• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The present invention relates to a device for protecting smoke products in a package with an intermediate space, the device comprising at least one elongated elastic roll-shaped buffer element which is designed to be placeable in the intermediate space for at least partially receiving on the smoke products exerted shocks. The invention also relates to a method for packaging smoke products, the method comprising manufacturing a package, and placing the smoke products side by side in the package.
    公开号:BE1019302A4
    申请号:E2010/0247
    申请日:2010-04-20
    公开日:2012-05-08
    发明作者:Frank Peeters
    申请人:Agio Sigarenfabrieken N V；
    IPC主号:
    专利说明:

    DEVICE FOR THE PROTECTION OF SMOKE PRODUCTS.
    The present invention relates to a device for protecting elongated smoke products, in particular cigars, in a package of the kind in which the smoke products can be arranged side by side. The invention also relates to such a package and to a method for packaging the smoke products.
    Traditionally, cigars are packaged in sturdy wooden or metal boxes after their manufacture and sent to the end user in a packaged state. In addition to such constructively strong packages, packages are also known in which the cigars are placed in cardboard boxes. These cardboard boxes are somewhat less robust in construction than the aforementioned traditional packages, but are relatively inexpensive to manufacture and, in view of their low weight, also relatively inexpensive to transport.
    Traditionally, cigars have been delivered to the public through traditional distribution or marketing channels such as specialized cigar shops or stores. In these sales channels, the packages are generally handled with care, so that the chance of damage to the cigars during distribution is small. Today, however, cigars are also distributed through other distribution or marketing channels and offered to the public through supermarkets, gas stations and the like. Such cigars, which may be packed in the above-mentioned cardboard packages, and in particular the large ones, suffer from damage which occurs as a result of the careless transport of the packages.
    Expedition of products in so-called "fast moving" channels often implies that cigar packages are transported together with any other packages, for example for food, drinks and the like, to the handling of which packages are normally subject to less stringent requirements. The consequence of this is that the chance of damaging the cigars during transport is quite large. In particular in the head of the cigar (ie at the end where the user places his mouth on), but also in the foot (also referred to herein as the fire end) thereof, breakage can occur making some of the cigars from a package unusable becomes or at least loses its smoking comfort.
    In order to obviate the problem of damaging the cigars, it is known to provide a ribbed, coarse cardboard fender in the package, more particularly in the paper or cardboard liner arranged in the package. The fender is placed in the gap that is present to the side of the row of cigars. Because the freedom of movement of the cigars is somewhat limited by the presence of the bumper, the degree of damage to the cigars during the transport of the package should be reduced. Practice shows, however, that such a coarse cardboard bumper has no or hardly any effect on the chance of the cigars breaking.
    Dutch patent application NL 1 033 524 describes a liner for cigarette boxes and cases which has a number of fairly protruding extensions that can absorb shocks that can damage the head and the firing end of cigars. The idea here is that the lining in which the row of cigars is placed is placed in the packaging in such a way that the extensions function as shock absorbers. The mechanical damage due to movement of the cigars within the liner is hereby reduced by the resilient properties of the extensions. However, there are a number of drawbacks to this known solution. First of all, the solution is only applicable to cigars that are not placed directly in the package but in a paper or cardboard liner. This limits the applicability of the solution. Furthermore, the extensions take up space, which means that the package must remain larger with the same dimensions of the cigars than packages in which no such provision has been made. In addition, after transporting the package, a user wishing to take a cigar out of a package will notice that the extensions ensure that the liner remains tightly pressed against the cigars, which may in some cases hinder removal. Thus, although the proposed extensions may provide some shock-absorbing effect during transport of the package, they also ensure that afterwards, during the use phase of the package, the cigars are difficult to remove from the liner. The liner remains in the package during the usage phase and the extensions continue to press against the walls of the package. It has also been found that the chance of damaging the cigars in the transport phase is still high.
    German Patent DE 196 360 describes an upright slat to be arranged in a cigar box which is provided on the side facing the inside of the box with pointed recesses into which the ends of the cigars can be inserted when packing the cigars. to become. The bar consists of wood, wood dust or another suitable material. It could be that the upright bar means a reduction in the chance of damage, but it is doubtful whether the reduction occurs sufficiently. The bar is aimed at arranging and keeping it in a desired position during the packing of cigars in a crate. A drawback of this known solution is that during packaging the cigars must be arranged one by one in the recesses in the slat, which greatly complicates the production process. Furthermore, the dimensions and shape of the recesses must match the shape and dimensions of the ends of the cigars in question. This means that a separate bar type must be realized for each type of cigar. The number of recesses must also be adjusted to the number of cigars to be placed in the package. The known slat is therefore not universally applicable to various types and / or numbers of cigars. In the embodiment shown, the shocks are received on the cigar via the tip of the relevant cigar because the tip is received in the recess. However, there is no buffering effect and shocks on the package are transmitted directly to the tip of the cigar, so that the chance of damage remains quite high. Finally, such a wooden slat is costly to manufacture and entails an undesirable increase in the weight of the package.
    EP 0 653 363 A1 describes a package for a double design of cigarettes. These cigarettes can be broken in two (i.e., into two partial cigarettes). The packaging of these cigarettes is of such a large design that a hollow space is created at the top thereof in which a cigarette or a partial cigarette can be arranged transversely to the longitudinal direction of the packaging.
    As a result of the totally different composition and method of manufacture of a cigarette compared to a cigar, the aforementioned problem of possible damage to the ends of the cigarette does not arise. It is therefore not necessary to take technical measures in cigarette packages with the aim of preventing damage to the ends of the cigarettes. The purpose of the package described in EP 0 653 363 A is therefore entirely different. This packaging makes it possible to temporarily store a partial cigarette. The partial cigarette is placed transversely in the package. In this condition, a partial cigarette would protect the remaining upright sigettes. The partial cigarette, however, is solid (that is, it consists of rolled tobacco with a layer of paper around it) and does not have the desired elastic properties to protect the ends of the smoke products from damage.
    FR 339 560 A describes a cigarette box provided with an interior in which cigars can be stored in a kind of matrix form. In order to protect the ends of the cigars, a plate provided with bulges can be placed between the ends and the wall of the cigarette box. The plate forms a kind of cushion for the ends of the cigars. The bent ends of the plate are glued to an annular element that is provided for holding the cigarettes together. However, the plate does not seem to provide sufficient flexibility to provide adequate protection for the cigars. Moreover, the mounting of the plate on the ring is expensive and cumbersome.
    BE 390 753 A describes a cigarette box provided with a metal band provided with a number of twists, one end of a cigar being positioned exactly between two twists. Not only the material but also the shape of the material make the metal band less suitable for absorbing shocks to protect the contents of the cigarette box.
    NL 17650 describes a cigarette box in which the cigars in a specific embodiment are packaged in the box so that a gap is created between a box wall and a row of cigar ends. This space can be filled with a filler piece (for example made of cardboard). The shim seems unsuitable for sufficiently absorbing impacts on the cigars to prevent damage to them.
    It is therefore an object of the present invention to provide a device for protecting smoke products in which the above-mentioned drawbacks of the prior art are obviated or at least reduced.
    It is a further object of the present invention to provide a device with which an improved protection in the form of a smaller risk of damage during the transport of the products can be realized.
    It is a further object of the present invention to provide a device that is universally applicable to different types and / or numbers of smoke products in a particular package.
    It is a further object of the invention to facilitate the removal of a smoke product from a packaging in the use phase.
    According to a first aspect of the invention, a device is provided for this purpose for protecting cigars in a package of a kind in which the cigars can be arranged side by side and in which a gap is present at least between the end side or the end of fire of the cigars and the package , the device comprising at least one elongated buffer element which is designed to be placed in the gap, the buffer element being elastic and formed by a substantially hollow roll of paper or cardboard for at least partially absorbing shocks exerted on the smoke products .
    It has been found that by sliding an elastic and roll-shaped buffer element into the gap, surprisingly good protection against shocks can be achieved. Experiments have shown, for example, that if a meter falls on a hard surface, the percentage of cigars in a package that shows damage can be reduced from around 90% to less than half of it. This means a very large reduction in the risk of breakage.
    During the packaging of the smoke products, the package must have some excess so that there is room to place the smoke products in the package without damage. However, this space can be disadvantageous in the subsequent transport phase, because the smoke products then have the option of sliding back and forth in the space between the smoke products and one or more packaging walls, as a result of which damage could possibly occur. By placing the above-mentioned device in the said space after packaging, the space between the cigars and the packaging wall (s) becomes smaller and the smoke products can even be somewhat clamped in the package. This can in many cases reduce the risk of damage to the smoke products. In a particular embodiment, the buffer element is designed to be fitted in a suitable manner in the interspace so that the smoke products have no or at least less opportunity to slide back and forth in the package. In another embodiment, the buffer element has such a spring action that the smoke products remain held under tension against one or more packaging side walls. The voltage should not be too large because otherwise the smoke products could be damaged, but a small voltage can be advantageous to fix the smoke products in the package.
    In the use phase, i.e. after the transport phase, the buffer element can be taken out of the package again, so that the smoke products remain looser in the package and can therefore be removed more easily from the package.
    According to an embodiment of the invention, the buffer element is substantially cylindrical. Because the buffer element has a substantially constant diameter along the length in such an embodiment, the gap can be filled evenly and each of the smoke products is protected against shocks in the same way. In a particularly advantageous embodiment, the outer surface of the buffer element is furthermore uniform and flat, so that the risk of damage to the relevant head end of the cigar is extremely small.
    In particular, it has been found that when the buffer element is made from a rolled sheet of paper or cardboard, for example a buffer element made from between 100 and 200 grams, preferably between 120 and 180 grams, gram paper, a high reduction in the breakage can occur. Moreover, the buffer elements can then be manufactured with a standard bundle machine with which the cigars are normally manufactured.
    It has further been found that the diameter of the roll should preferably be between approximately 6 mm and approximately 16 mm. If the role remains within these limits, there is a smaller risk of damage to the smoke products. With a buffer element with a circular cross-section over the entire length, there is a single diameter, but with an oval version the diameter varies. It has been found that as long as the smallest diameter falls within the stated range, an exceptionally good fall protection can be realized. If the diameter is chosen to be smaller, the collection capacity of the buffer element is too small to adequately protect the cigars.
    According to an embodiment of the invention, the buffer element comprises one or more air chambers. These air chambers can form a kind of "air cushion" whereby the buffer element can acquire excellent shock-absorbing properties. The air chambers can be completely closed off from the outside world, but in certain embodiments, at least one of the air chambers is in communication with the environment via at least one opening in the buffer element. This allows air to flow out and into the air chamber when the buffer element is subjected to shocks. This can benefit the shock-absorbing properties of the buffer element. An example of such a buffer element with air chamber is a cylinder open at one or both ends.
    According to a further | In accordance with the embodiment, the device also comprises a loose lining made from a blank and comprising a bottom part on which the smoke products can be arranged, as well as head and fire bins provided with respect to the bottom part; cover parts for covering at least the fire end and the head of the smoke products. The liner can be designed to place the buffer element therein. The buffer element is a separate part here, separate from the lining. In this embodiment, the cigars are not placed directly in the package, but a liner is used.
    In some of this embodiment, it may be preferable to place the buffer element in the liner, i.e., between the ends of the liner (end at the head and / or end at the firing end) and the relevant end of the cigar. In this embodiment, a window can be provided in the liner, in particular in the head cover part and / or the fire end cover part, to provide a visual indication of the presence (or absence) of the buffer element. In other embodiments, the buffer element is part of the liner.
    According to another aspect of the invention, a package is provided for side-by-side storage of elongated smoke products, in particular cigars, wherein at least between the head side or the end of fire of the cigars and the package there is a space in which space at least one elongated roller-shaped buffer element is placed which in use can at least partially absorb the shock exerted on the smoke products. The buffer element is in this case loosely, that is to say easily removable, arranged in that gap. This makes it possible for the buffer element to fulfill its shock-absorbing function during the transport phase, while the buffer element can easily be taken out during the use phase. This makes the gap available to the user so that he can more easily grasp the cigars and remove them from the package.
    According to a further embodiment, the buffer element has a shape and dimensions which are such that, in the transport condition of the buffer element and the cigars, the buffer element extends fittingly into the interspace. As a result, it is hardly possible, if at all, to shift the smoke products in the package during the transport phase. This increases the chance that the smoke products will arrive undamaged at the place of destination.
    The invention also relates to a blank for the manufacture of such a buffer element.
    According to another aspect of the invention, a method is provided for packaging elongated smoke products, in particular cigars, the method comprising: manufacturing a package; placing the smoke products side by side in the packaging; arranging the smoke products so that a space is present between the packaging wall and the head and / or fire end part of the smoke products; placing one or more buffer elements in the space; and closing the package.
    Further advantages, features and details of the present invention will be elucidated with reference to the following description of a preferred embodiment thereof. Reference is made in the description to the accompanying figures, in which:
    Figure 1 is a perspective view of a cigarette box provided with an embodiment of a buffer element according to the invention;
    Figure 2 is a detailed perspective view of a first embodiment of the buffer element according to the invention;
    Figure 3 shows a perspective view of a cigarette box which is provided with a buffer element;
    Figure 4 is a perspective view of a second embodiment of the buffer element according to the invention; and
    Figure 5 shows a perspective view of a package with a buffer element and with a window for making the buffer element visible.
    Referring to Figure 1, a package 1 is shown. The package can be, for example, a box (made of wood, cardboard or plastic), a box (made of wood) or a can. The box 1 is composed of a bottom 2 and a lid 11 pivotable therefrom relative to the bottom. In the embodiment shown, the box 1 is made of cardboard, but other materials can of course also be used, including metal, wood, plastic, or a combination of such materials. The bottom 2 comprises a bottom part 3 as well as a number of upright walls, namely a left-hand side wall 4 and a right-hand side wall 5, a front wall 6 and a rear wall 7. The cover 11 comprises an upper part 12 on which three walls 13-15 are provided is. The bottom part 3 and the side walls form a space in which cigars or similar smoke products can be arranged. In the embodiment shown in Figure 1, the cigars are arranged with their longitudinal sides against each other (i.e. side by side). Each cigar comprises a head k and a fire end v which are relatively vulnerable to damage. In the embodiment shown, the cigars are arranged such that the heads k of each of the cigars are adjacent to an interspace 10 which is situated between the rows of cigars and the rear wall 7.
    Spacing 10 is intended for receiving a buffer element, for example a buffer element according to the embodiment according to Fig. 2. Fig. 2 shows an elongated paper roll 20, the diameter of which is adjusted to the size of the spacing 10. The roll-shaped buffer element roller 20 is such is formed so that it can be fitted in the interspace 11.
    Figure 3 shows how the roll-shaped buffer element 20 fills the gap 10 between the cigars and the rear wall 7 of the box 1. After the buffer element has thus been fitted, the lid 11 can be closed.
    As a result of the presence of the roll-shaped buffer element 20, the chance of damage to the cigars during the transport of the box is considerably reduced. For example, if a box falls to the floor, its contents will be shocked. This shock is now largely absorbed by the buffer element 20. This reduces the shock on the cigars and reduces the risk of damage to the cigars.
    Tests have shown that the percentage of fractures in the event of a fall of one meter under similar external conditions can lead to a reduction of fractures of more than 30%. Tables 1 and 2 below describe the results of a number of drop tests done with cigars of the "Balmoral Highlands 10" type in a standard cardboard package.
    The packages are numbered from 1 to 10 and after a drop test it has been checked in each case how many cigars in the relevant package have not or little been damaged so that they can still be smoked by the user or have been damaged in such a way that the cigar in question has in fact become non-smoking. Each of the packages has 10 cigars and ten measurements have been made each time. The measurements were made at a moisture content of the cigar of approximately 11.2%.
    This means that the cumulative number of non-smokable cigars and the cumulative number of smokable cigars gives an indication of the average percentage of cigars that remain smokable and become non-smokable. The measurements were performed both without a buffer element (table 2) and with a buffer element (table 1).
    Table 1: Results Table 2: Results drop tests, with drop tests, without buffer element buffer element
    From the tables it appears that after a fall of approximately 1 m, the fracture percentage of the standard packages, that is to say cardboard packages without a buffer element, is approximately 90%, while with the same package provided with a buffer element, the fraction percentage can be reduced to 10% or less.
    In the embodiment of Figure 2, a roll-shaped elastic buffer element 20 is shown. This buffer element can be manufactured in various ways. In a preferred embodiment, the buffer element 20 is made up of a blank that is rolled up manually or with a so-called tuft machine. A tufting machine is normally used as part of a complete machine for making cigars. The complete machine generally comprises a bunching machine and a covering (wrapping) machine. In a bunching machine, a first gripper grabs a picking of the right size (i.e., tobacco) from a stock, deposits it in a hopper that rises above a so-called roll mat. A smoothly ironed wrapper is laid on the roll mat, the machine drops the tuft of litter onto it and then rolls the wrapper with liner filling into a bundle. Another grabber grabs the bush and deposits it in a form. Here the bundle is pressed into a certain model and then brought to the covering (wrapping) machine by a further gripper. Here the whole is provided with a wrapper. Similarly, the aforementioned blank can be rolled up by the bundle machine and fixed in rolled up form by gluing together parts of the roll. Figure 2 schematically shows an adhesive layer 21 which ensures that the blank remains in the rolled-up position.
    Figure 2 shows that the buffer element has a substantially constant cross-section. This means that the radius of the roll is substantially constant along its length. In another embodiment, as shown in Figure 4, the roller 22 has a substantially oval cross-section. In an advantageous embodiment, a buffer element with an oval cross-section is provided by first making a buffer element with a circular cross-section, for example with the tufting machine described above, and then squeezing the buffer element until the desired oval cross-sectional shape is achieved.
    The oval cross-section buffer element defines a large diameter (1½) and a small diameter (R1), as shown in Figure 4. In a preferred embodiment, the buffer element is arranged upright so that the smoke products rest against the long side of the buffer element. More in particular, roller 22 is arranged in the package 1 in such a way that the roller with the short side rests on the bottom part 3. The buffer element is then the most resilient in the horizontal direction. As a result, the buffer element can surprisingly absorb large shocks of the cigars, so that relatively few cigars get damaged during transport.
    Tests have further shown that the average diameter of the roll is preferably between 6 and 16 mm and preferably between approximately 8 mm and approximately 10 mm. At these values of the diameter, it appears that the best results are achieved, that is to say that the chance of the cigar becoming non-smokable is as small as possible. The preferred diameter is inter alia dependent on the diameter of the cigars and on the number of layers of cigars on top of each other. If, for example, two layers of cigars are arranged on top of each other, a single buffer element will suffice. In such an arrangement, the buffer element preferably has a diameter which is approximately twice as large as the preferred diameter for a single row of cigars.
    Figures 1 and 3 show that the cigars are arranged directly in the box 1. In another embodiment, as shown in Figure 5, however, a liner 25 is first arranged in the box 1 and only then are the cigars arranged by placing it in the liner. The liner 25 can be designed such that it fits tightly around the cigars, so that the aforementioned gap 10 is created between the ends of the liner and the rear wall 7. The buffer element can then enter this gap, i.e. between the liner 25 and the rear wall 7.
    In other embodiments, however, the lining is made larger and its dimensions substantially correspond to the dimensions of the bottom. In such a case, the gap 10 is created between the liner (which rests against the rear wall 7) and the row of cigars. In this embodiment, the buffer element 20, 22 is placed in the gap 10, i.e., between the liner and the ends of the row of cigars. A further advantage of this embodiment is that as long as the liner is closed, the buffer element 10 is not visible, which gives the contents of the package a nice appearance. In order to still show that the package is provided with a shock-absorbing element, a liner 24 can be provided in the liner 25. The window 24 extends in closed condition at the level of the buffer element 20, 22 so that the user can immediately see that the buffer element is indeed placed in the space 10.
    The figures show embodiments in which the buffer element is a separate component that can be easily arranged in the package or removed from it as desired. As has already been discussed herein, such a separate component has a number of advantages, for example the advantage that after the transport phase in which the presence of the buffer element prevents damage or at least reduces the chance thereof, the buffer element easily, for example without the smoke products and / or the to remove the liner from the packaging can be removed again to increase the ease of use in the use phase. In other embodiments, however, the buffer element forms part of the liner, i.e. is integrated with the liner. For example, an elastic element, more particularly a roll-shaped element, can be formed on one or more sides of the liner, which can absorb the impacts.
    After transport, the buffer element 20, 22 can be removed by the user in the use phase. As a result of the gap 10 made available by this, it is possible for the user to more easily grasp each of the cigars at his head and to take them out of the package.
    It is clear that in other embodiments the buffer element is not arranged in a gap between the package and the heads of the cigars, but in a gap that is situated between the respective firing ends of the cigars and the package. It is even possible to provide a buffer element at both ends with the cigars. Also in the latter embodiments a reduction in the chance of damage to the cigars occurs.
    The present invention is not limited to the embodiments thereof described herein. The requested rights are entirely determined by the following claims, within the scope of which many modifications can be envisaged.
    权利要求:
    Claims (16)
    [1]
    A device for protecting cigars in a package of a kind in which the cigars can be arranged side by side and in which there is at least a gap between the end side or the end of the fire of the cigars and the package, the device comprising at least one elongated buffer element designed to be placed in the gap, characterized in that the buffer element is elastic and is substantially hollow for at least partially absorbing shocks exerted on the cigars.
    [2]
    Device as claimed in claim 1, wherein the buffer element is substantially cylindrical.
    [3]
    Device as claimed in claim 1 or 2, wherein the buffer element is formed by a roll of paper or cardboard.
    [4]
    Device as claimed in any of the foregoing claims, wherein the buffer element is made from a rolled up sheet of paper or cardboard.
    [5]
    Device as claimed in any of the foregoing claims, wherein the average diameter of the roll is between approximately 6 mm and 16 mm, in particular between approximately 8 mm and 10 mm.
    [6]
    Device as claimed in any of the foregoing claims, wherein the sheet is adhered to one another on two longitudinal sides, in particular is glued.
    [7]
    Device as claimed in any of the foregoing claims, wherein the buffer element is made from a roll of paper or cardboard with a substantially circular or oval cross-section.
    [8]
    8. Device as claimed in any of the foregoing claims, comprising a loose liner, made from a blank, comprising a bottom part on which the cigars can be arranged and pivotal end and fire end cover parts provided for pivoting with respect to the bottom part for covering at least the fire end and the head of the cigars, the liner being arranged to place the buffer element therein.
    [9]
    The device of claim 8, wherein the device is integrated with the liner.
    [10]
    Device as claimed in claim 9, wherein the liner, in particular the head cover part and / or the fire end cover part thereof, comprises a window for providing a visual indication of the presence of the buffer element.
    [11]
    Device as claimed in any of the foregoing claims, wherein the buffer element comprises at least one air chamber.
    [12]
    Device as claimed in claim 11, wherein the air chamber is in communication with the environment via at least one opening in the buffer element.
    [13]
    Device as claimed in claim 12, wherein the buffer element with air chamber is a cylinder open on one or both sides.
    [14]
    14. Packaging for side-by-side storage of cigars, wherein at least between the end side or the end of fire of the cigars and the packaging there is a gap, in which gap at least one device according to one of the foregoing can be placed for at least partial collection of shocks applied to the cigars.
    [15]
    Blank for manufacturing a buffer element according to any of claims 1-7.
    A package according to claim 14, wherein the buffer element is arranged loosely in the gap.
    16. Packaging as claimed in claim 14 or 15, wherein the buffer element has shape and dimensions so that in the placed state of the buffer element and the cigars the buffer element extends fittingly into the gap.
    A package according to claim 16, wherein the buffer element has such a spring action that the cigars remain under tension against one or more package side walls.
    A package according to any of claims 14-17, wherein the buffer element has a substantially oval cross-section and the buffer element extends upright between a package wall and the cigars.
    19. Packaging as claimed in any of the claims 14-17, comprising a holder comprising a bottom part with upright walls and a lid part, wherein the lid part is hinged to the bottom part, wherein the bottom part and the upright walls form a space in which the cigars and the one or more buffer elements can be arranged.
    A cigar box or box, comprising a package according to any of claims 14-19.
    [16]
    A method for packaging cigars, the method comprising: - manufacturing a package according to any of claims 8-13; - placing the cigars side by side in the package; - arranging the cigars so that there is a space between a packaging wall and the head and / or fire end part of the cigars; placing one or more buffer elements in the space; - closing the package.
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    同族专利:
    公开号 | 公开日
    NL2002842C2|2010-11-08|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    BE549119A|
    DE196360C|
    BE498109A|
    BE390753A|
    FR339560A|1903-04-06|1904-06-13|Henry Joseph Lewis|Filling forming partitioning for cigar boxes|
    FR446416A|1912-06-05|1912-12-05|J Neumann|Cigar packaging|
    GB200451A|1923-02-16|1923-07-12|Waldo Edward Braden|Improvements relating to the packeting of cigars, cigarettes and like articles|
    NL17650C|1925-06-26|
    CH164400A|1932-09-14|1933-09-30|Saeuberli Weber Ernst|Method of packaging head cigars.|
    DE937159C|1954-04-01|1955-12-29|L Wolff Fa|Packaging to hold cigars, cigarillos or cherubs|
    US3081867A|1961-05-03|1963-03-19|Buxton Inc|Cigarette case|
    DE4338954A1|1993-11-15|1995-05-18|Focke & Co|Pack of cigarettes with a lid|
    US7383950B1|2005-03-31|2008-06-10|Dean Roberts|Combined uniquely dimensioned cigarettes and associated packaging|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    NL2002842A|NL2002842C2|2009-05-05|2009-05-05|DEVICE FOR THE PROTECTION OF SMOKE PRODUCTS.|
    NL2002842|2009-05-05|
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