CN213934961U

CN213934961U - Multifunctional asset tag

Info

Publication number: CN213934961U
Application number: CN202023239378.7U
Authority: CN
Inventors: 赵东; 杨斐霏; 董逢华; 何涛
Original assignee: Wuhan Tianyu Julian Technology Co ltd
Current assignee: Wuhan Tianyu Julian Technology Co ltd
Priority date: 2020-12-29
Filing date: 2020-12-29
Publication date: 2021-08-10
Anticipated expiration: 2030-12-29

Abstract

A multifunctional asset tag comprises a pasting binding band, a connecting band and a tag end, wherein the pasting binding band is connected with the tag end through the connecting band, two parallel connecting wires are arranged in the connecting band along the length direction of the connecting band, 3M adhesive paper is attached to the surface of the pasting binding band, anti-disassembly wires are arranged around the inside of the pasting binding band, an anti-tampering tag chip and an NFC coil for coupling with an NFC reader-writer are arranged inside the tag end, two ends of each anti-disassembly wire are respectively and electrically connected with two input ends of the anti-tampering tag chip through the two connecting wires to form an anti-disassembly loop, and two ends of the NFC coil are respectively and electrically connected with a positive power supply input end and a negative power supply input end of the anti-tampering tag chip to form a power supply loop; the sticking and binding band is provided with a bayonet for the label end and the connecting band to pass through. The utility model discloses a tag fixation does and pastes fixedly like traditional label pasting mode at the prominent such as handle, label push-and-pull board of asset, and is more nimble, and can effectively detect whether the label structure is destroyed.

Description

Multifunctional asset tag

Technical Field

The utility model relates to an asset management field, concretely relates to multi-functional asset label.

Background

In the existing fixed asset management, generally, an RFID tag or a two-dimensional code sticker is used as a main component, and the tag ID is bound with an asset, so as to index corresponding asset information.

The two-dimensional code is completely passive, needs to be actively read through equipment, is difficult to be automatically checked, has high dependence on personnel and has requirements on position, angle and visual surface plot. And the scanning is needed one by one, and the capacity of batch reading and writing is not provided.

RFID tags typically include passive tags of 13.56Mhz and active tags of 2.4G. In special dense concentration, the ultra-high frequency of 860-960MHz is used, the read distance is moderate, and the device is passive.

In the field where the asset equipment is more concentrated, such as a server room, or a 13.56MHz tag is taken as a main part, a high-frequency reading head and an antenna are deployed on a server rack and are solidified. The high-frequency reading head or the antenna is used for reading the high-frequency tag by controlling the reading and writing distance of the high frequency, the position of the high-frequency tag is marked based on the position of the reading head or the tag, the tag data is uploaded to a platform, and the information of the server is counted and positioned.

The label, generally, consists of: the magnetic connector comprises a pasting end, a connecting wire/belt and a magnetic suction/connector label end. Wherein, the sticking end is generally a PC or PP plastic sheet with 3M back adhesive on the back surface, and is used for sticking on asset equipment to form physical binding; the connecting belt is generally a PC/PP plastic belt or a spring rope and is used for connecting the pasting area and the label end and further forming physical binding between the asset and the label; the tag end is fixed on a reading head on the cabinet in a magnetic suction or connector mode, so that the reading head can read information, repeated disassembly is supported, and the position of the fixed asset is not influenced.

The prior problems are that:

3M gum, need clear up the dust of being pasted the surface before pasting, otherwise influence the firmness, and along with dismantling, drawing the operation of label too much, also can be to pasting the influence dynamics, in case paste to remove and drop, this asset has just lost the supervision. In addition, when some scenes, such as servers, are stacked too tightly, there is no way to press the servers by applying force, which may result in untight pasting and easy falling.

The attachment strip is generally fixed and connects the adhesive end and the label end. The connecting band is cut off, the label can still work normally, but the label cannot be reported to the platform. Therefore, the anti-dismantling circuit tag is introduced, the anti-dismantling circuit is arranged in the connecting band, and once the tag is cut off, the tag is actively reported. The ultra-high frequency tag is embedded into the connecting band for increasing the convenience of operation, and the UID of the ultra-high frequency tag is matched with the high-frequency UID of the tag end, so that the handheld devices can be conveniently manually taken and counted in batches. However, the anti-dismantling tag, the ultrahigh frequency tag and the conventional tag are fixed forms of the tag, cannot be switched, need to customize three kinds of tags, are used independently, and cannot be fused. Especially, when the conventional label is used in the early stage and needs to be upgraded into a tamper-proof label or an ultrahigh frequency label or both need to be supported, all the labels must be scrapped and newly set up as a new customized label. In the process, labels are not wasted, all data needs to be imported and bound again, and the workload is huge in machine rooms with tens of thousands of servers and hundreds of thousands of servers.

And the label end is recorded with the bound asset information, and the UID is also stored in the platform database. Once the label is damaged or the connecting band is broken, the whole label needs to be replaced, and the data in the platform is synchronously bound to the new label UID.

SUMMERY OF THE UTILITY MODEL

In view of the technical defects and technical drawbacks existing in the prior art, embodiments of the present invention provide a multifunctional asset tag that overcomes or at least partially solves the above problems, and the specific scheme is as follows:

a multifunctional asset label comprises a sticking and binding belt, a connecting belt and a label end, wherein the sticking and binding belt is connected with the label end through the connecting belt, two parallel connecting wires are arranged in the connecting band along the length direction of the connecting band, 3M adhesive paper is attached to the surface of the adhesive binding band, and the inner part is surrounded with a disassembly-proof wire, the inner part of the label end is provided with a tamper-proof label chip and an NFC coil which is used for being coupled with an NFC reader-writer, two ends of the anti-dismantling electric wire are respectively and electrically connected with two input ends of the anti-tampering label chip through two connecting electric wires to form an anti-dismantling loop, two ends of the NFC coil are respectively and electrically connected with the positive and negative power supply input ends of the tamper-proof label chip to form a power supply loop, after the NFC coil is coupled with the NFC reader-writer, induced current is generated and supplies power to the tamper-resistant tag chip through a power supply loop so as to activate the tamper-resistant tag chip; the sticking and binding band is provided with a bayonet for the label end and the connecting band to pass through, wherein the sticking and binding band is made of an easily torn paper material.

Further, the bayonet socket is cross-shaped, the one end of pasting the tie and being close to the connecting band is provided with the buckle district, the bayonet socket is including supplying the horizontal socket of wearing that label end and connecting band passed and being used for blocking the vertical fore shaft in buckle district.

Further, the maximum width of the vertical direction of the buckling area is greater than the length of the vertical direction of the vertical locking notch, the buckling area comprises two concave notches which are symmetrical up and down, and the distance between the bottoms of the two concave notches is smaller than the length of the vertical direction of the vertical locking notch.

Furthermore, both ends of the anti-dismantling electric wire are provided with first electric feed contact points, and the anti-dismantling electric wire is electrically connected with one end, close to the sticking and binding band, of the connecting electric wire through the first electric feed contact points.

Furthermore, the two input ends of the tamper-resistant label chip are both provided with second electrical feed contact points, the input end of the tamper-resistant label chip is electrically connected with one end of the electric wire close to the label end through the second electrical feed contact points, and the connection of the electric wire and the first electrical feed contact points as well as the second electrical feed contact points can adopt the modes of locking, sticking and inserting pins.

Further, the inside asset information label that contains corresponding asset information that still is provided with of connecting band, the antenna of label is arranged along connecting band length direction, and extends to the both ends of connecting band length direction, wherein, the label can be super high frequency label UID or high frequency label UID.

Further, both ends of the connection wire extend to both ends of the connection band, respectively.

Further, two connecting wires are respectively provided along both edges in the width direction of the connecting band.

Further, the tamper-resistant tag chip is a nxp tag213TT tag chip.

Further, the anti-detachment electric wire is arranged along the edge of the adhesive binding band in a surrounding mode.

The utility model discloses following beneficial effect has:

1. the mode that can paste is taken into account in the surrounding binding, has greatly richened the mode that label and asset carry out fixedly. Traditional asset label only can seek smooth plane, clears away the dust back application of force and presses, pastes, still needs to have sufficient space to carry out even application of force. The utility model discloses can fix the label in the handle of asset, outstanding departments such as label push-and-pull board, it is fixed to do to paste the same with traditional label pasting mode, and is more nimble.

2. The label pasting area is internally provided with an anti-dismantling loop, and is an easy-to-tear paper process, so that once the label pasting area is fixedly pasted, the dismantling process breaks the anti-dismantling loop, the label identification is realized, the information is reported, the mode of cutting the label, tearing the label and even violently dragging the label can be effectively prevented, and the assets are illegally moved.

3. The built-in anti-tear circuit of connecting band, and can embed hyperfrequency label simultaneously, make this asset label can monitor label state itself, increase asset theftproof factor of safety. The abnormal alarm can be realized no matter the connecting band is cut off or the magnetic attraction/connector end of the label and the reading head is pulled.

4. The configurable connecting band can be made of the most conventional PP/PC material or a spring wire when the anti-disassembly requirement and the manual checking requirement are not met, so that the cost is reduced. When the demand exists, the connecting band can be directly disassembled, the connecting band supporting the anti-disassembly loop is replaced, or the connecting band integrated with the ultrahigh frequency tag is replaced, the ultrahigh frequency tag UID and the high frequency tag UID are bound, the upgrading of the tag function can be realized, the asset data is written into the ultrahigh frequency tag UID and the high frequency tag UID in the early period, and the asset data is adsorbed on the reading head equipment through the magnetic attraction or the connector, and the upgrading of the tag function can be realized without replacing and re-inputting the data.

5. The anti-tamper tag chip supports NFC non-contact reading and also supports detection of an anti-tamper loop. Normally insert its NFC coil to realize normal label function, simultaneously, extend its anti-tear-open circuit check point to label end shell edge to make the electric feed contact that the electric channel is systematic good, make things convenient for the connecting band to pass through the mode of hasp, paste, contact pin, when fixed with the label end, connect this electric feed contact, thereby put through the anti-tear-open circuit. The dual-purpose chip is realized, one label is suitable for various scene requirements, flexible adaptation is realized, and the subsequent new functions are supported.

Drawings

Fig. 1 is a schematic structural diagram of a multifunctional asset tag provided by an embodiment of the present invention;

fig. 2 is a schematic diagram of an electrical feed contact of a multifunctional asset tag provided by an embodiment of the present invention;

in the figure: 1. the tag comprises a sticking binding band, 2, a concave port, 3, a connecting band, 4, a tag end, 5, an NFC coil, 6, an anti-tampering tag chip, 7, a transverse socket, 8, a vertical locking port, 9, an anti-dismantling wire, 11, a first electric feed contact, 31, an asset information tag, 32, a connecting wire, 41 and a second electric feed contact.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the present invention, and not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative efforts belong to the protection scope of the present invention.

The utility model provides a pair of multi-functional asset label, based on the combination formula label of tamperproof label chip 6 and detachable structure, aim at solving the problem that the sticking area pasted infirm, connecting band/line can not be replaced, the label function can not be changed.

The tag consists of three parts: the anti-tamper label comprises three parts, namely a pasting binding band 1, a connecting band 3 and a label end 4, wherein the pasting binding band 1 is connected with the label end 4 through the connecting band 3, two parallel connecting wires 32 are arranged in the connecting band 3 along the length direction, 3M adhesive paper is attached to the surface of the pasting binding band 1, anti-tamper wires 9 are arranged inside the pasting binding band along the edge of the pasting binding band in a surrounding mode, an anti-tamper label chip 6 and an NFC coil 5 used for being coupled with an NFC reader-writer are arranged inside the label end 4, two ends of each anti-tamper wire 9 are electrically connected with two input ends of the anti-tamper label chip 6 through the two connecting wires 32 respectively to form an anti-tamper loop, and two ends of the NFC coil 5 are electrically connected with positive and negative power supply input ends of the anti-tamper label chip 6 respectively to form a power supply loop; the sticking and binding band 1 is provided with a bayonet for the label end 4 and the connecting band 3 to pass through.

The adhesive binding band 1 may be made of a tear-proof material, and after the adhesive binding band is adhered, the tear-proof binding band is torn once to damage and break the inner anti-tamper loop, wherein the anti-tamper label chip 6 is preferably an NXP NTAG213TT chip.

Wherein, the bayonet socket is cross bayonet socket, it is provided with the buckle district to paste the one end that ties area 1 is close to connecting band 3, the bayonet socket is including supplying label end 4 and connecting band 3 to pass transversely wear socket 7 and transversely wear socket 7 vertically to be used for blocking the vertical fore shaft 8 in buckle district, transversely wear socket 7 and vertical fore shaft 8 and be the bar mouth of seting up on pasting tie area 1, the maximum width of buckle district vertical direction is greater than the length of vertical fore shaft 8 vertical direction, the buckle district is including two notch 2 that are upper and lower symmetry, goes up the notch opening upwards, and lower notch opening is downwards, and the distance between two notch 2 bottoms is less than the length of vertical fore shaft 8 vertical direction, wherein, the length that transversely worn socket 7 should be greater than the maximum width of label end 4, connecting band 3 and buckle district to make label end 4, lower notch opening downwards, the distance of vertical fore shaft 8 vertical direction, wherein, the length that transversely worn socket 7 should be greater than label end 4, connecting band 3 and buckle district, The snap zone and the connecting band 3 can be passed through the transverse passage opening 7.

In the above embodiment, the adhesive binding band 1 and the tag end 4 are connected by the connecting band 3 to form a physical binding, two ends of the tamper-proof wire 9 are electrically connected to two input ends of the tamper-proof tag chip 6 by two connecting wires 32, so as to form a tamper-proof loop, two ends of the NFC coil 5 are electrically connected to positive and negative power input ends of the tamper-proof tag chip 6, so as to form a power supply loop, and after the NFC coil 5 is coupled to an NFC reader, an induced current is generated and the tamper-proof tag chip 6 is powered by the power supply loop, so as to activate the tamper-proof tag chip 6. Use multi-functional asset label during, can will paste and tie 1 direct adhesion in object surface, the same with conventional label function, perhaps encircle the handle of asset equipment and protruding departments such as push-and-pull plate with multi-functional asset label, with label end 4, connecting band 3 and buckle district pass transversely wear socket 7, thereby encircle to bind on the handle or the push-and-pull plate of asset equipment, 2 card income vertical fore shaft 8 with the spill mouth in buckle district, thereby pin and tie 1, make it encircle the asset equipment of being binded, and can paste 3M sticky tape on tying 1 and attach at the 1 back of the binding area of pasting of overlapping after encircleing, glue the jail by oneself.

The NFC coil 5 is connected to a coil contact of the tamper-resistant tag chip 6, electric energy is generated through magnetic induction coupling, the tamper-resistant tag chip 6 works, the tamper-resistant tag chip 6 supports NFC non-contact communication, when the tamper-resistant circuit is broken or is switched on again after being broken, impedance change can be detected, and whether the tag is damaged or not is judged. When the NFC reader-writer reads the label, the anti-tampering identification is read, the state of the label is judged, and the label information is reported to the platform together. The anti-disassembly loop surrounds the whole sticking and binding belt 1 and the connecting belt 3 and is connected to the anti-tampering label chip 6, once the anti-disassembly loop is broken or repaired again after being broken, the impedance of the loop can be changed, and then the anti-tampering label chip 6 judges whether the label structure is damaged or not.

In addition, the free adaptation of the label can be performed, including that the first electrical feed contact 11 is arranged at both ends of the anti-disassembly wire 9, the anti-disassembly wire 9 is electrically connected with one end of the connecting wire 32 close to the adhering and binding band 1 through the first electrical feed contact 11, the second electrical feed contact 41 is arranged at both input ends of the anti-tampering label chip 6, the input end of the anti-tampering label chip 6 is electrically connected with one end of the connecting wire 32 close to the label end 4 through the second electrical feed contact 41, the connecting wire 32 is connected with the first electrical feed contact 11 and the second electrical feed contact 41 through locking, adhering and inserting, and after the adhering and binding band 1 is fixed on an asset, if the function needs to be adjusted, for example, when the connecting band 3 needs to be replaced, the connecting band 3 only needs to be disassembled based on the electrical feed contacts, and replaced.

Additionally, the utility model discloses still be provided with the derivative structure of connecting band 3, can increase the asset information label 31 that contains corresponding asset information in connecting band 3 inside, asset information label 31 can be high frequency or hyperfrequency label, and the demand scene of the artifical check of being convenient for also or when the label rupture or damage back, directly change need not to migrate or modify the data information of original label and asset.

It should be noted that the horizontal and vertical directions of the present invention are only one specific orientation of the multifunctional asset tag shown in fig. 1 and 2.

The above description is only for the preferred embodiment of the present invention, and is not intended to limit the present invention, and any modifications, equivalent replacements, improvements, etc. made within the spirit and principle of the present invention should be included within the protection scope of the present invention.

Claims

1. A multifunctional asset tag is characterized by comprising a pasting binding band, a connecting band and a tag end, wherein the pasting binding band is connected with the tag end through the connecting band, two parallel connecting wires are arranged in the connecting band along the length direction of the connecting band, 3M adhesive paper is attached to the surface of the pasting binding band, anti-disassembly wires are arranged around the inside of the pasting binding band, an anti-tampering tag chip and an NFC coil used for being coupled with an NFC reader-writer are arranged inside the tag end, two ends of the anti-disassembly wires are respectively and electrically connected with two input ends of the anti-tampering tag chip through the two connecting wires to form an anti-disassembly loop, and two ends of the NFC coil are respectively and electrically connected with a positive power supply input end and a negative power supply input end of the anti-tampering tag chip to form a power supply; the sticking and binding band is provided with a bayonet for the label end and the connecting band to pass through.

2. The multi-function asset tag of claim 1, wherein said bayonet is a cross-type bayonet, and said adhesive tying band is provided with a snap area adjacent to an end of said connecting band, said bayonet comprising a transverse insertion hole for said tag end and said connecting band to pass through and a vertical locking notch for locking said snap area.

3. The multi-functional asset tag of claim 2, wherein a maximum width in a vertical direction of the snap area is greater than a length in a vertical direction of the vertical fore shaft, the snap area comprises two concave ports which are symmetrical up and down, and a distance between bottoms of the two concave ports is smaller than the length in the vertical direction of the vertical fore shaft.

4. The multi-functional asset tag of claim 1, wherein a first electrical contact is provided at both ends of the tamper wire, and the tamper wire is electrically connected to one end of the connection wire near the adhesive tying band through the first electrical contact.

5. A multifunctional asset tag according to claim 1, wherein both input terminals of said tamper-resistant tag chip are provided with second electrical feed contacts, and the input terminals of said tamper-resistant tag chip are electrically connected through the second electrical feed contacts to one end of the electrical wires close to the tag end.

6. The multifunctional asset tag according to claim 1, wherein an asset information tag containing corresponding asset information is further provided inside the connection band, and the antenna of the tag is arranged along the length direction of the connection band and extends to both ends of the length direction of the connection band.

7. The multi-functional asset tag of claim 1, wherein both ends of the connection wire extend to both ends of the connection band, respectively.

8. The multi-functional asset tag of claim 1, wherein two connection wires are respectively provided along both edges in a width direction of the connection tape.

9. The multi-functional asset tag of claim 1, wherein said tamper-resistant tag chip is an NXP NTAG213TT tag chip.

10. The multi-functional asset tag of claim 1, wherein said tamper-resistant wire is circumferentially disposed along an edge of the adhesive tiedown.