Tag components used to identify and / or automatically store information

Abstract

The label assembly for identifying and / or automatically storing information comprises an electronic identification device label (2) on which a support layer (3), an antenna (4) and a chip (5) are provided, and a support body (6) containing the electronic device label (2) therein. The support body (6) is provided with a base (7) which detachably accommodates the electronic device label (2) and is provided with an opening (8) for inserting the electronic device label (2) therein. The base (7) has at least one elastically yielding portion (9) which at least partially defines the base (7) and intercepts the electronic device label (2) so as to keep the device in the above-mentioned base (7).

Description

Technical Field

[0001] The present invention relates to a label assembly for identifying and / or automatically storing information.

[0002] Advantageously, the tag assembly in question is intended to be associated with various types of products in order to provide, by means of a reading device, data relating to the product stored in the tag, for example verifying the authenticity of the product by means of its identification code.

[0003] Furthermore, as examples, the product-related data may include specific product information for identifying spare parts, information related to a production plant, a year of manufacture, and the like.

[0004] The label can also store further information to prove that the product has been subjected to certain operations or controls, for example.

[0005] The tag assembly which is the subject of the present invention is therefore part of the industrial sector for the production of electronic components and of the telecommunications sector for data transmission. Background Art

[0006] Known data transmission systems on the market include a data transmission system of one or more tag identification devices, the TAG identification device, also called a transponder, such as an RFID or NFC type, usually associated with a physical tag, a receiving device (transceiver device) for reading tag data or sending data to the TAG, and an information system for managing data transmission between the tag and the receiving device.

[0007] An identification device (hereinafter also referred to as a tag) may be active or passive, depending on whether it has its own power source.

[0008] The tag covered by this patent is of passive type, equipped with a microchip containing stored data, an antenna and a physical support on which the chip and antenna are mounted, and its substrate is usually made of polyester film, plastic film such as PET or PVC, paper or other materials.

[0009] Since there is no battery, the antenna receives a signal from the receiving device, which is converted by induction into electrical energy, which can be used to power the microchip. The latter, activated in this way, is able to transmit the data it contains to the receiving device via the antenna. The tag is thus able to receive and transmit the data contained in the chip to the receiving device (also called reader or transceiver) via radio frequency signals.

[0010] Advantageously, the receiving device can also send data to the tag to be registered in the chip memory.

[0011] Therefore, when the term tag or transponder is used, it should be understood that the passive electronic device below can be used to identify and / or store data related to an object and can respond to remote queries through a fixed or portable receiver, which is called a reader (or even an interrogator).

[0012] In more detail, the various types of tags known on the market, such as the type defined by the acronym "RFID" (from the English "Radio-Frequency IDentification"), enable, by radio frequency, a receiving device (also called a "reader") to communicate and / or update the information contained in the tag being queried. The receiving device, despite its name, is not only able to receive and read data, but also to write information on the memory of the RFID tag.

[0013] Another type of tag known on the market is defined by the NFC (Near Field Communication) standard, using a frequency of 13.56 MHz, which allows the exchange of information between the reader and the chip at a distance of up to 10 cm.

[0014] In order to facilitate the installation of these tags in various products on the market, it is known to connect these tags with various types of supports to form more manipulable assemblies that can even be manipulated automatically by robots in industrial production processes. It is known, for example, to associate these tags with physical labels, in particular adhesive labels, in order to be able to apply them to products even on the shelf.

[0015] Patent KR 101415423 and patent WO 2014 / 096554 disclose a decorative support including an identification device for being read by an external reader.

[0016] Patent US 2007 / 022601 discloses a decorative insert including a tag identification device for reading by an external reader. The decorative insert is in the form of a shaped box-like housing that can be inserted into a visible base of a zipper.

[0017] Furthermore, there are also known types on the market of supports containing identification devices that are inserted into bases formed on various products. For example, in the field of eyewear, patent WO 2017 / 108981 reports a decorative insert containing an identification device.

[0018] The existing label assemblies on the market embed the identification device into a plastic material matrix, which then forms a support to be inserted into the product. Alternatively, as described in US 2007 / 022601, the label assembly can insert the label into a base defined by a protective shell obtained by connecting two half shells.

[0019] The label assemblies currently available on the market have the disadvantage that the label cannot be easily mounted in a support or involve a production process in which the label, once produced in its covering shell, can no longer be removed. Summary of the invention

[0020] Under such circumstances, the basic purpose of the present invention is to eliminate the above technical defects and provide a label assembly for identifying and / or automatically storing information, which can easily assemble the label into a protective support.

[0021] Another object of the present invention is to provide a label assembly with a simple structure.

[0022] Another object of the present invention is to provide a label assembly which is completely reliable in operation. BRIEF DESCRIPTION OF THE DRAWINGS

[0023] In accordance with the above objectives, the technical features and advantages of the present invention are generally embodied in the following detailed description, and the accompanying drawings are provided for reference, which show certain purely exemplary and non-definitive implementation forms, wherein:

[0024] - Figure 1 A perspective view of a label assembly according to a first embodiment of the present invention is shown;

[0025] - Figure 2 Shown Figure 1 a second perspective view of the assembly looking downward;

[0026] - Figure 3 Shown Figure 1 A side view of the middle component;

[0027] - Figure 4 Shown Figure 3 One edge of the component Figure 3 Transverse section view along line IV-IV;

[0028] - Figure 5 Shown Figure 4 An enlarged view of the middle section;

[0029] - Figure 6 Shown Figure 1 A perspective view of the assembly, showing in exploded view the identification device tag located outside a predetermined base in the assembly support;

[0030] - Figure 7 Shown Figure 6 , wherein the identification device label located outside the base is shown in an exploded view, and as shown Figure 5 As shown, the perspective portion shows the support body of the assembly;

[0031] - Figure 8 shows a perspective view of a label assembly support according to a second example;

[0032] - Fig. 9 Shown Figure 8 A front view of the middle component support;

[0033] - Fig.10 Shown Figure 8 A side view of the middle component support;

[0034] - Fig.11 Shown Fig.10 One edge of the middle component support Fig.10 Cross-sectional view along line XI-XI;

[0035] - Fig.12 shows a perspective view of a label assembly support according to a third example;

[0036] - Fig.13 Shown Fig.12 A front view of the middle component support;

[0037] - Fig.14 Shown Fig.12 A side view of the middle component support;

[0038] - Fig.15 Shown Fig.14 One edge of the middle component support Fig.14 Cross-sectional view along line XV-XV;

[0039] - Fig.16 Shown Fig.15 An enlarged view of the middle section;

[0040] - Fig.17 shows a perspective view of a label assembly support according to a fourth example;

[0041] - Fig.18 Shown Fig.17 A front view of the middle component support;

[0042] - Fig.19 Shown Fig.17 A side view of the middle component support;

[0043] - Fig. 20 Shown Fig.19 One edge of the middle component support Fig.19 Cross-sectional view along the XX-XX line;

[0044] - Fig.21 Shown Fig. 20 An enlarged view of the middle section;

[0045] - Fig. 22 A perspective view of a label assembly support according to a fifth example is shown;

[0046] - Fig.23 Shown Fig. 22 A front view of the middle component support;

[0047] - Fig.24 Shown Fig. 22 A side view of the middle component support;

[0048] - Fig.25 Shown Fig.24 One edge of the middle component support Fig.24 Cross-sectional view along line XXV-XXV;

[0049] - Fig.26 A perspective view of a label assembly support according to a sixth example is shown;

[0050] - Fig. 27 Shown Fig.26 A front view of the middle component support;

[0051] - Fig.28 Shown Fig.26 A side view of the middle component support;

[0052] - Fig.29 Shown Fig.28 One edge of the middle component support Fig.28 Cross-sectional view along line XXIX-XXIX;

[0053] - Fig.30 Shown Fig.29 An enlarged view of the middle section;

[0054] - Fig.31 A perspective view of a label assembly support for identifying and / or automatically storing information according to a seventh example is shown;

[0055] - Fig.32 Shown Fig.31 A bottom view of the middle component support;

[0056] - Fig.33 Shown Fig.31A side view of the middle component support;

[0057] - Fig.34 Shown Fig.33 One edge of the middle component support Fig.33 Transverse section along line XXXIV-XXXIV;

[0058] - Fig.35 A perspective view shows a pair of glasses with a label assembly according to the present invention associated therewith;

[0059] - Fig.36 Shown Fig.35 A magnified detail of a leg associated with a component located in a hole in the leg.

[0060] - Fig.37 Shown Fig.36 A detailed view of a leg having a component according to the present invention, the component being located outside a hole in the leg;

[0061] - Figure 38-45 Some examples of eyeglass hinges equipped with the label assembly described in the present invention are shown. DETAILED DESCRIPTION

[0062] With reference to the accompanying drawings, a label assembly 1 for identifying and / or automatically storing information, which is the object of the present invention, is fully illustrated.

[0063] The label assembly 1 obtained according to the invention is intended to be mechanically associated with various types of products, in particular in a permanent manner, in order to store information and transmit this information to a reading device in a conventional manner. Typically, this information will be related to the characteristics of the product to which the assembly 1 is associated and may in particular include an identification code for authenticating the product, in particular as to its production origin.

[0064] In more detail, the tag assembly 1 for identifying and / or automatically storing information includes at least one electronic identification device tag 2, which is provided with at least one supporting layer 3 (for example, composed of an electronic board), at least one antenna 4 and at least one chip 5 mounted on the supporting layer and connected to the antenna 4.

[0065] The electronic identification device tag 2 is of passive type, such as the RFID or NFC type known on the market, the abbreviations referring to the integrated transmission standard; obviously, the standard of the passive tag 2 can also be different from RFID or NFC without departing from the scope of this patent.

[0066] Furthermore, the component tag 1 comprises a support body 6 which contains the electronic device tag 2 inside and is configured for mechanical connection with a corresponding product, for example in a base accommodating the product.

[0067] The support body 6 can be made of any material, but is preferably made of a plastic material, in particular by molding.

[0068] According to the basic concept of the present invention, the support body 6 is provided with a base 7 which detachably accommodates the electronic device tag 2 and is provided with at least one opening 8 for inserting the electronic device tag 2 into the base 7 .

[0069] According to the invention, the support 6 is also provided with at least one elastically yielding portion 9 which at least partially defines the seat 7 and intercepts the electronic device tag 2 so as to retain the device inside the aforementioned seat 7 .

[0070] The support body 6 is configured for mechanical association with a corresponding product and in particular for being received in a corresponding receiving seat formed in the product, for example having a shape that is substantially inverse with respect to the outer shape of the support body 6 .

[0071] In particular, the support body 6 is configured to accommodate and protect the electronic identification device tag 2 so that the component tag 1 can be applied to a product without damaging the electronic identification device tag 2 or causing malfunction.

[0072] Advantageously, the electronic identification device tag 2 is completely located within the base 7 of the support 6, so that the electronic device tag 2 does not protrude beyond the edge of the support 6. This allows in particular to easily apply the tag assembly 1 to a product, inserting the support 6 into a corresponding receiving base of the product without the risk of damaging the identification device tag 2.

[0073] Suitably, the RFID tag 2 is designed to be permanently inserted into the base 7 of the support 6, in a sense that it cannot be removed once inserted into the base.

[0074] Optimally, the support 6, in order to act as a support and protection for the electronic device tag 2 so as to be applied to the corresponding product, does not include any electrical or electronic components, and in particular, does not include any tag electronic reader, since the tag assembly 1 in question only contains the electronic device tag 2 constituting a transponder. Functionally, the electronic device tag 2 is intended to be interrogated by a reader located outside the tag assembly 1, thereby allowing the reader to find the information contained in the chip 5 of the electronic device tag 2.

[0075] Advantageously, the support body 6 is made completely of a dielectric material.

[0076] Optimally, the support body 6 is made entirely of electrically insulating and / or non-ferromagnetic material, such as a plastic material (eg polycarbonate), so as not to interfere with the signal transmission and reception of the antenna 4 of the electronic identification device tag 2 .

[0077] Suitably, the support body 6 extends in width and length along a plane of extension (eg parallel to the support layer 3 of the identification device tag 2), and also in height along a direction orthogonal to the plane of extension.

[0078] Advantageously, the width and / or length of the support body 6 is substantially between 1 and 4 mm, and optimally approximately between 1.50 and 3 mm, in particular approximately 2.20 mm.

[0079] Advantageously, the height of the support body 6 is substantially between 1 and 4 mm, and optimally approximately between 1 and 2 mm, in particular approximately 1.50 mm.

[0080] These dimensions make the support 6 (and therefore the label assembly 1 ) particularly suitable for permanent application on products, for example in a corresponding receiving seat, and in particular in products with small-sized components, such as spectacles and spectacles components.

[0081] Preferably, the support body 6 is produced from a single body, in particular by forming.

[0082] Advantageously, the elastically yielding portion 9 of the support body 6 is an integral part of this support body 6 , being obtained in one piece with the rest of the support body 6 .

[0083] Thus, according to the invention, the label assembly 1 can be easily assembled before being used in association with a product to be identified. The label assembly 1 thus obtained has a shape that can be easily manipulated by automated means in industrial processes, in particular in connection with products that are consumed in large quantities, such as bags, luggage, watches, glasses. For example, the assembly 1 thus obtained will be insertable into a cavity formed in a product to be identified.

[0084] according to Figure 1-7 In the first example of implementation of the label assembly according to the invention shown, the elastic yield portion is obtained by at least one wing which protrudes in the opening 8 of the base 7, partially restricting it so as to be able to interfere with the electronic device tag 2 when it is inserted into the base 7 during a stage of assembling the assembly 1.

[0085] Advantageously, according to the attached Figure 1-7 In the example of , two wings 9 are provided, which unfold from opposite side walls 10 of the base 7. Preferably, these wings 9 terminate at their ends with an enlarged head, intended to keep the electronic device tag 2 inside the base 7.

[0086] Advantageously, the wings 9 are delimited above and below by two slits 91 and develop in an arched manner starting from a base portion 92 thereof until the two slits 91 end.

[0087] Preferably, the electronic device tag 2 and the base 7 have similar shapes in order to obtain a better, more stable device tag housing in the support body 6 .

[0088] According to the attached Figure 8-11 The second example shown in represents a variant in which at least one wing 9 is provided with a protruding cushion 90, formed on a face of the wing 9 facing the inside of the base 7 and facilitating retention of the label in the base 7. For example, the protruding cushion is realized in the form of a spherical cap.

[0089] In operation, the electronic device tag 2 inserted into the base 7 interferes with the wings 9 located at the borders of the opening 8, which wings are elastically spread out until the electronic device tag 2 is introduced through the opening 8 and is completely introduced inside the base 7. In this final position, in which the electronic device tag 2 is completely inserted into the base 7, the wings will advantageously return elastically to the original position, in which they will define the opening 8 of the base 7 and prevent the electronic device tag 2 from escaping.

[0090] According to the attached Figure 12-16 In the third example shown in the figure, the elastically yielding element 9 is a pad 90 protruding directly from at least one of the side walls 10 defining the base 7. Advantageously, the pad is arranged at an intermediate position of the side wall 10. In addition, this pad 90 is easy to retain the electronic device tag 2 in the base 7 by interference. Therefore, this pad 90 is able to interfere with the electronic device tag 2 during its insertion and elastically deform so as to retain the electronic device tag 2, also including elastic deformation in a limited manner. Optimally, according to the third example of the accompanying drawings, two pads 90 are arranged on two opposite side walls 10 of the base 7; in this way, the electronic device tag 2 is firmly retained and inserted between the two opposite protruding pads 90.

[0091] According to the attached Figure 17-21 In the fourth example shown in the figure, the elastic yielding element 9 is a pad 90 protruding directly from at least one bottom wall 11 of the base 7, in particular it is centrally located relative to the bottom wall 11 and is easy to hold the electronic device tag 2 in this base 7 by interference. According to an example not shown, two (or more) protruding pads 90 can be provided, at least one of which is located on the above-mentioned bottom wall 11 and at least another one is located on the opposite upper wall 12.

[0092] According to Figure 22-25, 26-30 and 31-35, the elastically yielding element 9 comprises at least one raised portion 9' of at least one wall of the seat 7. Therefore, due to the interference exerted on the raised portion 9' of the above-mentioned wall, the electronic device tag 2 is retained in the base 7. Although the wall is elastically slightly deformed to allow the insertion of the electronic device tag 2, a reaction force is thus exerted in the base 7 to block the electronic device tag 2. Advantageously, the protrusion involves the entire wall concerned.

[0093] According to the fifth example, each of the two substantially opposite side walls 10 is provided with the above-mentioned raised portion 9 ′. In this way, the electronic device tag 2 is inserted and held between the raised portions 9 ′ of the two opposite side walls 10 .

[0094] According to a variant represented by a sixth example, the seat 7 is of the straight-through type, extending from two diametrically opposite portions of the cylindrical support 6 , having two convex side walls 10 .

[0095] According to an example not shown in the accompanying drawings, the elastically yielding portion 9 is constituted by a raised portion 9' of the bottom wall 11 of the base 7, and advantageously, the raised portion 9' affects the entire bottom wall 11; also in this case, the electronic device tag 2 is retained in the base 7 by interference with the raised portion 9', which is represented here by the bottom wall 11.

[0096] According to another example, not shown, two raised portions 9 ′ may be provided, at least one of which is located on the above-mentioned bottom wall 11 and at least one other is located on the opposite upper wall 12 .

[0097] According to all the examples shown so far, the support 6 advantageously has a cylindrical shape and the seat 7 is formed transversely to the Y axis of the cylindrical support 6 , in particular in the form of a flat slit or a slit whose height is less than one third of its width.

[0098] According to the attached Figure 31-34 In the eighth example shown, a generally cylindrical support body 6 has a base 7 formed along the axis of the cylindrical support body 6 starting from an outer end face 13 of the cylindrical support body 6. In this case, the elastic yield portion 9 is constituted by at least one raised portion 9" of at least one side wall 10' of the base 7. Also in this case, the electronic device tag 2 is retained in the base 7 due to interference with the raised portion 9" of the above-mentioned side wall 10'.

[0099] According to the example of the figures, the base 7 has four boundary walls 10 ′ and a bottom 11 ′; two opposite walls of the four boundary walls are affected by the above-mentioned convexity 9 ″. The base 7 is optimally accessible from below the cylindrical support 6 .

[0100] A method for realizing a label assembly 1 having a wing 9 according to the above description is described below, and references are retained for the sake of simplicity of the description.

[0101] The method thus provides a configuration of a support body 6 having one or more preset wings 9 (according to the example, having two wings extending from opposite walls of a base 7), each wing being located in a static position defined by an opening 8 in the base 7, and the dimensions of this opening being smaller than the overall dimensions of the electronic device tag 2.

[0102] At this time, the electronic device tag 2 is inserted into the opening 8 of the base 7, during which at least one wing 9 is first intercepted by the electronic device tag 2, and the wing is elastically deformed in a separated position to expand the opening 8 to at least the overall size of the electronic device tag 2, so that the electronic device tag 2 accommodated in the base 7 exceeds the wing 9, and then the wing 9 is released in a static position.

[0103] As mentioned above, the label assembly 1 in question is suitable for various types of products, such as bags, luggage, watches, glasses, etc.

[0104] It should be pointed out that Figure 35-37 A possible application of a tag assembly 1 according to the invention on a temple 50A for glasses has been shown in . Advantageously, the association is achieved by inserting the support 6 into a receiving seat 70 having a blind hole made by cylindrical milling in the profile (in particular in the plastic of the temple 50A), into which the assembly 1 is inserted, for example by interference.

[0105] Some examples of eyeglass hinges to which the label assembly 1 in question is applied are described below.

[0106] refer to Figure 38-45 The eyeglass hinge includes a first hinge element 40 and a second hinge element 50, the first hinge element is used to mechanically connect to a first part of the eyeglass frame (such as a front nose), the second hinge element is used to mechanically connect to a second part of the eyeglass frame (such as a leg), and the second hinge element is rotatably connected to the first hinge element 40 via a hinge pin.

[0107] The hinge comprises at least one receiving seat 70 formed on at least one of the hinge elements 40 , 50 and in which a support body 6 of the identification device tag 2 including the tag assembly 1 is received.

[0108] In particular, the shape of the receiving base 70 is at least partially roughly the inverse shape of the outer shape of the support body 6 of the label assembly 1.

[0109] refer to Figure 38-42In the example of the first hinge element 40 and / or the second hinge element 50, a base 56 is provided, from which one or more shoulders 53 protrude and have corresponding holes 54 for inserting hinge pins. The base 56 has a lower surface 58 for fixing parts of the frame and has an opposite visible surface 57.

[0110] according to Figure 38-40 In the example of FIG. 5 , the receiving base 70 is formed on the visible surface 57 of the base 56 .

[0111] According to a specific example variant, the receiving base 70 can be optimally provided with at least one slit (not shown) extending up to the edge of the base 56 and optimally having a width smaller than the width of the receiving base 70 .

[0112] Advantageously, reference Figure 41-42 In the example of the embodiment of the present invention, one or more undercut elements 61 extend from the lower surface 58 of the base 56 and are intended to engage the interior of the plastic matrix of the eyeglass frame component. The receiving base 50 is at least partially formed in the undercut element 61 or between two undercut elements 61.

[0113] Advantageously, reference Figure 42-45 In the example of the second shaped hinge element 50 is fixed on a core 59, intended to be embedded in the plastic matrix of a leg of the second part of the eyeglasses. The receiving base 70 is formed in an enlarged plate 59' of the core 59, in particular above or to the side of the enlarged plate 59' of the core 59.

[0114] In particular, according to Fig.45 In the example of FIG. 5 , the receiving base 70 has a slit 70 ′ (whose width is optimally smaller than the width of the receiving base 70 ) extending to the side edge of the enlarged plate 59 ′ of the core 59 .

[0115] Obviously, the features described above, which in the example in question relate to the second articulated element 50 of the hinge, may be reproduced analogously on the first articulated element 40 and vice versa.

[0116] Therefore, the present invention has achieved the predetermined purpose.

Claims

1. A label assembly intended to be associated in a permanent manner with a product in order to identify and / or automatically store information relating to said product, said label assembly (1) comprising: - an electronic identification device tag (2) provided with at least one supporting layer (3), at least one antenna (4) and at least one chip (5) mounted on the supporting layer (3) and connected to the antenna (4); - a support (6) containing the electronic identification device tag (2) inside and configured to be mechanically connected to the product; The label assembly (1) is characterized in that the support body (6) has: - a base (7) formed in the support body (6) for removably accommodating the electronic identification device tag (2) and provided with an opening (8) for inserting the electronic identification device tag (2) into the base (7); - at least one elastically yielding portion (9) which at least partially defines the base (7) and intercepts the electronic identification device tag (2) so as to retain the electronic identification device tag (2) in the base (7); wherein the support (6) is realized by a single monomer; wherein the support body (6) is made entirely of electrically insulating material; wherein the support body (6) is made entirely of plastic material; The electronic identification device tag (2) is completely inserted into the base (7) of the support body (6) so that the electronic device tag (2) does not protrude beyond the edge of the support body (6).

2. A label assembly (1) according to claim 1, wherein at least one elastically yielding portion (9) includes at least one wing, which is integrally formed with the rest of the support body (6) and extends into the opening (8), thereby partially defining the opening (8), in such a way that the wing will interfere with the electronic identification device tag (2) during the insertion of the electronic identification device tag (2) into the base (7).

3. The tag assembly (1) according to claim 2, wherein at least one wing is provided with a protruding pad (90), which is formed on an inner surface of the support body (6) facing the inside of the base (7) and holds the electronic identification device tag (2) in the base (7).

4. A tag assembly (1) according to claim 1, wherein at least one elastic yield portion (9) is a protruding pad (90) which protrudes from at least one side wall (10) of the base (7) and holds the electronic identification device tag (2) in the base (7) by interference.

5. A tag assembly (1) according to claim 1, wherein at least one elastic yield portion (9) is a protruding pad (90) which protrudes from at least one bottom wall (11) of the base (7) and holds the electronic identification device tag (2) in the base (7) by interference.

6. The label assembly (1) according to claim 1, wherein the at least one elastically yielding portion (9) is at least one raised portion (9') of at least one side wall (10) of the base (7) and / or at least one bottom wall (11) of the base (7); The electronic identification device tag (2) is held in the base (7) by the interference protrusion (9").

7. The label assembly (1) according to claim 1, wherein the support body (6) is substantially cylindrical and the base (7) is formed transversely along a height axis (Y) of the cylindrical support body (6).

8. The label assembly (1) according to claim 1, wherein the support body (6) is substantially cylindrical and the base (7) is formed starting from an end face (13) of the cylindrical support body (6) along a height axis (Y) of the cylindrical support body (6), wherein the at least one elastically yielding portion (9) is at least one raised portion (9") of at least one side wall (10') of the base (7), The electronic identification device tag (2) is held in the base (7) by the raised portion (9") of the interfering side wall (10').

9. The tag assembly (1) according to claim 1, wherein the support (6) does not comprise any tag electronics reader.

10. The tag assembly (1) according to claim 1, wherein the support body (6) does not comprise any electrical or electronic components.

11. The label assembly (1) according to claim 1, wherein the width and / or length and / or height of the support (6) is substantially between 1 and 4 mm.

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