WO2016116023A1

WO2016116023A1 - Ornament and ornament identifying system

Info

Publication number: WO2016116023A1
Application number: PCT/CN2016/071233
Authority: WO
Inventors: 张灏文
Original assignee: 中兴通讯股份有限公司
Priority date: 2015-01-20
Filing date: 2016-01-18
Publication date: 2016-07-28
Also published as: CN204708158U

Abstract

An ornament and an ornament identifying system. The ornament (10) comprises an ornament support (12) having an electronic device (13) provided therein, digital identification information being stored in the electronic device (13); the electronic device (13) is configured to be connected with a remote server (15) via an air interface that conforms to the NFC standard, in order to verify whether the identity of the digital identification information is legitimate or not. The above-mentioned technical solution solves the problem existing in relevant technologies that the transaction of second-hand ornaments is affected since it is difficult to identify the second-hand ornaments, and promotes the development of the second-hand ornament identifying technologies and the circulation of transactions.

Description

Jewelry and jewelry screening system

Technical field

This document relates to, but is not limited to, a worn accessory, and more particularly to an accessory provided with a screening device.

Background technique

Wearable accessories are items that are worn on the body for decoration. They are generally referred to as rings, necklaces, bracelets, etc. They are made of jewellery, jade and precious metals, and are mainly used for beautifying personal instruments.

At present, in the field of jewelry trading, people buy jewelry in the store is easy, but it is difficult to sell as a second-hand jewelry. The seller can't easily prove the authenticity of the jewelry to the buyer. The seller needs to provide the invoice, purchase record and identification certificate issued by the jewelry store, but it is not enough to explain that the above proof corresponds to the product to be sold.

The seller needs to go through the expert or professional equipment to do the identification, which may lead to the damage of the jewelry, or the payment of the identification fee, which additionally increases the transaction cost. Therefore, the second-hand jewelry is too traditional for the identification technology, which affects the buyer’s seller. Trading confidence.

In view of the difficulty in identifying the second-hand accessories existing in the related art and affecting the transaction, no effective solution has been proposed yet.

Summary of the invention

The following is an overview of the topics detailed in this document. This Summary is not intended to limit the scope of the claims.

The embodiment of the invention provides a jewelry and jewelry screening system to realize simple and accurate identification of the jewelry.

An accessory provided by an embodiment of the present invention includes:

a jewelry carrier (12), the jewelry carrier is internally provided with an electronic device (13) storing digital identification information;

The electronic device (13) is arranged to transmit the digital identification information to the remote server (15) for verifying whether the identity of the digital identification information is legitimate via an air interface following a near field communication NFC standard.

Optionally, the electronic device (13) includes:

Antenna component (25);

a radio frequency component (21) connected to the antenna component (25), configured to rectify an AC signal received by the antenna component (25) into a DC voltage, and transmit the received digital identification information through the antenna component (25);

a power management component (23) connected to the radio frequency component (21), configured to receive the DC voltage and convert it into a power supply voltage;

The digital component (22) is respectively connected to the power management component (23) and the radio frequency component (21), and is configured to transmit the stored digital identification information to the radio frequency component (21) after receiving the power supply voltage.

Optionally, the electronic device (13) further includes:

The display unit (24) is respectively connected to the digital unit (22) and the power management unit (23) through an interface, configured to receive a power supply voltage from the power management unit (23), and to receive a control display of the digital unit (22). status;

The digital component (22) is further configured to control the display component to display a lighting state according to the received indication signal from the remote server;

The antenna component (25) is further configured to receive an indication signal from the remote server and transmit the indication signal to the digital component (22) through the radio frequency component (21);

The radio frequency component (21) is further configured to receive an indication signal from the antenna component (25) and transmit the indication signal to the digital component (22).

Optional:

The indication signal includes: an indication signal that the jewelry is genuine, and an indication signal for establishing a connection with the remote server;

The lighting state includes a first state set to indicate the authenticity, and is set to indicate that the jewelry has been marked The second state in the process;

When the indication signal received by the digital component is an indication signal that the jewelry is genuine, the control display component emits light in the first state; when the indication signal received by the digital component is an indication signal for establishing a connection with the remote server, the display component is controlled to be in the second state. Glowing.

Optionally, the display component (24) is composed of a light emitting diode LED.

Optional: the digital identification information includes:

Jewelry information and user identity information, wherein the jewelry information cannot be modified, and the user identity information can be modified.

Optionally, the digital identification information further includes a unique identification identifier UID.

A jewelry screening system provided by an embodiment of the present invention includes:

Jewelry as described above;

The remote server (15) is configured to communicate with the accessory to verify whether the identity of the digital identification information sent by the accessory is legal.

Optionally, the system further includes:

a mobile terminal (11), connected to the electronic device (13) of the accessory by an air interface following a near field communication NFC standard, configured to receive the digital identification information sent by the electronic device (13), and to Digital identification information is sent to the remote server (15).

Optional,

The mobile terminal (11) includes:

An NFC communication module configured to communicate with the electronic device (13) of the accessory, and a communication module configured to communicate with the remote server (15).

Optionally, the mobile terminal (11) comprises a smart phone, a tablet or other smart mobile device with an operating system installed.

Jewelry as described above;

The remote server (15) is configured to communicate with the accessory to verify whether the identity of the digital identification information sent by the accessory is legal; and send a control signal to the accessory.

Optionally, the system further includes:

The mobile terminal (11) is connected to the electronic device (13) of the accessory by an air interface that follows the NFC standard of the near field communication, and is configured to receive the digital identification information sent by the electronic device (13) and send it to the network through the network. Said remote server (15); and receiving an indication signal sent by the remote server (15), and transmitting the indication signal to the electronic device (13) of the accessory.

Optional,

The mobile terminal (11) includes:

Optional,

The mobile terminal (11) includes a smart phone, a tablet or other smart mobile device with an operating system installed.

According to an embodiment of the present invention, an accessory is used, including a jewelry carrier, wherein the jewelry carrier is internally provided with an electronic device that stores digital identification information; and the electronic device is configured to connect to a remote server via an air interface conforming to the NFC standard. In order to verify whether the identity of the digital identification information is legal, the problem that the second-hand jewelry existing in the related art affects the transaction due to the difficulty of identification is solved, and the development of the second-hand jewelry identification technology and the circulation of the transaction are promoted.

Other aspects will be apparent upon reading and understanding the drawings and detailed description.

BRIEF abstract

1 is a schematic structural view of an accessory according to an embodiment of the present invention;

2 is an internal structural view of an accessory according to an embodiment of the present invention;

3 is an internal optional structural view of an accessory according to an embodiment of the present invention;

4 is a schematic diagram of a jewelry screening system in accordance with an embodiment of the present invention.

Embodiments of the invention

The invention will be described in detail below with reference to the drawings in conjunction with the embodiments. It should be noted that the embodiments in the present application and the features in the embodiments may be combined with each other without conflict.

An accessory is provided in this embodiment. FIG. 1 is a schematic structural diagram of an accessory according to an embodiment of the present invention. As shown in FIG. 1 , the accessory includes:

a jewelry carrier 12, the jewelry carrier 12 is internally provided with an electronic device 13 storing digital identification information;

The electronic device 13 is arranged to transmit the digital identification information to the remote server (15) for verifying whether the identity of the digital identification information is legitimate via an air interface conforming to the NFC standard. The above-mentioned jewelry, which is internally provided with an electronic device, stores digital identification information, which records the identity information of the jewelry. At the same time, the electronic device has an NFC communication function, and can send the digital identification information to the remote server 15 via the air interface complying with the NFC standard, and the remote server 15 can verify whether the above-mentioned numerical identification information is legal, thereby solving the second-hand jewelry existing in the related art. The difficulty of trading due to the difficulty of identification has promoted the development of second-hand jewelry identification technology and the circulation of transactions.

In an alternative embodiment, FIG. 2 is an internal structural diagram of an accessory according to an embodiment of the present invention, as shown in FIG.

The electronic device 13 includes: an antenna component 25;

The radio frequency component 21 is connected to the antenna component 25, and is configured to rectify the AC signal received by the antenna component 25 into a DC voltage, and transmit the received digital identification information through the antenna component 25;

a power management component 23, connected to the radio frequency component 21, configured to receive the DC voltage and convert it into a power supply voltage;

The digital component 22 is connected to the power management component 23 and the radio frequency component 21, respectively, and is configured to transmit the stored digital identification information to the radio frequency component 21 after receiving the power supply voltage.

With the above configuration, the data identification information stored in the digital component 22 can be transmitted from the electronic device 13 at the same time, and the electronic device 13 can supply power by itself without installing a button. Buckle the battery to avoid the environmental hazard of mercury in the waste battery.

In an optional embodiment, as shown in FIG. 3, the electronic device 13 further includes a display component 24 that is connected to the digital component 22 and the power management component 23 via an interface, and is configured to receive from the power management component 23. The supply voltage, and the control of the receiving digital component (22), indicate a lighting state; wherein the digital component is configured to control the display component to display a lighting state based on the received indication signal.

The indication signal includes: an indication signal that the jewelry is genuine, and an indication signal that establishes a connection with the remote server.

The indication signal may be sent directly to the accessory by the remote server, or sent by the remote server to the accessory through a mobile terminal that connects the remote server and the accessory.

The display unit 24 obtains the control interface from the digital unit 22 as above, and obtains the operating DC power source from the power management unit 23. The digital component 22 can control the display component 24 to display a lighting state through the control interface, the lighting state including steady light, or blinking. When the display member 24 emits light, the wearer of the jewelry carrier produces a refreshing feeling.

In an optional embodiment, the illuminating state comprises a steady state for indicating that the jewel is a first state of the authenticity, and flickering for indicating a second state of the jewel in the discriminating process. When the indication signal received by the digital component is an indication signal that the jewelry is genuine, the control display component emits light in the first state; when the indication signal received by the digital component is an indication signal for establishing a connection with the remote server, the display component is controlled to be in the second state. Glowing.

In an alternative embodiment, the display component 24 can be constructed of a light emitting diode LED display device that emits light in a single color with low power consumption.

In an optional embodiment, the digital identification information in all the foregoing embodiments includes the jewelry information and the user identity information, and the jewelry information may correspond to the manufacturer, the model, the date, the batch, and the like of the jewelry, and the Information cannot be modified and can be used to identify the identity of the jewelry. Place The user identity information can be modified, and can be modified after being authorized by the jewelry holder, so that the holder information can be modified after the transaction.

Optionally, the digital identification information further includes a unique identification identifier UID, where the UID is an electronic label of the chip, which is determined by the chip manufacturer when shipped from the factory, and is globally unique.

Another accessory screening system is also provided in this embodiment, the system comprising:

The accessory 10 is internally provided with an electronic device 13 storing digital identification information; wherein the electronic device 13 is configured to connect to the remote server via an air interface conforming to the NFC standard, and send the stored digital identification information to the remote server. 15 to verify whether the identity information of the jewelry is legal; the internal structure of the electronic device 13 is as shown in FIG. 2 .

The remote server 15 is configured to verify whether the identity of the digital identification information is legal;

Optionally, the remote server 15 can verify whether the identity of the digital identification information is legal by verifying whether the received digital identification information and the legal digital identification information stored by itself are consistent.

The above technical solution can realize the identification of the jewelry quickly and simply, solves the problem that the second-hand jewelry existing in the related art is difficult to trade due to the difficulty of identification, and promotes the development of the second-hand jewelry identification technology and the circulation of the transaction.

FIG. 4 is a schematic diagram of another accessory discriminating system according to an embodiment of the present invention. As shown in FIG. 4, the system of FIG. 4 may further include:

a mobile terminal (such as a mobile phone) 11 connected to the electronic device 13 via the NFC-compliant air interface, configured to receive the digital identification information sent by the electronic device 13, and send the digital identification information to the network through the network The remote server 15.

The above embodiment can conveniently implement the verification of the jewelry by using the mobile device, and is not restricted by the geographical environment and the environment, so that the transaction activity is more convenient.

The mobile terminal (11) includes an NFC communication module configured to communicate with the electronic device (13) of the accessory of the accessory, and a communication module configured to communicate with the remote server (15).

The mobile terminal 11 described above includes a smart phone, a tablet or other smart mobile device with an operating system installed.

The embodiment of the present invention further provides a jewelry screening system, the system comprising: an accessory and a remote server, wherein the accessory comprises an electronic device (13), and the structure of the electronic device (13) is as shown in FIG. ;

Optionally, the system further includes:

The mobile terminal (11) includes:

The embodiments of the present invention are described below with reference to a specific application example.

As shown in FIG. 3 and FIG. 4, a jewelry screening system includes a mobile terminal 11, an application software 14, a remote server 15 and a jewelry carrier 12, and the electronic device 13 is mounted in the jewelry carrier 12.

The jewelry carrier 12 is a wearable accessory that includes a bracelet, a ring, or a necklace. The jewelry carrier is made of a partially transparent or translucent material, allowing the electronic device within the carrier to emit light in accordance with an indication signal from the mobile terminal 11.

The electronic device 13 in the jewelry carrier 12 stores jewelry information, which can record information such as the manufacturer, model, date, batch, etc. of the jewelry, which cannot be modified, and is produced by the jewelry. The manufacturer writes in one time before the jewelry leaves the factory. At the same time, the electronic device 13 also records the identity information of the holder of the jewelry, and the identity information of the holder can be modified. The electronic device 13 and the mobile terminal 11 have an NFC communication function (according to the ISO 14443A standard) through an air interface connection conforming to the NFC standard.

The mobile terminal 11 includes a smart touch frequency mobile phone, a tablet computer, or other smart mobile devices installed with an Android and iOS operating system.

The mobile terminal 11 is installed with application software 14 customized for the electronic device. After the application software 14 is run, not only the NFC communication interface of the mobile terminal but also the external communication interface of the mobile terminal are controlled. The application software 14 reads and writes information of the electronic device in the jewelry carrier by controlling the NFC communication interface of the mobile terminal, and after being processed by the application software, is sent to the Internet through an external communication interface, such as a wireless interface, and then sent to the remote server 15 through the Internet; The receiving remote server 15 transmits an indication signal and transmits the indication signal to the electronic device.

The remote server 15 passes the data integrity check, the user authenticates the multiple detection program, implements the genuine inspection of the worn jewelry, the modification of the holder's equity attribute, and the like, and returns the related processed information to the application software in the mobile terminal, currently used. The person of the mobile terminal can obtain the above information and process it through the application software.

The electronic device 13 is based on a printed circuit board composition, including a radio frequency component 21, a digital component 22, a power management component 23, a display component 24, and an antenna component 25, and does not require an additional button cell to be installed, thereby eliminating mercury in the waste battery to the environment. harm.

The antenna member 25 is made of a wound coil on a printed circuit board having a resonant frequency of 13.56 MHz. Both ends of the antenna component are connected to the radio frequency component 21 through the 201 interface.

The radio frequency component 21 rectifies the DC voltage from the AC signal of the 201 interface, and limits the DC voltage amplitude through the parallel voltage stabilizing circuit inside the component. The radio frequency component includes a modulation and demodulation circuit. The RF component also has the function of extracting the clock from the RF carrier signal. The radio component acquires an indication signal from the remote server from the 201 interface and transmits the indication signal to the display component via the digital component.

The digital component 22 includes a framer and protocol processor supporting the ISO 14443A standard, an electrically erasable programmable memory EEPROM (Electrically Erasable Programmable Read-Only Memory), and a control circuit for the display component. The digital component 22 obtains an operating clock from the radio frequency component 21, and obtains a working DC power source from the power management section 23. Interface 202 is a radio frequency component and a digital unit The data channel between the components, the modulated signal received by the radio component from the antenna component conforming to the ISO14443A standard, demodulated by the radio frequency component 21 and transmitted to the digital component 22; the digital signal sent by the digital component 22 is modulated by the radio frequency component 21 After that, it is further sent to the antenna member 25. The digital component also acquires an indication signal from interface 202 and controls the display component to display a lighting state based on the received indication signal from the remote server. When the indication signal received by the digital component is an indication signal that the jewelry is genuine, the control display component emits light in the first state; when the indication signal received by the digital component is an indication signal for establishing a connection with the remote server, the display component is controlled to be in the second state. Glowing.

When receiving the digital signal, the digital component 22 performs a deframing task, identifies a start frame (SOF), an end frame (EOF), data, and then performs a Cyclic Redundancy Check (CRC) task. The received data is arranged in bytes, stored in the First Input First Output (FIFO), and further stored in the EEPROM. The EEPROM stores the manufacturer, model, date, batch and other information of the so-called wearable jewelry. These information cannot be modified, and the jewelry manufacturer can write it at one time before leaving the jewelry factory. The identity of the holder can be modified after authorization by the holder.

When the digital component 22 needs to transmit a digital signal, it first reads the data byte from the FIFO, generates a CRC check byte, adds the SOF frame and the EOF frame, and then issues it. The data sent and received by the digital component 22 is stored in an EEPROM having at least 1024 bits of capacity, wherein the UID has 7 bytes. The digital component provides a 204 interface to display component 24.

The power management unit 23 obtains a DC power source from the RF unit 21 via the interface 203, and the working DC power source obtained after the voltage conversion is distributed to the digital unit 22 via the interface 205 and to the display unit 24 via the interface 206.

The display unit 24 obtains a control interface from the digital unit and obtains a working DC power source from the power management unit 23. The control interface can control one of the two illumination states of the display unit 24 being in a steady state and blinking. The steady light state is set to indicate the authenticity, and the blinking state is set to indicate the state in the ornament screening process. The display unit 24 can be constituted by an LED display device, which emits light in a single color and has low power consumption.

Compared with the related wearing accessories, the wearing accessory according to the embodiment of the present invention is bound to the mobile terminal by using an embedded electronic device, and the accessory emits light and flashes, and further can identify the authenticity of the worn jewelry through the remote server, and wear the accessory jewelry. An experience that traditional jewelry does not have, enhances confidence in holding, and is conducive to the prosperity of the second-hand market of wearable jewelry.

It should be understood by those skilled in the art that the present invention may be modified or equivalently substituted without departing from the spirit and scope of the invention.

Industrial applicability

The above technical solution realizes the identification of the authenticity of the jewelry, and gives the wearer an experience that the traditional jewelry does not have, enhances the confidence of holding, and is beneficial to the prosperity of the second-hand market of wearable jewelry.

Claims

An accessory that includes:

a jewelry carrier (12), the jewelry carrier is internally provided with an electronic device (13) storing digital identification information;

The electronic device (13) is arranged to transmit the digital identification information to the remote server (15) for verifying whether the identity of the digital identification information is legitimate via an air interface following a near field communication NFC standard.
The accessory of claim 1 wherein said electronic device (13) comprises:

Antenna component (25);

a radio frequency component (21) connected to the antenna component (25), configured to rectify an AC signal received by the antenna component (25) into a DC voltage, and transmit the received digital identification information through the antenna component (25);

a power management component (23) connected to the radio frequency component (21), configured to receive the DC voltage and convert it into a power supply voltage;

The digital component (22) is respectively connected to the power management component (23) and the radio frequency component (21), and is configured to transmit the stored digital identification information to the radio frequency component (21) after receiving the power supply voltage.
The accessory of claim 2, the electronic device (13) further comprising:

The display unit (24) is respectively connected to the digital unit (22) and the power management unit (23) through an interface, configured to receive a power supply voltage from the power management unit (23), and to receive a control display of the digital unit (22). status;

The digital component (22) is further configured to control the display component to display a lighting state according to the received indication signal from the remote server;

The antenna component (25) is further configured to receive an indication signal from the remote server and transmit the indication signal to the digital component (22) through the radio frequency component (21);

The radio frequency component (21) is further configured to receive an indication signal from the antenna component (25) and transmit the indication signal to the digital component (22).
The accessory of claim 3 wherein:

The indication signal includes: an indication signal that the jewelry is genuine, and an indication signal for establishing a connection with the remote server;

The lighting state includes a first state set to indicate a genuine product, and is set to indicate a second state in the jewelry screening process;

When the indication signal received by the digital component is an indication signal that the jewelry is genuine, the control display component emits light in the first state; when the indication signal received by the digital component is an indication signal for establishing a connection with the remote server, the display component is controlled to be in the second state. Glowing.
The ornament according to claim 4, wherein said display member (24) is constituted by a light emitting diode LED.
The accessory according to any one of claims 1 to 5, wherein: said digital identification information comprises:

Jewelry information and user identity information, wherein the jewelry information cannot be modified, and the user identity information can be modified.
The accessory of claim 6 wherein said digital identification information further comprises a unique identification identifier UID.
A jewelry screening system comprising:

An accessory according to any one of claims 1 to 2;

The remote server (15) is configured to communicate with the accessory to verify whether the identity of the digital identification information sent by the accessory is legal.
The system of claim 7 further comprising:

a mobile terminal (11), connected to the electronic device (13) of the accessory by an air interface following a near field communication NFC standard, configured to receive the digital identification information sent by the electronic device (13), and to Digital identification information is sent to the remote server (15).
The system of claim 9 wherein

The mobile terminal (11) includes:

An NFC communication module configured to communicate with the electronic device (13) of the accessory, and a communication module configured to communicate with the remote server (15).
The system according to any one of claims 8 to 10, wherein the mobile terminal (11) comprises a smartphone, a tablet or other smart mobile device with an operating system installed.
A jewelry screening system comprising:

An accessory according to any one of claims 3 to 7;

The remote server (15) is configured to communicate with the accessory to verify whether the identity of the digital identification information sent by the accessory is legal; and send a control signal to the accessory.
The system of claim 12 further comprising:

The mobile terminal (11) is connected to the electronic device (13) of the accessory by an air interface that follows the NFC standard of the near field communication, and is configured to receive the digital identification information sent by the electronic device (13) and send it to the network through the network. Said remote server (15); and receiving an indication signal sent by the remote server (15), and transmitting the indication signal to the electronic device (13) of the accessory.
The system of claim 13 wherein

The mobile terminal (11) includes:

An NFC communication module configured to communicate with the electronic device (13) of the accessory, and a communication module configured to communicate with the remote server (15).
A system according to any one of claims 12 to 14, wherein

The mobile terminal (11) includes a smart phone, a tablet or other smart mobile device with an operating system installed.