Device for storing elongated objects, in particular saw blades

Abstract

The invention relates to a device for storing one or more elongated objects (4), comprising a storage part (1) having one or more chambers (3, 3') for receiving the objects (4), and comprising a cover part (2) surrounding the storage part (1) in the manner of a banderol, wherein the cover part (2) can be moved from a storage position to a removal position relative to the storage part (1), wherein the elongated objects (4) can only be removed from the device in the removal position, but not in the storage position, wherein at least the storage part (1) is made of a fiber-containing cardboard or paper material (paper pulp), characterized in that the storage part (1) has a plurality of chambers (3), each separated from one another by a partition wall (38), in which chambers jigsaw blades can be or are stored.

Description

field of technology

[0001] The invention relates to a device for storing one or more elongated objects, in particular jigsaw blades. The device has a storage part that has one or more compartments for accommodating the objects. A cover part can be moved from a storage position to a removal position relative to the storage part. The elongated objects can only be removed from the device in the removal position, but not in the storage position. State of the art

[0002] A device of this type is known from DE 298 09 196 U1, CN 248650 Y, CN 2498892 Y, DE 10 2015 005 009 A1.

[0003] Boxes made of paper or another plastic-free material are known from DE 60219 214 T2, US 9,926,125 B2, US 2008 / 0308615 A1, US 2022 / 0289425 A1, US 542,903 A, US 2,426,856 A, EP 4 059 859 A1.

[0004] A storage box for jigsaw blades is also known from the prior art, which has a storage part made of plastic and in which several parallel chambers are provided, each of which can accommodate a drill bit or a jigsaw. The storage part is slidably arranged in a cover part and is made up of two parts. A head part can be pivoted relative to a base part in a removal position. The tips of the drill bits or the tangs of the jigsaw blades lie in a free space in the head part. In a storage position, both the base part and the head part, which has been pivoted into alignment with the base part, lie in the cover part, which is also made of plastic and encloses the storage part in a U-shape. Summary of the invention

[0005] The invention is based on the object of developing a device of the type described above in such a way that it can be manufactured cost-effectively without plastic. Furthermore, the invention is based on the object of developing the device in a way that is advantageous in terms of manufacturing technology and use.

[0006] The objects are solved by the inventions specified in the claims, whereby not only the main claim but also the subclaims solve at least some of the objects independently.

[0007] First and foremost, it is proposed that the storage part consist of several layers, each formed by a blank or punched part extending in a plane. The layers can lie flat on top of each other, at least in some areas.

[0008] In particular, it is proposed that the storage part and the cover part are each plastic-free. The cover part and the storage part can be made of a fiber-containing organic or inorganic material. The two parts can be made of paper or cardboard or of metal. The cover part and the storage part are preferably made of paper or cardboard. In particular, it is provided that all components of the device are easily disposable and, in particular, are decomposable or incinerable. Furthermore, it is provided that the cover part surrounds the storage part in the manner of a banderole.

[0009] In a further development of the invention, it is proposed that the cover part be manufactured from a pre-product extending in a plane. The pre-product can be a metallic stamped part. However, the pre-product is preferably a folded blank, which can consist of paper, in particular kraft paper or cardboard. The pre-product can have an upper broad side section, two narrow side sections, and two lower broad side sections. This flat, cut pre-product is then bent or folded into a substantially cuboid-shaped body, with two lower broad side sections being joined together, in particular flatly. This results in a hollow body with two opposite free sides. The hollow body forms a type of banderol that can be pushed or placed around the storage part. During production, the banderol can also be wrapped around the storage part to a certain extent.

[0010] The storage part can be designed in multiple layers. It can consist of several layers arranged one above the other. The layers can be metal layers. However, the layers are preferably made of cardboard. They can be cardboard layers or corrugated cardboard layers. Each of the layers forms a cut layer. The layers can be arranged flat on top of one another. In particular, they can be glued to one another. If the layers are made of metal, they can be connected to one another, for example, by diffusion welding. Three layers are preferably provided. A first layer can extend over the entire base area of ​​the storage part and form a foot section and a head section. A hinge line can run between the foot section and the head section. The first layer thus forms a lower section and an upper section, which are separated by the hinge line.The upper section can be pivoted relative to the lower section around the hinge line from an aligned position to the lower section into an angled position. In the storage position, the hinge line is located within the casing of the storage part formed by the cover part. This means that the upper section of the storage part can only be pivoted relative to the lower section in the removal position. In the removal position, the cover part is shifted relative to the storage part in such a way that the hinge line lies outside the casing. A hinge forms along the hinge line. This can be a type of film hinge. However, it is also possible for a joint to form along the hinge line.

[0011] Means are provided to ensure that the cover part can only be moved relative to the storage part between two stop positions. In an upper stop position, the device is in the removal position; in the lower stop position, the device is in the storage position. The storage part can have one or more projections. The projections can protrude from narrow sides and in particular narrow longitudinal sides of the storage part. The projections can engage in a recess in the cover part. The recess is arranged in particular in the region of a narrow side section of the cover part. The recess can be a cut-out window. The recess forms an upper stop and a lower stop. The longitudinal edges of the recess can coincide with folding lines. The cover part is folded along these folding lines.However, it is also possible for the longitudinal edges of the recess to be spaced apart from the fold lines. One longitudinal edge of the recess can, for example, be arranged in the narrow side section and a longitudinal edge running parallel to it in the lower wide side section. The projections can extend over the entire height of the storage part. It is thus possible for each of the multiple layers to form a projection. However, it is also possible for only some of the layers to form a projection each, so that the projection only extends over part of the height of the storage part. Two projections can be provided, which are located on opposite lateral edges of the layers.

[0012] The chambers in which the one or more elongated objects, in particular drills or jigsaw blades, are stored, preferably run parallel to lateral edges of the storage part. The walls of the chambers can be formed by one or more layers that are connected to the first layer. These one or more layers can be intermediate layers that form finger-like regions between which the chambers are located. These layers preferably extend between a lower edge and the hinge line. Beyond the hinge line, on the upper section of the first layer, there is another layer, in particular an intermediate layer, which has the same material thickness as the layer applied to the lower section. This upper layer forms a free space. A parting line extends between the upper layer and the lower layer and runs at the level of the hinge line.When loaded, the free space can contain, for example, the tangs of jigsaw blades or the tips of drill bits. Since the chambers are closed off at the bottom by one or more intermediate layers, the objects can only be moved out of the chambers upwards. This is only possible in the removal position, since an edge of the free space prevents this in the storage position. The chambers can be of different lengths. Apart from a viewing window, the chambers preferably have only one opening, namely in the area of ​​the hinge line. Jigsaw blades or drill bits as well as other elongated tools can be arranged in the chambers, with several jigsaws being able to be stored in one chamber with their broad sides lying one on top of the other. The ends of the jigsaw blades opposite the tang can be supported on a base of the chamber so that only the tangs of the jigsaw blades protrude into the free space.

[0013] The chambers are preferably closed towards the wide side. For this purpose, a cover layer can be provided which is applied to the intermediate layer. The cover layer only covers the chambers in the lower section of the storage part, so that the chambers are only open towards the narrow side. The upper section of the storage part also has a cover layer, but this has a cutout that is aligned with the cutout of the layers below and creates the free space open towards the wide side. The free space is delimited by a straight line at the top. The upper section of the storage part also has a hanging window with which the device can be hung on a sales stand.

[0014] In a further development of the invention, it can be provided that the upper broad side section of the cover part has a viewing window extending over all chambers. The uppermost layer of the storage part can also have such a window. The two viewing windows lie one above the other in the storage position, so that in the storage position a portion of the chamber or of an object placed in the chamber is visible. The windows can run obliquely, diagonally, or horizontally from one edge to the other, or extend close to an edge. In the storage position, a lower section and an upper section of the storage part can protrude from the sleeve-like cover part. The cover part can be moved relative to the storage part, so that the lower section of the storage part lies within the cover part in the storage position.

[0015] Such a device can be manufactured as follows: First, the multiple layers of cardboard, for example from carton or corrugated cardboard, are produced by punching. The folding blank of the cover part is also produced by punching. One or more intermediate layers are applied to the first layer. This creates the side walls of the chambers and the free space of the upper section. In this state, the elongated objects can be inserted into the chambers. For example, one or more saw blades can be placed on top of each other in a chamber. The chambers are then closed by the upper layer, which is connected to the layer below, for example by glue. The folding blank is then placed around the cover part thus produced, with two lower broad side sections of the folding blank being connected to each other, for example by glue.

[0016] The invention further relates to a further development of a storage device described in EP 4 059 859 A1. This document describes a box that discloses a storage part designed as a tray. It has a single chamber. The storage part is inserted into a cover part that surrounds the storage part like a banderol. The cover part has openings on one narrow side into which projections from the narrow sides of the storage part can engage in order to fix the storage part in the cavity of the cover part. The storage device is made of a cardboard or paper material, namely paper pulp.

[0017] The invention is based on the object of providing a jigsaw packaging, in particular made of recyclable material. This object is achieved by the invention defined in claim 4.

[0018] According to the invention, the storage device has a plurality of chambers, each separated from one another by partition walls. The chambers are elongated so that elongated tools, such as drills or jigsaw blades, can be stored in them. The number of chambers can be, for example, 2, 3, 4, 5 or 6. With regard to the design features of such a storage device, reference is made to the above explanations. The storage part can also have an upper section and a lower section, wherein the upper section and the lower section are connected to one another with a hinge. The two sections can be connected to one another with the hinge using a single material. The chamber walls separating the parallel chambers can have a parting line in the region of a hinge line.In particular, it is provided that aligned chamber walls are separated from each other by a free space. The invention proposes an embossing process or a deep-drawing process as a manufacturing method. A pasty mass made of a fibrous material, such as a pulp pulp, can be introduced into a lower mold. Using an upper mold, which is lowered onto the lower mold, the pasty mass can be formed into a molded body by deep-drawing or embossing, with the hinge line being formed by the molded body itself.

[0019] A storage part designed in this way can consist of a profiled film whose cross-section runs in a wave-like manner through the chambers. The wave troughs form the chambers. The wave crests form the partition walls. In the area of ​​a hinge line, the film preferably runs in a straight line. In the area of ​​the hinge line, the storage part has a cross-section that corresponds to a line, in particular a continuous line. However, the line can also be interrupted.

[0020] The cover part functions as a receiving part and has a shaft that is open on both sides, i.e., can be tunnel-shaped. An upper section of the storage part protrudes from an opening in the shaft. This section forms a handle for pulling a lower part of the storage part, which is at least partially inserted in the shaft in the stored position, out of the shaft. A section of the storage part adjoining a lowermost edge of the storage part can protrude from the shaft in the stored position. Short description of the drawings

[0021] An embodiment of the invention is explained below with reference to the drawings. They show: Fig. 1 shows a perspective view of an embodiment of the invention in a removal position, Fig. 2 shows a perspective view of the embodiment in an intermediate position, Fig. 3 shows a perspective view of the embodiment in a storage position, Fig. 4 shows a storage part 1 with the cover part 2 removed, Fig. 5 shows the cover part 2 in perspective, Fig. 6 shows a first layer 11 of the storage part 1 in perspective, Fig. 7 shows several intermediate layers 12, 13, 14 applied to the first layer 11 in perspective, Fig. 8 shows the cover part 8 in perspective, Fig. 9 shows a top view of a folding blank forming the cover part 2, Fig. 10 shows a top view of the embodiment in the assembled state, Fig. 11 shows a side view, Fig. 12 shows a bottom view, Fig. 13 shows the section along the line XIII-XIII in Figure 10 , Fig. 14the section along the line XIV-XIV in Figure 10, Fig. 15 a second embodiment of the invention in the storage position, Fig. 16 the second embodiment with a storage part 1 pulled out of the cover part 2 into a stop position, Fig. 17 the storage part 1 in a perspective view, wherein an insert part 43 covers areas of chambers 3 of the storage part 1, Fig. 18 a view according to Fig. 17 but with the insert 43 removed, Fig. 19 the section according to the section surface XIX in Fig. 17 and Fig. 20 a section XX in XX in Fig. 18 , Fig. 21 a top view of the storage part 1, Fig. 22 the section along the line XXII-XXII in Fig. 21 , Fig. 23 the section along the line XXIII-XXIII in Fig. 21 and Fig. 24enlarges the section along the line XXIV-XXIV in the area of ​​a hinge. Description of the embodiments

[0022] The storage device illustrated in the drawings is in two parts. It consists of a storage part 1 and a cover part 2. The storage part 1 and the cover part 2 are preferably each made of paper or cardboard, whereby the cover part 2 can be made of a single thick sheet of paper or cardboard. The material thickness of this sheet of paper or cardboard is less than the material thickness of layers 12, 13, 14, 15; 22, 23, 24, 25 that make up the storage part 1. A first layer 11 of the storage part 1 can have a lesser material thickness.

[0023] The Figures 6, 7 and 4 show the structure of the storage part 1. The Figure 6shows, in perspective, a first layer 11 made of cardboard, which has a lower edge 18 and an upper edge 16, as well as two parallel lateral edges 17. A hinge line 10' extends between the upper edge 16 and the lower edge 18. The first layer 11 has no further windows except for a hanging window 20 in an upper section 11". A lower section 11', which runs between the hinge line 10' and the lower edge 18, is completely closed.

[0024] At least one further layer 12, 13, 14 is applied to this first layer 11. The several further layers form an intermediate layer. The at least one further layer 12, 13, 14 can also be made of cardboard. However, it can also be made of corrugated cardboard. By means of these further layers 12, 13, 14, chambers 3 are created which run parallel to the lateral edge 17 and are arranged next to one another. The layers 12, 13, 14 thus form finger-like chamber walls 39. The chambers 3, 3' can have different lengths so that objects of different lengths, for example jigsaw blades or drills, can be stored in the storage device. The layers are preferably glued to one another over their entire surface.

[0025] Layers 12, 13, 14 extend between the lower edge 18 and the hinge line 10'. Layers 22, 23, 24 are also applied to the first layer 11 between the hinge line 10' and the upper edge 16. These layers are also glued together and are congruent. They form the hanging window 20 and a free space 7. The free space 7 extends between the hinge line 10' and an upper boundary 19, which runs approximately parallel to the upper edge 16. The chambers 3, 3' are open towards the free space 7. In the exemplary embodiment, the free space 7 is not subdivided. The free space 7, like the chambers 3, is delimited by the first layer 11. The first layer 11 has a material thickness such that multiple bending of the storage device around the hinge line 10' is possible without fatigue.

[0026] The intermediate product thus manufactured according to Figure 7In a further process step, a fifth layer 15, which is a cover layer, is applied. The cover layer 15 is glued to the underlying layer 14. A layer 25 having the same material thickness as the cover layer 15 is applied to the layer 24 in the upper section 11". While the cover layer 15 essentially closes the chambers 3, the cover layer 25 is congruent with the underlying layer 24. The chambers 3, 3' are thus essentially closed to the broad side of the storage part 1, whereas the free space 7 is open. A separating joint 10 extends between the stacked layers 22, 23, 24, 25 and the stacked layers 12, 13, 14, 15 at the level of the hinge line 10'.

[0027] In the exemplary embodiment, layers 11, 12, and 13 have laterally projecting projections 9. The projections 9 originate from the lateral edges 17. The projections 9 lie flat on top of one another and form a stop cam. However, it is also possible for all layers 11 to 15 to form such a projection 9.

[0028] The Figure 9 shows a folding blank for producing the cover part 2. The folding blank consists of a thin paper or cardboard and has a substantially rectangular outline. By means of folding lines 29, 29', the folding blank is divided into an upper broad side section 26 and two lower broad side sections 27, 27'. A narrow side section 28 is adjacent to each folding line 29', which adjoins the upper broad side section 26. Each of the two lower broad side sections 27, 27' is adjacent to the folding line 29, which adjoins the narrow side section 28.

[0029] In the area of ​​the fold line 29 between the narrow side section 28 and the lower broad side section 27, 27' there is a recess 31. The essentially rectangular recess 31 has two opposing narrow edges 32, 33. The narrow edge 32 forms an upper stop. The narrow edge 33 forms a lower stop for the projection 9 of the storage part 1. The longitudinal edges 34, 35 of the recess 31 run parallel to one another and parallel to the fold line 29. The longitudinal edge 35 runs between the fold line 29 and the fold line 29'. It runs through the narrow side section 28. The longitudinal edge 34 extends through the lower broad side section 27, 27', so that the recess 31 extends over both the narrow side section 28 and the broad side section 27, 27'.

[0030] A diagonally running window 30 extends over the upper broad side section 26 and has the same outline contour as a window 21 located on layer 15 (see Figure 4 ). These two windows 21, 30 form viewing windows through which the contents of at least some of the chambers 3 are visible.

[0031] The broadside sections 27, 27' also form clearances 36. In the folded state ( Figure 8 ) the clearances 36 are located in the area of ​​the recesses 31. The two lower broad side sections 27, 27' are fully connected to each other.

[0032] Preferably, the two lower broad side sections 27, 27' are bonded together while the storage part 1 is being wrapped with the cover part 2. For this purpose, the upper broad side section 26 is placed on the cover layer 15 of the storage part, and the two narrow side sections 28 are placed around the narrow sides of the storage part 1 such that the projections 9 engage in the recesses 31. The two lower broad side sections 27 are then placed over the lower layer 11 and bonded together. The device thus manufactured can be assembled afterwards. However, assembly can also take place during the production of the storage part 1, namely before the application of the lower cover layer 15, with which the chambers 3, 3' are closed.

[0033] The invention thus relates to a storage device, in particular for jigsaw blades 4, which are arranged in long chambers 3 and short chambers 3', wherein the storage device has a storage part that has at least three layers of a flat material that are arranged one above the other. A lowermost layer has an upper section and a lower section, wherein the upper section can be pivoted relative to the lower section. At least one intermediate layer is applied to the lowermost layer, wherein an upper part of the intermediate layer is separated from a lower part of the intermediate layer by a parting line. The lower part of the intermediate layer forms walls that separate adjacent chambers from one another. The upper part of the intermediate layer forms a free space into which parts of the jigsaw or other objects can reach.A cover layer is applied to the intermediate layer, with a lower part of the cover layer closing off the chambers so that the chambers are only open in one direction towards the free space. The upper part of the cover layer has a recess that is identical to the recess in the intermediate layer so that the free space created is open. The storage part produced in this way is wrapped in a banderol-like cover part, which can be moved relative to the cover part between a removal position and a storage position with limited stops. In the storage position, a hinge, around which the upper section of the storage part can be pivoted relative to the lower section of the storage part, lies within the wrapping, so that the upper and lower sections are held in an extended position. In this position, the objects cannot be removed from the storage device.In the removal position, the hinge is located outside the casing, allowing the upper part of the storage compartment to pivot relative to the lower part, allowing a floor of the free space formed by the bottom layer to be removed from the objects protruding from the compartments, such as saw blades. The objects, such as jigsaw blades, can then be pulled out of or inserted into the compartments.

[0034] A storage device constructed in this way can be made of any material, including plastic or metal. However, it is preferred that the storage device be made of plastic-free materials, particularly paper, cardboard, corrugated cardboard, or another material, particularly one containing fibers. The material can be organic or inorganic. It is, in particular, degradable or combustible. A suitable material can also be wood, for example, plywood.

[0035] In an embodiment not shown, the storage device is made of metal. Several sheet metal strips can be joined together to form the storage part 1. The cover part 2 can be formed from a stamped and bent part.

[0036] The cover part 2 is a receiving part for receiving the storage part 1 and forms a shaft 48 that can be open on both sides. In principle, however, the shaft 48 only needs to have one opening through which the storage part 1 is inserted into the shaft 48. Preferably, however, the shaft 48 has two opposing openings, i.e., it is tunnel-shaped, so that a lower section 1" can protrude from a lower opening in the storage position, and an upper section 1' can protrude from an upper opening of the shaft 48.

[0037] The Figures 15 to 20show a second embodiment of the invention. Both the storage part 1 and the cover part 2 can be formed from a molded fiber part. In particular, the storage part 1, but also the cover part 2, can be deep-drawn or embossed from a paper pulp. This storage device also serves to store elongated objects, such as jigsaw blades or drills.

[0038] The storage part 1 has several elongated chambers 3 arranged side by side, which can have different lengths. The chambers 3 are recesses and are separated from each other by chamber walls 39. The two outermost chambers 3, 3' border an edge web 40. The edge web has a rear cavity 40'. The chamber walls 39 also have a rear cavity 39'.

[0039] The edge web 40 and the chamber wall 39 each form a bead with two side walls that define the cavity 39', 40'. The storage part 1 forms a profile body that is dimensionally stabilized by the chamber walls 39 and the edge webs 40.

[0040] A recess 47 can be at least partially surrounded by an edge web. The bottom of the recess 47 forms the suspension window 20.

[0041] Two shorter chambers 3 can be adjacent to one or more longer chambers 3. In the area of ​​the shorter chamber 3, there can be an indentation 46 which, like the indentation 47, provides increased dimensional stability.

[0042] The storage part 1 has a lower section 5, which extends over the longest area of ​​the chambers 3, and an upper section 6, which extends over a shorter area of ​​the chambers 3. The two sections 5, 6 adjoin one another, forming a hinge line 10'. There, the chamber walls 39 and the two edge webs 40 are interrupted. The two edge webs 40 and the total of, for example, four or more chamber walls 39 each form mutually facing end surfaces 41.

[0043] The one in the Fig. 20 The cross-section shown through the chambers 3 of the storage part 1 shows that the base body forming the storage part 1 is a profiled foil. The cross-section of the storage part 1 in the area of ​​the chambers 3 is wave-shaped, with the wave troughs forming the floors of the chambers 3 and the wave crests forming the chamber walls 39 or edge webs 40.

[0044] The Fig. 19clarifies that the profile body forming the storage part 1 is unprofiled in the area of ​​the hinge line 10'. The film does not form any waves here. In cross-section, the storage part 1 runs straight, so that the upper section 1' can be pivoted relative to the lower section 1", as the Fig. 1 related to the first embodiment. This can be a continuous hinge line 10'. However, the hinge line can also be interrupted, for example in the area of ​​the chamber walls 39 or the edge webs 40. In this embodiment, it is advantageous if the floors of the chambers 3 run in a common plane. The hinge line 10' preferably extends in a floor area between the end faces 41 of the chamber walls 39 or the edge webs 40. As the Fig. 18As can be seen, the continuous hinge line 10' runs through the floors of the chambers 3 extending in one plane and through the spaces between the end faces 41, which extend to a level of the floors of the chambers 3.

[0045] From the Fig. 21 From the top view shown, it is evident that the separating joint represents a notch, so to speak, extending between end faces 41 of the chamber walls 39 and the edge webs 40. The edge webs 40 and the chamber walls 39 are interrupted here and continue in an upper section 1' and a lower section 1" of the storage part 1.

[0046] From the Fig. 24It can also be seen that the film from which the storage part 1 is made forms a groove 10" in the area of ​​the separating joint 10. The groove runs straight along the hinge line 10' and forms a cross-sectional reduction of the film, so that a film hinge is formed here, around which the upper section 1' can be pivoted relative to the lower section 1".

[0047] With regard to the design and functioning of the hinge line, reference is also made to the previous explanations of the first embodiment.

[0048] Here, too, projections 9 protrude from the edge web 40, each of which projects into a recess 31 of a narrow side section 28 of the cover part 2 and is displaceable between two stops 32, 33. Reference is also made to the previous explanations.

[0049] The molded fiber part forming the storage part 1 can furthermore have recesses 42. The recesses extend over the apex regions of the chamber walls 39 and the edge webs 40 that are adjacent to the hinge line 10'. A portion of an insert 43, also made of cardboard or a fiber material, can be inserted into these recesses. The insert 43 has incisions 44 into which the apex regions of the chamber walls 39 and edge webs 40 located next to the recesses 42 can engage. Extending between the incisions 44 are tongues 45 that at least partially close the chambers 3. The tongues pointing towards the upper section 6 are shorter than the tongues opposite them and extend approximately to the end faces 41. The tongues projecting towards the lower section 5 have edge edges that run along an oblique line.The oblique line coincides with the course of a viewing window 30 of a broad side section 27 of the cover part 2.

[0050] The above statements serve to explain the inventions covered by the application as a whole, which also independently develop the state of the art at least by the following combinations of features, whereby two, several or all of these combinations of features can also be combined, namely:

[0051] A device which is characterized in that the storage part 1 and the cover part 2 are each made of plastic-free material and in particular of a material containing fibers, for example paper or cardboard, or of metal, wherein the cover part 2 surrounds the storage part 1 in the manner of a banderole.

[0052] A device characterized in that the cover part 2 is a folded blank or a stamped and bent part which has an upper broad side section 26, two narrow side sections 28 and two lower broad side sections 27, 27' which are in particular connected to one another in a planar manner and / or in that the storage part 1 consists of several layers 11, 12, 13, 14, 15; 22, 23, 24, 25, which are each formed by a blank or stamped part extending in a plane.

[0053] A device characterized in that an upper section 1' of the storage part 1 is pivotable about a hinge line 10' relative to a lower section 1" of the storage part 1 only in the removal position, wherein the hinge line 10' is covered by the cover part 2 in the storage position.

[0054] A device characterized in that the storage part 1 has one or more projections 9 which engage in a recess 31 of the cover part 2 having an upper stop 32 and a lower stop 33, wherein the projections 9 rest on the lower stop 33 in the storage position and on the upper stop 32 in the removal position, so that the cover part 2 is only displaceable between two stop positions relative to the storage part 1.

[0055] A device characterized in that the one or more chambers 3, 3' open into a free space 7 at the level of the hinge line 10', which is enclosed by the cover part 2 in the storage position and is visible in the removal position.

[0056] A device characterized in that a first layer 11 of the storage part 1 extends uniformly between an upper edge 16 and a lower edge 18 of the storage part 1, forming the hinge line 10', and in that further layers 12, 13, 14, 15 applied flatly to a lower section 11' of the first layer 11 are separated at a parting line 10 from further layers 22, 23, 24, 25 applied flatly to an upper section 11" of the first layer 11, wherein the layers 12, 13, 14, 15 applied to the lower section 11' form the one or more chambers 3, 3' and the layers 22, 23, 24, 25 applied to the upper section 11" form the free space 7, wherein the uppermost layer 15 of the lower section 11' forms the chambers 3, 3' at least partially closed.

[0057] A device characterized in that the projections 9 are associated with the lateral marginal edges 17 of at least some of the layers 12, 13, 14, 15 applied to the lower portion 11' of the first layer 11.

[0058] A device which is characterized in that the projections 9 extend only over a partial area of ​​the height of the lateral edge edges 17 and the recesses 31 of the cover part 2 extend both over a partial area of ​​a narrow side section 28 and a partial area of ​​the lower broad side section 27, 27' or that the projections 9 extend over the entire height of the lateral edge edges 10 or that the recesses 31 extend over the entire width of the narrow side section 28.

[0059] A device which is characterized in that the upper broad side section 26 of the cover part 2 has a viewing window 30 which extends over all chambers 3, 3' and which, in the storage position, occupies a congruent position with a viewing window 21 of the storage part 1 so that the contents of the chambers 3, 3' are visible, or in that the viewing windows 30, 21 run obliquely.

[0060] All disclosed features are essential to the invention (individually, but also in combination with one another). The disclosure content of the associated / attached priority documents (copy of the prior application) is hereby fully incorporated into the disclosure of the application, also for the purpose of incorporating features of these documents into claims of the present application. The subclaims characterize, even without the features of a referenced claim, with their features independent inventive developments of the prior art, in particular for filing divisional applications based on these claims. The invention specified in each claim may additionally have one or more of the features provided in the above description, in particular with reference numbers and / or specified in the list of reference numbers.The invention also relates to designs in which individual features mentioned in the above description are not implemented, in particular insofar as they are clearly unnecessary for the respective intended use or can be replaced by other technically equivalent means. List of reference symbols 1 Storage part 21 Viewing window 1' upper section 22 second layer 1" lower section 23 third layer 2 Cover part 24 fourth layer 3 chamber 25 fifth layer 3' chamber 26 upper broadside section 4 object, saw blade 27 lower broadside section 4' upper section, Angel 27' lower broadside section 4" lower section, shaft 28 Narrow side section 5 lower section 29 fold line, crease line 6 upper section 29' fold line, crease line 7 Free space 30 Viewing window 9 projection 31 recess 10 Separation joint 32 top stop, narrow edge 10' Hinge line 33 bottom stop, narrow edge 10" gutter 34 Longitudinal edge 11 first layer 35 Longitudinal edge 11' lower section 36 clearance 11" upper section 37 upper edge 12 second layer 38 lower edge 13 third layer 39 Chamber walls 14 fourth layer 39' cavity 15 fifth layer 40 Edge strips 16 upper edge 40' cavity 17 lateral edge 41 End faces 18 lower edge 42 Deepenings 19 upper limit 43 insert 20 Hanging window 44 incisions 45 tongues 46 indentation 47 indentation 48 shaft

Claims

1. A device for storing one or more elongated objects (4), comprising a storage part (1) having one or more chambers (3, 3') for receiving the objects (4), and comprising a cover part (2) receiving the storage part (1), wherein the cover part (2) can be moved from a storage position to a removal position relative to the storage part (1), wherein the elongated objects (4) can only be removed from the device in the removal position, but not in the storage position, wherein at least the storage part (1) is made of a fiber-containing cardboard or paper material (paper pulp), characterized in that the storage part (1) has a plurality of chambers (3), each separated from one another by a partition wall (38), in which jigsaw blades can be or are stored.

2. A device for storing one or more elongated objects (4), comprising a storage part (1) having one or more chambers (3, 3') for receiving the objects (4), and comprising a cover part (2), wherein the cover part (2) can be moved from a storage position to a removal position relative to the storage part (1), wherein the elongated objects (4) can only be removed from the device in the removal position, but not in the storage position, wherein the storage part (1) and the cover part (2) are each plastic-free and in particular made of a fiber-containing material, for example paper, cardboard, corrugated cardboard or metal, characterized in that the storage part (1) consists of several layers (11, 12, 13, 14, 15; 22, 23, 24, 25), each of which is formed by a blank or punched part extending in a plane, in which jigsaw blades or drills can be or are stored.

3. Device according to claim 2, characterized in that the cover part (2) surrounds the storage part (1) like a banderole.

4. Device according to claim 2 or 3, characterized in that the cover part (2) is a folded blank or a stamped and bent part which has an upper broad side section (26), two narrow side sections (28) and two lower broad side sections (27, 27') which are in particular connected to one another in a planar manner.

5. Device according to one of the preceding claims, characterized in that an upper section (1') of the storage part (1) can be pivoted about a hinge line (10') relative to a lower section (1") of the storage part (1) only in the removal position, wherein the hinge line (10') is enveloped by the cover part (2) in the storage position or is inserted into a shaft (48) formed by the cover part (2).

6. Device according to claim 5, characterized in thatthe storage part (1) formed by a profiled film has a wave-shaped cross-section in the region of the chambers (3) and runs straight and in particular continuously straight in the region of the hinge line (10').

7. Device according to one of the preceding claims, characterized in that the storage part (1) has one or more projections (9) which engage in a recess (31) of the cover part (2) which has an upper stop (32) and a lower stop (33) and / or that the projections (9) rest on the lower stop (33) in the storage position and on the upper stop (32) in the removal position, so that the cover part (2) can only be moved between two stop positions relative to the storage part (1) and / or that the one or more chambers (3, 3') open into a free space (7) at the level of the hinge line (10'), which is enveloped by the cover part (2) in the storage position and is visible in the removal position.

8. Device according to one of claims 1 to 3 or 5 to 7, characterized in that a first layer (11) of the storage part (1) extends in a uniform material between an upper edge (16) and a lower edge (18) of the storage part (1), forming the hinge line (10'), and further layers (12, 13, 14, 15) applied flatly to a lower section (11') of the first layer (11) are separated at a parting line (10) from further layers (22, 23, 24, 25) applied flatly to an upper section (11") of the first layer (11).

9. Device according to claim 8, characterized in that the layers (12, 13, 14, 15) applied to the lower section (11') form the one or more chambers (3, 3') and the layers (22, 23, 24, 25) applied to the upper section (11") form the free space (7), wherein the uppermost layer (15) of the lower section (11') closes the chambers (3, 3') at least in regions.

10. Device according to one of claims 1 to 3 or 5 to 9, characterized in that the projections (9) are associated with the lateral marginal edges (17) of at least some of the layers (12, 13, 14, 15) applied to the lower portion (11') of the first layer (11).

11. Device according to one of claims 6 to 10, characterized in that the projections (9) extend only over a partial area of the height of the lateral edge edges (17) and the recesses (31) of the cover part (2) extend both over a partial area of a narrow side section (28) and a partial area of the lower broad side section (27, 27').

12. Device according to one of claims 6 to 11, characterized in that the projections (9) extend over the entire height of the lateral edges (10) or that the recesses (31) extend over the entire width of the narrow side section (28).

13. Device according to one of the preceding claims, characterized in thatthe upper broad side section (26) of the cover part (2) has a viewing window (30) extending over all the chambers (3, 3'), which in the storage position occupies a congruent position with a viewing window (21) of the storage part (1), so that the contents of the chambers (3, 3') are visible and / or that the viewing windows (30, 21) run obliquely.

14. Device according to one of the preceding claims, characterized in that the storage part (1) is a deep-drawn or embossed molded part made of a deformable cellulose mass.

15. Device, characterized by one or more of the characterizing features of any of the preceding claims.

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