• 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 can (1) comprising an at least partially electrically conductive body, in particular made of aluminum, wherein on an end wall (14) of the can (1) a closure region (2) is at least partially delimited by a predetermined breaking edge (3) and wherein Can (1) has an opening element (4), wherein the opening element (4) in its initial position on the end wall (14) of the can (1) at least partially flat and is connected to the end wall (14) at at least one location, - wherein at Pivoting of the opening element (4) relative to the can (1) from the starting position into an opening position of the closure region (2) from the predetermined breaking edge (3) breaks off and in the intermediate region delimited by the predetermined breaking edge (3) an opening (7) for emptying the Contents of the can (1) is formed, wherein the opening element (4) has a carrier body of electrically and / or magnetically insulating material or consists of this, the Öffnungselemen t (4) has an antenna (8) arranged on or in the carrier body and a transponder chip (9) connected to the antenna (8), wherein the antenna (8) is arranged in the starting position in the vicinity of the can (1), and the one Wall or surface region (5) of the end wall (14) of the can (1), on which the opening element (4) is applied, is electrically and / or magnetically conductive.
    公开号:AT513017A1
    申请号:T50285/2012
    申请日:2012-07-19
    公开日:2013-12-15
    发明作者:
    申请人:Seibersdorf Labor Gmbh；
    IPC主号:
    专利说明:

    1
    The invention relates to a can according to the preamble of claim 1.
    A variety of beverage cans are known from the prior art, which can be opened by means of a disposable closure, wherein each opening a closure area is broken out of the body of the can with the opening, so that the contents of the can can be emptied from this.
    It is also possible from the state of the art to arrange objects, in particular also cans, RFID / NFC antennas and RFID / NFC transponders in order to transmit data, which are stored in the transponder, to the external communication device by means of an external data communication device transferred to.
    However, there is no known possibility from the prior art that data can only be transferred from a container to an external data communication device if a one-off closure has been opened on the container. Such a device could, for example, be used to make certain information stored in the transponder accessible only to the person who has acquired the respective can or the respective container. Typically, such a can be advantageously used for sweepstakes, where it is necessary that the respective player bought the can or opened.
    The object of the invention is thus to provide a can with which data from a transponder disposed on the can to an external data communication device can be transmitted only when the respective can is open and / or with an external data communication device on a on the Dose arranged transponder data can be stored only when the respective box is open.
    The invention solves this problem in the case of the type mentioned above with the feature of the characterizing part of claim 1. According to the invention, in a can, comprising an at least partially electrically conductive body, in particular made of aluminum, wherein on an end wall of the can a closure area by a predetermined breaking edge at least partially demarcated and wherein the can has an opening element, wherein the opening element in its initial position on the end wall of the box at least partially rests flat and is connected to the end wall at least one point, wherein upon pivoting of the opening element relative to the can from the starting position in an opening position of the closure region tears off from the predetermined breaking edge and an opening for emptying the contents of the can forms in the intermediate region delimited by the soil breaking edge, provided that the opening element comprises a carrier body made of electrically 2 and / or magnetically insulated comprises or consists of this material, that the opening element has a arranged on or in the carrier body antenna and a transponder chip connected to the antenna, wherein the antenna is arranged in the starting position in the vicinity of the can, in particular in the region of the end wall of the can, and in that that wall or surface region of the end wall of the can, against which the opening element bears, is electrically and / or magnetically conductive.
    It is advantageous that data communication between the arranged on the box transponder and an external data communication device is only possible when the box is open. In any case, data communication is impossible if the opening element is in its starting position and the can has not yet been opened.
    In order to effectively prevent communication between the arranged on the box transponder and an external data communication device, it can be provided that the antenna in the starting position a maximum distance of less than 3 mm, in particular less than 0.2 mm, from the wall of the Can and / or that the antenna is at least partially applied to the can.
    For the same purpose may alternatively or additionally be provided that the antenna is arranged such that in the initial position electromagnetic fields *, which are directed to the antenna, are changed by the wall or surface area of the box such that the coupling of electromagnetic fields in the antenna is suppressed or weakened sufficiently, so that no data communication between the on the box angeoidneten transponder and an external data communication device is possible.
    In order to enable communication between an external data communication device with the transponder, it may be provided that the antenna is lifted and / or removed in the open position from the conductive wall and surface region of the can and / or is pivoted to it and that the antenna in the open position electromagnetic Receive fields directed to them in a form and intensity sufficient for wireless data communication and relay them to the transponder chip.
    In order to effectively prevent a shielding or displacement of electromagnetic waves directed towards the antenna in the open position, it can be provided that at a transmission frequency in the range between 100 kHz and 1000 MHz, 3 in particular in the range from 120 to 135 kHz, in the range of 13 up to 14 MHz or in the range from 860 to 910 MHz, and / or that the specific electrical conductivity of the carrier material of the opening element is less than 1 S / m, and / or that the electrical permittivity of the carrier material of the opening element is less than 100 * 8.854 * 10'2 As / Vm, and / or that the magnetic permeability of the opening element is less than (1 + 2.2 * 1 θ'5) * 4 * π * 10'7 Vs / Am.
    In order to effectively ensure a shielding or displacement of directed to the antenna electromagnetic waves in the starting position, it can be provided that at a transmission frequency in the range between 100 kHz and 1000 MHz, in particular in the range of 120 to 135 kHz, in the range of 13 to 14 MHz or in the range of 860 to 910 MHz, that wall or surface area of the can, on which the opening element is applied, has a specific electrical conductivity of at least 10 S / m, in particular of at least 106 S / m, and / or a magnetic Permeability of at least (1 + 2.2 * 10'5) * 4 * π * 10'7 Vs / Am, in particular of at least 0.99 * 4 * π * 10'7 Vs / Am.
    An embodiment of the invention which is particularly easy to produce provides for the closure region and the predetermined breaking edge to be formed on an end wall of the can.
    A particularly advantageous arrangement, with which an advantageous pivoting of the opening element is possible, provides that the opening element is connected to the can via a rivet, wherein the opening element has a pressure region in its initial position on the closure region for pressing in the closure region.
    In order to open the can easily, it may be provided that the opening element has an actuating region opposite the pressure region, wherein the pressure region and the actuating region are delimited from one another by the rivets and together act like a two-armed lever articulated by the rivet.
    A particularly simple mechanical configuration, which enables a good pivoting of the opening element relative to the can, provides that the opening element has a relative to its body pivotable connecting element, which is connected by means of the rivet to the wall of the box. 4
    A particularly simple positioning of the transponder can be achieved by the transponder chip is arranged in the starting position in a region of the opening element, which abuts the closure area
    Particularly advantageous in the use of transmission frequencies of 10-15 MHz is that the antenna is annular and is arranged in particular in a along the peripheral edge of the opening element in a notch.
    A particularly simple construction of a can according to the invention provides that the antenna and the transponder chip are arranged on a common film, in particular a common adhesive label, which is arranged on the opening element, in particular adhered to the opening element.
    A particularly advantageous manufacturable design provides that the opening element is formed in two pieces and has a hinged to the end wall base part and connected to the base part and an electrically non-conductive body having antenna part, wherein the transponder chip and the antenna disposed in the antenna part, in particular cast, are and wherein the base part has at least one extension, in particular two extensions, which is connected to the antenna part and in particular rests against this.
    It can be advantageously provided that the antenna part has a housing part and an annular extension, wherein the antenna extends at least partially in the annular extension, and / or wherein the housing part at least one latching recess, in particular two latching recesses, in which the end of the extension, in particular the engages both ends of the extensions of the base part, in particular is engaged, and / or wherein the extension or the extensions of the base part abut the annular extension of the antenna part.
    An additional suppression of the communication can be ensured with two with the antenna, in particular conductive or capacitive, coupled plate elements which are approximated in their initial position on the end wall and are arranged spaced in the opening position of the end wall.
    A preferred embodiment of the invention will be described in more detail with reference to the following drawing figures.
    Fig. 1 shows an embodiment of the invention in Ausgangsiage. Fig. 2 shows the embodiment of the invention shown in Fig. 1 in the open position. Fig. 3 shows the δ
    Opening element in the opening position obliquely from the side. Fig. 4 shows the opening element in the starting days from above. Fig. 5 shows the electromagnetic behavior of the can and the opening element in the starting days. Fig. 6 shows the electromagnetic behavior of the can and the opening element in the open position. Fig. 7 shows an alternative embodiment of the invention in the starting position. Fig. 8 shows the opening element in the starting position obliquely from the side. Fig. 9 shows the opening element shown in Fig. 8 in a transparent view. Fig. 10 shows the opening element shown in Fig. 8 from the side. FIG. 11 shows the opening element shown in FIG. 8 during assembly. Fig. 12 shows the diagram of the assembly of the two parts of the opening element from the side. In Fig. 13, the end wall of a can is shown together with an opening element according to a further alternative embodiment of the invention. Fig. 14 is an equivalent circuit diagram of the embodiment of the invention shown in Fig. 13; FIG. 15 shows the profile of the electromagnetic field in the case of the closed opening element 4. FIG. 16 shows the course of the electromagnetic field with the opening element 4J open
    In Fig. 1, a cylindrical box 1 according to a preferred embodiment of the invention is shown. The body of the box 1 is entirely made of aluminum, the box 1 may have on its lateral surface 13 a printed, decorative film. On the end wall 14 of the box 1, a closure portion 2 is provided, which is delimited by a predetermined breaking edge 3. Furthermore, the can 1 has an opening element 4 which is connected to the end wall 14 of the can 1 via a rivet 6 passing through a recess 16 (FIG. 3) of the opening element 4. The body of the box 1 is entirely made of aluminum in the present embodiment. In principle, however, it is sufficient for the wall and surface area 5 of the can, which the opening element 4 abuts, to have a sufficient effect on an externally applied electromagnetic field in the region of the opening element 4, so that when the opening element 4 is in contact with the wall and surface area 5 no wireless electromagnetic data transmission between an antenna 8 arranged in or on the opening element 4 and an external data communication device is possible. {Fig. 3) The opening element 4 has a relative to its body pivotable connecting element 12 with the recess 16 which is connected by means of the rivets 6 with the end wall 14 of the box 1 and which abuts flat against the end wall 14 of the box 1. Usually, the opening element 4 can be rotated about the rivet axis of the rivet 4, there is in the present embodiment, no rigid connection of the opening element 4 with the can. In the present embodiment, the opening element is flat against the end wall 14 of the box 1.
    In Fig. 2, the embodiment of the box 1 shown in Fig. 1 is shown in the open position. In the process of opening, the closure area 2 facing away from the 6th
    Actuating portion 11 of the opening element 4 is raised and the entire opening element 4 is pivoted with respect to the articulation edge 15 between the connecting element 12 and the body of the opening element 4. As a result, the pressure region 10 of the opening element 4 resting against the closure region 2 is pressed into the interior of the can 1 in the direction of the closure region 2, whereby the closure region 2 tears off the end wall 14 of the can 1 along the predetermined breaking edge 3 and enters the can 1. As a result, an opening 7 is created from which the contents of the can 1 can be emptied from this.
    In Fig. 3, the opening element 4 is shown in detail. The opening element 4 has a carrier body of electrically and magnetically insulating material, wherein a notch is provided on the side of the opening element 4 facing the cover wall 14, which notch extends in an annular manner in the opening element 4. In this notch extend the wire windings of the antenna 8, which is connected to a located in the pressure region 10 of the opening element 4 transponder chip Θ. The antenna 8 extends entland the edge of the lower end face of the opening element 4, which faces the top wall 14 of the box 1. As can be seen from FIG. 4, the connecting element 12 of the opening element 4 has a central recess 16, through which the rivet 6 is passed. In an alternative embodiment, it could also be sufficient to stick the transponder chip 9 and the antenna 8 on top of the opening element 4 on a correspondingly shaped adhesive label.
    Fig. 5 shows a section through the can 1 and the opening element 4 and the electromagnetic behavior of the can 1 and the opening element 4 in the starting position. As already mentioned, the antenna 8 lies in a notch in the body of the opening element 4 on the side facing the end wall 14 of the can 1. The antenna 8 is in the present embodiment over the entire surface of the end wall 14 of the can. However, this is not mandatory. For the desired effect of a sufficient effect on the directed by an external data communication device to the antenna 8 electromagnetic fields, so that between the external data communication device and the transponder chip 9 via the antenna 8 communication is impossible, it is sufficient that the antenna 8 in the starting position has a maximum distance of less than 2-3 mm. In the initial position then magnetic fields that are directed to the antenna 8, sufficiently displaced by the wall and surface area 5 on the end wall 14 of the box 1 or changed the electrical properties of the antenna 8 so that between an external 7
    Data communication device and the transponder chip 9 via the antenna 8 communication is impossible. The electrical connection between the transponder chip 9 and the antenna 8 is not shown in FIGS. 5 and 6.
    Fig. 6 shows a section through the can 1 and the opening element 4 and the electromagnetic behavior of the can 1 and the opening element 4 in the open position. In contrast to the initial position, the antenna 8 is lifted in the operating region 11 of the opening element 4 of the end wall 14 of the box 1 in the open position due to the pivoting of the opening element 4 relative to the end wall 14 of the box 1. In this state, the opening element 4 is clearly decoupled from the wall and surface region 5 electromagnetically. That is, the reaction caused by the wall and surface area 5 on the applied by an external data communication electromagnetic field affects in a very attenuated form on the antenna 8 from. In this way, electromagnetic energy and information can be transmitted by means of electromagnetic fields from an external data communication device via the antenna 8 to the transponder chip 9.
    Typically, cans are made entirely of aluminum or other metal. However, this is not required in the present embodiment. It is, in order to ensure the sufficient effect of the field displacement, only required that that wall and surface region 5 of the can 1, oni the opening element 4 aniiegt, is electrically and / or magnetically conductive. The wall or surface region 5 of the can 1, against which the opening element 4 rests, in the present exemplary embodiment has an electrical conductivity of at least 106 S / m, in particular of at least 10 S / m. In addition, the can 1 in the wall and surface region 5, against which the opening element 4 rests, has a magnetic permeability of at least 4 * π * 10'7 Vs / Am, in particular of at least 0.99 * 4 * π * 10'7 Vs / Am on. Aluminum, which is typically used as the material for the wall and / or surface area of the can 1, in particular for the entire can 1, has an electrical conductivity of 37 × 10 6 S / m and a magnetic permeability of (1 + 2.2 * 105) * 4 * π * 10'7 Vs / Am on.
    In Figs. 5 and 6, magnetic field lines B are further drawn to illustrate the specific case of magnetic coupling between a magnetic field generated by an external data communication device and the antenna 8, in the case shown in Fig. 5 with the opening element 4 in the initial position , ie, with an opening element 4 which bears against the wall and surface region 5, eddy currents J are produced in the electrically and / or magnetically conductive wall and surface region 5 of the magnetic field of the external data communication device, causing field displacement in the region of the opening element 4 the resulting magnetic field passing through the antenna 8 is too low to allow wireless electromagnetic communication between the external data communication device and the transponder chip 9 via the antenna 8. In the case illustrated in FIG. 6, with the opening element 4 lifted off the wall and surface region 5, there is a sufficiently large distance between the antenna 8 and the wall and surface region 5, so that the field displacement caused by the eddy currents in the wall and surface region 5 in the area of the wall and surface area 5 only greatly attenuated acts on the antenna 8 and the antenna 8 is sufficiently penetrated by the magnetic field, so that wireless electromagnetic communication between the external data communication device and the transponder chip 9 via the antenna 8 is possible.
    The opening element 4 is designed in the present embodiment, electrically and magnetically non-conductive and has an electrical permittivity and a magnetic permeability, which corresponds approximately to the permittivity and permeability of air. The specific electrical conductivity of the carrier material of the opening element 4 is very low in the present embodiment and is about 10'2 S / m at a typical transmission frequency of 13.56 MHz to be used. In particular, it is advantageous if the specific electrical conductivity of the carrier material of the opening element 4 is less than 10 S / m.
    The magnetic permeability of the carrier material of the opening element 4 is preferably less than 1.001 * 4 * π * 10'7 Vs / Am, in particular less than 4 * π * 10 * 7 Vs / Am. In the present embodiment, polypropylene or polyethylene is used as the carrier material of the body of the opening element 4. The carrier material has a specific electrical conductivity of about 10 3 S / m to 10 1 S / m at a typical transmission frequency of 13.56 MHz, an electrical permittivity of about 2 * 8.854 * 10'12 As / Vm to 3 * 8.854 * 10'12 As / Vm and a magnetic permeability of about 4 * π * ΐ 0'7 Vs / Am.
    Of course, alternatively, another transmission frequency, such as 120-135 kHz or a transmission frequency of 860-910 MHz can be used.
    In Fig. 7 to 12 an alternative embodiment of the invention dargesteilt. This exemplary embodiment of the invention illustrated in FIGS. 7 to 12 essentially corresponds to the exemplary embodiment illustrated in FIGS. 1 to 6, the differences between the individual exemplary embodiments being discussed below.
    In the present embodiment, the opening element 4, as shown in Fig. 8, formed in two parts and comprises a first non-conductive material consisting of the antenna part 20 and a second, consisting of conductive material base portion 40. The antenna part 20, in the present particular embodiment of polyethylene is formed comprises a first housing part 21 in which the transponder chip 9 is embedded or cast. Furthermore, the antenna part 20 comprises an annular extension part 22, which extends from the housing part 21 and which forms an annular body together with the housing part 21. In the interior of the annular body, the antenna 8 is arranged, which has three turns in the present embodiment. The two ends of the antenna 8 are connected to the transponder chip 9.
    The base part 40 (FIG. 10) in this particular embodiment of the invention corresponds to the opening element 4 shown in FIGS. 3 and 4, with the difference that instead of the closed path, two latching projections 41, 42 projecting in the direction of the antenna part protrude. These two latching projections 41, 42 are, as in Fig. 9 and 10 dargestetlt, on the annular extension 22 of the Antennenteits 20 at. The two front end portions of the latching projections 41, 42 engage in openings which are provided in the housing part 21 of the antenna part 20, whereby a non-destructive non-detachable connection between the antenna part 20 and the base part 40 is made.
    The particular structural design of the opening element 4 ensures that the opening element 4 neither shields nor displaces electromagnetic waves, so that in the closed state a displacement takes place through the metallic end wall 14, in the opened state, however, a radio connection between the transponder 9 via the antenna 8 can be produced to an external data communication device.
    FIG. 13 shows a further alternative embodiment of the invention, which essentially corresponds to one of the two first embodiments of the invention. The embodiment shown in FIG. 13 additionally comprises, in addition to the features already described in the two preceding embodiments, two conductive and metallic plate elements 43, 44, which in the present exemplary embodiment are connected to the antenna 8. The metallic plate elements 43, 44 are arranged in the antenna part 20 next to the transponder chip 9, respectively. In principle, however, an alternative arrangement is possible, wherein the plate elements 43, 44 should be arranged in a position 10, which is as far away in the open state of the end wall 14 of the box 1 and in the closed state as possible abuts the end wall 14 of the box 1 , ln Flg. 14, an equivalent circuit diagram of the electronic components located in the opening element 4 is shown. A sufficient energy supply of the transponder chip 9 is basically only possible if the antenna 8 is operated in resonance together with all components connected to it. Assuming a given input capacitance Ct of the transponder chip 9, the resonant frequency of the arrangement is determined by the inductance LA of the antenna 8, the capacitance CA of the antenna 8 and a possibly existing tuning capacitance Ct, ™. This tuning capacity Ctune is basically determined so that the oscillation circuit defined by the above-described inductors La and capacitances CA, CT can be resonated at a predetermined frequency.
    Basically, any further occurring capacitance Cx leads to a shift in the resonant frequency of the resonant circuit thus created, whereby an energy transfer to the transponder chip 9 is prevented. In order to achieve an additional suppression of the response of the transponder chip 9 with the opening element 4 closed in addition to the weakening of the magnetic coupling described in the preceding embodiments, the resonance frequency can thus be changed by introducing an additional capacitance Cx into the resonant circuit, so that the transponder 9 is no longer is responsive.
    In Flg. 15, the resonant circuit is subjected to a parallel capacitance Cx, which is large at a small distance of the plate width 43, 44 from the end wall 14 of the can 1 and shifts the resonant frequency, so that no communication with the transponder 9 is possible. By opening the opening member 4, the plate members 43, 44 are removed from the end wall 14, whereby the capacity Cx is greatly reduced. As a result, the resonance frequency is shifted back to its original range and allows communication with the transponder chip.
    权利要求:
    Claims (16)
    [1]
    1 socket (1) comprising an at least partially electrically conductive body, in particular of aluminum, wherein on a front wall (14) of the can (1) a closure region (2) by a predetermined breaking edge (3) is at least partially delimited and wherein the can (1) has an opening element (4), wherein the opening element (4) bears in its initial position on the end wall (14) of the can (1) at least partially flat and is connected to the end wall (14) at at least one point, - Wherein upon pivoting of the opening element (4) relative to the can (1) from the starting position in an open position of the closure region (2) from the predetermined breaking edge (3) breaks and in the of the predetermined breaking edge (3) delimited intermediate region an opening (7) for emptying the contents of the can (1) is formed, characterized in that - the opening element (4) comprises a carrier body of electrically and / or magnetically insulating material or from this in that - the opening element (4) has an antenna (8) arranged on or in the carrier body and a transponder chip (9) connected to the antenna (8), the antenna (8) being in the starting position in the vicinity of the can (1) , in particular in the vicinity of the end wall (14) of the box (1) is arranged, and - that that wall or surface region (5) of the end wall (14) of the can (1) on which the opening element (4) is applied, electrically and / or is magnetically conductive.
    [2]
    2. box (1) according to claim 1, characterized in that the antenna (8) in the starting position has a maximum distance of less than 3 mm, in particular less than 0.2 mm, from the wall of the box (1) and / or that the antenna (8) at least partially against the can (1).
    [3]
    3. box (1) according to claim 1 or 2, characterized in that the antenna (8) is arranged such that in the output days electromagnetic fields, which are directed to the antenna (8), from the wall or surface area (5) the can (1) are changed so that the coupling of electromagnetic fields in the antenna (8) is suppressed.
    [4]
    4. can (1) according to any one of the preceding claims, characterized in that the antenna (8) in the open position of the conductive wall and surface region (5) of the can (1) is lifted and / or removed and / or pivoted to this and in that the antenna (8) in the open position receives and transmits to the transponder chip (9) electromagnetic fields directed thereon in a form and intensity sufficient for wireless data communication. 2
    [5]
    5. box (1) according to any one of the preceding claims, characterized in that - at a transmission frequency in the range between 100 kHz and 1000 MHz, in particular in the range of 120 to 135 kHz, in the range of 13 to 14 MHz or in the range of 860 to 910 MHz, and / or - that the specific electrical conductivity of the carrier material of the opening element (4) is less than 1 S / m, and / or - that the electrical permittivity of the carrier material of the opening element (4) is less than 100 * 8.854 * 10'12 As / Vm, and / or - that the magnetic permeability of the support material of the opening element (4) is less than 1.001 * 4 * π * 10'7 Vs / Am.
    [6]
    6. box (1) according to any one of the preceding claims, characterized in that at a transmission frequency in the range between 100 kHz and 1000 MHz, in particular in the range of 120 to 135 kHz, in the range of 13 to 14 MHz or in the range of 860 to 910 MHz, that wall or surface region (5) of the can (1) against which the opening element (4) abuts - has a specific electrical conductivity of at least 10 S / m, in particular of at least 106 S / m, and / or a magnetic permeability of at least (1 + 2.2 * 1 θ'5) * 4 * π * 10'7 Vs / Am, in particular of at least 0.99 * 4 * π * 10'7 Vs / Am.
    [7]
    7. socket (1) according to one of the preceding claims, characterized in that the closure region (2) and the predetermined breaking edge (3) on an end wall (14) of the can (1) are ausgebiidet.
    [8]
    8. box (1) according to one of the preceding claims, characterized in that the opening element (4) via a rivet (6) with the can {1) is connected, wherein the opening element (4) in its initial position on the closure region (2 ) adjoining pressure area {10) for pressing in the closure area (2).
    [9]
    9. socket (1) according to claim 8, characterized in that the opening element has a pressure region (10) opposite actuating portion (11), wherein the pressure region (10) and the actuating portion (11) by the rivet (6) are delimited from each other and act together like a two-armed lever articulated through the rivet. 3
    [10]
    10. socket (1) according to claim 7 or 8, characterized in that the opening element (4) has a relative to its body pivotable connecting element (12) which is connected by means of the rivet (6) with the wall of the can (1).
    [11]
    11. socket (1) according to one of the preceding claims, characterized in that in the starting days of the transponder chip (9) in a region of the opening element (4) is arranged, which bears against the closure region (2)
    [12]
    12. socket (1) according to any one of the preceding claims, characterized in that the antenna (8) is annular and in particular in a along the peripheral edge of the opening element (4) is arranged in a notch.
    [13]
    13. socket (1) according to any one of the preceding claims, characterized in that the antenna (8) and the transponder chip (9) on a common film, in particular a common adhesive label, are arranged on the opening element (4), in particular on the opening element (4) is glued.
    [14]
    14. Box according to one of the preceding claims, characterized in that the opening element (4) is formed in two pieces and a hinged to the end wall base part (40) and connected to the base part (40) and an electrically non-conductive body having the antenna part (20 ), wherein the transponder chip (9) and the antenna in the antenna part (20) arranged, in particular cast, and wherein the base part (40) at least one extension (41,42), in particular two extensions (41, 42), which is connected to the antenna part (20) and in particular rests against this.
    [15]
    15. Box according to claim 14, characterized in that the antenna part (20) has a housing part (21) and an annular extension (22), wherein the antenna (8) extends at least partially in the annular extension (22), and / or wherein the housing part (21) at least one latching recess, in particular two latching recesses, into which engages the end of the extension (41, 42), in particular the two ends of the extensions (41, 42), the base part (40), in particular engaged, and / or wherein the extension (41, 42) or the extensions (41, 42) of the base part (40) rest against the annular extension (22) of the antenna part (20).
    [16]
    16. Box according to one of the preceding claims, characterized by two with the antenna (8), in particular conductive or capacitive, coupled plate elements (43, 44), which are approximated in their initial position on the end wall (14) and in the opening position of the end wall (14) are arranged spaced.
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    EP3593287A1|2020-01-15|Deactivatable shielding element
    同族专利:
    公开号 | 公开日
    US20150129663A1|2015-05-14|
    WO2013181680A1|2013-12-12|
    EP2859616B1|2017-09-06|
    RU2595561C1|2016-08-27|
    EP2859616A1|2015-04-15|
    AT513017B1|2015-03-15|
    US9183483B2|2015-11-10|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    WO2002028739A2|2000-10-03|2002-04-11|Adtab Limited|Container with removable protective cover|
    DE10344270A1|2003-09-24|2005-04-21|Giesecke & Devrient Gmbh|Returnable deposit goods packaging with deposit identification for encouraging return of packaging for recycling provided by contactless transponder|
    EP1988491A1|2006-02-22|2008-11-05|Toyo Seikan Kaisya, Ltd.|Base material for rfid tag adapted to metallic material|
    US20110102150A1|2008-05-20|2011-05-05|Toyo Seikan Kaisha ,Ltd.|Metallic cover having ic tag, and metallic container|
    JP2001505514A|1996-09-18|2001-04-24|セトニウムベルトテクノロジーエントベッケルングゲゼルシャフトエムベーハー|Containers, especially beverage cans, and lids for such containers|
    US5947256A|1997-01-21|1999-09-07|Sensormatic Electronics Corporation|Tag for identifying recyclable materials and method and apparatus for same|
    DE20004152U1|2000-03-08|2001-07-19|Ackermann Bruno|Can with screw cap|
    JP5124960B2|2006-03-09|2013-01-23|東洋製罐株式会社|Metal lid with metal tag and metal container|
    US20080055089A1|2006-08-30|2008-03-06|Intermec Ip Corp.|Adhesive thermo printable label with RFID flap antenna for metallic surfaces|AT514156B1|2013-03-20|2018-06-15|Seibersdorf Labor Gmbh|beverage can|
    AT514860A1|2013-09-17|2015-04-15|Seibersdorf Labor Gmbh|can|
    AT515471B1|2015-06-05|2018-08-15|Seibersdorf Labor Gmbh|container|
    法律状态:
    2020-03-15| MM01| Lapse because of not paying annual fees|Effective date: 20190719 |
    优先权:
    申请号 | 申请日 | 专利标题
    ATA652/2012A|AT513012B1|2012-06-06|2012-06-06|beverage can|
    ATA50285/2012A|AT513017B1|2012-06-06|2012-07-19|can|ATA50285/2012A| AT513017B1|2012-06-06|2012-07-19|can|
    RU2014153107/08A| RU2595561C1|2012-06-06|2013-05-17|Can|
    EP13728670.4A| EP2859616B1|2012-06-06|2013-05-17|Socket|
    US14/406,411| US9183483B2|2012-06-06|2013-05-17|Can|
    PCT/AT2013/050110| WO2013181680A1|2012-06-06|2013-05-17|Socket|
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