Packaging unit provided with lockable internal commodity supporting element

Abstract

A packaging unit comprising: an outer box body and a support element wherein the outer box body comprises a bottom face, two side faces and two front faces, each front face being provided with at least one folding wing for at least partially abutting the front face; the at least one folding rocking wing comprises at least one butt joint flange; the supporting element comprises two front end plates, two long side plates, a top plate and at least one bottom plate, each front end plate is provided with at least one clamping tongue, and the clamping tongues of the supporting element can be clamped with the butt joint flanges of the folding rocking wing so as to fix the folding rocking wing at a deeper position; the folding swing wing on the front face comprises at least two corresponding butt joint flanges, or the opposite folding swing wings on the front face are each provided with at least one butt joint flange. The supporting element comprises at least one top plate and at least one bottom plate, the top plate is composed of two upwards-inclined top faces, and each front face end plate of each top face is provided with at least one clamping tongue.

Description

[0001] The object of the present invention is to provide a packaging device based on the general concept of claim 1 .

[0002] The packaging unit commonly seen on the market consists of an outer packaging and one or more inner partitions for filling the product on or in it. The classic chocolate packaging is a common packaging form, which is stacked in multiple layers and has no locking or locking inner partitions.

[0003] For the retail industry and consumers, there is often a demand that a packaging unit containing multiple items be designed to prevent the inner partition from accidentally falling off and that each unused item can still be well displayed.

[0004] For example, US2012 / 008578 A1 suggests using a support and covering element that can shield the internal product on three sides, and using a lock on the front plate so that a latch vertically facing the bottom of the outer package can be engaged. Although this method can ensure that the internal support and covering elements are fixed, when taking out the product, the outer package must be destroyed or fully unfolded depending on the hardness and strength of the latch.

[0005] EP 2 778 086 A1 discloses another embodiment, that is, a tongue with an extended bottom and facing outward is installed on the inner support and covering element of the front plate. When the commodity and the support and covering element are loaded, the tongue faces upward and is engaged under the folding flap of the front plate of the outer packaging. The support and covering element is fixed in place similar to US 2012 / 008578 A1, but it is very troublesome to take it out.

[0006] The task of the present invention is to provide a packaging unit improved on the basis of the above.

[0007] This object is achieved by a packaging unit according to the features of claim 1 , further advantageous embodiments being specified in the subclaims and / or explained in the following text.

[0008] The packaging unit of the present invention comprises: an outer box body, a supporting element composed of a supporting cutting board for placing goods (especially two long goods, such as at least two toothbrushes), wherein

[0009] The outer box body comprises a bottom surface, two side surfaces and at least two front surfaces, each of which is provided with at least one folding rocker for at least partially docking the front surface; the at least one folding rocker comprises at least one docking rib, and

[0010] - the support element comprises two front end panels, two long side panels, a top panel and at least one bottom panel, wherein each of the front end panels is provided with at least one latch, and

[0011] - the latching tongue of the supporting element can be engaged with the abutting rib of the folding swing wing so that it can be fixed in a deeper position, wherein

[0012] - a front folding wing comprising at least two corresponding abutting ribs or

[0013] - Two corresponding folding flaps of a front panel each comprise at least one (generally corresponding) butt joint rib. The (horizontally) corresponding butt joint ribs have a (horizontal) spacing extending to the bottom surface in at least one panel surface. The support element comprises at least one top panel and at least one bottom panel, wherein the top panel is composed of two upwardly inclined top surfaces, and each front end panel of each top surface and / or each bottom surface is provided with at least one latch. The bottom panel may comprise multiple panels and include one or more bottom surfaces.

[0014] The "joint flange" of the folding plate refers to one or more plate surfaces, which in a useful embodiment at least partially enclose a triangular, trapezoidal or truncated cone projection surface. The joint flange also refers to the trimmed edge plate inside or beside the folding plate surface, and the joint flange can also be joined with the outer trimmed edge plate of the tongue.

[0015] The term "support element" refers to a partition formed of a cutting board (hereinafter referred to as a supporting cutting board) which can be inserted into an outer packaging, i.e., an outer box body. The supporting element is used to support at least one commodity and to be taken out together with the commodity (e.g., one or more toothbrushes) when needed.

[0016] The supporting element consisting of a cutting board has the advantage that it can consist of one (fibrous) material or a mixed material, such as single-layer or multi-layer cardboard, corrugated board, carton, synthetic material or the like. It is particularly advantageous if the supporting element and the supporting cutting board are made of a renewable material and the outer box and / or the locking element (cover) are made of a corresponding material.

[0017] The subordinate panels (e.g., top panel, bottom panel, bottom panel, tab) of the support material are separated or connected with corresponding adjacent subordinate panels or regions by the "functional line". The functional line includes a concave line, a scratch line, or a convex line. In this way, according to the different materials and functions, a crease line or a folded edge panel can be set in the support cutting board by a tool as the functional line, so as to predefine or simplify the shape of the support element to the desired use or set shape.

[0018] In the present invention, the planar support cutting board is folded to form a supporting element of a roof shape including at least two top surfaces, forming a three-dimensional structure with two substantially horizontal bottom plate surfaces. A major advantage of this structure is that the top plate of the roof shape forms a restoring force through the functional line of the triangular structure or the top ridge and the crease line of the transition part with the bottom plate. The long side plate of the bottom plate is crimped with the corresponding side surface of the outer box body. Another major advantage of the roof shape is that it can be pressed together without the need for consumers to use auxiliary or gripping tools, and the supporting element can be loosened and removed from the outer shell. One of the beneficial effects is that the crease line of the roof triangular structure can also become a functional line longitudinally connecting the two top surfaces. "Top plate" in the present invention refers to the part of the supporting cutting board that constitutes the two inclined surfaces of the roof-type structure. The top plate can be composed of two or more panel parts.

[0019] Among them, an advantage of an embodiment is that the triangular structure of the top plate includes two parallel side plates, and another strip-shaped and / or horizontal top surface is formed between the two triangular structure side plates of the shape.

[0020] The latch tongue embodies similar effects and advantages. The latch tongue is usually formed by folding the cutting plate upwards and covers at least one folding wing of the outer shell when positioning and supporting the cutting plate, because the latch tongue will apply a reaction force in the direction of the front plate. After covering the docking rib, the latch tongue is unfolded to the lower position of the front plate and engaged under the docking rib of the folding wing. Because the folding wing at the inclined top front plate is set by a functional line, the folding wing engages with the corresponding docking rib of the folding wing from the bottom to the top. In this way, the support element and the loaded goods are fixed in the desired position, and the support element is pressed and engaged on the side and front with a certain elastic force or return force, thereby preventing the goods from accidentally falling off.

[0021] An advantage of one embodiment is that the single-part or multi-part butt flange is formed by an opening or cutout in the folding swing wing. Another advantage is that the butt flange is provided with a butt flange end plate, which has at least two spatial directions and / or different directional structures (yz plane / axis).

[0022] An improved effect of an embodiment of the packaging unit is that the folding wing of the outer box body can be combined with a side surface through a functional line, and the folding wing is at least partially butted against the back side on the front side. In other words, in this embodiment, at least one side surface of the outer box body is provided with a folding wing having a butt-jointed rib, and ideally each side surface is provided with a folding wing.

[0023] "Combined" means that the two subordinate panels are integrally formed or substantially integrally formed.

[0024] The "back side" refers to the side that is not facing the interior or commodity space where the supporting cutting board and the commodity are installed. Similarly, the "front side" refers to the side of the outer box material facing the interior or commodity space.

[0025] In an improved embodiment, at least one trimming panel and / or a latch trimming panel end panel can be arranged in an unlocked position (removal position) in such a way that the trimming panel and / or the trimming panel end panel can be slid down the abutment rib. The "unlocked position" of the trimming panel means that the top surface of the support element can be pressed and / or assembled into a defined extension structure so that the latch can be released from the press-fit and / or form-fit (end position) structure with the abutment rib.

[0026] Another embodiment of the packaging unit has the improved effect that the folding wing of the outer box body can be connected to a front side through a functional line, and the folding wing is at least partially butted against the back side on the side surface. In other words, in this embodiment, at least one front panel of the outer box body is provided with a folding wing having a butt-jointed rib, and ideally each front panel is provided with a folding wing.

[0027] In one embodiment of the present invention, the above styles can be combined, that is, a folding wing of the outer box body is connected to the side surface through a functional line, and the folding wing of the other outer box body is connected to a front plate through a functional line.

[0028] In another embodiment of the packaging unit, the improvement is that each front end plate of each top surface and / or each bottom surface is equipped with at least one latch tongue. In other words, each front end plate of the top surface, under the filled state, will protrude upwards by a latch tongue (obliquely).

[0029] In another embodiment of the packaging unit, the improvement is that at least one bottom plate portion constitutes at least one locking and positioning plate, which protrudes laterally higher than the long side plate. The locking and positioning plate has two functions. On the one hand, the locking and positioning plate constitutes two locking lines on the side surface of the outer box body; on the other hand, it can center the position of the goods placed between the inner surface of the locking and positioning plate and the corresponding top surface.

[0030] Based on the longitudinal extension of the outer box and the supporting element with the longitudinal axis, "longitudinal" refers to the x-axis of the rectangular coordinate system, "lateral" refers to the y-axis, and "upward and downward" represent the z-axis.

[0031] In another improved embodiment of this style, the side surface of the outer box body includes at least one docking element, under which the locking and positioning plate can be engaged. This shows another advantage of the support element pressing the top surface. These engaging plates of the docking element are manually unlocked and released by the user, so that the support element can be easily removed at any time.

[0032] The beneficial effect of the locking and positioning plate is also manifested in that the long side plates can be formed at least partially from the bottom plate and the bottom surface and protrude laterally above the bottom plate in the defined interval in the non-expanded position. Thus, a fold line is provided longitudinally in the transition area from the bottom plate to the locking and positioning plate, and cutting lines are provided transversely on both sides of the transition area from the locking and positioning plate to the bottom plate. In the following description, no distinction is made between cutting lines and cutting edges, because a cutting line in the cutting plate represents one or two cutting edges after folding.

[0033] In this embodiment of the packaging unit (i.e. at least one bottom plate forms at least one retaining and positioning plate, and the retaining and positioning plate protrudes laterally higher than the long side plate), the improvement effect is that at least one retaining and positioning plate is folded upwards when the support element is inserted into the outer box body. In other words, the retaining and positioning plate protrudes obliquely upwards in the z-axis direction. The inclination angle of the retaining and positioning plate depends on the transverse length (y-axis), the protruding height of the long side of the bottom plate is equal to the transverse length, and the inclination angle also depends on the transverse distance of the fold line parallel to the total circumference in the transition area from the bottom plate to the retaining and positioning plate.

[0034] Another beneficial effect is that at least one of the retaining and positioning plates and / or one of the top surfaces comprises at least one (commodity) notch for receiving or inserting at least part of a commodity. The commodity may be, for example, a toothbrush head, which is mounted on the support element towards the center of the box and fixed in the (commodity) notch of the top plate. Preferably, two toothbrushes are mounted opposite each other in this manner and a corresponding notch is provided on each top surface, located at the same corresponding end plate.

[0035] In this embodiment of the packaging unit, there is another improvement, that is, at least one top surface forms an inner bottom plate which is laterally contained inwardly by the bottom plate through at least one cutting line (especially the cutting lines on both sides), especially for placing and loading one end of the commodity (toothbrush head) and / or as a gripping space for taking out a commodity. In other words, the bottom plate is located in the projection plane of the top plate protruding in the z-axis direction.

[0036] In another embodiment of the packaging unit, the improvement is that the packaging unit comprises at least two stacked support elements for fixing at least one commodity, wherein

[0037] - A front folding wing comprises at least four pairs of corresponding butt joint ribs and pairs of butt joint ribs stacked one above the other or

[0038] - two corresponding folding flaps of a front panel comprise at least two superposed (generally corresponding) abutting ribs, wherein

[0039] Each row of (horizontally) corresponding abutment ribs has a (horizontal) spacing extending to the bottom surface in at least one panel surface, wherein at least one latch of the support element can abut.

[0040] The double-layer structure of the support element in the z-axis direction and other planes of the support element adopt the above-mentioned implementation manner and design scheme.

[0041] The butt ribs of the folding wing and the corresponding latches complement each other and overlap according to the required number of layers n (in the z-axis direction). When assembling, first insert the bottom support element 1, and then insert the top support element n. When removing, as described above, first grasp and squeeze the top surface to at least partially disengage the top support element n from the engaging position in order to remove it.

[0042] The bottom surface of the bottom plate is close to the goods below when n supporting elements are stacked. One of the beneficial effects is that the inner bottom plate extends laterally to the center (longitudinal axis), and a subordinate plate surface and corresponding inner ribs are connected to the top surface below.

[0043] In another embodiment of the packaging unit, the improvement effect lies in that the latch is folded upwards at the supporting element filling position in the outer box body.

[0044] Next, the present invention will be further described based on the illustrations of the embodiments.

[0045] Figure 1 A three-dimensional top view of the packaging unit;

[0046] Figure 2 A top view of a support cutting board;

[0047] Figure 3 It is a three-dimensional top view of the assembled support element;

[0048] Figure 4 A top view of another embodiment of supporting a cutting board;

[0049] Figure 5 A perspective view of a portion of the front panel;

[0050] Figure 6 A vertical cross-sectional view looking toward the front plate inside the outer box;

[0051] Figure 7 for Figure 3 Another implementation method of .

[0052] For the same or equivalent elements in the present invention, the same reference numerals are used in the legends. Furthermore, for the purpose of clarity, only the reference numerals necessary for the relevant legend description are used in each legend. The legends of the present invention are only used as schematic diagrams to illustrate the functional principles. In particular, the presentation in the legends is only used to illustrate the basic principles of the present invention. For the purpose of ensuring clarity, the legends do not show all components of the device.

[0053] Figure 1 The top view of the packaging unit 300 shows that the outer box body 101 is partially folded, and the support element 201 in the assembled state is placed on the bottom surface 102. The packaging unit 400 shown includes an outer box body 101, a support element 201 for accommodating two toothbrushes 130, a brush head (the product end 132, the front end) and a brush handle (the product end 134, the rear end).

[0054] Outer box body 101 comprises a bottom surface 102, at least two side surfaces 104 and at least two front surfaces 106. Front surface 106 is equipped with folding rocker 110 for at least partially docking corresponding front surface 106 in the locked final state. Folding rocker 110 comprises notch 150 as opening or cutting area, is equipped with docking retaining edge 112. Further, side plate 104 and front surface 106 are respectively equipped with a locking tongue 120, for docking lock (not shown). Locking tongue 120 outwardly protrudes from functional line F and can be bonded, welded or otherwise connected with a lock. Functional line F is not a stamping line in this example, for setting the folding of outer box body material.

[0055] The support element 201 includes two end plates 206, two long side plates 208, a roof molding top plate 210 and a bottom plate 220. Each end plate 206 is provided with two latches 250, and each top surface 211 at each front end plate 206 is provided with a latch. The latches 250 of the support element 201 are docked and engaged with the folding swing wing 110 at the docking rib 112 configured in the notch 150 when the outer box body 101 is in the closed state. The folding swing wing 110 and the corresponding notch 150 include two inner and outer docking ribs 112.

[0056] A toothbrush is schematically loaded on the support element 201 as a product 130, including a product front end 132 (brush head) and a product rear end (brush handle). A second toothbrush can be loaded into the lower layer in the same manner, with the brush head (i.e., product front end 132) also facing the center (upward).

[0057] like Figure 5 and 6As shown and described in detail, the folding flaps 110 of the opposite front panel 106 each include a (generally opposite) abutment rib 112. The opposite abutment rib 112 includes a spacing extending to the bottom surface 102. The support element 201 includes a roof molding top plate 210 and a bottom plate 220. The roof molding top plate 210 is formed of a triangular shape with two obliquely upwardly protruding top surfaces 211 and includes a latch 250 at each front end plate 206.

[0058] Figure 1 It is only used as a schematic illustration. According to the provisions, the support element 201 is inserted into a molded outer box body 201, rather than such an opened and unmolded outer box body 201.

[0059] Figure 2 In the embodiment shown, the support element 201 formed by the support cutout 200 is shown as an unfolded and unfolded assembled element. The support cutout 200 is formed of a single piece of carton material or paperboard. In the embodiment shown, the support cutout 200 comprises a roof molding top plate 210, a bottom plate 220, a locking and positioning plate 230, a central folding axis 202, two outer folding axes 204, two end plates 206 and outer long side plates 208. The roof molding top plate 210 comprises two top surfaces 211, which are provided with a latch 250 near the end plates 206. The two outer folding axes 204 do not form a continuous folding line in the assembled support element 201, but are interrupted by the inner bottom surface 224. The central folding axis 202 is a crease convex line 252. The longitudinal axis L has the same direction and position. The illustrated embodiment does not limit the mechanical manufacturing method of the functional line F, whether it is a convex pattern, a cutting pattern or a stamping pattern.

[0060] The tongue 250 is trapezoidal in shape. The bottom plate 220 is composed of two parts, namely, the upper and lower parts in the figure, which are located on both sides of the roof-shaped top plate 210. A folding axis 204 is set in the transition area between the top surface 211 and the adjacent outer bottom surface 222. The cutting area and the corresponding cutting line 232 are generated by the folding axis 204 to form the inner bottom plate 224. Figure 2 In the other figures, only certain cutting lines 232 are shown. According to the functional lines F, the cutting and / or folding lines can be clearly assembled into the support element 201.

[0061] The inner bottom surface 224 and the opening area generated in the top surface form a fixed space / area for accommodating the transverse protruding portion (such as a toothbrush head (not shown)) of the commodity 130. Further, the longitudinal axis L (x-axis) and the transverse axis 205 (y-axis) are shown in the figure.

[0062] Figure 3 In the embodiment, the assembled support element 201 is Figure 1 exhibit, Figure 4 The associated support cutout 200 is shown in FIG. Figure 3The supporting element 201 is shown in an assembled or unfolded state. The two top surfaces 211 are triangular and face upward in the direction of the vertical axis 207 (z axis). Each top surface 211 of the roof molding top plate 210 is provided with a latch 250 at each front end plate 206, and the supporting element 201 generally includes four latches 250.

[0063] The embodiment shown generally has only two latches 250, for example, at the two front end plates 206. The support element 201 is located in the figure at a position where the top surfaces are close to each other, and the inner ribs of the (inner) bottom surface 224 are in contact. This position can also be a loose position, and the inner bottom surface 224 may also be deformed and / or pushed to the upper and lower misalignment due to further force applied by the user.

[0064] Opening Figure 5 The unfolded outer box 102 is shown, comprising an end plate 114, which is provided with an opening 116 for mounting on a support element (not shown). The inserted support element 201 comprises a certain spacing extending to the front plate 206, wherein the latch 250 ensures the snap-in effect and generates a resilient support effect to a certain extent by a return force. Figure 5 The embodiment of the support element 201 shown in the middle part is Figure 3 , 4 6. It can be seen that when the two top surfaces 211 are manually pressed together (i.e., the top ridge is in the shape of a hinge), the latch 250 can be at least partially pulled out and loosened through a docking rib 112, so that the support element 201 can be taken out without greater resistance when the top surface 211 is grasped close. In particular, the upper latch 256 can be pulled inwardly in the transverse direction toward the center so that the side latch 254 docks and slides down in the upper docking rib 112 and the upper docking rib and the docking rib plate area.

[0065] Figure 6 A vertical cross-sectional view of a closed shape of an overall packaging unit 400 in an embodiment is shown. The packaging unit includes an outer box body 101, a locking member 300 and a supporting element 201. In detail, a folding flap 110 and a notch 150 opposite to each other on a front plate 106 can be seen, and the notch is equipped with a corresponding docking rib 112, which is two docking plate surfaces with different spatial orientations.

[0066] The folding flaps 110 are snapped into, glued to, or in some other way abutted against the corresponding rear side of the front panel 106 in a manner not discernible in the figure.

[0067] The butt joint ribs 112 of the left and right notches 150 correspond to each other and form a (lateral) spacing (y-axis) that is open or extended to the bottom surface 102. The two butt joint ribs 112 of the folding rocker form an angle, which can also be an arc or other curve form in another embodiment. The latch tongue 250 includes two opposing latch edges 254 and 256. In the shown position, the side latch edge 150 is located opposite to the side butt joint rib 112 (butt joint rib plate surface) of the folding rocker 110, and the upper latch edge 256 is located opposite to the upper butt joint rib 112 (butt joint rib plate surface). Figure 6 A situation is shown in which the support element 201 is not completely assembled, so that the long rib 208 of the outer bottom surface 222 does not abut against the side surface 104. In this way, the edges 254, 256 of the latch tongue 250 are not at least partially abutted against the abutment rib 112 of the folding swing wing 110.

[0068] The beneficial effect is easily seen in that the user can conveniently operate the snap-fit ​​in an obliquely upward or (lateral) sideways direction.

[0069] Further, Figure 6 An alternative embodiment of the folding rocker 110 with dotted lines is shown in FIG. 1 , wherein the folding rocker is open toward the bottom surface 102 , which is in the shape of a spacer or a hook.

[0070] Finally Figure 7 An embodiment of the support element 201 is shown in FIG. Figure 3 The folding wing of the bottom edge of the folding wing is preferably open to the bottom surface of the outer box body. In other words, the bottom surface is in the shape of a spacer or hook. Or in the shape of a curtain.

[0071] In the described embodiments, the packaging unit and its subordinate components (such as the supporting cutting board), the supporting components and / or the merchandise are generally displayed on a horizontal bottom surface (not shown). It can be seen by professionals that the packaging unit and its subordinate components can be located in any position and orientation, either alone or together. Thus, all names and reference marks such as upper, lower, vertical, oblique, etc., for display space positions (such as "bottom", "top", "side", etc.) are only for the purpose of facilitating language expression and have no practical meaning. When the basic orientation and positioning of the packaging unit or its subordinate components are changed, the angle must be changed in the same way to understand.

[0072] Reference marker list

[0073] 100 Outer box cutting board

[0074] 101 Outer box

[0075] 102 Bottom

[0076] 104 Side

[0077] 106 Front

[0078] 110 Folding swing wing

[0079] 112 Butt flange

[0080] 114 End Plate

[0081] 116 Opening

[0082] 120 Lock tongue

[0083] 130 products (toothbrush)

[0084] 132 Product end (front end)

[0085] 134 Product end (back end)

[0086] 150 openings

[0087] 200 Support cutting board (referred to as cutting board)

[0088] 201 Support element

[0089] 202 Folding axis

[0090] 204 Folding axis

[0091] 205 horizontal axis (y axis)

[0092] 206 front end plate

[0093] 207 longitudinal axis (z axis)

[0094] 208 vertical axis (long side end plate)

[0095] 210 Top Plate

[0096] 211 Top

[0097] 214 Triangle Line

[0098] 220 base plate

[0099] 222 bottom surface (outside)

[0100] 224 bottom surface (inside)

[0101] 230 Locking and positioning plate

[0102] 232 Cutting line

[0103] 250 Tab

[0104] 252 Creases and ridge lines

[0105] 254 card edge (outer side)

[0106] 256 card edge (upper side)

[0107] 300 lock parts (top)

[0108] 400 packaging units

[0109] F Function Line

[0110] L longitudinal axis of the package (x axis)

Claims

1. A packaging unit (400), comprising: An outer box body (101), comprising at least one supporting element (201) for placing goods (130) (particularly at least two elongated goods, such as at least two toothbrushes) formed by a supporting cut piece (200), wherein - the outer box body (101) comprises a bottom surface (102), two side surfaces (104) and at least two front surfaces (106), each of the front surfaces (106) being provided with at least one folding rocker (110) for at least partially docking with the front surface (106); the at least one folding rocker (110) comprising at least one docking rib (112), and - the support element (201) comprises two front end panels (206), two long side panels (208), a top panel (210) and at least one bottom panel (220), wherein each of the front end panels is provided with at least one latch (250), and - the latching tongue (250) of the support element (201) can be engaged with the docking rib (112) of the folding swing wing (110) so that it can be fixed in a deeper position, wherein Features - a front (106) folding flap (110) comprising at least two corresponding abutting ribs (112) or - The folding flaps (110) opposite to each other on a front side (106) are each provided with at least one (generally corresponding) abutting rib (112), wherein the (horizontally) corresponding abutting ribs (112) have a (horizontal) spacing extending to the bottom surface (102) of the outer box body (101) in at least one panel surface, wherein -The supporting element (201) comprises at least one roof-shaped top plate (210) and at least one bottom plate (220), wherein the roof-shaped top plate (210) is composed of two upwardly inclined top surfaces (211), and each front end plate (206) of each top surface (211) and / or each bottom surface (220) is provided with at least one latch (250).

2. A packaging unit (400) according to claim 1, characterized in that The folding rocker (110) can be connected to a side surface (104) through a functional line (F) and at least partially butted against the back side on the front surface (106).

3. A packaging unit (400) according to claim 1, characterized in that The folding rocker (110) can be connected to a front surface (106) via a functional line (F) and at least partially butted against a back side on a side surface (104).

4. A packaging unit (400) according to the preceding claim, characterized in that Each front end plate (206) of each top surface (211) and / or each bottom surface (220) is provided with at least one latch (250).

5. A packaging unit (400) according to the preceding claim, characterized in that At least two top surfaces (211) of the roof molding top plate (210) are longitudinally connected via a functional line (F).

6. A packaging unit (400) according to the preceding claim, characterized in that At least one bottom plate portion (220) forms at least one retaining and positioning plate (230) which projects laterally beyond the long side plates (208).

7. A packaging unit (400) according to claim 6, characterized in that At least one locking and positioning plate (230) is folded upward when the supporting element (201) is installed in the outer box body (100).

8. A packaging unit (400) according to the preceding claim, characterized in that The bottom plate is formed by at least one top surface (211) through at least one cutting line (232) (particularly the cutting lines on both sides) to laterally include an inner bottom plate (220) facing inward, and is particularly used for placing and loading one end of a commodity (toothbrush head) and / or as a grabbing space for taking out a commodity.

9. A packaging unit (400) according to the preceding claim, characterized in that The packaging unit (400) comprises at least two stacked supporting elements (201) for fixing at least one commodity (130), wherein - a front (106) folding flap (110) comprises at least four pairs of corresponding butt joint ribs (112) and pairs of butt joint ribs stacked one above the other, or - two corresponding folding flaps (110) of a front panel (106) comprise at least two overlapping (generally corresponding) abutting ribs (112), wherein Each row of (horizontally) corresponding abutment ribs (112) has a (horizontal) spacing extending to the bottom surface (102) in at least one panel surface, wherein at least one latch (250) of the support element (201) can abut.

10. A packaging unit (400) according to the preceding claim, characterised in that The latch tongue (250) is folded upward when the supporting element (201) is installed in the outer box body (100).

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