Improved packaging

Abstract

A device 12 for protecting an object 14 such as a glass bottle, has at least three fins 18 for forming a cage around the object. Each fin has a connection to an adjacent fin, enabling the fins to expa

Description

The invention relates to a device for protecting an object. More specifically, the invention relates to device for protecting an object packaged therein e.g. a glass bottle. The invention can include a container e.g. box for packaging the device. The invention also generally relates to a blank for forming the device and / or the container. The invention extends to a method of forming and / or assembling the blank for forming the device and / or the container. BACKGROUND Known devices for protecting breakable objects include foam packaging, bags of air, loose straw-like material and corrugated material. Materials used are often expanded-type material e.g. foam that substantially surround an object to be protected and allow a degree of movement within the device. Some devices use packaging material e.g. loose expanded foam pieces that surround an object completely thus masking the object from view until unpacked. Many types of packaging material have fixed dimensions thus occupy significant storage space. While some custom expanded foam packaging is known it uses synthetic materials and is not environmentally friendly. It is against this background that the present invention has been made. This invention results from efforts to overcome the problems of known devices and / or packaging material, which suffer from at least one of inefficient storage, excessive movement during transit, low energy absorbing properties and inadequate object visibility. Other aims of the invention will be apparent from the following description. SUMMARY The invention generally relates to a device for protecting an object packaged therein, the device having at least three fins for forming, at least in part, a cage around the object, wherein each fin is configured to extend radially from the object. The device can have a cut-out for defining a recess for receiving, at least in part, the object. The invention can include a container e.g. a box for packaging the device. The invention also generally relates to a blank for forming the device and / or the container. The invention also generally relates to a method of forming and / or assembling the blank for forming the device and / or the container. A plurality of devices can be configured to protect an object, wherein each of the plurality of devices includes a cut-out that defines, at least in part, a recess for retaining an object, wherein the plurality of devices can be releasably securable together to retain and / or protect an object secured therein. The fins can be fabricated from planar sheet material. The fin, when assembled as part of the device, can be described as an elongate sheet of material e.g. a flat rib, which can be longer than it is wide. In one example, there resides a device for protecting an object packaged therein, the device having at least three fins for forming, at least in part, a cage around the object, wherein each fin has: a connection to an adjacent fin enabling the at least three fins to expand about a centre region of the device and / or extend radially from the object; and a cut-out for defining a recess for receiving, at least in part, the object therein, wherein the at least three fins are positioned around the recess for protecting the object therein. The device has a longitudinal axis extending through the centre region. The fins can be configured to fan-out around a recess defined by a cut-out. The fins can be configured to form a concertina protective barrier around a recess defined by a cut-out. Each fin can have a fold-line about which the fins can expand and contract. The centre-region can be centrally positioned with a cross-section of the device. The fins can extend in the direction of the longitudinal axis. Connections to an adjacent fin can be releasably securable e.g. using a locking mechanism. The connection can be a hinged connection. A connection can be provided at one or both ends of the recess defined by the cut-out. Multiple devices can be used to define a recess in which an object can be to be retained. The device can be configured to protect a glass bottle e.g. a whisky bottle within the recess, and releasably secure the bottle therein. The fins extending radially from the recess defined by the cut-out provide a viewing angle, when viewed from the side towards the longitudinal axis of the device, of at least about 120-degrees. This can enable an object secured in the recess to be both protected and identifiable through the object. By way of example, if each fin occupies two-degrees of the potential 360-degrees of viewing angle around the side on an object secured in the recess, then the viewing angle of the recess can range from 240-degrees (60 fins) to 354-degrees (three fins). If each fin occupies one—degrees of the potential 360-degrees of viewing angle around the side on an object secured in the recess, then the viewing angle of the recess can range from 300-degrees (60 fins) to 357-degrees (three fins). Overall, when viewed from the side towards the longitudinal axis of the device between 240-degrees and 357-degrees of view are available. Each fin can: be defined by a separate component e.g. the device can be formed of multiple pieces assembled together; and have a fold-line separating two portions of the fin. Each fold line can be configured adjacent the centre region. Adjacent portions of the fins can be connected. Each fin can include a tab, and the tab can be connected to an adjacent fin. At least one of the two portions of the fin can define an outer edge of the fin, distal from the recess; and / or the perimeter of the cut-out can include, at least in part, the two portions of the fin. The portions of the fin can function like wings. The fold can define the connection between each wing. Each fin can include, at least in part, two layers of material e.g. the planar sheet material from which the fin can be formed. The device can be changeable between: a storable configuration in which the at least three fins are flat-packed, and an open configuration in which the at least three fins extend substantially radially from the centre region and / or the recess. The fins can be configured to open and close around the centre region like a fan. The connection to an adjacent fin can includes a fold-line. The connection can be in the centre region. Adjacent fins are formed from a single sheet of planar sheet material, wherein fins are separated by a fold-line in said material. Each fin can comprise a planar sheet of foldable material. Each fin can be a planar. Each fin can extend in the same direction. Each fin can have a rectangular form with the cut-out configured on a longitudinal edge. Each fin can have: an inner edge, proximal to the centre region; a recess edge, defining the edge of the cut-out and perimeter of the recess; and an outer edge, distal from the centre region and / or the recess. The outer edge, distal from the centre region can have an arcuate form. The planar sheet of material around the periphery of the cut-out can include at least two layers of sheet material. The connection can comprise a first connection region provided at a first end and / or a second connection region. The cut-out can be configured between the first connection and the second connection. The device can be configured in two parts, wherein said parts releasably enclose approximately half of the object i.e. one device defines one half of the recess and another device defines the other half of the recess. A plurality of device can be configured to define the recess formed by the cut-outs, wherein together said parts releasably enclose the object. The at least three fins, in a storable configuration, can be flat-packed, and can include: a first fin, located at one side of the device; a second fin, located at the other side of the device; and at least one middle fin, the at least one middle fin positioned between the first fin and the second fin and connected to adjacent fins, wherein the first fin and the second fin are configured to wrap around the object to be protected and releasably secure together for receiving and releasably securing the object in the recess. The fins can be conjured to be connected and / or formed in a row. The device, or the blank, which have fins, can have at least at least one connection between fins e.g. one fin connects to an adjacent fin. The connection can be releasably securable. A handle can be configured adjacent said connection for supporting the weight of the device and / or inhibiting separation thereof. The handle can be a tab that extends from a fin e.g. it is an integral part of the fin e.g. formed from the same material. A handle can extend from fins e.g. each adjacent fin proximal the connection such that when the device is assembled to enclose and support an object the handles on adjacent fins are also adjacent. The handle e.g. tab can have finger holes for improved handling of the device. The point at which fins meet to engage with an adjacent fin and / or enclose an object therein can comprise a releasably securable connection e.g. a tab and slot, and said connection, while configured to be openable, should not open when the device is lifted - therefore, the positioning of the handles adjacent the connection means that when a person lifts the device the weight is borne e.g. supported primarily by the handles thus separation of the connection is inhibited. The length in the radial direction of at least one of the at least three fins can be different from the other fins. This can enable the device to be sized for packaging in any shaped container. In other words, the fin length can be configured for any cross-sectional shape of a container e.g. a tube-like container. Tethers can be connected between the at least three fins, which are configured to inhibit relative movement of the at least three fins for securing the object when received in the recess. The tethers function like webs e.g. they span the fins in the open configuration in which an object can be protectable. The tether can be at least one of: a web; a web that can be integral with, and extends from, a fin; and a web that can be configured to extend from a fin and includes a locking-tab configured to engage with a slot on an adjacent fin. A tether can control e.g. limit movement of the fins and can be implemented using, for example, a piece of string e.g. cord, a ribbon or other such strap. The device can further comprise a mechanism for providing at least one of: a carry-handle for the device; and an extraction means for enabling a user to withdraw the device from a corresponding container for protecting the device. In another example, a container e.g. a box, can be configured to releasably secure the device as described and claimed herein for protecting the device and the object secured in the device. The interior walls of the container can contact, at least in part, outer edges of the at least three fins for inhibiting movement of the device and / or the object within the container. In another example, a device and a container are provided in a kit. In another example, there is provided a blank for a device, the blank comprising: a section of foldable panels for forming at least three fins around a centre region of the device, wherein each fin can be connected to an adjacent fin at a fold-line; and cut-outs for defining a recess within the at least three fins for receiving, at least in part, an object therein. The cut-outs can be configured to provide a plurality of recesses. The or each of the recesses can be positioned about the axis in the centre of the device. The fins at the opposing ends of the section of foldable panels can be configured to releasably connect. The at least three fins on the blank can include: a first fin, located at one side of the device; a second fin, located at the other side of the device; and at least one middle fin, the at least one middle fin positioned between the first fin and the second fin and connected to adjacent fins, wherein the first fin and the second fin are configured to be releasably secured together for receiving and releasably securing the object in the recess. The fins can be reliably secured using a releasable locking mechanism e.g. a locking-tab and slot type engagement. The blank can be configured to receive a tether configured to connect to the foldable panels for inhibiting relative movement of the at least three fins for securing the object when received in the recess. The or each tether can be integral with the blank. The tether can be at least one of: a web; a web that can be integral with, and extends from, a fin; and a web that can be configured to extend from a fin and includes a locking-tab configured to engage with a slot on an adjacent fin. The blank can further include at least one of: a carry-handle for the device; and an aperture for providing extraction means for enabling a user to withdraw the device from a matching container for protecting the device. The foldable panels can include at least one of: the tether; the carry-handle; and the walls defining the aperture - said features can be formed from a single blank that defines the fins of the device. The adjacent panels can be connected by adhesive to form the at least three fins. In another example, a method of assembling a device for protecting an object, is disclosed, the device having: at least three fins, wherein each fin has: a connection to an adjacent fin enabling the at least three fins to expand about a centre region of the device and / or extend radially from the centre region; and a cut-out for defining a recess for receiving, at least in part, the object therein, wherein the at least three fins are positioned around the recess for protecting an object therein, the method comprising at least one of: providing a blank for forming the device; folding the blank to form the at least three fins around a centre region of the device and releasably securing the fins to define the recess within the at least three fins for receiving, at least in part, an object therein. At least one of the slots, cut-outs or crenelations for the hooking mechanism are formed by the removal of material during configuration of the device. The method can further comprise connecting tethers to the foldable panels for inhibiting relative movement of the at least three fins for securing the object when received in the recess. The method can further include forming from the blank at least one of: a tether; a carry-handle for the device; an aperture for providing extraction means for enabling a user to withdraw the device from a matching container for protecting the device; and a locking mechanism that secures two of the fins together for securing the object with the recess. The method can include forming at least one of slots, cut-outs and crenelations by the removal of material during the configuration of the blank. Examples of the invention herein can reside in: the device itself; the device in combination with a corresponding container; a plurality of devices packaged in a single container; a device incorporating a container e.g. they are formed, at least in part, from a single blank; a blank for the device; and a method of forming any of the devices and / or containers taught herein. The combination of the device and the container can protect an object e.g. glass bottle, for shipment via a standard postal service. While the device can be described having a centre region, and a set of fins that wrap around said centre region, the device can include a plurality of sets of fins that wrap around a plurality of centre regions i.e. a single device can enclose and protect a plurality of objects in the recesses defines by the cut-outs in each set of fins. In light of the teaching of the present invention, the skilled person would appreciate that aspects of the invention were interchangeable and transferrable between the aspects described herein, and can be combined to provide improved aspects of the invention. Further aspects of the invention will be appreciated from the following description. DESCRIPTION OF THE FIGURES In order that the invention can be more readily understood reference is made, by way of example, to the remaining drawings, in which: Figure la is a perspective view of a device protecting a bottle, wherein the device is partially located in a corresponding container for packaging the device, while Figure lb is a schematic crosssection of the device located in the container, wherein the device has three fins located at three corresponding vertices of the container; Figures 2a and 2b are analogous to Figures la and lb, wherein the device has nine fins located at nine corresponding vertices of the container; Figures 3 a to 3d are analogous to Figures lb and 2b, wherein the number of fins of the device and vertices of the container are, respectively, eight, seven, six and five; Figure 4a is a schematic cross-section of the device located in the container, wherein the device has four fins located at four corresponding vertices of the container, while Figure 4b is a schematic cross-section of the device located in the container, wherein the device has eight fins located at four corresponding vertices of the container; Figure 5 is a perspective view of the device of Figure 4b, without a bottle, positioned next to a container in which it can be packaged, wherein tethers connect the upper and lower ends, as viewed, of the fins; Figures 6a to 6d are perspective views of a device and container corresponding to Figure 3 c, wherein a six-finned device and corresponding container with six vertices are expanded from a flat-packed storable configuration shown in Figure 10a is expanded to an open usable condition shown in Figure lOd; Figure 7 is a view of eight blanks that can be configured to create the device of Figure 5, wherein a cut-out for receiving the object i.e. a bottle is positioned at a fold-line, which is asymmetrically positioned on the blank such that each fin will have two portions of different sizes, and two of said blanks have connecting features; Figure 8a shows a plan and a perspective view of the connecting feature of Figure 6; Figure 8b is a plan view of a tether of Figure 5; Figure 9 is a view of eight blanks that can be configured to create the device of Figure 3a i.e. an eight-finned device for packaging in a container with eight vertices, wherein a cut-out for receiving the object i.e. a bottle is positioned at a fold-line is symmetrically positioned on the blank such that each fin will have two portions of the same size, and two of said blanks have connecting features; Figure 10 is an exploded perspective view of the device of Figure 5; Figure 11 is a view of a single blank for forming the device of Figure 4b and 5; Figures 12a to 12f are perspective views of the blank of Figure 11 being progressively folded to form eight fins and secure the position of said fins with the tethers extending between adjacent fins; Figure 13 to 17 are examples of blanks that can be configured e.g. folded and / or secured in position to define a device for protecting an object enclosed therein e.g. a bottle; Figure 18 is an example of a blank analogous to the blank of Figure 14, wherein the tethers are provided with protrusions and corresponding gaps to minimise local material thickness; Figure 19 is an example of an eight-fin blank in which the handle is configured adjacent to an edge of a fin that is connectably secured to an adjacent fin; and Figure 20 is an example of a four-fin blank analogous to Figure 19. Like reference numerals refer to like features. DETAILED DESCRIPTION Figures la and lb show a container 10 for packaging a device 12 for protecting an object 14 enclosed therein e.g. a bottle 14. The device has a handle e.g. carry-handlel6 for assisting with the removal of the device from the container. The container can be optional. The device 12 functions as a protective cage or barrier around the recess in which the object 14 is secured. The container can package the device. The term ‘container’ has been used because the examples related to a device for protecting a bottle e.g. a whisky bottle, which is usually packaged in a cuboid-shaped container, which functions as a container, and the terms ‘container’ and ‘container’ shall be interchangeable because the container is not limited to being a cuboid. The device 12 in this example has three fins 18 that are connected to each other such that the fins can spread around a centre region 20 of the device. The fins are forms of a planar sheet-like material. The fins 18, when extended, extend radially from the object with respect to a longitudinal axis 22 of the object. The longitudinal axis 22 extends through the centre region 20. Each fin 12 includes a cut-out 24 defining a recess shaped to match the exterior surface of the object 14 such that the object, when located within the recess defined by the cut-outs of the fins has a snug fit and securely held therein e.g. with a negligible gap between the object and the fin. Each fin 12 is formed of a planar sheet of material. In the examples, the fins are rectilinear e.g. rectangular in shape although other shapes are possible in light of the teaching herein e.g. square, or semi-circular. Each fin has an inner edge, which is a proximal edge 18a, adjacent the centre region 20. The proximal edge 18a includes a recess edge 18c, which defines the edge of the cut-out and perimeter of the recess formed by the edge of the cut-out 24 and is configured to abut and / or support the object when placed in the recess. The outer edge of the fin 18, which is a distal edge 18b of the fin 18b is arranged to provide a protective barrier against contact with a surface e.g. against the interior surface of the container 10 when packaged therein. The fins have ends between the proximal and distal edges, which in the examples herein are positioned adjacent the ends of the recess in which the object can be retained and secured. When the fins 18 surround the object 24, as shown in Figure la, the object is secured within the device 12 and retained within the recess. The object can be secured by the proximal edge 18a of the fins. The object can be protected by the distal edge 18b of the fins, which provides a barrier between the object and a surface that the device may contact. The fins 18 can be connected e.g. by connecting the adjacent faces of the fins such that the proximal edges 18a of the fins are adjacent i.e. orientated around the centre region 20. The fins can expand and collapse around the proximal edges, and when the fins are closed around the recess the proximal edges lie in the centre region 20 of the device. Additionally or alternatively, the proximal edges 18a of the fins can be connected to form a hinge i.e. the proximal edges are connected. Either way, the fins are movable to open and close around the centre region. Figure lb shows a cross-section through the device 12 in a region where there is no cut-out and, therefore, the fin is continuous between the distal edge 18b and the proximal edge in the centre region 20. The device is positioned with the container 10, wherein the container has three vertices corresponding to the position of the three distal edges 18b of the fins. The footprint of the device 12 matches the footprint of the container 10 and the fins are positioned within the vertices of the container. The fins 18 in the examples herein are rectilinear and are shown in configurations for protecting a glass bottle e.g. a whisky bottle. The shape of the cut-out 24 is configured to substantially match the outer surface of an object 14, at least in part, which in turn determines the shape of the recess edge 18c. The shape of the distal edge 18b is configured for packaging in a cuboid-shaped container 10 for a complementary fit. The object 14 can have a line of symmetry, and the centre portion 20 can extend substantially in-line with the line of symmetry. The invention, however, is not limited to the examples shown herein, and the shape of the distal edge 18b can be configured to be non-linear. For example, the distal edge can have a non-linear profile e.g. curved, at least in part. In the examples shown, the fins 18 are connected to open and close around the top and bottom of the object i.e. the fins enclose both ends of the object, as shown in Figure la. The fins can open and close around the centre region 20, where the proximal edges 18a of the fins 18 are positioned. Alternatively, the device 12 can be configured to enclose only one end of the object i.e. either the top or the bottom and, optionally, a second device can be configured to enclose the other end of the object. When the device only connects one end, there is only one connection region i.e. a connection between portions of the adjacent fins, which is at one end of the device. If, however, the device enclosed both ends of the recess defined by the cut-out then the device has a first and a second connection region i.e. a connection between portions of the adjacent fins, which occurs at both ends of the device. When the device encloses both ends of the recess then the cut-out is configured between the first connection and the second connection. In this manner, the device and another device can sandwich an object therebetween, with each device opening and closing around the centre region 20 e.g. longitudinal axis 22 of the object. Figures 2a and 2b are analogous to Figures la and lb, wherein the device has nine fins 18 and the container has nine vertices. The number of fins can be three or more, and the cross-sections of Figures 3a to 3d show devices 12 having, respectively, eight, seven, six and five fins 18. Figure 4a shows the device having four fins 18 and the container having four vertices - while each of Figures la to 4a show the device 12 configured in a container 10 having a corresponding number of vertices, such that fins are located in corresponding vertices i.e. aligned with each of the vertices of the container 10, other arrangements can be figured in light of the teaching herein. Packaging a device 12 in a container 10, wherein a plurality of fins correspond with a plurality of vertices of the container can improve the stability of the fins and / or maintain the fins position relative to the centre region 20 of the device. By way of non-limiting examples: the device can have the same number of fins as the container has vertices e.g. the device has six fins and the container has six vertices, wherein the fins and the vertices are equidistantly spaced, wherein the fins and the vertices engage when the device is packaged within the container; the device can have fewer fins than the container has vertices e.g. the device has three fins and the container has seven vertices, wherein the fins and the vertices engage when the device is packaged within the container; the device can have fewer fins than the container has vertices, wherein the number of vertices of the container is at least a whole-number multiple, of at least two, greater than the number of fins on the device e.g. the device has three fins and the container has six vertices, wherein the fins and the vertices engage when the device is packaged within the container; and the device can have more fins than the container has vertices, e.g. the device has six fins and the container has three vertices, wherein three of the six fins of the device engage with the vertices when the device is packaged within the container. The number of fins 18 of the device 12, however, can be independent of the number of vertices of the container 10 in which it is packaged. Figure 4a, for example, illustrates a device 12 having four fins located in a container 10 having four vertices, wherein the distal edge 18b of each fin is located in corresponding vertices. The examples herein are not so limited, and Figure 4b illustrates an alternative device 12 to that shown in Figure 4a, wherein the device has eight fins 18 packaged in a container having four vertices, wherein only four of the eight fins are located at vertices, while the other four are configured to abut against a mid-region of the side of the container. Further, the distal edges 18b of the fins are not limited to being sized for positioning within the vertices of a container 10. For example, Figure 4c shows a device 12 having three fins located in a container 10 having three vertices, wherein the distal edge 18b of each fin is arranged to engage with a corresponding side e.g. a mid-point on the side of the container. Figure 4d illustrates an alternative arrangement to that shown in Figure 4, wherein four of the eight fins 18 are arranged to engage with a corresponding side e.g. a mid-point on the side of the container. The device 12 can have a greater number of fins 18 than there are vertices of the container 10. The device can have a fewer number of fins than there are vertices of the container. Overall, the number of fins 18 of the device 12 can be independent of the number of vertices of the container 10 in which it is packaged. By way of example, a device having three or more fins 12 can be positioned in a container 10 having no vertices i.e. a container having a circular or elliptical cross-sectional profile. The fins can be spaced equidistant from other fins i.e. spaced evenly around the recess defined by the cut-outs 24. The maximum diameter, or span, of the device 12 between the distal edges 18b of the fins can have a greater diameter or dimension that the maximum diameter or dimension of the recess defined by the cut-out 24. As described above, the device 12 can provide a protective cage, or barrier, around a recess in which an object can be releasably secured and protected e.g. a bottle in the recess is protected from being knocked against a wall, or dropped on the floor, because the distal edges 18b of the fins function to absorb energy from the impact. Figure 5 illustrates the device on its own, showing how it can provide a protective cage around the recess defined by the cut-outs 24 of each of eight fins on the device 12 of Figure 4b. A corresponding four-sided container 10 is shown alongside the device in which the device can be packaged. The container can complement the protection provided by the device. The fins are spaced substantially equidistant around the centre region 20. In light of the teaching herein, it can be appreciated that the cut-outs can be configured to provide a plurality of recesses. The or each of the recesses can be positioned about the axis in the centre of the device. To be clear, Figure 5 illustrates a device that can secure and retain a single bottle e.g. a 750ml whisky bottle - and with alternative cut-outs the device can be adapted to include a plurality of recesses e.g. 3, which could contain a plurality of miniature bottles e.g. a plurality of 50ml bottles. Tethers 26 are provided for connecting the ends of the fins 18 and inhibiting their movement when an object is secured in the recess of the device. The tether can be a web, which is a stand-alone component that can be attached to the or each fin. Additionally or alternatively, a web can be integral with, and extend from, a fin. A web can be integral with, and extend from, a fin and includes a lockingtab configured to engage with a slot on an adjacent fin. Locking mechanisms 28 can be provided on the face of at least two adjacent fins for releasably securing the device in a closed configuration about an object. Figures 6a to 6d illustrate the device 12 and container 10 in four stages of preparation for use. The container and / or device can be expanded from a flat-packed configuration in preparation for receiving the device. The device and container are changeable between (i) a storable configuration, as shown in Figure 6a, in which the fins 18 are flat-packed, and connected together wherein the planar fins are stacked upon one another prior to being opened around a centre region 20 about which the fins can open (ii) a semi-open configuration in which the fins 18 are separated from their stored flatpack configuration and partially fanned-out such that the cut-outs define a recess in which an object can be retained, as shown in Figure 6b - it is in this position that an object e.g. a bottle can be placed on the proximal edges 18a of the fins 18 around the cut-out 24, before the fins are moved to (iii) an open configuration in which the fins surround the recess defined by the cut-outs, such that the fins extend substantially radially from the centre region 20, and can retain and protect an object placed therein, and finally (iv) a packaged configuration, in which the device 12 has surrounded and / or protected the object prior to being packaged within the container 10. The device can be said to open like a ‘fan’ or ‘concertina’ from (i) a stored position, which is substantially flat-packed having a relatively small volume defined by the material of the device to (ii) an open position in which the fins are spaced out to occupy a larger volume of space and enclose the recess define by the cut-out to protect an object therein. The device 18 has at least three fins, which include: a first fin, located at one side of the device; a second fin, located at the other side of the device; and at least one middle fin, the at least one middle fin positioned between the first fin and the second fin and connected to adjacent fins. The first fin and the second fin can be described as the outermost fins, which is true when the device is in the stored configuration e.g. flat-packed. When the device is opened, the outermost fins of the device are brought together and releasably secured together i.e. the first fin and the second fin are configured to wrap around the object to be protected and releasably secure together for receiving and releasably securing the object in the recess. Overall, the fins 18 of the device 18 can be described as wrapping around the centre region 20, thus enclosing the recess defined by the cut-outs, which is positioned on the longitudinal axis defined by the centre region. The recess can contain an object, to form a cage-like protective barrier around the recess. The fins 18 are connected to enable them to fan-out i.e. move between a storable low-volume configuration and an expanded and open protective enclosure that can retain an object within the recess defined by the cut-outs. The device 12 is able to provide protection for an object secured in the recess on its own, wherein at least three fins 18 can secure an object within the recess defined by the cut-outs when said cut-outs are shaped to match the perimeter of the object to be protected. The locking mechanism 28 can retain the fins 18 in an open protective arrangement and / or the tethers 26 can maintain the position of the fins i. e. inhibit the fins from closing together. Figure 7a details one example of part of a locking mechanism, wherein a locking mechanism 28 has a locking-tab 28a configured upon one fin can be pushed out from the planar surface of the fin to slidably engage with a reciprocal slot 28b on a facing fin before the locking-tab is folded to inhibit the locking-tab from retreating through the slot thus securing the two faces of the fins together. The fins of the device are assembled such that there are two ‘end-fins’ that meet when the device wraps around and encloses an object with the recess defined by the cut-outs 24 - reciprocal locking-tabs and slots on the end-fins engage and releasably lock the end-fins together thus inhibiting the device from returning to the stored configuration. Other locking mechanisms can be implements e.g. tape, staple etc. The locking-tab-and-slot, however (i) can be re-used, and (ii) can be integrated with the fins. Figure 7b details an example of the tether 26 that is connected to adjacent fins. The tether can include tether-tabs 26a that attach to adjacent fins, and fold-lines 26b that enable the fins to move between the stored position and the open position. The tether-tabs can be fixed to the fins e.g. using adhesive, or staples. The fins of the device can be assembled using various techniques - two examples of which are described below, namely (i) using separate fin components, and (ii) a using a fin blank. Figures 8 and 9 show components 30 that can be used to construct the device 12. Each component that defines a fin 18 has two portions 30a, 30b separated by a fold-line. The portions comprise connection regions i.e. areas of the fins that connect to adjacent fins. When assembled, adjacent portions of the fins 18 are connected together such that the fold-lines 32 of the components are adjacent and positioned around the centre region 20. Components are connected together such that two portions 30a, 30b - each from a separate component - combine to form a fin 18. The fin, therefore, can be formed of a planar sheet of material around the periphery of the cut-out This can include at least two layers of sheet material e.g. sheet material of one portion 30a and another portion 30b. Components are connected until a row of fins has been created. The fins 18 at the ends of the row can include the mating parts of the locking mechanism 28a, 28b - namely the locking-tab and the slot. Figure 8 shows fin components 30 in which the fold-line 32 and the cut-out 24 are off-centre within the component such that the two portions are different sizes. This arrangement can enable the fins to have different lengths e.g. as per Figure 4b and 5. At least one of the two portions 30a, 30b of the fin 18 define an outer edge 18b of the fin, distal from the recess. In this way, the portions of the fins enable the components to form fins of different lengths. Having fins of different lengths enables at least one of (i) less material to be used, because part of the fin only has one layer of material, and (ii) each portion provides a different level of energy absorption i.e. two-stages of energy absorption between the proximal 18a and distal edge 18b of the fins e.g. if the device were to fall or otherwise strike another surface then the distal edge of one part e.g. 30a closest to the distal edge 18b would absorb the energy from the initial contact and, if compromised, then contact would then be made with the other part e.g. 30b. Figure 9 shows fin components 30 in which the fold-line 32 and the cut-out 24 are centred in the components such that the two portions are substantially the same size, which results in the fins 18 of the device having the same length e.g. as per Figure 3a, or wherein the container 10 is circular in cross-section. Having fins of the same length, and having portions 30a, 30b of the same length, provides a greater initial degree of energy absorption between the proximal 18a and distal edge 18b of the fins e.g. if the device were to fall or otherwise strike another surface then two distal edges 18b would absorb the energy from the initial contact. The fins 18, either on their distal edges 18b and / or their recess edges 18c can include a flange e.g. a protrusion, fold or other energy absorbing means for enhancing the level of protection of the object. A flange on the recess edge can enhance engagement with an object located in the recess. A flange on the distal edge can enhance engagement with the container. A flange can be provided on the ends of at least one fin i.e. an end between the proximal 18a and distal 18b edges The two portions 30a, 30b can be, by way of non-limiting example, glued or stapled together such that the proximal edge 18a of the fins are aligned adjacent a longitudinal axis defined by the centre region 20 around which the fins move from a stored configuration, like Figure 6a, to an open configuration, like Figure 5. Figure 10 is an exploded perspective view diagram of the components 30 of Figure 8 prior to the fins 18 being connected together. Four tethers 26 are shown, wherein one tether spans between three adjacent fins. A tether can be provided with three tether-tabs 26a, wherein each tab engages with a fin. From Figure 10 the portions 30a, 30b of the components 30 can be seen facing one-another, and in light of the teaching herein it can be appreciated which faces of the fins 18 can be connected e.g. secured together with adhesive to form the structure of the device 12. In Figure 10, the tethers 26 are provided for connecting the ends of the fins 18 and inhibiting their movement when an object is secured in the recess of the device - the tether functions as a web that is a stand-alone component that can be attached to the or each fin. Figure 11 shows a blank 34 that can be used to construct the device 12, while Figuresl2a to 12f illustrate the stages in which the blank 34 can be folded to form the device 12. In Figure 12a the blank is planar and in a storable ‘flat-packed’ configuration. The blank comprises a section of foldable panels for forming at least three fins around a centre region of the device, wherein each fin is connected to an adjacent fin at a fold-line. The blank includes cut-outs for defining a recess within the at least three fins for receiving, at least in part, an object therein. Once assembled e.g. portions of the components are connected with adhesive, the device can be folded into a storable configuration as per Figure 6a. The blank 34 can be considered as flat-packed prior to assembly. Post-assembly the fins can be folded to be stacked upon one-another to flat-packed too. The fins 18 and their portions 30a, 30b are integral with the blank. The portions 30a, 30b are separated by a fold-line 32. Rather than separate components, connections between adjacent fins include a fold-line 36, which will be referred to as a fin-fold 36. When assembled (i) the fold-line 32 of each fin 18 is positioned in the centre region 20, and defines the proximal edge 18a, (ii) while the fin-fold 36 is distal from the centre region and defines the distal edge 18b. By way of example, when folded, adjacent portions of the fins 18 can be connected with adhesive 38 e.g. glue 38. When the blank 34 is assembled the fins 18 are separated by fin-folds 36. The tether 26 can be configured to be integral with the fin 18 on the blank, such that during assembly of the device the tether can be secured e.g. glued to an adjacent fin during the same process that secured portions of the fins together. The tether can function as a web that is integral with, and extends from, a fin. The web can include a tab configured to engage with a slot on an adjacent fin. The locking mechanism e.g. locking-tab 28a and slot 28b can be integrated into the blank. Figure 11 shows a blank 34 in which the fold-line 32 of the fins 18 are off-centre such that the two portions are different sizes, which results in the fins 18 of the device having different lengths e.g. as per Figure 4b and 5. At least one of the two portions 30a, 30b of the fin 18 define an outer edge 18b of the fin, distal from the recess. In this way, the portions of the fins enable the components to form fins of different lengths. Having fins of different lengths enables at least one of (i) less material to be used, because a portion of the fin only has one layer of material, and (ii) each portion provides a different degree i.e. two-stages of energy absorption between the proximal 18a and distal edge 18b of the fins e.g. if the device were to fall or otherwise strike another surface then the distal edge of one portion would absorb the energy from the initial contact and, if compromised, then contact would then be made with the other portion. The fins of Figure 11 can alternatively be configured with the foldline 32 and the cut-out 24 centred in the fin such that the two portions are substantially the same size, which results in the fins 18 of the device having the same length e.g. as per Figure 3a. Having fins of the same length, and having portions 30a, 30b of the same length, provides a greater initial degree of energy absorption between the proximal 18a and distal edge 18b of the fins e.g. if the device were to fall or otherwise strike another surface then two distal edges 18b would absorb the energy from the initial contact. Figures 12a to 12f illustrate the stages in which the blank 34 can be folded to form the device 12. In Figure 12 the blank is planar and in a storable ‘flat-packed’ configuration. Similarly, once assembled, the device can be folded into a storable configuration as per Figure 6a. A blank is provided, and during assembly of the blank 34 the process starts from a flat structure, as shown in Figure 12a, wherein the portions 30a, 30b of the fins 18 are folded about the fold-line 32 to bring each of the fold-lines 32 of each fin towards a centre region 20, which as the same time induces the fin-folds 36 to bend - as shown in Figure 12b. The fins 18 are in a row upon the blank, and the end-most fins are brought together in stages - as per Figures 12c to 12f - wherein the portions of the fin components can be secure together e.g. secured with adhesive. The tethers can be secured between the fins, which in the example shown includes folding the integral tethers that is integral with one fin to engage with an adjacent fin. The outermost fins are not permanently secured together during this process, although the locking mechanism can releasably secure them together, thus defining the open configuration of the device 12. The outermost fins can be secured when an object is placed therein. If the device is to be stored, then after the blank has been assembled, and the fins connected, then the fins can be folded unto a stored configuration, as per Figure 6a. Figure 13 to 17 are examples of blanks that include a variety of features, wherein at least one said features can be combined with the other examples herein. In light of the teaching herein, modifications can be made to: the handle 16, which can be part of a flap 42 or the tether; the lockingtab 28a; the glue 38; and the tether 26. The handle 16 that is used to grip the device 12 e.g. as shown in Figures 13 to 15, and 17, can comprise finger-holes 40 e.g. apertures 40 formed in the device 12 e.g. the blank 36. As described above, the finger-holes 40 can function as a handle 16 that can include a cut-away, such as a tabbed hole e.g. finger-holes within at least one of the fins and / or the tether. The cut-away can be sized to receive a user’s fingers that can be inserted into the cut-away e.g. finger-hole 40 enabling a user to securely grab the device for lifting it e.g. out of the container. The cut-away e.g. finger-holes 40 can be configured in the blank 34 in at least one of the following configurations: a finger-hole 40 incorporated in a handle 16 extending from at least one of the portions 30a, 30b of the fin 18, as shown in Figure 13; a finger-hole 40 incorporated within a flap 42 that is cut-out from a fin 18, wherein the flap can be folded out before and / or after assembly, as shown in Figure 16; and a finger-hole 40 incorporated in a tether 26, wherein the tether is formed from an extension of the fin 18, as shown in Figure 17. The handle 16 extending from the fins can be configured to nest, when the blank is an open and unfolded configuration, between tabs 26, as shown in Figure 13 to 15. The number of finger-holes 40 that function as a handle 16 can range from a single finger-hole up to at least one finger-hole on each fin 18. In the examples, one finger-hole 40 is shown in the handle 16, tether 26 and fin 18 -however, two or more finger-holes can be configured in at least one of the handle 16, tether 26 and fin 18. A locking mechanism 28 has been described above, in which a locking-tab 28a and reciprocal slot 28b are provided to enable two parts of the device 12 to be releasably secured together. Figures 14, 16 and 17 illustrate locking-tabs 28a and slots 28b, wherein the slots are located within a portion 30a, 30b of a fin 18 i.e. they are surrounded on all sides by the material of the fin. Additionally or alternatively, locking-tabs 28a and slots 28b can be located at the distal edge 18b of at least one fin 18. In a further alternative, a locking mechanism 28 can include an attachment device 44, which can include at least one of a sticky pad, or a magnetic-latch arrangement e.g. a small magnet located on one fin 18, with a reciprocal metal plate located on or within a corresponding fin 18. In Figure 18, analogous to Figure 14, like reference numerals refer to like features, wherein the tethers 26 - that provided for connecting and securing to the ends of the fins 18 and inhibiting their movement when an object is secured in the recess of the device - are provided with protrusions having gaps in between e.g. like spaced teeth. Where the tethers 26 engage with the fins the layers of material build up thus increasing the thickness of the material in the region that the tether is secured. To inhibit an increase in material thickness in this area the protrusions on adjacent tethers 26 are staggered e.g. offset, such that a gap on one tether corresponds to a protrusion on another, such that the layers or materials are reduced in the region the fins engage with the tethers. In other words, the protrusions can be said to clasp together, or interlock, because of their spacing - each protrusion fitting in a gap in a corresponding tether. The tethers can be configured with protrusions to enable interdigitation when they are connected and / or adjacent when secured in the fins 18. The tethers can be configured with interlocking complementary shapes and the shapes in Figure 18 are provided merely by way of example. In Figure 19, analogous to Figure 14, like reference numerals refer to like features. Figure 19 shows an eight-fin device, while Figure 20 shows a comparable four-fin device. The handles 16 of the device 12 formed from the blank 34 are configured adjacent the edges of the fins 12 that are connectedly secured. To be clear, a handle 16 or connection thereto, can be provided adjacent to each fin where it has a connection to an adjacent fin that is releasably securable. Where the edges of two fins are secured together they can also be unsecured e.g. by releasing the locking mechanism 28. When holding the device, handles e.g. including a finger-hole 40 can be provided on at least the outer fins 12 of a device e.g. on the outer fins of the blank 34 such that when lifted the weight of the device 12 and its contents are supported by the handle 16. In this way support of the device and contents can be provided through the handle and fin 12, thus directed away from any securing mechanism e.g. the locking mechanism 28 that comprises a tab 28a and slot 28b. In this way the connectedly secured fins e.g. those on the outer edge of the blank 34 are inhibited from separating because the weight of the device and its contents is supported through the handle and the fin and forces upon the locking mechanism are minimised. The tether can be a web, which is a stand-alone component that can be attached to the or each fin. Additionally or alternatively, a web can be integral with, and extend from, a fin. A web can be integral with, and extend from, a fin and includes a locking-tab configured to engage with a slot on an adjacent fin. The glue 38, which can be placed between two mating surfaces to be secured together can, alternatively, be configured in the region around the perimeter edges of a surface to be bonded e.g. Figure 13 indicates that glue is located on tethers 26, and on the edge area of the fin portions 30a, 30b that will be held together to form a fin 18. In light of the teaching herein, the tethers 26 can be configured in variety of different configurations. By way of example, Figures 11 and 12 disclose an example where the tethers extend from alternate fin portions, Figures 13 to 20 disclose sets of two tabs, evenly spaced along the blank 34 of the device 12 e.g. wherein the sets of two tethers have at least two tethers facing away from each other. Arrangements of the tethers 26 in the examples can support a distribution of forces across the fins and / or minimise the number of layers of material at the point at which the fins are secured. Overall, assembling a device from a blank includes providing a blank for forming the device, and folding the blank to form the at least three fins around a centre region of the device and releasably securing the fins to define the recess within the at least three fins for receiving, at least in part, an object therein. While the device 12 is configured to provide protection for an object 14 secured with the recess 24, the device can be complemented by a container 10 configured to retain the device. A container configured to work in combination with the device comprises: at least one fin corresponding and locating in a vertice of the container, which can at least one of (i) improve the stability and / or integrity of the fins, and (ii) maintain the fins position relative to the centre region 20 of the device, wherein the device can re-enforce at least one vertice of the container, and at least one fin of the device engages with a mid-point of a face between two vertices of the container e.g. as per Figure 4b and 4c, wherein the device can re-enforce the side-walls of the container. In other words, the combination of the device and container, as taught herein, can increase the level of protection of an object and / or level of energy absorption in the event an object protected in a device which was in turn packaged in a container. By configuring a device to engage with the container either in the vertices and / or the faces e.g. mid-point of the faces the strength of the container is enhanced. It is to be noted that the same principles apply to a circular and / or elliptical tubular container in which the fins of the device are equally spaced around the centre region. By mutual-enhancement i.e. the container supports the device, while the device supports the container, there is an opportunity for the thickness and / or volume and / or type of material used to protect an object can be reduced thus saving on materials and / or costs. It is to be noted that multiple devices can be packaged in a single container e.g. with card or other such divider separating the devices. The devices can be configured to engage to enhance the overall protection level of the devices packaged with the container. At least one of: the portions 30a, 30b of the fins; portions of the tethers 26, such as the tethertabs 26a, and fold-line 26b; and a handle 16, can be secured in position using at least one of: adhesive, such as glue; tape e.g. double-sided tape or single sided tape; string; and securing means e.g. staples, rivets, clips. The fins of the device can be formed from planar sheet material. The material can comprise, by way of non-limiting example, at least one of: card; cardboard; corrugated cardboard e.g. fluted board e.g. D-flute; a twin-walled material e.g. Correx (RTM); an extruded plastic material e.g. an extruded polypropylene sheet; recyclable material; recycled material; and biodegradable material. The tethers can be implemented with at least one of: sheets of foldable card; string; ribbon. The tethers can be formed from an extension of the blank forming the fins. The fins 18 of the device 12 can be configured to extend substantially radially from the centre region 20. A gap is defined between the planar surfaces of adjacent fins through which the recess defined by the cut-out 24 can be viewed. In other words, an object that is securely held in the recess can be seen between the space between the fins i.e. the object can be seen when viewed in a direction substantially perpendicular to a longitudinal axis that extends through the centre region of the device. The angle, with respect to the longitudinal axis extending through the centre region of the device, between adjacent fins 18 defines a viewing angle. The viewing angle of the recess within the cut-out can be at least one of: determined by the number of fins of the device; determined by the substantially equidistant spacing between the fins; and between around 120-degrees (for a three-fin device) and 18-degrees (for a 20-fin device). The device can have a viewing angle between the fins as low as around six-degrees (a 60-fin device). The distal ends of the fins i.e. the end lying on the longitudinal axis of the device can comprise energy absorbing structures. The handle 16 is illustrated as a strap-like appendage to the fins 18 and / or tether 26 of the device. Additionally or alternatively, the handle can include a cut-away, such as a tabbed hole e.g. finger-holes within at least one of the fins and / or the tether, said cut-away sized to receive a user’s fingers that can be inserted into the cut-away enabling a user to securely grab the device for lifting it e.g. out of the container. The blank 34 can be configured to incorporate the cut-away, such as a tabbed hole. The examples herein illustrate fins 18 of the device engaging with vertices of the container. The container can be a box, and these terms can be interchangeable within the specification. The container i.e. the box, can be tubular. The box can have a universal cross-section. In light of the teaching herein, the device can be configured for packaging within a container having at least one of a circular and an elliptical cross-section. Overall, the device has at least three fins for forming, at least in part, a cage around an object, wherein each fin is configured to extend radially from the object. The device has a cut-out in the fins for defining a recess for receiving, at least in part, the object. The fins can be fabricated from planar sheet material, and movable between a low-volume flat-packed configuration for storage and an open fanned-out configuration in which the fins extend radially about the object to provide a protective cage for the object that sits in the recess defined by the cut-outs. The indefinite articles “a” and “an,” as used herein in the specification and in the claims, unless clearly indicated to the contrary, should be understood to mean “at least one.” The phrase “and / or,” as used herein in the specification and in the claims, should be understood to mean “either or both” of the elements so conjoined, i.e., elements that are conjunctively present in some cases and disjunctively present in other cases. Other elements may optionally be present other than the elements specifically identified by the “and / or” clause, whether related or unrelated to those elements specifically identified unless clearly indicated to the contrary. Thus, as a non-limiting example, a reference to “A and / or B,” when used in conjunction with open-ended language such as “comprising” can refer, in one embodiment, to A without B (optionally including elements other than B); in another embodiment, to B without A (optionally including elements other than A); in yet another embodiment, to both A and B (optionally including other elements); etc. As used herein in the specification and in the claims, “or” should be understood to have the same meaning as “and / or” as defined above. For example, when separating items in a list, “or” or “and / or” shall be interpreted as being inclusive, i.e., the inclusion of at least one, but also including more than one of a number or list of elements, and, optionally, additional unlisted items. Only terms clearly indicated to the contrary, such as “only one of’ or “exactly one of,” or, when used in the claims, “consisting of,” will refer to the inclusion of exactly one element of a number or list of elements. In general, the term “or” as used herein shall only be interpreted as indicating exclusive alternatives (i.e. “one or the other but not both”) when preceded by terms of exclusivity, such as “either,” “one of,” “only one of,” or “exactly one of.” “Consisting essentially of,” when used in the claims, shall have its ordinary meaning as used in the field of patent law. As used herein in the specification and in the claims, the phrase “at least one,” in reference to a list of one or more elements, should be understood to mean at least one element selected from any one or more of the elements in the list of elements, but not necessarily including at least one of each and every element specifically listed within the list of elements and not excluding any combinations of elements in the list of elements. This definition also allows that elements may optionally be present other than the elements specifically identified within the list of elements to which the phrase “at least one” refers, whether related or unrelated to those elements specifically identified. Thus, as a nonlimiting example, “at least one of A and B” (or, equivalently, “at least one of A or B,” or, equivalently “at least one of A and / or B”) can refer, in one embodiment, to at least one, optionally including more than one, A, with no B present (and optionally including elements other than B); in another embodiment, to at least one, optionally including more than one, B, with no A present (and optionally including elements other than A); in yet another embodiment, to at least one, optionally including more than one, A, and at least one, optionally including more than one, B (and optionally including other elements); etc. In the claims, as well as in the specification above, all transitional phrases such as “comprising,” “including,” “carrying,” “having,” “containing,” “involving,” “holding,” and the like are to be understood to be open-ended, i.e., to mean including but not limited to. Only the transitional phrases “consisting of’ and “consisting essentially of’ shall be closed or semi-closed transitional phrases, respectively, as set forth in the United States Patent Office Manual of Patent Examining Procedures, Section 2111.03. Use of ordinal terms such as “first,” “second,” “third,” etc., in the claims to modify a claim element does not by itself connote any priority, precedence, or order of one claim element over another or the temporal order in which acts of a method are performed, but are used merely as labels to distinguish one claim element having a certain name from another element having a same name (but for use of the ordinal term) to distinguish the claim elements. The invention also consists in any individual features described or implicit herein or shown or implicit in the drawings or any combination of any such features or any generalisation of any such features or combination.

Claims

1. A device for protecting an object packaged therein, the device having at least three fins for forming, at least in part, a cage around the object, wherein each fin has:a connection to an adjacent fin enabling the at least three fins to expand about a centre region of the device and / or extend radially from the object;a cut-out for defining a recess for receiving, at least in part, the object therein, wherein the at least three fins are positioned around the recess for protecting the object therein; anda handle configured adjacent said connection for supporting the weight of the device and / or inhibiting separation thereof, wherein said handle is an integral part of at least one fin of the at least three fins.

2. The device of any preceding claim, wherein each fin:is defined by a separate component; andhas a fold-line separating two portions of the fin, whereineach fold line is configured adjacent the centre region, and adjacent portions of adjacent fins are connected.

3. The device of claim 2, wherein:at least one of the two portions of the fin define an outer edge of the fin, distal from the recess; and / orthe perimeter of the cut-out includes, at least in part, the two portions of the fin.

4. The device of claim 1, whereinthe connection to an adjacent fin in the centre region includes a fold-line.

5. The device of any preceding claim, wherein the device is changeable between(i) a storable configuration in which the at least three fins are flat-packed, and(ii) an open configuration in which the at least three fins extend substantially radially from the centre region and / or the recess.

6. The device of any preceding claim, wherein each fin comprises a planar sheet of foldable material, each fin having:an inner edge, proximal to the centre region;a recess edge, defining the edge of the cut-out and perimeter of the recess; and an outer edge, distal from the centre region and / or the recess.

7. The device of any preceding claim, wherein the connection comprises a first connection region provided at a first end and / or a second connection region.

8. The device of claim 7, wherein the cut-out is configured between the first connection and the second connection.

9. The device of any of claims 6 to 8, wherein the planar sheet of material around the periphery of the cut-out includes at least two layers of sheet material.

10. The device of any preceding claim, whereinin a storable configuration, in which the at least three fins are flat-packed, the at least three fins include:a first fin, located at one side of the device;a second fin, located at the other side of the device; andat least one middle fin, the at least one middle fin positioned between the first fin and the second fin and connected to adjacent fins,wherein the first fin and the second fin are configured to wrap around the object to be protected and releasably secure together for receiving and releasably securing the object in the recess.

11. The device of any preceding claim, wherein the length in the radial direction of at least one of the at least three fins is different from the other fins.

12. The device of any preceding claim, further comprising tethers connected between the at least three fins, which are configured to inhibit relative movement of the at least three fins for securing the object when received in the recess.

13. The device of claim 12, wherein the tether is at least one of: a web; a web that is integral with, and extends from, a fin; and a web that is configured to extend from a fin and includes a tab configured to engage with a slot on an adjacent fin.

14. The device of any preceding claim further comprising a mechanism for providing at least one of: a carry-handle for the device; andan extraction means for enabling a user to withdraw the device from a corresponding container for protecting the device.

15. A container configured to releasably secure the device of any preceding claim therein for protecting the device and the object secured in the device, wherein the interior walls of the container contact, at least in part, outer edges of the at least three fins for inhibiting movement of the device and / or the object within the container .

16. A blank for a device, the blank comprising:a section of foldable panels for forming at least three fins around a centre region of the device, wherein each fin is connected to an adjacent fin at a fold-line; andcut-outs for defining a recess within the at least three fins for receiving, at least in part, an object therein.

17. The blank of claim 16, wherein the fins at the opposing ends of the section of foldable panels are configured to releasably connect.

18. The blank of claim 16 or 17, wherein the blank is further configured to receive a tether configured to connect to the foldable panels for inhibiting relative movement of the at least three fins for securing the object when received in the recess.

19. The blank of any of claims 16 to 18, wherein the blank further includes at least one of: a carryhandle for the device; and an aperture for providing extraction means for enabling a user to withdraw the device from a matching container for protecting the device.

20. The blank of claim 18 or 19, wherein the foldable panel and at least one of:the tether of claim 18;the carry-handle of claim 19; andthe walls defining the aperture of claim 19, are formed from a single blank.

21. The blank of any of claims 16 to 20, wherein adjacent panels can be connected by adhesive to form the at least three fins.

22. A device or blank according to any preceding claim, wherein at least one connection to an adjacent fin is releasably securable, and a handle is configured adjacent said connection for supporting the weight of the device and / or inhibiting separation thereof.

23. A method of assembling a device for protecting an object, the device having:at least three fins, wherein each fin has: a connection to an adjacent fin enabling the at least three fins to expand about a centre region of the device and / or extend radially from the centre region; and a cut-out for defining a recess for receiving, at least in part, the object therein, wherein the at least three fins are positioned around the recess for protecting an object therein,the method comprising: providing a blank for forming the device; folding the blank to form the at least three fins around a centre region of the device and releasably securing the fins to define the recess within the at least three fins for receiving, at least in part, an object therein.

24. The method of claim 23, further comprising connecting tethers to the foldable panels for inhibiting relative movement of the at least three fins for securing the object when received in the recess.

25. The method of any claim 23 or 24, further including forming from the blank at least one of: a tether; a carry-handle for the device; an aperture for providing extraction means for enabling a user to withdraw the device from a matching container for protecting the device; and a locking mechanism that secures two of the fins together for securing the object with the recess.

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