• 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 invention relates to a container (100) for storing moisture-sensitive products (5) in which at least two adjoining internal spaces (2, 3) are arranged, the two atmospheres (20, 30) of which are present in them over a plurality of atmospheres Connection and exchange elements, in particular - bridges (AVAB), to a uniform, only a certain degree of moisture without local moisture gradients, from the outside atmosphere (Aa) unaffected total inland atmosphere (230) are combined, wherein one (2) of the two Internal spaces (2, 3), namely those intended for receiving and storing the moisture-sensitive product (5), preferably of substantially cubic shape with flat inner walls (201 to 204) or cylindrical concave shape with self-contained total wall ( 200) is formed, and has a much higher volume than the - at least one - another, also against the Outer atmosphere (Aa) sealingly closed, shallow interior space (3) with a relatively small volume, which is provided for the reception and storage of a humidity regulator (4).
    公开号:AT517238A2
    申请号:T50436/2015
    申请日:2015-05-28
    公开日:2016-12-15
    发明作者:
    申请人:Pyar Ltd；
    IPC主号:
    专利说明:

    The present invention relates to a new container for one, a respective optimum degree of humidity of the prevailing in the interior of the internal atmosphere einrechthaltende and thus each specific flavor, special taste, special texture and feel and / or the like. Fully upright preserving storage and storage of products various types, in particular of the food, food and luxury food sector, including - by no means completely - edible and / or edible and / or perishable and / or their specific nature losing products, such as herbs, spices, teas, caviar, truffles, Special cheese, sausage and meat products would be mentioned.
    For the sake of simplicity, the products just named are referred to below as "moisture-sensitive products" throughout. In addition, these products can also be temperature-sensitive.
    There have already been made various proposals for containers for the maintenance and maintenance of the moisture of tobacco and in the form of humidors also realized.
    In the new container for the storage and storage of moisture-sensitive products as mentioned above - the special properties and needs of each of these products, there are only examples of teas of different varieties, considering - provided according to the invention that in a preferably with at least two adjacent internal spaces are arranged, which have both atmospheres present in them over a plurality of atmospheres connecting and - a transparent material, in particular crystal glass or translucent polymer formed, preferably substantially cubic or cylindrical outer shape. Exchange elements, in particular bridges, to a uniform, only a certain degree of moisture without local moisture gradients, unaffected by the external atmosphere total inland atmosphere unite, with one of the two interior spaces, namely that for the receptacle and storage of the product, which is also of long-term quality, is preferably designed with a substantially cubic shape with flat inner walls or with a substantially cylindrical concave shape with a substantially self-contained overall wall, which is removable but counterbalanced the outer atmosphere has exactly sealing closure cap and a substantially higher volume than the - at least one - other, also sealingly sealed against the outer atmosphere, flat interior space of relatively small volume, which is provided for receiving and storing a humidity regulator.
    The new container is, for the first time, actually able, due to the special construction and the connections of its different interior spaces, to reduce the humidity of the products to be obtained in their degree of humidity, e.g. Tea, tea brick or the like. Ambient atmosphere to constant and - at least for each product, for example, tea - to keep optimal values.
    Thus, see claim 2, advantageously a container provided within which the atmosphere connecting and exchange elements, in particular bridges by a plurality of in at least one, in particular flat, partition between the inner space for the storage of moisture-sensitive product and the at least an interior space for receiving the humidity regulating means arranged, this partition passing through atmospheric communication recesses, holes, -Kanälchen od. Like. Are formed.
    In this case, it is advantageous, in particular with regard to possible odor-emitting corrosion, if, see claim 3, the od at least one partition wall with the permitting them atmospheric connection recesses, holes, channels od. Like. Between the internal space for storage the humidity-sensitive product and the at least one internal space for receiving the moisture control agent with absolutely odorless stainless steel, which is preferably coated on both sides with precious metal, in particular gold or palladium. It is favorable, in particular with regard to constant and throughout the interior space for the storage of humidity-sensitive products everywhere, so in each room element, same humidity atmosphere having, if, see claim 4, the atmosphere exchange and connection recesses, Holes, -Kanälchen od. Like. Expand in the respective partition with an opening angle between 80 and 60 ° to the inside space for the storage of the product to be preserved out.
    According to a particular embodiment of the new container, see claim 5, said partition wall is circular and the axes of the atmosphere-connection recesses, holes, channels or the like are respectively starting from the partition wall center, radially outward in angles of continuously rising 0 to 25 °, or 90 to 65 °, aligned to the plane or surface of the partition wall.
    It has proven to be advantageous in practice, if, see claim 6, the partition is formed in the manner of a formed with odorless plastic and optionally additionally coated with precious metal wire mesh.
    Furthermore, it may be advantageous, in particular for achieving a high degree of stability of the humidity of the internal atmosphere in the interior space for the respective moisture-sensitive product, if, as stated in claim 7, the dividing wall is center-spherical by an amount of up to 1.5 cm the storage of moisture-sensitive product out, that is convex upward curved.
    High consistency of the total atmospheric moisture can be achieved if, according to a first variant of the invention, the new container, see claim 8, substantially cuboidal or built in the manner of a uniform four-sided prism geometric outer shape, wherein also the internal space for the storage of moisture-sensitive product has substantially corresponding geometric, cubic inner shape, when further the, preferably separate, bottom with the inner space for the storage of the moisture-sensitive product with a first partition wall with atmospheric communication recesses, holes, channels od. Like. Is formed and a (First) of the side walls of said interior space with a second such partition with atmosphere exchange and connection recesses, holes, channels od. Like. Is formed, wherein both below the first, bottom-forming, horizontal partition a first interior space as also behind the second, vertika a second inner space, each arranged to receive a moisture control agent, and where appropriate, these two interior spaces in atmospheric communication with each other, or, if the container has a substantially cylindrical outer shape, the interior space for the storage of moisture-sensitive product is substantially cubic Form having, in the sectoral sub-spaces between the cylindrical outer wall and the cubic inner walls starting from the lower, equipped with the partition wall with atmosphere communication holes inside space for the humidity regulating means starting at least two, in particular four, vertically upwardly extending, to the head portion of the inner space are provided for the moisture-sensitive product out opening atmospheric connection channels. Highest moisture uniformity is achieved when the container, see claim 9, in addition to the two mentioned in claim 8, arranged in the bottom and in one of the side walls of the interior space for the storage of moisture-sensitive product partitions a third, either side of the substantially vertical second side wall contiguous, or one of them opposite, vertical partition with atmospheric communication recesses, holes od. Like. Formed, behind which a third internal space for receiving a
    Moisture regulating agent is arranged.
    Manufacturing and cost is a container according to the invention, see claim 10, in particular when od the atmospheric connection exchange bridges. Like. Forming recesses, holes od. Like. The partitions in the same same arrangement having arranged arranged and mutually identical and / or if the moisture regulatory substances present in the interior are the same.
    A second advantageous embodiment variant of the new container for the aroma-neutral storage of moisture-sensitive products is, see claim 11, in that it has a substantially cube-shaped or built in the manner of a uniform four-sided prism or a cylinder geometric outer shape and that its interior space for the storage of the moisture-sensitive product has substantially cylindrical shape and od as Atmosphären connection and exchange elements, in particular bridges (AVAB), atmosphere-Verbrindungs channels or the like, at least two, but preferably four such, within correspondingly reinforced, vertical inner edge or gusset areas of the container, separated from the inner space, substantially inner edge-parallel running, each arranged from the below the inner space for the storage of moisture-sensitive product and from the same by a floor forming the same Tre nnwand separate interior space for receiving the moisture control agent outgoing and at its upper end about shell-like sloping downward expanding into the interior space for the storage of moisture-sensitive product leaking, possibly slightly upwardly slightly flared, but essentially tubular cylindrical atmosphere exchange and Comprises connecting channels or that it is substantially cylindrical outer shape with cylindrical interior space for the storage of moisture-sensitive product and arranged below the interior space inside space for the
    Moisture-regulating agent with the partition with atmospheric communication recesses or holes to the interior of the moisture-sensitive product.
    In terms of keeping the humidity in containers of this embodiment, it is preferred, see claim 12, preferably before, that the interior space for the storage of moisture-sensitive product from the interior space for receiving the moisture regulating agent through a partition with atmospheric exchange and connection recesses is separated and that of this latter interior space four, within correspondingly reinforced, vertical inner edge regions, separated from the interior space, essentially inner edge-parallel atmosphere exchange and -Verbindungskanäle emanate, which widening at its upper ends about conch like obliquely downwards leak into the interior space for storage of the moisture-sensitive product.
    Preferably, in this container for moisture-sensitive product is ensured that, see claim 13, whose top side disposed opening to the interior of which has circular cross-section and that - provided for their against the outside atmosphere tight closure - cap a substantially hollow cylindrical in the said interior space for the moisture-sensitive product protruding protrusion possesses.
    Supported, the constant humidity can still be characterized in that, see claim 14, the top side opening to its interior space has square cross-section, and that provided for their against the outside atmosphere tight closure cap, four, the sides of a square accordingly arranged, interconnected, projecting downwardly projecting single protrusions, which have the near areas of the squares corners where the approximately shell-like extensions of the atmosphere connection and exchange channels are arranged, even rounded, also about conch-like recesses.
    If, as explained briefly above, the entire container and in particular the closure lid of its interior space in the container for the moisture-sensitive product is made of a light-transparent, clear-transparent glass or polymer material, it is of particular advantage if, see claim 15, within a hollow cylindrical protrusion of the closure lid, there fitted a flat, cylindrical, one from the outside or from above easily readable moisture scale having load cell for the prevailing in the interior space for the storage of moisture-sensitive product and for maintaining the quality relevant humidity of the same surrounding atmosphere arranged and, if so required, in addition to moisture, the said load cell measures and displays the temperature prevailing in the internal space for storage of the moisture-sensitive product. In this case, there is the further immense advantage that the moisture-sensitive product itself and its instantaneous state can be directly observed and controlled at any time.
    In the same way, see claim 16, within the hollow cylindrical protrusion or in a separate recess of the closure lid a modern, sensors for determining the humidity and / or the temperature in the interior space for the storage of moisture-sensitive product exhibiting and their values digitally reproducing digital display device arranged be.
    With regard to the formation of the interior space for the absorption of the moisture regulating agent, it is possible, as described in claim 17, advantageously to design this at least one interior space and the optionally existing interior spaces for the reception of the moisture regulation agent essentially flat-box-like and to assemble this / these. this Binnenraums / interior spaces by means of hinges equipped with hinged hinge flap-like closing lid openable and be sealed again after being fitted against the outside atmosphere, or that a lower-side closure lid is provided, on which the moisture control agent can be positioned, which ensemble of closure lid and moisture control agent from below in the bottom of the container with the interior space for the moisture regulating agent against the outside atmosphere sealing insertable, in particular screwed is, or which closing lid in a bottom opening of the bottom can be screwed, through which the moisture control agent can be introduced into the existing interior of the soil after removing the closure lid.
    According to another, variant variant, see claim 18, be provided that this at least one interior space for receiving the moisture control agent substantially flat-box-like design and in the same each a kind of charge with the moisture control against the outside atmosphere is sealingly inserted.
    Ultimately, an overall storage set with a plurality of, in particular as described above, containers 100 with different products or products of different varieties forms the subject of claim 19.
    1 shows a first embodiment of the new container for the storage of humidity-sensitive products, Fig. 2 shows the same variant of this container, Fig. 3 shows a second variant of the same container, Fig. 4 shows a variant of the in Fig. 3rd 5, 5 ', 6, 6', 7 and 8 show other embodiments of the containers according to FIGS. 1 to 4, wherein there the closure lid has a cup-like handle FIGS. 9 to 12 show different variants of two different containers, and FIGS. 13 to 15 show two variants of their closure lids.
    Furthermore, FIGS. 16, 17 show the lower bottom of the new container with the insert or closure cover open to the bottom for the introduction of the moisture control agent, and FIGS. 18 and 19 show the body of the actual container for moisture-sensitive products with said bottom FIGS. 20 and 21 are two vertical sectional views of the new product container, FIGS. 22 and 23 show only the body thereof, FIGS. 24 to 26 are three views of the handle-lid closure lid, and FIGS another such container for the moisture-controllable recording of products with a differently shaped closure lid, Figs. 29 and 30 whose closure lid, Figs. 31 and 32 two sectional views of the new container, Figs. 33 to 35 three sectional views of the closure Cover thereof, Figs. 36 and 37, another variant of the new container and Figs. 38 and 39 are two sectional views of the closure lid. Finally, Figs. 40 and 41 each show a total humidor for moisture-sensitive products as defined above, each with six individual containers housed therein for the aroma-neutral storage of six different varieties of a moisture-sensitive product, e.g. Teas, according to the invention.
    The shown in Fig. 1 in oblique, sectional and top view, new container 100 for the storage of moisture-sensitive products 5 with separate bottom 205 has a - here cylindrical - internal space 2 with a closure lid 11. The tea container 10 has in the bottom 205 a partition formed with odorless metal wall 23 with atmosphere exchange and connection recesses 32, the bottom 205 includes the approximately flat box-like interior space 3 with here against the outside atmosphere Aa tightly closing cap 31 , It could be inserted into the bottom 205 also separately a drawer with the humidity regulating means 4 od. Like.
    The sealing against the outside atmosphere Aa interior space 3 is for receiving a, preferably flat, packaged or designed
    Moisture control agent 4, which, for example, an odorless desiccant, e.g. based on silica or silicates is provided.
    The present in the partition 23 in a variety and uniform distribution here, here round cross-section having recesses or holes 32 form the atmosphere exchange and -Verbindungsbrücken, which for a uniform everywhere in the interior rooms 2 and 3, with the internal atmospheres 20 and 30 in the internal space 2 for the storage of moisture-sensitive product 5 and in the interior space 3 for the absorption of the moisture control agent 4 formed total atmosphere 230 provide without local micro-humidity gradient.
    The here square cap 11 sits tightly on the container 10 for moisture-sensitive product 5 with total wall 200 and has a in the cylindrical inner space 2 for the storage of the tea 5 also exactly adjusted sealingly seated, circular protrusion 112, and here a conventional Handle 12 on.
    Particularly preferably, both closure lid 11 and product container 10 are formed with a light-transparent, preferably clear transparent material, in particular with crystal glass or crystal plastic, for example based on acrylic, to at least optically and at any time optically at least to be able to observe and control the condition of the humidity-sensitive product 5 stored in the interior space 2 without problem from the outside.
    Fig. 2 shows - with otherwise constant reference numerals - an externally also approximately cubic, new container 100 for the constant-maintenance storage of moisture-sensitive product, the same only on - also here-separate floor 205, a partition 23 with atmospheric exchange and - connection -Outs 32, and has its interior space 2 for the storage of moisture-sensitive product 5 circular cylindrical shape.
    In order to ensure a uniform atmosphere 230 in the two interior spaces 2 and 3 without local moisture gradients, go from the lower interior space 3 each near its corners or edges of the container 10 four atmosphere exchange and -Verbindungsbrücken in the form of the high-strength edge regions of the Product container 10 vertically upward passing through atmospheric communication channels 320 cylindrical cross-section, which in the vicinity of the top of the container 10 in approximately conch-like, to the cylindrical interior 2 towards obliquely downward sloping extensions 321 terminate.
    The closure lid 11 here has four partial protrusions 112 ', which end on both sides in each case where the extensions 325 of the atmosphere exchange channels 320 begin. At the locations of the missing partial protrusions 112 'are, see Fig. 2a, 2b, in the closure lid 11 each exactly on the extensions 325 of the channels 320 matching, to the interior space 2 also widening, about conch-like recesses 115 arranged by which a kind of deflection of the atmosphere 30 of the interior space 3 is achieved with the moisture control agent 4 in the atmosphere 20 of the interior space 2 for the moisture-sensitive product 5, so that in the interior spaces 2 and 3 always the same total atmosphere 230 prevails without local moisture gradients.
    In FIG. 3 - with otherwise identical reference numerals - in a partially section oblique view of an inventive storage container 100 is shown, the three adjacent partitions 23, 23 ', 23 "having a plurality of mutually uniformly spaced atmosphere exchange openings 32 , below and behind which, not shown here in detail, in each case an internal space 3, 3 ', 3 "is arranged in each case for receiving a moisture regulation means 4.
    Different from the container 100 of FIG. 2, the closure lid 11 has an inserted into the upper, square opening of the new container 10 fitting, outside flat square prismatic protrusion 112 with here flat-cylindrical recess 116.
    The product storage container 100 according to the invention with substantially cubic interior space 2 shown in FIG. 4 - with otherwise constant reference numerals - not only has a separate bottom 205 with lower interior space 3 for receiving the moisture regulation means 4 with partition wall 23 Atmosphere-exchange recesses 32, but has two more, here in each of the adjacent, vertical wall sections 202 and 203 of the container 10 arranged inside spaces 3 ', 3 ", respectively for the reception of two further packages moisture control means 4, which reasonably are formed identical to each other.
    The closure lid 11 of the container 10 shown in this figure has according to the cubic interior space 2 on the outside on the real four wall sections 201 to 204 in the upper region sealingly fitting, square protrusion 112.
    Figs. 5, 5 ', 6, 6', 7 and 8 show - otherwise constant
    Reference numerals - very similar containers 100 as Figs. 1 to 4, however, have their closure lid 11 is not a handle knob 12, but a shell handle 12 'on.
    9a and 10a show - with otherwise constant reference numerals - a here obliquely and frontally cut container 10 for moisture-sensitive products with interior space 2 from the front, in each case the rear rear wall 203 has a partition wall 23 "and there are further from these figures in section 9, the openings 32 in both the bottom-side partition wall 23, and in the lateral partition wall 23 'can be seen.
    In FIGS. 9a and 10a, a closing cover 301 with an auxiliary web 302, which can be fitted from below, preferably screwed in, opens at the bottom, can be closed by means of which the lower internal space 3 can be closed or opened and on which e.g. it is possible to deposit the humidity regulation means 4 which can be introduced into the interior space 3, but this can also be introduced through the opening for the closure lid 301 and inserted into the interior space 3. Furthermore, it can be seen from both FIGS. 9 and 10 that between the two inner spaces 3, 3 'separated from the inner space 2 by the partitions 23, 23' there are no partition walls or the like.
    FIGS. 9b and 10b show the product container 10 shown in FIGS. 9a and 10a in each case in a view from above.
    FIGS. 11a and 12a show the same cubic product container 10, each having a cubic interior space 2 and three interior spaces 3, 3 ', 3 ", each for a humidity regulation means 4, but each with two different types, with otherwise identical reference numerals from upper closure lids 11, at one time with the usual grip head 12 and once with a bowl-like, grip-friendly bowl grip 12 'with a flat base 121 providing visibility into the inner space 2 with the moisture-sensitive product without distortions or the like.
    The protrusion 112 of the closure lid 11 is on the outside square-prismatic and inside flat-cylindrical. In the flat-cylindrical space 116 may - as indicated in Fig. 12 - be fitted a moisture meter 9, the display page 91 through the flat base 121 of the shell handle 12 'through at any time is clearly visible.
    FIGS. 11b and 12b show the container 100 shown in FIGS. 7a and 8a with its respective closure lid 11 in each case in a view from above.
    FIGS. 13a, 14a and 15a show - with otherwise constant
    Reference numerals - on the one hand the upper part of an obliquely cut product container 10 with the partially shown side walls 202, 204 and the rear wall 203, further a closure lid 11 with handle knob 12 and ultimately such with shell handle 12 ', wherein each in the flat-cylindrical of the Protrusion 112 surrounded space 116, a moisture meter 9 can be fitted with display side 91.
    FIGS. 13b, 14b and 15b show the product container 10 and its two closure lids 11 in each case in a view from above, the clear visibility of the pointer and the scale 91 of the moisture measuring container 9 being indicated in FIGS. 14b and 14b.
    16a and 17a show - with otherwise identical reference numerals - each in a sectional view of a removable bottom 205 of a product container 10 with the upwardly open ports 321 for the atmosphere communication channels and the partition wall 3 with the openings 32 in the Partition wall 23.
    FIGS. 16b and 17b show in plan view the bottom 205 of the product container 10 with the vertical sectional planes AA and BB.
    FIGS. 18a and 19a show the container 10 with interior space 2 equipped with the removable bottom 205, wherein the atmospheric channels 320 which can be placed on the open tube extensions 321 are visible in the approximately shell-like extensions 325 in the vicinity of the upper one visible here Level of the container 10 ends.
    It is also clear from FIGS. 18b and 19b, as in the bottom 205, a separate Bodeneinsatz- or closing cover 301, through the opening of the humidity regulation means 4 can be introduced, can be screwed and further the container 10 with the same bottom 205 with the four Connections 321. Also marked are the side-parallel and diagonally guided vertical cutting planes AA and BB through the bottom 205 and the container 10 with the container bottom 205.
    Fig. 19c explains the Bodeneinsatz- or closing cover 301 closer. The, in particular made of metal, container bottom 205 with the terminals 321 and the inner space 3 for the humidity regulating means 4 has a central, lower opening with a projecting into the inner space 3 nozzle with internal thread, in which with its external thread downwards open closure lid 301 is screwed, the local center bar 302 in particular serves as a handle for the practicable implementation of the rotating screwing and unscrewing of the closure lid 301 in the neck of the container bottom 205.
    20a and 21a show - with otherwise constant reference numerals -Zwei two sectional views through the respective same container 100 with closure lid 11 with handle knob 12, wherein the internal space 3 for receiving the
    Moisture regulator 4 forms the bottom 205 of the product container 10.
    Both figures show how the emanating from the inner space 3 and its tube approaches 321, the atmosphere exchange channels 320 and the upper side in the shell-like, to the interior space 2 for the moisture-sensitive product downwardly sloping recesses 325 expire.
    The closure lid 11 here has four circular sector protrusions 112 'which are missing where the conchoidal recesses 325 of the tea container 10 are, whereby the connection of the atmospheres 30 in the atmosphere connection channel 320 and 20 in the tea interior 2 is secured ,
    FIGS. 20b and 21b respectively show the view from above and the two sectional guides AA and BB through the tea container 100 shown in FIGS. 20a and 20b.
    22a and 23b show - with otherwise identical reference numerals -in two different sections, the actual body 10 'of the product container 10 according to FIGS. 20a and 21a with the atmosphere connection channels 320 and their upper-side, shell-like extensions 325 clearly while FIGS. 22b and 23b show the vertical sectional guides AA and BB through this body 10 'of the product container 10.
    With otherwise constant reference numerals meanings show the sectional views of Fig. 24a, 25a and 26a the closure lid 11 with handle knob 12 with its own, flat cylindrical recess 117 and Figs. 24c and 26b, the vertical sectional guides AA and BB through the in Figs. 24a and 26a shown Cover 11.
    FIGS. 27a and 28a show - with otherwise identical reference numerals -two sectional views through the respective same container 100 according to the invention with closure lid 11 with handle knob 12, in which case the internal space 3 for receiving the moisture regulation means 4 the removable bottom 205 of the product container 10th forms.
    It is there shown how the atmosphere exchange and connection channels 320 emanate from the inner space 3, which open on the upper side into the shell-like recesses 325 which slope downwards towards the inner space 2 for the moisture-sensitive product.
    The closure lid 11 itself also has on the above-mentioned upper side recesses 325 of the atmosphere exchange and connection channels 230 mating recesses 115 for the compensation of the total atmosphere 230th
    From FIGS. 27b and 28b, plan views of the closure lid 11 can be seen, with otherwise identical reference numerals, in which again the sectional guides A-A and B-B leading to the sectional views of FIGS. 27a, 27b are drawn.
    FIGS. 29a and 30b show - with otherwise identical reference numerals -two sectional views of the same closure lid 11 with handle knob 12 according to the invention, once along a side-parallel vertical section AA and once along a diagonal section BB.
    It can clearly be seen there that the closure lid 11 has on the underside four approximately conch-like recesses 115 for the connection of the atmospheres 230 in the previously shown atmosphere exchange channels 320 with the atmosphere 20 in the interior space 2. Completely analogous to the sectional views of the new container 100 shown in FIGS. 20a and 21a for the storage of moisture-sensitive products with closure lid 11 with handle knob 12, FIGS. 31a and 32a show such a container 100 with a closure lid 11, with identical reference numbers with shell handle 12 'and Figs. 31b and 32b, respectively, the container 100 from above with the two vertical sections AA and BB.
    Figs. 33a, 34a and 35a show - with otherwise constant
    Reference numerals - each in a sectional view of the same, square outer shape having closure cap 11 with shell handle 12 'with four sectorally circular Teil-protrusions 112', within which a self-contained, flat-cylindrical recess 117 is disposed in the closure lid 11 itself, in which in turn Moisture measuring box 9 is fitted, and the thickness of the closure lid 11 is there substantially less than usual, which further facilitates the readability of their display page 91 with scale and pointer.
    Fig. 33b shows - with otherwise constant reference numerals - the view of the closure lid 11 from below and Fig. 33c whose view from above.
    From Figs. 34c and 35b, with the views of the closure lid 11 with shell handle 12 'from above, are - with otherwise constant reference numerals - further each cut AA and BB through the closure lid 11 can be seen, which the sectional views of Fig. 34a and 35a result.
    Furthermore, sectional views of FIGS. 36a and 37a show a new container 100 with a closure lid 11 with a bowl handle 12 ', and FIGS. 36b and 37b each show views of this container 100 from above with the different sectional guides AA and BB ,
    Analogous to the representations of FIGS. 29 and 30 are - with otherwise constant reference numerals - the sectional views and plan views of
    Closure lid 11 with the shell handle 12 'according to FIGS. 38a, 39a and 38b and 39b.
    Finally, with otherwise consistent reference numerals, Figs. 40 and 41 show different oblique plan views of a new multiple and / or multi-product storage set 8 with hinged lid 81, e.g. made of precious wood, with humidity and / or temperature displays 82 and 83, which here includes a total of six closely juxtaposed containers 100 for the individual storage of, for example, different moisture-sensitive products of different varieties, each of which have a different degree of humidity prevailing in its interior space 2 atmosphere can.
    The moisture, as well as, if appropriate, the temperature, indicate that the dampening cans 9 arranged directly below the bottom 121 of the cup-shaped handle 12 'of the closure lid 11 of each of the containers 100, ie fitted, are in position.
    It is also recognizable from the two figures 40 and 41, as the supply of the humidity regulating means 4 in the space provided here, three or two of a total of six, optionally different degrees of humidity of their internal atmosphere having interior spaces 3 for receiving the humidifying 4 New containers 100 for the storage of moisture-sensitive products works.
    权利要求:
    Claims (19)
    [1]
    claims:
    1. container (100) for one, a respective optimum degree of humidity of the prevailing in its interior of internal atmosphere and upkeightening and thus a specific flavor fully maintaining storage and storage of moisture-sensitive products (5), in which, preferably with a transparent material, in particular crystal glass or translucent polymer formed, preferably substantially cubic or cylindrical outer shape having container (100) at least two adjacent internal spaces (2, 3) are arranged, both of which in their existing atmospheres (20, 30) via a A plurality of atmospheric connection and exchange elements, in particular bridges (AVAB), to a uniform, only a certain degree of moisture without local moisture gradients, from the outside atmosphere (Aa) unimpeachable total internal atmosphere (230) unite, - one (2 ) of the two inland areas (2, 3), namely that which is responsible for the Au 5), preferably with a substantially cubic shape with flat inner walls (201 to 204) or with a substantially cylindrical concave shape with a substantially self-contained overall wall (200), which is a removable one however, has a sealing lid (11) which is exactly sealed against the outside atmosphere (Aa) and has a substantially higher volume, than the - at least one - other, also with a relatively small volume, which can be sealed tightly against the outside atmosphere (Aa); which is provided for receiving and storing a humidity regulator (4).
    [2]
    2. Container according to claim 1, characterized in that the atmosphere connecting and exchange elements, in particular bridges (AVAB) by a plurality of in at least one, in particular flat, partition (23) between the internal space (2) for the storage of Moisture-sensitive product (5) and the at least one internal space (3) for receiving the humidity regulating means (4), this partition wall (23) passing through atmospheric communication recesses (32), holes, channels (321) od. Like. are formed.
    [3]
    3. Container according to claim 1 or 2, characterized in that the od at least one partition wall (23) with the passing through them atmospheric-communication recesses, holes, channels (32) od. Like. Between the inner space (2) for the Storage of moisture-sensitive product (5) and the at least one internal space (3) for receiving the moisture control agent (4) with absolutely odorless stainless steel, which is preferably coated on both sides with precious metal, in particular gold or palladium.
    [4]
    4. Container according to one of claims 1 to 3, characterized in that the atmosphere-connecting recesses, holes, channels (32) od. Like. In the partition (23) with an opening angle (a) between 80 and 60 ° to the inside space (2) for the storage of moisture-sensitive product (5) out widen.
    [5]
    5. Container according to one of claims 1 to 4, characterized in that the partition wall (23) is circular and that the axes of the atmosphere-connection recesses, holes, channels (32) od. Like. Each of the partition -Mitte starting, radially outward in angles of continuously rising 90 to 65 °, to the plane or surface of the partition (23) are aligned.
    [6]
    6. Container according to one of claims 1 to 5, characterized in that the dividing wall (23) is designed in the manner of an odorless plastic or precious metal coated wire mesh.
    [7]
    7. Container according to one of claims 1 to 6, characterized in that the partition wall (23) centrally by an amount of up to 1.5 cm spherical cap-shaped to the inner space (2) for the storage of moisture-sensitive product (5), ie convex is arched upwards.
    [8]
    8. Container according to one of claims 1 to 7, characterized in that - it has substantially cube-like or built in the manner of a uniform four-sided prism geometric outer shape, wherein the internal space (2) for the storage of moisture-sensitive product (5) substantially corresponding geometric, cubic inner shape and - that, preferably separate, bottom (205) with the inner space (2) for the storage of moisture-sensitive product (5) with a first partition wall (23) with atmosphere-connection recesses, holes ( 32) or the like is formed, and - that a first (201) of the side walls (201 to 204) of said interior space (2) with a second such partition wall (23 ') with atmosphere connection recesses, holes (32) , Channels od. Like. Is formed, - both below the first, bottom-forming, horizontal partition wall (23) a first internal space (3) and behind the second, vertical partition wall (23 '. ) a second internal space (3 ') each for receiving a moisture control means (4) are arranged, and - where appropriate, these two internal spaces (3, 3') in atmospheric communication with each other, or - that the container has a substantially cylindrical outer shape - wherein the internal space (2) for storage of the moisture-sensitive product (5) has a substantially cubic shape, - wherein in the sectoral partitions between the cylindrical outer wall and the cubic inner walls, respectively from the lower, with the partition wall with atmosphere communication holes equipped interior space (3) for the humidity regulating means (4), starting at least two, in particular four, vertically upwardly extending, to the head region of the interior space for the moisture-sensitive product (5) out towards opening atmospheric communication channels are provided.
    [9]
    9. Container according to one of claims 1 to 8, and in particular claim 8, characterized in that in addition to the two mentioned in claim 8, in the bottom (205) and in one of the side walls (201 to 204) of the inner space (2). partition walls (23, 23 ') arranged for storage of the moisture-sensitive product (5) have a third vertical partition wall (23 ") with atmospheric connection recesses either adjacent to or laterally adjacent to the substantially vertical second side wall (201) , Holes (32) or the like, behind which a third internal space (3 ") for receiving a moisture regulation means (4) is arranged.
    [10]
    10. Container according to one of claims 1 to 9, characterized in that the od the atmosphere-connection exchange bridges. Like. Forming recesses, holes (32) od. Like. The partitions (23, 23 ', 23 ") in the same arranged with each other the same and are identical to each other and / or - that in the interior spaces (3, 3 ', 3 ") existing moisture control means (4) are equal to each other.
    [11]
    11. Container according to one of claims 1 to 7, characterized in that - it has a substantially cube-like or built in the manner of a uniform four-sided prism geometric outer shape, and - that its interior space (2) for the storage of moisture-sensitive product (5) in Having substantially cylindrical shape and as atmospherics connection and exchange elements, in particular bridges (AVAB), atmospheric communication channels (32) od. Like., At least two, but preferably four such, within correspondingly reinforced vertical inner edge or gusset regions of the container (10), separated from the inner space (2), substantially inside edge-parallel running, respectively of the below the inner space (2) for the storage of moisture-sensitive product (5) arranged and of the same by a partition wall (23) forming the bottom thereof, preferably with atmospheric communication openings (32), separate internal space (3) for the reception of the moisture control agent (4) outgoing and at its upper end about shell-like sloping downward expanding into the inner space (2) for the storage of moisture-sensitive product (5) expiring, possibly slightly widening upwardly, substantially tubular cylindrical Atmospheric exchange and -Verbindungskanäle (320), or - that the container is substantially cylinder outer shape with cylindrical interior space for the storage of moisture-sensitive product (5) and arranged below the aforementioned internal space for the interior of the humidity regulation means (4) the partition wall with atmosphere communication recesses or holes to the inside space for the humidity-sensitive product (5) down out.
    [12]
    12. Container according to claim 11, characterized in that the interior space (2) for the storage of moisture-sensitive product (5) from the interior space (3) for receiving the humidity regulation means (4) by a partition wall (23) with atmosphere exchange holes (32) is separated and that from this internal space (3) in addition four, within correspondingly reinforced vertical inner edge regions, separated from the inner space (3), substantially inner edge-parallel atmosphere exchange and -Verbindungskanäle (320) emanating, which at their upper ends extend approximately conch-like obliquely downwards extensions (325) in the inner space (2) for the storage of moisture-sensitive product (5).
    [13]
    13. Container according to one of claims 1 to 12, characterized in that the top side disposed opening of the container (10) to its inner space (2) has circular cross-section and that - to whose against the outside atmosphere (Aa) tight closure provided closure cover (11) has a substantially hollow cylindrical in the said interior space (2) for the moisture-sensitive product (5) projecting downward protrusion (112).
    [14]
    14. Container according to one of claims 1 to 12, characterized in that the top side disposed opening (20) to its interior space (2) has a square cross-section, and that provided for its against the outside atmosphere (Aa) tight closure cap ( 11), four, side-by-side, contiguous, projecting, single-protrusions (112 '), which correspond to the proximate areas of the squares corners where the approximately conchoidal extensions (325) of the atmosphere communication and exchange channels (320 ), rounded, also have approximately conch-like recesses (115).
    [15]
    15. Container according to one of claims 1 and 14, characterized in that within a hollow cylindrical protrusion (112) or in a separate recess (117) of the closure lid (11) there fitted, flat cylindrical, easily read from the outside or from above Moisture level measuring cell (9) for the display of in the interior space (2) for the storage of moisture-sensitive product (5) prevailing and for the maintenance of its quality prevailing humidity of the same surrounding atmosphere (20, 320) is arranged and that optionally said Measuring cell (9) in addition to the moisture in the interior space (2) for the storage of moisture-sensitive product (5) prevailing temperature measures and displays.
    [16]
    16. Container according to one of claims 1 and 15, characterized in that within the hollow cylindrical protrusion (112) or in a separate recess (117) of the closure lid (11) a modern, sensors for determining the humidity and / or the temperature in Internal space (2) for storing the moisture-sensitive product (5) exhibiting and their values digitally reproducing digital display device is arranged.
    [17]
    17. Container according to one of claims 1 and 16, characterized in that - the at least one interior space (3), and the possibly further existing interior spaces (3 ', 3 "), for the absorption of the moisture regulation means (4) substantially flat- is designed and / or are box-shaped and for the assembly of this / these interior space / interior spaces (3, 3 ', 3 ") equipped with hinged piano hinge-like flap-like closing lid (35) openable and after being fitted against the outside atmosphere (Aa) again sealing is closable, or - or that - a bottom closure lid (302) is provided, on which the humidity control means (4) can be positioned, which ensemble (35-4) of closing lid and moisture control means (4) from below into the ground ( 205) of the container (10) with the inner space (3) for the moisture regulation means (4) against the outside atmosphere (Aa) sealingly inserted, in particular screwed, is, or which closing lid (301) in a lower opening of the bottom (35) can be screwed, through which after removal of the closing cover (301) the humidity regulating means (4) in the bottom (35) existing interior space (3) can be introduced.
    [18]
    18. Container according to one of claims 1 to 17, characterized in that the at least one internal space (3, 3 ', 3 ") for receiving the moisture regulation means (4) substantially flat-box-like design and in the same in each case a kind of shop element with the moisture control agent (4) against the outside atmosphere (Aa) is sealingly inserted.
    [19]
    19. Total storage set (8) for moisture-sensitive products (5) with a plurality, in particular six, juxtaposed, preferably laterally adjacent, preferably cubic or cylindrical outer shape having, containers (100), in particular according to one of claims 1 to 18 with od in the same, each individually prevailing and maintained, possibly different degrees of humidity of their atmospheres for the storage of the respective moisture-sensitive products or moisture-sensitive products of different varieties, flavors od. Like. In one with a hinged lid (81), preferably with space Humidity and / or temperature indicating display devices (82, 83) equipped, especially made of precious wood, humidor box.
    类似技术:
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    同族专利:
    公开号 | 公开日
    US20180178966A1|2018-06-28|
    CN108025854B|2021-05-11|
    EP3303175B1|2019-11-27|
    WO2016188690A1|2016-12-01|
    CN108025854A|2018-05-11|
    EP3303175A1|2018-04-11|
    AT517238A3|2018-11-15|
    US10759589B2|2020-09-01|
    AT517238B1|2018-11-15|
    引用文献:
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    US1026154A|1912-01-02|1912-05-14|Howard W Doughty|Humidor.|
    CH254991A|1946-07-18|1948-05-31|Zum Chaes Vreneli Spezialgesch|Container for storing cheese.|
    FR966606A|1948-05-21|1950-10-13|Tobacco humidifier box|
    US2863647A|1955-12-02|1958-12-09|American Radiator & Standard|High pressure closure|
    US4116354A|1977-01-24|1978-09-26|Colgate-Palmolive Company|Two chambered mixing container|
    FR2517279B1|1981-11-27|1985-07-19|Seb Sa|DEVICE FOR STORING PRODUCTS SENSITIVE TO DEHYDRATION AND / OR PRESENCE OF WATER|
    US4509412B1|1983-03-04|1994-01-11|Rival Manufacturing Company|Food steaming device|
    CN2083855U|1990-12-28|1991-09-04|朱加英|Tea storing pot with drying agent rest|
    US5114003A|1991-03-28|1992-05-19|E. I. Du Pont De Nemours And Company|Tablet vial with desiccant in bottom|
    US5803247A|1997-05-05|1998-09-08|Holmes; Jeremy S.|Portable humidor|
    DE202007009021U1|2007-06-26|2007-08-23|Pirlo Gmbh & Co. Metallverpackungen|Containers for foodstuffs and / or luxury foods, in particular tea caddies|
    US20090145783A1|2007-12-07|2009-06-11|Nicholas Andrew Forker|Apparatus and method for removing moisture from portable electronic devices|
    DE602008006344D1|2008-01-04|2011-06-01|Airsec Sas|Container with improved oxygen carrier function|
    CN201271175Y|2008-10-08|2009-07-15|刘泽楷|Moisture-proof rice case|
    CN201703738U|2009-10-30|2011-01-12|华南师范大学|Tea storage canister|
    JP2014500046A|2010-10-12|2014-01-09|ルピン・リミテッド|Container with desiccant|
    RU2544821C2|2010-12-22|2015-03-20|Колгейт-Палмолив Компани|Package for oral care devices and method for such package usage|
    JP5900030B2|2011-03-08|2016-04-06|凸版印刷株式会社|Dampproof container|
    CN102616475A|2012-03-31|2012-08-01|徐斌|Improved agricultural product storage device|
    US9717272B2|2013-11-20|2017-08-01|R. J. Reynolds Tobacco Company|Container for smokeless tobacco product|DE102016004740A1|2016-04-20|2017-10-26|Dominic Hess|Apparatus and method for determining the moisture content of wood|
    CN108238374A|2016-12-26|2018-07-03|恩施市巨鑫现代农业开发有限公司|A kind of tea can|
    EP3424841A1|2017-07-05|2019-01-09|Reemtsma Cigarettenfabriken GmbH|Package system for a tobacco related product, package and humidifier|
    KR102068491B1|2018-11-09|2020-01-21|한국교통대학교산학협력단|Food container|
    US20210212361A1|2020-01-10|2021-07-15|Uniti Cannabis Ltd.|Storage devices and monitoring systems for plant products and methods for using same|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    ATA50436/2015A|AT517238B1|2015-05-28|2015-05-28|container|ATA50436/2015A| AT517238B1|2015-05-28|2015-05-28|container|
    US15/577,164| US10759589B2|2015-05-28|2016-04-26|Container for storing moisture level-sensitive products|
    EP16718376.3A| EP3303175B1|2015-05-28|2016-04-26|Container for storing moisture level-sensitive products|
    PCT/EP2016/059255| WO2016188690A1|2015-05-28|2016-04-26|Container for storing moisture level-sensitive products|
    CN201680044127.0A| CN108025854B|2015-05-28|2016-04-26|Container for storing moisture-sensitive products|
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