• 专利附录
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    • 专利摘要:
    Conventional fast food packaging solutions generally provide poor access to the container's bottom surface and internal volume, which can make packing certain types of food difficult. At the same time serving food and drink for customers who want this to me further, it can also be a challenge to eat and drink while having to carry the goods with them. The invention has for its object to provide a space- and cost-effective fast food packaging that provides improved access to the bottom of the container during food packaging. At the same time, the solution should make it easy for the customer to eat and drink while consuming. The solution comes as a flat piece of material and can be easily packed and folded into a finished container for both food and drink with a simple grip. The solution provides very good access to the container's bottom and internal volume, thus making packing easier.
    公开号:DK201700162A1
    申请号:DKP201700162
    申请日:2017-03-08
    公开日:2018-01-08
    发明作者:Bjørn Borgersrud Nielsen
    申请人:Bjørn Borgersrud Nielsen；
    IPC主号:
    专利说明:

    (19) DENMARK < 1 °> DK 2017 00162 A1
    < 12 > PATENT APPLICATION
    Patent and
    Trademark Office (51)
    Int.CI .: A47G 19/06 (2006.01)
    A47G 21/00 (2006.01)
    B 65 D 5/18 (2006.01) (21) Application Number: PA 2017 00162 (22) Filing Date: 2017-03-08 (24) Job Date: 2017-03-08 (41) Aim. available: 2017-09-11 (30) Priority: 2016-03-10 NO 20160413 (71) Applicant: Bjørn Borgersrud Nielsen, Aasmund Vinjes vei 29, NO-0373 Oslo, Norway (72) Inventor: Bjørn Borgersrud Nielsen, Aasmund Vinjes vei 29, NO-0373 Oslo, Norway (54) Title: Fast food packaging with cup holder (57) Summary:
    Conventional fast food packaging solutions generally provide poor access to the container's bottom surface and internal volume, which can make packing certain types of food more difficult. When serving food and beverages to customers who want this to me, it can also be a challenge to eat and drink while having to carry the spring. The invention aims to provide a space- and cost-effective fast food packaging that provides improved access to the bottom of the container during food packaging. At the same time, the solution should make it easy for the customer to eat and drink while consuming. The solution comes as a flat piece of material and can be easily packed and folded into a finished container for both food and drink with a simple grip. The solution provides very good access to the container's bottom and internal volume, thus making packing easier.
    To be continued ...
    DK 2017 00162 A1
    DK 2017 00162 A1
    Patentsøknad
    The present invention relates to a packaging / container for packaging and serving of prepared food, especially fast food. The packaging is made from flat foldable material, such as cardboard and / or plastic. The various elements of the packaging, such as walls, tops, and bottoms, are defined and defined mainly from each other by weakened lines, such as fold lines, notches and perforations, embossed on the suitable flat material. The weakened lines further act as the links and hinges between the various elements, so that the elements are movable relative to each other. The packaging is finished from flat blank by folding. The invention, in its finished state of manufacture, is substantially flat, but will, by pressure against some of the packaging areas, simply take the form of a container, with a considerable internal volume enclosed by walls, bottom and top. The invention also describes an integrated device for testing beverages.
    bakgrunn
    When serving certain types of fast food, such as Kebab, existing packaging solutions have weaknesses that make packaging both difficult and time-consuming. One problem with conventional cardboard boxes for food is poor access to the bottom of the box. This means that food to be packaged must be introduced into the packaging from the top opening of the packaging and then lowered to the bottom of the packaging. Size ratios between the food to be served and the packaging can be important for the packaging's ability to hold the food in the correct position, and for some types of ready-to-serve food, the top opening of conventional packaging solutions therefore provides little or no space between food and packaging walls. in the packaging. This makes it difficult to constantly place the food in the packaging, especially in cases where the placement is ideally done by hand. The result is often a lot of time spent packing, as well as spills.
    When buying ready-made food and drink, transporting, eating and drinking can be a challenge. Especially for fast food, which is largely eaten during transfer and / or without access to tables, it can be difficult to eat or drink while holding both a container of food and a container of drink. Conventional packaging solutions largely target either exclusively food or beverages, and existing solutions designed to hold food and beverages together, such as bags or larger boxes, give the consumer very poor access to both food and drink, and works thus not as serving packaging.
    The invention addresses the above-mentioned problems and seeks, through new techniques, to produce a good and cost-effective solution to this.
    Form eel
    The invention has for its object to provide a space- and cost-effective packaging that is simple and quick to use, and which is well suited for serving pre-cooked food. One
    Another main object of the invention has been to provide a container which provides improved access to the bottom of the container during packaging, as this can be an advantage in packaging certain types of food. A third object of the invention has been to provide a packaging solution capable of holding food and beverages simultaneously, and in a way that makes it easy for the consumer and enjoy the contents of the packaging while moving.
    Oppfinnelsen
    The present invention relates to food containers made from blanks in flat foldable material, such as cardboard or plastic. The basic topic is of fold lines, notches, perforation, or otherwise weakened lines, divided into different rafts that are movable relative to each other. The exact embodiment of the various weakened lines of the invention is mainly determined by the properties of the selected material, and will vary with respect to this. For clarity, each of the flawed lines in the description specifies as either a seam, a notch or a perforation. However, depending on the properties of the selected material, it may be convenient that what is described in the specification as a seam line is carried out as a notch or perforation, that what is referred to as a notch is performed as a seam line or perforation, and similarly that which is described in the specification as rather, a perforation is performed as a crease line or notch.
    The said surfaces, defined by the blurred lines of the workpiece, constitute the various walls of the packaging; Back wall (1), Sidewalls (2,3), Bottom wall (4), front wall (6), partitions (7,8) and in some embodiments of the invention, Top wall (5). The back wall, side walls, bottom wall and front wall are each delimited between their own bottom edge, top edge and two side edges, whereby the bottom edge and top edge are not meeting and opposing edges, and the side edges are not meeting and opposing edges. Such top edge of the wall is connected indirectly to its opposite bottom edge through the two side edges, each side edge extending from its own end point of the top edge to the corresponding end point of the opposite bottom edge of the wall, so that the four wall edges together encircle an uninterrupted area.
    The invention may, in its simplest and most basic form, comprise, as seen on flat and unfinished packaging blank, a substantially square back wall defined between the two side edges of the rear wall (1b, 1c), a First and a Second bounded by the top edge of a rear wall (1a). and the bottom wall of the back wall (1 d). Associated to the back wall is a substantially square bottom wall (4), whose one side, the top edge (4a) in its entirety coincides with and extends along the entire bottom edge (1 d) to the back wall. The back wall is further associated with a substantially square First Sidewall (2), one side of which, the First Sidewall's inner sidewall (1b), in its entirety coincides with and extends along all or substantially the entire First Sidewall of the back wall, and a Second substantially square Sidewall (3). ) if one side, the inner side edge (3b) of the other sidewall in its entirety coincides with and extends along all or substantially the entire other side edge of the back wall. The first sidewall of the packaging is further defined by the top edge of the first sidewall (2a), the first sidewall outer
    DK 2017 00162 A1 side edge (2c) and first side wall bottom edge (2d). The side edges of a sidewall which on a flat, unbroken subject are furthest away from the back wall are referred to as the outer side edge of the sidewall. The second sidewall of the packaging is further defined by the top edge of the second sidewall (3a), the second sidewall outer side edge (3c) and the other sidewall bottom edge (3d).
    To the bottom wall, along its bottom edge, is attached a further mainly square wall, the Packaging Front Wall (6). The bottom wall of the bottom wall extends longitudinally and is connected to the Front wall through the Bottom wall of the Front wall (6d).
    In the meeting point / area between the first side edge (1b) of the back wall and the bottom wall first edge (4b), an origin or a "center area" (11) is formed for an angle or sector between said side edge (4b) of the bottom wall and the bottom edge (2d) on the first sidewall (2) adjacent to said first sidewall (1b) of the rear wall (1). The sector defines a further wall portion, the first intermediate wall (7) of the package, which is thus connected through its side edge (7a) to the bottom edge (2d) of the first sidewall and further through its bottom edge (7b) to the bottom wall through its first side edge (4b). The partition is further defined by the top edge (7c) of a partition extending from a point on the partition side edge (7a) to another point at the bottom edge (7b). Correspondingly, a second partition (8) is associated with the bottom edge (3d) of the second side wall (3) and the second side edge (4c) of the bottom wall (4) according to the same principles as applicable to the first partition (7).
    The joints and boundaries between a middle wall and its associated sidewall and bottom wall will generally be intended to hold the walls together, but also to provide controlled and automatic transfer of the movement between the parts.
    The design of the middle wall and the connection between two walls will result in a certain movement in / folding of one wall, automatically resulting in a certain movement / folding in the other. A folding line will be an appropriate delimitation and association between a partition wall and a side wall or a bottom wall. A single fold line will then replace the boundary that is otherwise constituted by the side edge of the partition wall and its adjacent bottom edge of the side wall. A second fold line may replace the boundary constituted by the bottom edge of the middle wall and its adjacent side edge of the bottom wall.
    On the first partition (7), a substantially straight fold line extends, the First partition partition line (7d). The dividing line extends from the Center area (11) on the first partition wall and onwards to the First partition top edge (7c). On the second partition (8), a substantially straight fold line extends, the Second partition partition line (8d). The dividing line extends from the Center area (11) on the Second Intermediate Wall and on to the Second Intermediate Wall's top edge (8c). A partition divider divides the partition into a partition stop (7e; 8e) and a partition bottom (7f; 8f), the partition top between Part Line (7d; 8d) and the side wall bottom edge (2d; 3d) and partition bottom between Part Line (7d; 8d) and bottom (4b; 4c).
    DK 2017 00162 A1
    In most embodiments of the invention, it will be convenient that the boundary / connection between a partition wall (7) and adjacent bottom wall (4) is such that the partition wall bottom (7f; 8f) is not movable relative to the bottom wall. This can be achieved by delimiting between the partition wall and the bottom wall is not physically in the form of a notch or otherwise weakened area, so that the partition bottom and bottom wall appear as a continuous uninterrupted wall, then defined from each other by only imaginary wall edges.
    One of the most important elements of the invention is the interconnection and function that the partition gives to two interconnected walls. In this text, interconnection at intermediate wall is generally described for a sidewall and a bottom wall. However, this element of the invention is to be understood to include any pair of walls - sidewall, bottom wall, top wall, or front wall, which divide the corner of a faulty associated wall whose outer edge extends along it so that one side edge meets the other side edge , and further where both walls are interconnected through a middle wall having center area in said failed corner and meeting point between side edges of the two walls.
    In embodiments of the invention where a lid is desirable, a further wall portion will be associated with the blank, Top Wall (5). The top wall is preferably attached to the back wall along its top edge, but may also be attached to the top edge of the sidewall or front wall. A separate cover (16) can replace any top wall, and closes the packaging by overlaying or passing through the top opening of the finished folded packaging and sealing it. The lid may be provided with protruding portions along the outer edge, and the package provided with smaller openings in the walls so that the protruding parts on a lid at the top closure of the packaging will adhere to said openings so that the lid is firmly held to the walls.
    The connection and demarcation between the various walls that make up the packaging is described in the description as being the attachment of two coinciding wall edges. Such attachment of two coincident wall edges is best achieved by a single fold line extending along the same path as the two coincident wall edges would have had, if the attachment of two separate wall sections was the technique used to manufacture the packaging. Since the embossing of a fold line does not involve the actual joining of two basically physically separate edges, the description "joining wall edges" or "bonded wall edges" may seem somewhat misleading. Thus, in the description of the present invention, it should be emphasized that one and the same fold, with the function of demarcation and connection between two walls, will represent and can be referred to both as wall edge to one and wall edge to the other of the two associated walls.
    The bottom wall, back wall, front wall and side walls are mainly square in shape and are thus defined through four edges. The different edges are separated from each other as the bottom edge, top edge and side edges, whereby the top edge and bottom edge are directly opposed
    DK 2017 00162 A1 each other, and the two side edges are directly opposite each other. By direct opposite is meant two edges of a wall which do not meet at any point, but which are connected to each other through the remaining two edges of the wall, each extending from one end point on one and to one end point on the other and directly opposite edge . Partitions can be square, but are preferably triangular. Triangular partitions are defined by the bottom edge, side edge and top edge, and none of the edges will be opposed to each other.
    Two walls can be flexible or inflexible. Each wall is defined from its edges, and the various walls connected and bounded by each other through them. However, it is important here to distinguish between physical demarcation between two walls, in the form of, for example, folding line, and non-physical demarcation. In practice, a non-physical demarcation between two walls will mean that they are uniformly connected and physically uninterrupted from each other. They will thus act as one and the same surface. Two walls that are physically separated from each other / linked to each other through weakened area, such as at the faseline line, are flexibly connected to each other. This is because they can be bent about defining fold line and thus act as two more or less independent rafts. Two walls that are connected to each other, but bounded apart by a non-physical boundary, that is, an imaginary boundary, can only be referred to as inflexible. That is, they will act as one and the same surface.
    In addition to the limitations shown in the preceding description, the various walls may vary in size and shape. Mainly square design must be broadly understood and embrace a myriad of different shapes, with four parent corner portions constituting a faulty feature.
    Nevertheless, there are some prerequisites for a well-functioning packaging according to the invention. The shape of the different walls depends on each other. Based on the shape, size and angle of the back wall and the bottom wall, the direction of the other walls can be determined. A review of the folding of the individual walls to the finished packaging / container provides a basis for better understanding the design of the individual walls.
    As a finished folded container, the container must stand firmly on the bottom wall, the surface of the bottom wall lying on and parallel to the flat surface on which the container should stand. Thus, the bottom wall will lie in the substantially horizontal plane. In the invention performed with a lid, Top wall, when the top wall when in the closed position will also lie in the substantially horizontal plane. The top wall does not have to be parallel to the bottom wall, but can tilt slightly in relation to it. In contrast, the back wall, sidewalls and front wall will stand in the substantially vertical plane. These vertical walls do not need to stand perpendicular to the bottom wall, but can tilt slightly. If the finished folded and closed packaging is seen standing on the back wall, the back wall lying on and parallel to the flat surface on which the container is to stand, the back wall will lie in the horizontal plane. Similarly, the front wall will then also lie in the mainly horizontal plane. The front wall does not have to
    DK 2017 00162 A1 to lie in parallel plane with the back wall, but can tilt slightly in relation to this. At the same time, the bottom wall, side walls and top wall will then lie in the substantially vertical plane.
    The design of the walls is based on the back wall and its associated bottom wall. The exact shape of the back wall is determined as a starting point, and it is also determined at what angle the back wall should rise from the bottom wall of the finished folded container. Rear wall standing at the finished folded angle to the bottom wall, when viewed straight from the side so that the bottom wall and the back wall surface are not visible, two axes which together form an L or a V profile. One axis represents the bottom wall and is hereby referred to as the bottom axis (17). The second axis represents the rear wall and is hereby referred to as the rear elevation axis (18). The next step is to determine the angle at which the front wall should rise from the bottom wall of the finished folded container. The side edge of the front wall which is closest to the viewer, on the container seen in the position mentioned here from the side, further forms an axis, the Front high axis (19). The front elevation axis along with the bottom axis and rear elevation axis are now considered a U-profile / U-like profile. The U-profile mentioned here is based on Side Edges on one and the same side of the flat part / side edges, respectively of the front wall, bottom wall and back wall, which meet on the flat part. The other side edges of the bottom wall, back wall and front wall will also form a U-profile when the container is viewed from the opposite side, container rotated 180 degrees standing on the bottom wall. Since there is no requirement that the top edge of the bottom wall must be parallel to the bottom edge of the bottom wall, the U-profile may be different in shape and size on this side.
    The size and shape of the U-profile as described here also sets the frame for the design of the sidewalls and any top wall. The sidewalls extend from the side edges of the rear wall and fold to the finished position by rotating about this side edge with the direction of rotation towards the front wall of the packaging. A next step in the design of the packaging is to determine the angle at which a sidewall should protrude from the back wall. A sidewall surface can often form a 90 degree angle with the back wall surface, but it can also tilt slightly in relation to this. The desired angle of the sidewall now also indicates one side edge of the bottom wall, as this will lie along where the sidewall in an intended extension would hit / cut the bottom wall.
    Each Sidewall can advantageously have a top edge and a bottom edge which extends on the finished folded container all the way between the back wall and the Front wall as seen on the finished folded container. For as tight a container as possible, the outer side edge of the side wall should also extend in full length and coincide with the surface of the front wall so that there is no visible opening between the front wall and the outer side edge of the side wall on the closed container. The bottom edge of a sidewall should also, on the finished folded container, extend in its entirety or most closely to and along the surface of the bottom wall, in other words along one side edge of the bottom wall.
    A Midwall design follows the aforementioned provisions, as the Basic Wall is given by the Sector as previously described,
    DK 2017 00162 A1 between the side edge of the bottom wall and the bottom edge of the side wall. The divider's orientation on the partition wall will be such that it divides the Sector, the Middle Wall, into two equal or nearly equal sectors, a middle wall stop and a middle wall bottom.
    The shape and size of the front wall will correspond to the periphery formed on the packaging by finished folded sidewalls, back wall and bottom wall of the outer side edges of the side walls together with the bottom edge of the bottom wall. The corresponding shape of the front wall means that when folding the front wall, the side edge of the front wall will coincide with or almost coincide with the outer side edge of the side wall, which makes it possible to attach them to each other by means of a fastening device.
    On finished folded container standing on the bottom wall seen directly from above, the top edge of the side walls together with the top edge of the back wall and the top edge of the front wall define a periphery and shape. This periphery constitutes the top edge of the container and defines the top opening of the container. A suitable lid or top wall will have the corresponding shape and size of the top opening of the container, so that when rotating about the back wall, the lid will be able to cover or seal the opening of the container. The lid should preferably be slightly larger than the opening of the container so that it will cover the top edge of the container in a closed state. The top wall may also have a somewhat smaller size than the top opening of the container, so that it will have a peripheral extending along the length of the container and adjacent the raft on the side walls, front wall and back wall, thus sealing the container.
    The packaging is best prepared from flat unfinished workpiece by simultaneously folding the two side walls around their inner side edges, each in the opposite direction of rotation. Such rotation of the sidewalls will at the same time be transmitted in the partitions by the middle wall stop rotating about the dividing line such that the partition bottom, and the bottom wall as an extension of the partition bottom, is rotated about the top edge of the bottom wall to form a distinct angle between the back wall and the bottom wall. Thus, simultaneous folding of the two sidewalls around the back wall will result in automatic and simultaneous folding of the bottom wall relative to the back wall as well. Upon further rotation of the bottom wall, about its top edge, in the same direction of rotation towards the back wall, the packaging sidewalls will assume their ready-to-fold position at the same time as the mid-wall stops and the mid-wall bottom coincide so that they have parallel or almost parallel rafts that overlap. The front wall of the packaging can now be rotated about its bottom edge in the direction of rotation towards the outer side edges of the sidewalls, until the surface of the front wall coincides with these.
    The outer side edges of the side walls and the front wall are usually equipped with fastening device (s). For example, the fastener may be in the form of a protruding portion (9) extending from the outer side edge of the sidewall and an opening (10) on the front wall corresponding to the protruding portion in shape and size and position, such that when the front wall is folded into the finished position , after the bottom wall and side walls have also been folded in, the protruding portion of the side wall will penetrate said corresponding opening in the front wall and thus provide a fixation between the front wall and the side wall.
    DK 2017 00162 A1
    Side flaps (12) on the front wall can provide increased stability and improved closing / fastening of the walls on the packaging. Such Side Flip extends longitudinally and is attached to the front wall along its lateral edges. The boundary between the side flip and the front wall in the form of a fold line or otherwise weakened border. On the unfolded container, side flaps can be rotated about adjacent side edges of the front wall, and outer side edges of the nearest sidewall, so that the side flap faces against or adjacent to the side wall surface.
    If the side flap is of such shape that, on the flat blank, it has a peripheral portion which is closer to the bottom edge of the rear wall than the meeting point between the adjacent flip side edge of the front wall and the bottom edge of the front wall, then, when finished packaging standing on the bottom wall, this peripheral portion will stick below the bottom wall. bottom wall and base, and thus could act as a support leg (20) so that the standing packaging is extra sturdy.
    A particularly good fixing device for the packaging can be obtained by two protruding parts (9), each proportion extending from the outer side edge on different side walls. Each protruding portion bounded by its periphery and outer side edge of the side wall from which it protrudes. The protruding portion has ends at various points on the outer side edge of the sidewall. On the side wall, proceeding from the said projection portion boundary to the sidewall, it is further in the form of a notch, cut with both of its end points on said boundary between the protruding part and the sidewall, defined an area, the locking part (13). The barrier portion defined between said notch and said boundary between the protruding portion and the outer side edge of the sidewall. The boundary between the protruding portion and the sidewall can now be divided into three sections, an upper section (9a) between one end of the notch and its closest end point on the protruding portion, a lower section (9c) between the other end point of the notch and its closest endpoint on the protruding portion, and a middle section (9b) between the two end points of the notch. The upper and lower sections of the boundary between the protruding portion and the sidewall are often in the form of a fold line, while the middle section is not weakened in any way so that the barrier portion acts as a direct and uninterrupted extension to the fleet of the protruding portion.
    Two openings (10) are located on the front wall, along the boundary between the side flip and the front wall. An aperture at each of the side walls of the front wall, and each of the apertures corresponding in shape, size and location to the protruding portion of the sidewall, so that when folding the packaging as described above, each of said two apertures coincides with each projecting portion of the sidewall so that the protruding portion will unobstructed the said opening. Such opening, extending along the side wall of the front wall, will have a length with an upper bound and a lower bound. From the upper restriction of the opening there will extend a notch (14a) which extends further on adjacent side flaps and has an end point thereon. Similarly, from the lower boundary of the opening, a notch (14a) also extends further on the same side flip also with end point thereof. Between the two endpoints mentioned there will be a fold line (14b)
    DK 2017 00162 A1 which connects the two end points and thus together with said two notches and opening further defines a proportion, the locking tab (14). The locking tab can rotate about its adjacent fold line.
    The locking device described herein functions in that the protruding portion of the sidewall, while completing the packaging, penetrates the corresponding opening along the sidewall of the front wall so that the outer sidewall of the sidewall meets and lays on the face of the front wall along the sidewall. By further folding / rotating said adjacent flip of said opening, in the direction towards the adjacent / adjacent side wall of said flip, said surface of said side flap is brought in parallel or approximately parallel plane with the penetrating protruding portion and is then held stable in this position by hand pressure. Upon subsequent rotation of said protruding portion about the upper and lower sections of its bounding to the sidewall, direction of rotation opposite of said lateral flip, the lock portion of the protruding portion presses against the Lock flip in the direction from the side flip and the underlying sidewall so that the locking flip locks. also up from the underlying sidewall to allow the further rotation of the locking member, until the periphery of the locking part rotates past the periphery of the locking flap and clears it. The resistance formed in the locking flip's defining fold line during rotation thereof will, as soon as the locking part is ready, bounce back slightly towards the side flip and thus form an edge standing against the surface of the locking part so that the locking part will snap into it and lock the packaging walls to each other in complete folded position.
    The packaging is very efficient in stacking and in use, and from a flat unbroken position it is prepared for use in a first grip. The first grip involves simultaneously folding the two side walls of the packaging around the side walls of the back wall, which gives automatic partial folding of the bottom wall. After this first grip, the packaging is ready for stacking - each new ready-made packaging is stacked on the previous one so that a stack is eventually formed. When filling the package, one package at a time can now be lifted from the stack using a hand grip on the back wall, side walls and bottom wall, and the L-shape that the back wall and bottom wall form, represented through the rear wall rear axle and the bottom wall, provides good support for food placed upright on the bottom wall. The fact that the front wall is not folded in at this stage gives particularly good access to the internal volume of the packaging and makes it easy to feed food directly between the outer side edges of the sidewalls and down on the bottom wall of the container. When the food is securely positioned and held stable between the bottom wall and the side walls, in a continuous uniform movement, the bottom wall can be further folded about its top edge and the front wall folded in by one hand about its bottom edge to the finished folded position so that protruding parts of the locking device have penetrated each its locking device opening on the front wall. In a continuation of the fold wall movement of the front wall, any side flaps can be folded around the side edges of the front wall with the same hand and then held firmly overlapping against the side wall of the same hand holding the packaging. By simply folding the protruding portion of the locking device, the packaging will lock
    DK 2017 00162 A1 fixed in the ready-to-fold position, for example by locking a flap on the side flap or the front wall in a locking part on the protruding part.
    In accordance with the invention performed with a lid, either in the form of an associated top wall or a separate separate lid, the lid can be equipped with one or more cup holders (15). Such cup holder may be in the form of an opening or area of the lid defined by a continuous notch or perforated line, the area of shape and size corresponding to the cup or other container which the cup holder is intended to hold. In the case of cup holder in the form of partial notch or perforation rather than opening, the area may be pressed out from the remainder of the lid so that opening for insertion of cup is formed on the lid. Part of the area's periphery must often be attached to the lid long portion of the periphery, so that even after extortion, the area will adhere to the lid and can act as extra support around the cup to be held. The cup holder in the top wall will enable the packaging to hold both food and drink at the same time and it will make it easy for the user to hold food and drink in one hand.
    Details of examples with drawings
    Figures 1-2 show various suitable subjects for making the invention seen flat and unfolded straight from above. The various variants vary in complexity and design, but are based on the basic principles encompassed by the invention. Figure 3-8 shows stepwise folding of the flat blank into finished folded and closed packaging. Figures 9 and 10 show the top lid of the packaging with and without cup holder, either in the form of a top wall attached to the back wall of the packaging, or in the form of its own separate lid. Figures 11 and 1 2 show the finished folded and closed packaging standing on the bottom wall, seen from the front and directly from the side respectively. Figures 1 3 and 1 4 show suitable inclination between bottom wall, back wall and front wall of the variant of the invention. Figure 15 shows several packages after the first stage folding stacked on top of each other and held in a rack. Figure 16 shows perspective of finished folded and locked packaging standing on bottom wall with top wall and cup holder holding cup.
    Figure 1 shows a flat unbranded blank in its basic configuration, consisting of rear wall portion (1), a first sidewall (2), a second sidewall (3), a bottom wall (4) and a front wall (6). The figure also shows how the first sidewall is connected to the bottom wall through a first middle wall (7), and how the second sidewall is connected to the bottom wall through a second middle wall. In addition, the subject here also includes a top wall (5). The back wall is bounded by a top edge (1a), two side edges (1b: 1c) and a bottom edge (1d). The first side wall (2) is defined by a top edge (2a), an inner side edge (2b) extending along one side edge (1b) of the back wall, an outer side edge (2c) and a bottom edge (2d).
    The second sidewall (3) of the blank is defined by a top edge (3a), an inner side edge (3b) extending along one side edge (1c) of the back wall, an outer side edge (3c) and a bottom edge (3d). Each side wall has a protruding portion (9) extending from the outer side edge of the sidewall and forming part of the packaging locking mechanism. The bottom wall of the workpiece (4) has
    DK 2017 00162 A1 top edge (4a) extending along the bottom edge of the back wall (1 d). Furthermore, the bottom wall is defined by two side edges (4c: 4b) and a bottom edge (4d). The two side edges of the bottom wall are shown on the work by a dotted line which here represents imaginary delimitation of the bottom wall and not physical delimitation in the form of a fold line or the like. From the bottom edge of the bottom wall extends the front wall (6) of the blank defined by a bottom edge (6d), two side edges (6b: 6c) and a top edge (6a). Furthermore, openings (10) on / at the front wall are shown in the figure. These, together with the protruding parts (9) on the side walls, form part of the locking mechanism of the packaging. A first partition (7) and a second partition (8) are shown in the figure. The intermediate walls extend from each center region (11) and are further defined by side edge (7a; 8a), bottom edge (7b; 8b) and top edge (7c; 8c). Side edge on the middle wall extends along the bottom edge (2d; 3d) on the sidewall, and the bottom edge (7b; 8b) on the middle wall extends along the side edge (4b; 4c) on the bottom wall. The bottom edge (7b; 8b) of the partitions is shown here by a dotted line, which represents an imaginary delineation and not a physical in the fold of fold line or the like. Furthermore, the figure indicates Part Line (7d; 8d), a Part Line on each of the partitions. The dividing line extends from the Center Room Council (11) and onwards to the top edge (7c; 8c) of the middle wall with such orientation that it divides the Middle Wall into two sectors of equal degrees. The two sectors constitute between the wall's middle wall stop (7e; 8e) and the middle wall bottom (7f; 8f).
    Figure 2 shows another variant of flat blank with side flipper (12) and a somewhat more detailed description of the alternative fastener / locking mechanism. The protruding portion (9) of the locking device extends from the outer side edge (2c) of the sidewall (2), delimited from the sidewall of its outer side edge. Along the bounding of the protruding part towards the sidewall there is a notch that defines a part between it and said boundary, the part Part (13). Boundary between the barrier portion and the remainder of the protruding portion is shown here by dashed line (9b) which represents an imaginary boundary and not a physical boundary. The remainder of the demarcation between the protruding portion and adjacent sidewalls is usually in the form of a flask line. The figure also indicates the imaginary boundary (4b; 7b) between the bottom wall and the middle wall. The workpiece of the figure also includes side flaps (12), each side flap extending along the side edge of the front wall. The variant of the figure shows side flaps in such a design that, when folding the packaging, a peripheral portion (20) will protrude from the bottom wall of the packaging and thus be able to act as a supporting leg (20) for the packaging. Another part of the locking device is shown on the front wall and adjacent side flaps, in the form of an opening (10) on the front wall (6), two notches (14a) extending from each end of said opening and further out on the side flip. The two notches are connected to each other through a fold line (14b) which extends between endpoints of the first and second notches mentioned here. The folding line, notches and outer edge of the opening define between themselves a Locking Flip (14).
    The blank has a top wall (5), and a cup holder (15) is defined by a substantially circular line consisting of notch perforation and fold line.
    DK 2017 00162 A1
    Figure 3 shows packaging seen on the back wall after the first step folding. The arrows in the figure indicate the direction of movement / rotation of the side walls (2: 3) about the side walls (1b: 1c) of the rear wall. Upon simultaneous folding of sidewalls as shown in the figure, partition wall (7: 8) will automatically fold around the dividing line (7d: 8d) so that the partition wall surface (7e: 8e) rotates against the partition bottom (7f: 8f), and the bottom wall (4) with associated front wall (6) will follow and fold around the rear wall with direction of rotation as indicated in the figure by arrow.
    Figure 4 shows packaging after the second stage folding standing on the bottom wall (4). Second stage folding further includes pressure against the bottom wall in the same direction of rotation as the first stage folding of the bottom wall, so that the middle wall stops (7e: 8e) and the middle wall bottom (7f: 8f) rotate further about their intermediate dividing line (7d: 8d) until they coincide. , whereby intermediate wall stops lie in parallel plane to the middle wall and the bottom wall. The front wall (6) follows the bottom wall as a direct extension thereof.
    Figure 5 shows packaging after the third stage folding standing on the bottom wall. Third stage folding involves folding the front wall (6) about its bottom edge (6d) / bottom wall (4d). During the third step folding, the protruding parts (9) of the locking device penetrate the openings (10) of the locking device. the figure also indicates the lower peripheral portion (20) of the side flaps (12) and shows how these can act as supporting legs for the packaging.
    Figure 6 shows packaging after the fourth stage folding standing on the bottom wall. Fourth-stage folding involves folding the side flaps (12) toward the side wall (2: 3), each about its adjacent side edge of the front wall (6b; 6c), so that each side flip here lies parallel to the side wall.
    Figure 7 shows packaging after the fifth stage folding standing on the bottom wall. At the fifth stage folding, the side flaps (12) are held in position until the sidewall (2: 3) while the protruding portion (9) of the locking device is folded to its associated sidewall (2: 3), with direction of rotation towards the front wall surface (6). The locking member (13) then pushes out the locking tab (14) until the locking part clears it, and the locking tab then bounces back and blocks the protruding part from sliding out of the locking device opening (10).
    Figure 8 shows packaging after the sixth stage folding. The sixth stage closure includes closure of the package by lid, here in the form of a top wall which is rotated about its bottom edge to seal the top opening of the packaging, the top opening surrounded by the side walls, back wall and front wall of the packaging.
    Figure 9 shows finished folded packaging with top wall (5) folded down for closed packaging, viewed directly from above with a look towards top wall. On the top wall there is indicated cup holder (15) in the form of substantially circular area bounded by the top wall of notches and a straight fold line. Swaths and seams allow the area to be pushed out from the remainder of the top wall while remaining attached to the top wall through the facelift line and can rotate around it. Within the area, further two fold lines are embossed which extend over
    DK 2017 00162 A1 the entire area in essentially the same orientation. These fold lines enable curvature of the circular area around another container when placed down in the cup holder, and thus can provide better grip and help to hold food and drink better together in the packaging. Side flaps (12) and front wall (6) are also shown in the figure.
    Figure 10 shows two variants of separate lids (16). These are separate pieces of material that correspond to the size and shape of the top of the packaging, so that they can be passed over / into the top of the packaging and greased. One variant is equipped with two cup holders (15).
    Figure 11 shows the variant of the finished board and closed packaging seen standing on the bottom wall directly from the front. Front wall (6), side flap (12) and partitions (7: 8) are indicated.
    Figure 12 shows the smear variant of the finished board and closed packaging seen standing on the bottom wall straight from the side. Sidewall (3), Sidewall (12) and Midway (8) are shown in the figure.
    Figure 13 shows the same variant of the finished board and closed packaging seen standing on the bottom wall straight from the side. In the figure two axes are drawn in the form of dashed lines, a rear elevation axis (18) and a bottom axis (17). The rear elevation axis represents the slope of the rear wall relative to the bottom wall. The bottom axis represents the "slope" of the bottom wall measured in relation to the back wall. Together, the rear elevation axis and the bottom axis, on packaging with the rear wall standing in the finished folded position relative to the bottom wall, form an L-shape or v-shape. Side wall (3) and side flip (12) are also shown in the figure.
    Figure 14 shows the same variant of the finished board and closed packaging seen standing on the bottom wall straight from the side. In addition to the bottom axis (17) and rear elevation axis (18), another axis is also plotted in the form of dotted line, anterior elevation axis (19). The front elevation axis represents the slope of the front wall relative to the bottom wall. Together, the bottom axis, front elevation and rear elevation, when viewed on packaging with finished folded backwall and front wall, form a U-shape.
    Figure 15 shows a number of packages after the first stage folding, stacked on one another and inserted into a rack (21). The stand pillars (22) help to keep the package locked in the same position obtained after the first stage folding, and prevent the package from flattening out. With a hand grip around the lower portion of the back wall of the packaging, with fingers placed on both side walls, one and a single pack can easily be lifted from the rack, tolled, and then folded without changing the grip of the hand holding the packaging.
    Figure 16 shows finished folded and locked packaging with top wall (5) and cup holder (15). The top wall is when used as a cup holder rotated about the back wall in the opposite direction than it will be when used as a lid. A cup (23) is inserted into the cup holder (15) and held there firmly to the packaging. Support legs (20) and sidewall (2) are also indicated in the figure.
    DK 2017 00162 A1
    权利要求:
    Claims (1)
    [1]
    claims
    Requirement 1)
    Flat blank material for manual folding of the container, consisting of a substantially square back wall (1) and two side walls (2,3), each side wall through a side edge (2b; 3b) associated with the back wall (1) along various and opposite side edges (1b; 1c) of the back wall, further where the back wall, along one of the two rear wall edges (1 d), which does not constitute laterally attached side wall, is associated with a substantially square bottom wall (4) along its top edge (4a), and thereby the directly opposite bottom edge (4d) of the bottom wall is associated with a substantially square front wall (6) along the bottom edge (6d) of the front wall, and where the top wall (1a) of the rear wall, directly opposite the bottom wall (1d) is associated with a substantially square wall, the top wall (5), along its bottom edge (5d), characterized by two sector-shaped partitions (7,8), each partition extending from each center region (11) at a meeting point between the lateral side edge (1b; 1c) and the bottom edge (1d), whereby the partition wall through one of its edges (7a; 8a) is flexibly attached to sidewall (2; 3) along the bottom edge of the sidewall (2d; 3d), and further along another of its edges (7b; 8b) is inflexibly attached to bottom wall (4) through the bottom wall of the sidewall (4b; 4c), further where a fold line (7d; 8d) extends from the center region (11d) over the entire intermediate wall (7; 8) so as to divide the sector shape of the diaphragm into two equal angles (7e, 7f; 8e, 8f).
    Requirement 2)
    Packaging box according to claim t, characterized in that the top wall (5) is provided with cup holder (15) in the form of either opening or sliding area defined by circumferential notches and / or folding line.
    Requirement 3)
    DK 2017 00162 A1
    Flat blank according to claim 1, characterized in that simultaneous rotation of sidewalls (2,3) about rear wall (1) is continued through intermediate walls (7,8) and automatically results in simultaneous rotation of bottom wall (4) about the rear wall (1).
    Requirement 4)
    Packaging locking device according to claim 1, characterized by two side flaps (12), each flexibly attached to the front wall (6) along the side edge (6b; 6c) thereof, further where the protruding portion (9) extends from the outer side edge (2c; 3c) on each sidewall (2; 3), each projecting portion rigidly attached to barrier member (13), the barrier portion defined by notches extending on sidewall (2; 3) from a point on the delimiter between the projecting portion and the sidewall to another point on the boundary between protruding portion and sidewall, and flexibly associated with sidewall along remaining two portions (9a, 9b) of its delimitation to outer sidewall (2c; 3c) of sidewall, further along that on front wall (6) along portion of its two sidewalls (6b) (6c) are two openings (10), one along each side edge, corresponding to protruding portion in size and position, so that when folding blank into finished folded packaging, the protruding portion will coincide with and penetrate said opening on front wall, further e wherein on the adjacent flap (12) of the opening is delimited a Locking flap (14) framed by the outer edge of said opening towards the side flap, a straight fold line (14b) substantially parallel to said opening and two notches (14a), each extending from different end points of said fold line and to its nearest end point of the opening's outer edge towards the side flip.
    DK 2017 00162 A1 Figure 1
    DK 2017 00162 A1 figure figure
    character
    DK 2017 00162 A1 Figure 13
    DK 2017 00162 A1 Figure 15
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    同族专利:
    公开号 | 公开日
    SE1700047A1|2017-09-11|
    NO20160413A1|2017-09-11|
    NO341697B1|2017-12-27|
    SE543091C2|2020-10-06|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US2138680A|1937-06-28|1938-11-29|Marathon Paper Mills Co|Carton|
    US3743169A|1971-10-13|1973-07-03|Sprinter Syst Of America Ltd|Nestable, stackable, leak-proof container|
    US4049189A|1975-01-22|1977-09-20|The Mead Corporation|Panel interlocking means and method|
    FR2816596B1|2000-11-15|2003-06-20|Amora Maille|CORNET FOR FOODS INTENDED TO BE CONSUMED WITH A SAUCE|
    KR200476703Y1|2013-01-18|2015-03-23|주식회사 오리온|packing box|EP3798149A4|2019-07-26|2021-03-31|International Design Packing Co., Ltd.|Foldable box connection structure and foldable box and use method therefor|
    FR3112332A1|2020-07-09|2022-01-14|Philippe BERTHELOT|Mixer packaging with two contiguous volumes and locked opening|
    法律状态:
    2020-01-21| PHB| Application deemed withdrawn due to non-payment or other reasons|Effective date: 20200105 |
    优先权:
    申请号 | 申请日 | 专利标题
    NO20160413A|NO341697B1|2016-03-10|2016-03-10|fastfood Packaging|
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