus, a drink container 2, 3 may be supported by both portions of the third wall 13, 14 improving support of the drink container.

As shown in the embodiment in the Figures, the first ledge 23 may extend between the first wall 9 and the second wall 11 in a direction parallel to the centre line 7. Thus, the first ledge 23 is substantially straight as it extends from the first wall 9 to the second wall 11. In the embodiment shown in the Figures, the first ledge 23 is rectangular in shape. The first ledge 23 follows the same shape as the first portion 13 of the third wall as it extends from the first wall 9 to the second wall 11. As such, the first portion 13 of the third wall, which is below the first ledge 23, is in a plane that is parallel to but offset from the first portion 13 of the third wall, which is above the first ledge 23.

The second ledge 24 may extend from the first wall 9 to the second wall 11 in substantially a concave shape or C-shape. That is, the second ledge 24 may reside within a plane substantially parallel to the third floor 15 and may have a concave shape or C-shape within this plane. As shown in Figure 1, the concave shape of the second ledge 24 may be formed in a similar manner to the concave shape of the second portion 14 of the third wall.

The second ledge 24 may comprise three adjoining straight sections. The second ledge 24 may comprise a first straight section 25 positioned in between a second straight section 26 and a third straight section 27. As shown in Figure 1, the second straight section 26 may adjoin the second end 18 of the first wall 9. The third straight section 27 may adjoin the second end 19 of the second wall 11. The first straight section 25 may be parallel to the centre line 7. Each of the second and third straight sections 26, 27 may extend from the first straight section 25 in a direction towards the centre line 7. That is, the angle from the first straight section 25 to the second straight section 26 may be an obtuse angle and the angle from the third straight section 27 to the first straight section 25 may be obtuse. In the embodiment of Figure 1, during use, each of the straight sections may support a drink container and may improve the lateral and longitudinal support of the drink container. The second ledge 24 is not limited to the shape shown in Figure 1. For example, the concave shape of the second ledge 24 may be provided by alternative means. If the second portion 14 of the third wall extend from the first wall to second wall along an arc of a circle, the second ledge 24 may have the shape of a sector of an annulus of a circle.

The second ledge 24 may therefore follow the shape of the second portion 14 of the third wall. As such, the second portion 14 of the third wall, which is below the second ledge 24, is in a plane that is parallel to but offset from the second portion 14 of the third wall, which is above the second ledge 24. This may enable the second portion 14 of the third wall to at least partially conform with the outside of a first drink container below the second ledge 24 and to the outside of a second wider drink container above the second ledge 24.

As shown in the embodiment shown in Figure 1, with the exception of the ledges 23, 24, the at least one third wall may be substantially perpendicular to the third floor 15 (i.e. substantially parallel to the vertical axis of the assembly). That is, the first portion 13 and the second portion 14 of the third wall may be substantially perpendicular to the third floor 15 on either side of their respective ledges 23, 24. Thus, during use, the at least one third wall 13, 14 may frictionally engage a drink container 2, 3 having parallel sides, such as a can. The third holder 6 may also provide a reactive force on the drink container which may reduce the risk of a drink container tipping over in the holder 6. The third holder 6 may frictionally engage and provide a reactive force on a can having a first diameter when the can is supported on the floor 15 and frictionally engage a can having a larger diameter when the can is supported on the ledges 23, 24.

The first ledge 23 of the first portion 13 of the third wall may be narrower than the second ledge 24 which may reduce packaging requirements for the assembly 1. To reduce packaging requirements of the assembly 1 further, the first and second holders 4, 5 may be partly defined by the at least one ledge 23, 24 as shown in Figure 1. Thus, when a drink container is supported on the ledges 23, 24 of the third holder 6 the size of drink containerthat can be received and held by each of the first and second holders 4, 5 may be reduced compared to when a drink container is supported on the floor 15 of the third holder 6. For example, if a first drink container having a first diameter is supported on the floor 15 of the third holder 6, the first and second holders 4, 5 can hold drink containers which have larger diameters than if a second drink container having a second diameter which is larger than the first diameter is supported on the ledges 23, 24 of the third holder 6.

As described above, each holder 4, 5, 6 is configured to receive and hold a drink container 2, 3. To hold a drink container 2, 3, each of the first holder 4, the second holder 5 and the third holder 6 may be configured for frictionally engaging the drink container 2, 3. This frictional engagement may be provided by the walls 9, 11, 13, 14 of each holder 4, 5, 6. That is, a drink container 2, 3 may form a friction fit with the walls of the respective holder to securely hold the drink container within the holder. The walls 9, 11, 13, 14 of each holder 4, 5, 6 may also provide a reactive force on a drink container the holder 4, 5, 6 which may reduce the risk of a drink container tipping over in the holder 4, 5, 6.

The diameters of the holders 4, 5, 6 may be chosen to frictionally engage drink containers 2, 3 having specific diameters. For example, as described above, the wall of the third holder 6 may be configured to hold drink containers 2, 3 having parallel sides such as a can. Drink cans may have standardised sizes. As such, the size of the third holder 6 may be selected to engage a can having a first known diameter above the ledges 23, 24 or can having a second known diameter below the ledges 23, 24.

To hold a drink container 2, 3, as shown in Figure 1, the assembly 1 may comprise a plurality of holding members 28 extending from the first wall 9 and the second wall 11. As such, the first and second holders 4, 5 each comprise holding members 28 to frictionally engage a drink container. As show in Figure 1, each of the first and second walls 9, 11 may comprise a plurality of apertures 29 through which a plurality of holding members 28 extend into the respective holder. Each holding member 28 is movable relative its respective aperture so that the amount of the holding member 28 which extends into the holder 4, 5 can change thereby enabling drink containers having different diameters to be received within the first and second holders 4, 5. In the embodiment shown in the Figures, the apertures 29 and holding members 28 are positioned towards the open end of the first holder 4 and the second holder 5 which may improve the support of a drink container within each holder.

Each holding member 28 extends from a rear end 30 to a front end 31. As shown in the Figures, the front end 31 resides on the first side of the first or second wall 9, 11 so that the front end 31 is within the respective holder 4, 5. The rear end 30 resides on the second side of the first or second wall 9, 11 which is the opposite side of the wall to the holder 4, 5. Figures 4 and 5 shows the second side of the first wall 9 and the rear end 31 of one of the holding members. Each holding member 28 extends through either the first or second wall 9, 11 in the same manner as shown in Figures 4 and 5.

As shown in Figures 4 and 5, the rear end 30 of each holding member may be configured to retain the holding member 28 within its respective aperture 29. In the embodiment shown in the Figures, the rear end 30 comprises a flange 32 which is larger than the aperture 29. The flange 32 prevents the holding member 28 being pulled entirely through the aperture 29 into the holder 4, 5, from the first side of the second side of the respective wall.

Each holding member 28 tapers toward the front end 30 to allow the holding member 28 to move easily relative to the aperture 29. Each holding member 28 may taper from the rear end 30 to the front end 31. As shown in Figure 6, the holding members 28 may be wedged shaped. The holding members 28 may comprise a sloped upper surface which extends at an angle relative to the vertical axis of the assembly 1. The sloped upper surface may improve ease of engagement with a drink container as it is placed in a holder 4, 5. The holding member 28 may comprise vertical side walls and a flat lower surface. However, in alternative embodiments, the lower surface may also extend at an angle relative to the vertical axis of the assembly 1. As shown in Figures 4 and 5, the holding members 28 may be hollow.

Each of the first and second walls 9, 11 may comprise an arm 134 extending from the second side of the respective wall adjacent to the aperture 29. The arm 134 may be arranged to enable the holding member 28 to move relative to the aperture 29 but prevent the holding member 28 being entirely disengaged from the aperture 29. Thus, the arm 134 may prevent the holding member 28 being pushed entirely through the aperture 29, from the first side of the second side of the wall. The arm 134 may extend in a direction across the aperture 129. As shown in the embodiment in Figures 4 and 5, the arm 134 extends across the aperture 29 from a bottom end of the aperture 29 to a top end of the aperture 29. Thus, the arm 134 may be able to limit movement of the holding member 28 by engaging the holding member 28 across the length of the holding member 28. The arm 134 comprises a first portion 134a which extends in a direction away from the second side of the wall and a second portion 134b, adjoining the first portion 134a, which extends across the aperture 29. The second portion 134b may at least partially extend in a direction parallel to the second side of the wall. The first portion 134a of the arm 134 may provide space to enable the holding member 28 to move relative to the aperture 29 and the second portion 134b of the arm 134 may prevent the holding member 28 being entirely disengaged from the aperture 29.

As shown in Figures 4 and 5, the assembly 1 may comprise biasing means 33 coupled to the plurality of holding members 28. The biasing means 32 biases each of the plurality of holding members 28 through the first and second walls 9, 11 into the respective holders 4, 5. Thus, allowing the holding members 28 to frictionally engage drink containers having different diameters within the first and second holders 4, 5. In the non-limiting embodiment shown in Figures 4 and 5, the biasing means 33 comprises an elastic band. However, the biasing means 33 may comprise any means suitable for storing elastic energy such as, for example, at least one compression spring, at least one torsion spring or a foam. As shown in Figure 5, the elastic band extends around the second side of the first and second walls 9, 11, so that it engages each of the holding members 28. The body 8 of the assembly 1 may comprise one or more retaining members (not shown) arranged within the body 8 and configured to retain the biasing means 33. The one or more retaining members may be arranged to ensure the biasing means engages each of the holding members 28. The one or more retaining members may be arranged to retain the biasing means 33 as the biasing means 33 extends from one holder member 28 to the next holding member 33. For example, one or more retaining members may be positioned within the body between a first end 16 of the first wall 9 and a first end 17 of the second wall 11 thereby enabling the biasing means 33 to engage the holding member 28 of the first holder closest to the first end 16 of the first wall 9 and the holding member 28 of the second holder 5 closest to the first end 17 of the second wall 11. Non-limiting examples of the retaining member may include a pin and a hook.

The rear end 30 of each holding member 28 comprises a channel 35 configured to receive the biasing means 33. In the embodiment shown in the Figures, the rear end 30 comprises two channels 35 on opposing sides of the rear end 30. Each channel 35 is formed between two protrusions 36 on opposing sides of the rear end.

The channels 35 may define the location where the biasing means 33 engages the holding member 28. The channels 35 may hold the biasing means 33 in place relative to the holding members 30 and the first and second walls 9, 11. In alternative embodiments to those shown in the Figures, the rear end 30 of each holding member 28 may comprise a single channel.

As shown in Figures 4 and 5, the second side of the first wall 9 and second walls 11 may each comprise a channel 37 on either side on each aperture 29. Each channel 37 is formed between two protrusions 38. The channels 37 on either side of the aperture 29 provide a passage through which the biasing means 33 may extend from the holding member 28 and around the second side of the first and second walls 9, 11.

In the embodiment shown in the Figures, the assembly 1 comprises three holding members 28 extending into each of the first and second holders 4, 5. Three holding members 28 may provide sufficient frictional engagement to hold a drink container whilst reducing the packaging requirements of the assembly 1. However, in alternative embodiments the assembly 1 may comprise a different number of holding members.

During use, when a drink container is placed into one of the first and second holder 4, 5 the drink container engages the upper surface of the holding members 28 and pushes the holding members 28 radially outwardly through the apertures 29. The amount of each holding member 28 which is pushed through the aperture 29 depends on the diameter of the drink container. When the drink container is in the holder 4, 5, the biasing means 33 pushes the holding members 28 against the drink container. The holding members 128 may provide a reactive force on the drink container which may reduce the risk of a drink container tipping over in the holder 104, 105. The holding members 28 may also frictionally engage the drink container to securely hold the container in the holder 4, 5. Thus, the first and second holders 4, 5 are able to hold drink containers having different diameters.

In the embodiment shown in the Figures, each of the first and second holders 4, 5 are configured to hold a drink container having a larger diameter than the drink container which the third holder 6 is configured to hold. As described above, the third holder 6 can hold a first drink container supported on the third floor 15 or a second drink container supported on the at least one ledge 23, 24 where the first drink container has a first diameter that is smaller than a second diameter of the second drink container. The first and second holders 4, may hold a drink container having a third diameter which is greater than both the first and second diameters. However, the invention is not limited to this arrangement. In alternative embodiments, the maximum diameter for a drink container that each of the first, second and third holders 4, 5, 6 is configured to hold may be the same.

The assembly 1 enables three drink containers 2, 3 to be held at the same time. This could be by the first and second holders 4, 5 each holding a drink container 2, 3 and the third holder 6 holding a drink container 2, 3 that is supported on the third floor 15. Alternatively, the first and second holders 4, 5 may each hold a drink container 2, 3 and the third holder 6 may hold a drink container 2, 3 supported on the ledges 23, 24. When the drink container 2, 3 in the third holder 6 is supported on the third floor 15 the first and second holders 4, 5 may be able to hold drink containers 2, 3 having larger diameters than when the drink container 2, 3 in the third holder 6 is supported on the ledges 23, 24. The holding members 28 in the first and second holders 4, 5 may enable drink containers 2, 3 of different diameters to be held securely in these holders. Providing the third holder 6 in a position which is offset from the centre line 7 passing through the centre of the first holder 4 and the centre of the second holder 5 enables the assembly 1 to simultaneously securely hold a drink container 2, 3 in each holder. That is, placing a drink container 2, 3 in the third holder 6 does not prevent a drink container 2, 3 also being placed in the first and second holders 4, 5. The assembly 1 therefore provides a versatile assembly 1 for simultaneously holding three drink containers.

As described in the following embodiments, the versatility of the assembly 1 may be further improved by providing moveable floors for the holders 4, 5, 6. That is, the first floor 10, second floor 12 and third floor 15 may be moveable relative to the walls 9, 11 13 of the assembly.

Figures 6 to 9 show further features of the assembly 1. The assembly 1 may comprise a stowage compartment 70. As shown in the Figures 6 to 9, the stowage compartment 70 is positioned beneath the first, second and third holders 4, 5. The stowage compartment 70 may be used to store trinkets such as a mobile phone, keys, sunglasses and other small items. The stowage compartment 70 may comprise a single stowage compartment which is accessible through either the first holder 4 or the second holder 5. As the single stowage compartment 1 extends beneath the first, second and third holders 4, 5, 6, it may be sufficiently large to enable items such as sunglasses to be stowed.

In certain embodiments, the stowage compartment 70 may comprise a wall (not shown) to separate stowage compartment 70 into a first stowage compartment and a second stowage compartment. The first stowage compartment is beneath the first holder 4 and the second stowage compartment is beneath the second holder 5. As such, the first stowage compartment may be accessed via the first holder 4 and the second stowage compartment may be accessed via the second holder 5. In certain embodiments, the wall may be upstanding from the bottom of the stowage compartment 70. The wall may entirely separate the first stowage compartment from the second stowage compartment. That is, the wall may extend from the bottom of the stowage compartment 70 to the top of the stowage compartment 70, thus dividing the stowage compartment 70 into two separate compartments. As such, the wall may prevent an item placed in the first stowage compartment from moving into the second stowage compartment. Alternatively, the wall may partially separate the first stowage compartment from the second stowage compartment, for example, the wall may comprise a lip arranged between the first and second stowage compartments. Thus, the first stowage compartment can be accessed from the second stowage compartment 15 and, likewise, the second stowage compartment can be accessed from the first stowage compartment. The wall may therefore act to inhibit movement of an item resting on the bottom of the first stowage compartment into the second stowage compartment but still enables items such as sunglasses to be stowed within the stowage compartment 70.

As described above, each holder is defined by a floor. As shown in Figure 1, the assembly 1 comprises a first floor section 110 and a second floor section 112 for supporting drink containers within the first, second and third holders 4, 5, 6. As shown in Figure 1, the first floor section 110 comprises the first floor 10 and a portion of the third floor 15. The second floor section 112 comprises the second floor 12 and the remaining portion of the third floor 15. The first and second floor sections are positioned between the first and second holders 4, 5 and the stowage compartment 70. The first floor section 110 is configured to be positioned between the first holder 4 and the stowage compartment 70 and the second floor section 112 is configured to be positioned between the second holder 5 and the stowage compartment 70.

The first and second floor sections 110, 112 are moveable relative to the first, second and third holders 4, 5, 6 (i.e. moveable relative to the body 8 of the assembly 1) between different positions. The first and second floor sections 110, 112 are independently moveable from each other. In certain embodiments, the assembly may comprise one or more detents (not shown) arranged to releasably retain the floor in the different positions.

The floor sections 110, 112 may be moveable to a deployed position where the floor sections 110, 112 separate the stowage compartment 70 from the first holder 4 and from the second holder 5. That is, the first floor section 110 separates the first holder 4 from the stowage compartment 70 and the second floor section 112 separates the second holder 5 from the stowage compartment 70. When the floor 8 is in the deployed position, each of the first and second holders 5, 6 may be used to hold a drink container 2, 3. In the embodiment shown in Figures 6 to 9, in the deployed position the floor sections 110, 112 also separate the stowage compartment 70 from the third holder 6. Thus, in the deployed position the third holder 6 may hold a drink container 2, 3 either supported on the floor 15 or on the ledges 23, 24. The stowage compartment 70 is effectively closed when the floor sections 110, 112 are in the deployed position. As such, the stowage compartment 70 may be used to store trinkets such as a mobile phone, keys, sunglasses and other small items. In certain embodiments, the assembly 1 may comprise a locking mechanism (not shown) configured to releasably secure the floor sections 110, 112 in the deployed position. Any suitable locking mechanism may be used. Non-limiting examples of suitable locking mechanisms include an inertia lock, a detent, a mechanical lock configured to be operated by a user in the vehicle and an electromechanical lock operated configured to be operated by a user in the vehicle.

The floor sections 110, 112 may be moveable to a retracted position where at least a portion of the stowage compartment 70 is accessible through at least one of the first holder 4 and the second holder 5. The stowage compartment 70 may also be partially accessible through the third holder 6.

The retracted position may comprise a partially retracted position and a fully retracted position. In the partially retracted position, the floor sections 110, 112 may separate the stowage compartment 70 from one of the first and the second holders 4, 5 and the stowage compartment 70 may be accessible through the other of the first and second holders 4, 5. For example, the first floor section 110 may be retracted so that the stowage compartment 70 is accessible through the first holder 4 and the second floor section 112 may deployed separating the second holder 5 from the stowage compartment 70. Therefore, this position for the floor sections 110, 112 enables a tall drink container 3, such as a bottle, to be held in the first holder 4. The base of the tall drink container 4 may be supported on the bottom on the stowage compartment 70. Holding a drink container in this manner reduces the amount by which it extends above the assembly 1. Thus, the drink container is less likely to interfere with user access to the centre console 200, instrument panel 300, or other parts of the vehicle 100. Additionally, supporting the base of the tall drink container 4 on the bottom on the stowage compartment may reduce the risk of the container 3 tipping over or falling during use as the motion of a vehicle 100 changes such as during concerning, acceleration or braking. The second holder 5 may be used to hold a short drink container 2, such as a coffee cup or a can, which is supported on the second floor section 112. The portion of the stowage compartment 70 beneath the second holder 5 may be used to stow items. In the partially retracted position, the ledges 23, 24 of the third holder may be used to support a further drink container 2, 3.

In the fully retracted position, at least a portion of the stowage compartment 70 may be accessible through the first holder 4 and the second holder 5. The stowage compartment 70 may also be accessible through the third holder 6. In the fully retracted position, both of the first floor 110 and the second floor section 112 are retracted to allow the stowage compartment 70 to be accessed through both the first holder 4 and the second holder 5.

In the fully retracted position, a tall drink container 3, such as a bottle, may be held in each of the first holder 4 and the second holder 5. Each tall drink container 3 may rest on the bottom of the stowage compartment 70. In the fully retracted position, a tall drink container 3 may also be held in the third holder 6 where the tall drink container 3 also rests on the bottom of the stowage compartment 70. Alternatively, the third holder 6 may hold a drink container 2 which is supported on the ledges 23, 24. Providing floor sections 110, 112 that are movable between the deployed position and the retracted position enables a user to further configure the assembly 1 to suit their stowage requirements at any particular time.

Figure 10 shows schematic cross-sections of the assembly with the floor sections 110, 112 in the different positions and holding different drink containers 2, 3. The third holder 6 is not shown in Figure 10. Figure 10a shows the floor sections 110, 112 in the deployed position, where each of the first and second holders 4, 5 may be used to hold a short drink container 2, such a coffee cup or a can. The stowage compartment 70 may be used to store trinkets. Figures 10b to 10d show the floor sections 110, 112 in the retracted position. The partially retracted position is shown in Figures 10b and 10c. In Figure 10b, the second holder5 may be used to hold a short drink container 2, such as a coffee cup or a can, which is supported on the second floor section 112. The portion of the stowage compartment 70 beneath the second holder 5 may be used to stow trinkets.

The first holder 4 may be used to hold a tall drink container 3. Figure 10c shows an alternative arrangement for the partially retracted position in which the second floor section 112 is retracted so that a tall drink container 3, such as a bottle, may be held in the second holder 5 and the first floor section 110 is deployed so that a short drink container 2, such as a coffee cup or a can, may be held in the first holder 4. The fully retracted position is shown in Figure 10d where the stowage compartment is accessible through the first and second holders 4, 5 so that the first and second holders may be used to hold tall drink containers 3. The holding members 28 described above may frictionally engage both tall drink containers 3 and short drink containers 2 that are held within the first and second holders 4, 5. In each of the partially retracted and fully retracted positions, the third holder 6 may hold a drink container supported on the ledges 23, 24. In the fully deployed position, the third holder 6 may hold a drink container supported either on the ledges 23, 24 or on the third floor 15.

In the embodiment shown in Figures 6 to 9, the floor sections 110, 112 are configured to slide between the different positions. The first floor section 110 is configured to slide relative to the holders independently of the second floor section 112 between the different positions. As shown in Figures 6 to 9, the assembly 1 may comprise a plurality of rails along which the first floor section 110 and the second floor section 112 may be configured to move between the different positions. As shown in Figure 6, the assembly 1 may comprise a first pair of rails 140, 141 along which the first floor section 110 is configured to slide and a second pair of rails 142, 143 along which the second floor section 112 is configured to slide. Each of the rails is arranged perpendicular to the centre line 7 which is shown in Figure 1. As such, the first and second floor sections 110, 112 may slide in a direction perpendicular to the centre line 7 when moving between the deployed and retracted positions. When the assembly 101 is within a vehicle 1000, the first and second floor sections 110, 112 therefore slide in a direction parallel to the longitudinal axis 1001 of the vehicle. That is, the floor sections 110, 112 can slide forwards and rearwards relative to the vehicle. The arrangement of the rails means that movement of the first floor section 110 does not affect the second floor section 112 or access to the stowage compartment 70 via the second holder 5. Similarly, movement of the second floor section 112 does not affect the first floor section 110 or access to the stowage compartment 70 via the first holder 4.

The first pair of rails 140, 141 are positioned so that one rail is on either side of the first holder 4. The first pair of rails 140, 141 comprises an outer rail 140 on the side of the first holder 4 furthest from the second holder 5 and an inner rail 141 positioned on the side of the first holder 4 closest to the second holder 5. Similarly, the second pair of rails 142, 143 comprises an outer rail 142 on the side of the second holder 5 furthest from the first holder 4 and an inner rail 143 positioned on the side of the second holder 5 closest to the first holder 4. As such, each floor 110, 112 is supported on either side of the respective holder. Additionally, the rails are positioned so as to not impede access to the stowage compartment through the holders when the floor is in the retracted position. This may be achieved by the inner rails 141, 143 and outer rails 140, 142 of each pair being different lengths. As shown in the embodiment in Figure 6, the outer rails 140, 142 of each pair of rails may extend from a first side 144a of the body 8 of the assembly 1 substantially to a second opposing side 144b of the body 8. The inner rail 141, 143 of each of the pairs of rails may be shorter than the outer rail 140, 142 of each pair. The inner rail 141, 143 of each of the pair of rails may not extend to the second side 144b of the body 8 i.e. the inner rails 141, 143 may only extend partially across the body 108. As shown in the embodiment in Figure 6, the inner rails 141, 143 of each pairs of rails may end at or before the first portion 13 of the third wall. That is, the inner rails 141, 143 do not extend from the first portion 13 of the third wall to the second portion 14 of the third wall. Thus, the inner rails 141, 143 do not extend beneath the third holder 106.

As shown in Figures 6 and 8, each of the plurality of rails 140, 141, 142, 143 extend away from the holders on the first side 144a of the body 8 of the assembly 1 so that each floor section 110, 112 is supported in the retracted position. The assembly 1 may comprise a shelf 145 arranged to support the rails as the rails extend from the first side 144a of the body 8.

As shown in Figures 8 and 9, each rail 140, 141, 142, 143 has a front face 146 adjoining two substantially parallel sides faces 147, 148. In the embodiment shown in Figures 6 to 9, the front face 146 is perpendicular to the sides faces 147, 148 of each rail 140, 141, 142, 143. The rails 140, 141, 142, 143 in each pair are angled towards each other so that the front faces of the rails in each pair face at least partially towards each other. This arrangement reduces the risk the first and second floor sections 110, 112 being accidentally lifted up off the rails 140, 141, 142, 143 and may also prevent any liquids spilled from the containers from entering the rails 140, 141, 142, 143. As shown in Figures 8 and 9, the front face 146 of the inner rail 141, 143 and the front face 146 of the outer rail 140, 142 in the pair are not horizontal and are at an angle relative to the vertical axis of the assembly 1.

Each floor section 110, 112 comprises a plurality of legs configured to engage the respective rails 140, 141, 142, 143 so that the floor section 110, 112 may slide along the rails 140, 141, 142, 143.

As shown in Figure 9, the first floor section 110 comprises an outer pair of legs 150, 151 to engage the outer rail 140 of the first pair of rails. One of the outer pair of legs 150 engages one of the side face 147 of the outer rail 140 and the other of the outer pair of legs 151 engages the other the side face 148 of the outer rail 140.

The outer pair of legs 150, 151 are substantially parallel to one another. The legs 150, 151 in the outer pair are different lengths due to the outer rail 140 being angled towards the inner rail 141 of the first pair of rails. The leg 151 closer to the centre of the first floor section 110 is longer that the leg 150 that is further from the centre of the first floor section 110.

To engage the inner rail 141 of the first pair of rails, the first floor section 110 comprises an inner leg 152 and a recess 153. The inner leg 152 is configured to engage the side face 147 of the inner rail 141 which is closest to the centre of the first floor section 110. The recess 153 comprises an engaging surface 154 configured to engage the side face 148 of the inner rail 141 which is furthest from the outer rail 140 of the first pair of rails.

The inner leg 152 and the engaging surface 154 are substantially parallel to one another.

Whilst in the embodiment shown in Figures 6 to 9, the first floor section 110 is configured to engage the inner and outer rails 140, 141 in different manners, the first floor section 110 is not limited to this arrangement. In alternative embodiments, the first floor section 110 may comprise an outer pair of legs to engage the outer rail 140 of the first pair of rails and an inner pair of legs to engage the inner rail 141 of the first pair of rails.

Alternatively, the first floor 110 may comprise an inner leg and a recess to engage the outer rail 140 of the first pair of rails, and an inner leg and a recess to engage the inner rail 141 of the first pair of rails. As shown in Figure 9, the second floor section 112 is configured to engage the second pair of rails 142, 143 in the same way as the first floor section 112 is configured to engage the first pair of rails 140, 141.

In the Figures, the floor 110, 112 is in the deployed position in Figures 1, 6 and 9, and the fully retracted positions in Figure 7. The floor 110, 112 is in the partially retracted position in Figure 8 where the first floor section 110 is retracted so that it extends from the first side 144a of the body 8 and the second floor section 112 is deployed.

As shown in the embodiment in Figure 9, the first and second floor sections 110, 112 may partially overlap each other so that there is no gap between the first and second floor sections 110, 112 in the assembly 1. Adjacent edges of the first and second floor sections 110, 112 may have complementary shapes so that one of the floor sections partially overlaps the other floor section. Adjacent edges of the first and second floor sections 110, 112 may have any suitable shapes. In the non-limiting embodiment shown in Figure 9, the second floor section 112 comprises a step 155 on its edge adjacent to the first floor section 110 and the first floor section 110 comprises an extension 156 arranged to cover the step 155 such that an upper surface of the first floor 110 is flush with an upper surface of the section floor 112.

Each of the first and second floor sections 110, 112 may comprise an engagement member 157 which is accessible by a user. The user may use the engagement member 157 to slide the floor section between different positions. Non-limiting examples of the engagement member 157 may comprise a recess or aperture in the floor section or a tab or projection on the floor section. In the embodiment shown in Figures 6 to 9, the first and section floor sections 110, 112 each comprise a recess. The recess is positioned on one edge of the floor section. This edge of the floor section is accessible through the respective holder 4, 5 when the floor section 110, 112 is in both the deployed or retracted positions. The recess is shown in Figure 7 and Figure 10.

In certain embodiments, the assembly 1 may comprise one or more detents (not shown) arranged to releasably retain the floor sections 110, 112 in the different positions.

Figure 11 shows an alternative embodiment of the assembly 1001 to that shown in Figures 1, 2 and 4 to 9.

The embodiment of the assembly 201 shown in Figure 11 includes all features of the embodiment of the assembly 1 shown in Figures 1, 2 and 4 to 9 and differs only in how the floor sections 1110, 1112 are moved between the deployed and retracted positions. Reference numerals in Figure 11 correspond to those used in Figures 6 to 9 for like features but are transposed by 1000. In the embodiment of Figures 6 to 9, a user moves the floor sections 110, 112 between the different positions by pushing or pulling on the engagement members 157 on the first and second floor sections 110, 112. Whereas in the embodiment of Figure 11, the user moves the floor sections by alternative means.

As shown in Figure 11, the assembly 1001 comprises an arm 1260 coupled to a switch 1261. The arm 1260 and switch 1261 are configured to move the floor sections 1110, 1112 between the different positions.

A first end 1262 of the arm 1260 is fixedly coupled to the second floor section 1112. Thus, movement of the arm 1260 causes movement of the second floor section 1112. The first end 1262 of the arm 1260 may be coupled to an end of the second floor section 1212 which is closest to the first side 1044a of the body 1008.

A second end (not shown) of the arm 1260 is rotatably coupled to the body 1008 of the assembly 1000 by the switch 1261. The switch 1261 is configured to move relative to the body 1008 of the assembly 1000. The switch 1261 may be moveable in a direction parallel to the direction of motion of the second floor section 1112. As shown in Figure 11, the switch 1261 may be positioned by the open end of the second cup holder 1005. Thus, in the assembly 1000 the second end of the arm 1260 is higher than the first end 1262 of the arm 1260.

The second end 1262 of the arm 1260 is coupled to the switch 1261 so that movement of the switch 1261 causes the second end of the arm 1260 to rotate about an axis perpendicular to the direction of motion of the second floor section 1112. The second end of the arm 1260 may be rotatably coupled to the switch 1261 by a pin or a pivot (not shown). In the embodiment shown in Figure 11, the pin or pivot may be parallel to the centre line passing through a centre of the first holder 1004 and a centre of the second holder 1005.

The switch 1261 provides an actuator to move the arm 1260. That is, the switch 1261 controls movement of the arm 1260 to move the second floor section 1112 between the different positions. Movement of the switch 1261 causes the second end of the arm 1260 to rotate. This rotation creates a levering effect on the arm 1260. As the first end 1262 of the arm 1260 is fixed coupled to the second floor section 1112, the levering effect causes the second floor section 1112 to move. Thus, a user may operate the switch 1261 to move the second floor section 1112 between the deployed and retracted positions.

The arm 1260 is configured to deform as the second floor section 1112 moves between the retracted and deployed positions. Thus, the arm 1260 may be extended when the second floor section 1112 is in the retracted position as shown in Figure 11 and the arm 1260 may be compressed when the second floor section 1112 is in the deployed position separating the second cupholder 1005 from the stowage compartment 1070. The arm 1260 may comprise two elbows 1264, 1265 which enable the arm 1260 to change shape and provide a force to move on the second floor section 1112 between the retracted and deployed positions. The elbows 1264, 1265 provide joints in the arm 1260 so that the arm 1260 may extend in different directions on either side of the elbows 1264, 1265. The arm 1260 may be configured to flex about the elbows 1264, 1265.

The above-described arm 1260 is arranged to move the second floor section 1112 of the assembly 1000. The assembly 1000 may comprise a corresponding arm and switch arranged to move the first floor sections 1110 between the deployed and retracted positions.

Figure 12 shows an alternative embodiment of the assembly 2001 to the embodiments shown in Figures 1, 2 and 4 to 9 and Figure 11. The embodiment of the assembly 2001 shown in Figures 12 includes all features of the embodiment of Figures 1 to 2 and 4 to 9 and differs only in the configuration of the floor sections and how the floor sections are moved between the deployed and retracted positions. In the embodiment of Figure 12, the assembly 2001 does not comprise a plurality of tracks. Reference numerals in Figure 12 correspond to those used in Figures 6 to 9 for like features but are transposed by 2000.

As shown in Figure 12, the assembly 2001 comprises a single floor section 2372. Thus, the floor section 2372 comprises the first floor, the second floor and the third floor of the holders 2004, 2005, 2006. This single floor section 2372 is movable between a deployed position and a retracted position where the retracted position may comprise a partially retracted position and a fully retracted position. As described above, in the deployed position the floor 2372 separates the stowage compartment 2070 from the first holder 2004 and from the second holder 2005. In the partially retracted position, the floor 2372 may separate the stowage compartment 2070 from one of the first and the second holders 2004, 2005 and the stowage compartment 2070 may be accessible through the other of the first and second holders 2004, 2005. In the fully retracted position, at least a portion of the stowage compartment 2070 may be accessible through the first holder 2004 and the second holder 2005. In Figure 12, the floor 2372 is in the partially retracted position so that the stowage compartment 2070 is accessible through the first holder 2004 but the floor 2372 separates the stowage compartment 2070 from the second holder 2005.

The assembly 2002 comprises a pivot 2373 between the first holder 2004 and the second holder 2005. The floor 2372 is coupled to the pivot 2373 so that the floor 2372 is rotatable about the pivot 2373 between the different positions. As the floor 2372 is a single section, the entire floor rotates as one piece about the pivot 2373. The pivot 2373 causes the floor 2372 to rotate relative to the body 2008 of the assembly 2001. The body 2008 comprises a slot 2374 through which the floor 2372 moves when it is rotated. As shown in Figure 12, the assembly 2001 may comprise a shelf 2145 on the first side 2144a of the body 308 configured to support the floor 372 when it is in the retracted position.

The pivot 2373 may comprise a rod (not shown) coupled to the floor 2372. The rod may extend through the body 2008 so that it is accessible to a user. Thus, the user may rotate the rod to move the floor between the different positions. As shown in Figure 12, the pivot 2372 may comprise a knob or gripping means 2375 coupled to the rod that a user may grasp to move the floor 2372 between the different positions.

In the embodiment shown in Figure 12, as the pivot 2373 is positioned between the first holder 2004 and the second holder 2005. The user can rotate the knob 2375 to move the floor 2372 between the different positions.

If the floor 2372 is in the deployed position, separating the stowage compartment 2070 from both the first and second holders 2004, 2005, the user may rotate the knob 2375 either clockwise or anticlockwise relative to the body 2008 to move the floor.

From the deployed position, if the user rotates the knob 2375 approximately 90° clockwise relative to the body 2008, the floor 2372 moves to the partially retracted position with the stowage compartment 2070 accessible through the first holder 2004 and the floor 2372 separates the stowage compartment 2070 from the second holder 2005 as shown in Figure 12. If the user rotates the knob 2375 an additional 90° clockwise relative to the body 2008, the floor 2372 moves to the fully retracted position where the stowage compartment 2070 is accessible through the first and second holders 2004, 2005.

Alternatively, from the deployed position, if the user rotates the knob 2375 approximately 90° anticlockwise relative to the body 2008, the floor 2372 moves to the partially retracted position with the stowage compartment 2070 accessible through the second holder 2005 and the floor 2072 separates the stowage compartment from the first holder. If the user rotates the knob 2375 an additional 90° anticlockwise relative to the body 2008, the floor 2372 moves to the fully retracted position where the stowage compartment 2070 is accessible through the first and second holders 2004, 305. The assembly 2001 of Figure 12 provides an alternative manner by which the floor 2372 of the assembly 2001 may move between the different positions.

The skilled person would understand that various modifications can be made to the above described embodiments.

In the above described embodiment, the third holder 6 comprises at least one ledge 23, 24. However, in alternative embodiments the ledge of the third holder may be omitted. Alternatively, each of the first and second portions of the third wall may comprise two ledges which are vertically separated from each other. Thus, the third holder may be configured to hold drink containers having three different diameters.

Additionally or alternatively, in the above described embodiment the first, second and third walls 9, 11, 13, 14 are continuous so that the assembly 1 comprises a single recess which is shaped to provide the first, second and third holders 4, 5, 6. In an alternative embodiments, the first, second and third walls may be separate so that each holder comprises a separate recess.

In alternative embodiments, the biasing means may comprise a plurality of springs. A spring may be connected to each holding member to bias the holding member through the aperture into the respective holder.

In the above-described embodiment shown in Figure 1, the first floor section 110 comprises a portion of the third floor 15 of the third holder 106 and the second floor section 112 comprises a portion of the third floor 15. However, in alternative embodiments the third floor may be differently formed. For example, the first floor section may comprise all of the third floor 15 or the second floor section 112 may comprise all of the third floor 15. Alternatively, the third floor may comprise a separate third floor section. The third floor section may be moveable or fixed relative to the third holder.

Claims

CLAIMSAn assembly for a centre console of a vehicle, the assembly comprising: at least one first wall and a first floor defining a first holder; at least one second wall and a second floor defining a second holder; and at least one third wall and a third floor defining a third holder; wherein each of the first holder, the second holder and the third holder are configured to receive and hold a drink container; and wherein a centre of the third holder is offset from a centre line passing through a centre of the first holder and a centre of the second holder such that the assembly is configured to simultaneously hold a drink container in each holder.
2. An assembly according to claim 1, wherein each of the first holder, the second holder and the third holder is configured to engage a drink container.
3. An assembly according to claim 1 or 2, wherein the third holder is positioned between the first holder and the second holder.
4. An assembly according to claim 3, wherein the at least one third wall comprises a first portion extending from a first end of the first wall to a first end of the second wall and a second portion extending from a second end of the first wall to a second end of the second wall.
5. An assembly according to claim 4, wherein the first portion of the third wall extends from the first wall to the second wall in a direction parallel to the centre line.
6. An assembly according to claim 5, wherein the first portion of the third wall is closer to the centre line than the second portion of the third wall.
7. An assembly according to any one of claims 4 to 6, wherein the second portion of the third wall extends from the first wall to the second wall in a substantially concave shape so that the second portion at least partially conforms to an outside of a drink container.
8. An assembly according to any one of the preceding claims, wherein the at least one third wall comprises at least one ledge to support a drink container such that the third holder is configured to hold a first drink container supported on the third floor or a second drink container supported on the at least one ledge, wherein the first drink container has a first diameter that is smaller than a second diameter of the second drink container.
9. An assembly according to claim 8, wherein the first and second holders are partly defined by the at least one ledge.
10. An assembly according to claim 8 or 9, when dependent on claim 5, wherein the at least one ledge comprises a first ledge and a second ledge and wherein the first portion of the third wall comprises the first ledge and the second portion of the third wall comprises the second ledge.
11. An assembly according to claim 10, wherein the first ledge is narrower than the second ledge.
12. An assembly according to claim 10 or 11, wherein the first ledge extends between the first wall and the second wall in a direction parallel to the centre line and/or wherein the second ledge extends from the first wall to the second wall in substantially a concave shape.
13. An assembly according to claim any one of the preceding claims, wherein the at least one first wall and the at least one second wall each comprise a plurality of apertures through which a plurality of holding members extend into the respective holder; wherein the holding members are configured to engage a drink container; and wherein the assembly comprises biasing means coupled to the plurality of holding members thereby biasing the plurality of holding members through the first and second walls into the respective holders.
14. An assembly according to any one of the preceding claims, wherein the third holder is configured to hold a drink container having a smaller diameter than a drink container each of the first and second holders are configured to hold.
15. A vehicle comprising the assembly of any one of the preceding claims.