NFC (Near Field Communication) chip car moving sticker device

Abstract

Along with increasingly strong national strength, rapid economic development and continuous improvement of the living standard of people, the number of held citizens of automobiles is sharply increased at present, the problem of difficult parking is more and more intense due to serious insufficiency of parking spaces in the today of traffic congestion, many vehicles can only be parked at improper places, so that other normally parked vehicles are blocked, and the problem that other vehicles are parked normally is solved. In order to solve the embarrassing situation that a vehicle cannot go out when being blocked, the NFC chip vehicle moving sticker device can pop up the telephone number of a callee in a mobile phone address list by touching the NFC chip on the vehicle moving sticker through a mobile phone, and the callee can be connected to move the vehicle through one-key dialing, so that the vehicle moving sticker device has the advantages of being simple in structure, convenient to use and high in practicability. When the telephone number is prevented from being exposed outside for a long time, the vehicle moving number adopts an instant user-defined write-in mode, and a vehicle driver can temporarily replace the vehicle moving number through a mobile phone editing system tool, so that a vehicle moving demander can quickly and directly establish call communication with the current vehicle driver at the first time, and the user experience is improved. Therefore, the accuracy rate, the convenience rate and the effective rate of car moving calling are greatly improved.

Description

Technical Field

[0001] The utility model relates to an NFC chip car moving sticker device, belonging to the field of high-frequency chip application. Background Art

[0002] As the country becomes stronger and stronger, the economy develops rapidly, and people's living standards continue to improve, the number of cars owned by citizens has increased dramatically. In today's traffic congestion, the serious shortage of parking spaces has made the problem of parking more and more serious. Many vehicles can only be parked in inappropriate places, thus blocking other normally parked vehicles and causing inconvenience to others. As a result, various types of car moving stickers have appeared on the market, which can solve the embarrassing situation of being unable to travel when the vehicle is blocked by calling the owner of the car. Although the QR code car moving stickers and telephone number identification plates have solved some of the problems, the telephone numbers on these car moving stickers are generally fixed. Once a certain telephone number is set, it cannot be changed. When the telephone number needs to be changed, a new car moving sticker or sign can only be replaced, which adds unnecessary costs to the car owner. At the same time, if there are multiple drivers of the same car, once it blocks other vehicles, when the party who needs to move the car calls the car moving phone, it may not be the driver of the current vehicle in the current time period, and the current driver of the vehicle cannot be quickly moved. This also brings extreme inconvenience to people's travel. In addition to the time waste caused by the indirect communication of the car moving, it will also cause some unnecessary social conflicts due to the indirect communication. Therefore, the market urgently needs a car moving sticker that can accurately and timely match the driver's communication information to solve the existing technical solutions and products for the poor execution of car moving. Summary of the invention

[0003] In view of this, in order to overcome the shortcomings of the prior art, the utility model provides an NFC chip car moving sticker device, which solves the problem of convenient car moving from the following aspects:

[0004] First, there is no need to print QR codes or plain text phone numbers. The car moving sticker can be made into a touch-to-call method. The caller only needs to touch the NFC chip on the car moving sticker with his mobile phone, and the called person's phone number will pop up in the mobile phone address book. One-click dialing can connect the called person to move the car, preventing the phone number from being exposed for a long time.

[0005] Second, the car moving sticker adopts the composite technology of NFC chip label and electrostatic film. The car moving sticker does not contain glue. When it is adsorbed on the windshield or car body, it will not damage the vehicle's solar film or paint, and there will be no adhesive residue, making it safer and more assured for car owners to use;

[0006] Third, the text or pattern on the car moving sticker is made of luminous technology, so the location of the car moving sticker can be quickly found in dimly lit scenes, so as to make convenient and effective car moving calls and save time;

[0007] Fourth, the moving number adopts an instant custom writing mode. The vehicle driver can temporarily change the moving number through the mobile phone editing system tool, so that the party who needs to move the vehicle can quickly and directly establish a call communication with the current vehicle driver in the first time, so as to achieve the purpose of effective vehicle moving;

[0008] Therefore, the NFC chip car moving sticker device will greatly improve the accuracy, convenience and efficiency of car moving calls.

[0009] In order to achieve the above technical purpose, the technical solution adopted by the utility model is as follows:

[0010] A NFC chip car moving sticker device, the car moving sticker device comprising: an electrostatic film, an identification information layer, an NFC chip, a radio frequency antenna, an adhesive layer, and a base paper layer; the electrostatic film is divided into a first surface of the electrostatic film and a second surface of the electrostatic film, the first surface of the electrostatic film is adsorbed on the base paper layer, the base paper layer is used to protect the electrostatic film, the identification information layer is arranged on the second surface of the electrostatic film, and is used to display and record text and pattern information of related identification; the NFC chip is connected and coupled to the radio frequency antenna, and is arranged on the second surface of the electrostatic film through the adhesive layer, the NFC chip has an information storage sector, and is used to store car moving phone number information, and near field communication is performed with a mobile phone terminal through the radio frequency antenna, so that information interaction can be performed and a car moving phone number can be dialed with one key.

[0011] Furthermore, the electrostatic film is an optical grade blister PE electrostatic film, has no glue components, relies on electrostatic adsorption, and is a base film made by the electrostatic principle. It uses electrostatic adsorption to adsorb charged particles on the substrate and will not react chemically at high temperatures in the range of 80°C-120°C.

[0012] Furthermore, the thickness of the electrostatic film is between 15um and 300um, and its color is highly transparent or other colors that can be arbitrarily modulated.

[0013] Furthermore, the identification information layer adopts at least one of a multi-color ink printing process, a luminous ink printing process, a thermal transfer process, and a hollow carving process. Through the presentation of this information, not only the aesthetics of the car moving sticker can be improved, but also the car moving sticker can be intuitively recognized by the naked eye, especially the luminous effect, so that the position of the car moving sticker can be found at the first time in a dim light environment.

[0014] Furthermore, the NFC chip is a 13.56 MHZ high frequency band passive chip, which normally does not require power. When a mobile phone or NFC identification terminal is brought close to the chip, near field communication can be established with the chip, thereby reading the phone number in the NFC chip.

[0015] Furthermore, the telephone number information stored in the information storage sector of the NFC chip can be changed at any time through a mobile phone or a card reader, thereby solving the problem of being able to contact the person who moves the car as soon as possible when the car needs to be moved.

[0016] Furthermore, the RF antenna is a wireless RF antenna, which adopts at least one of a coil winding process, an etching process, a graphene printing process, a conductive silver paste process, and a paper-based antenna process, or a combination thereof.

[0017] Furthermore, the utility model also includes a system tool for editing a car moving phone number in a mobile phone or other handheld terminal. After touching the NFC chip, the successfully edited car moving phone number can be automatically written into the NFC chip storage sector. At the same time, the system tool can also be used to edit a new car moving phone number unlimited times. After touching the NFC chip, the car moving phone number last written into the NFC chip storage sector can be replaced and changed.

[0018] Furthermore, when the new car moving phone number is written into the NFC chip storage sector, the phone code written last time will be deleted, and only the most recently written phone number will be retained.

[0019] Furthermore, the telephone number may be a mobile phone number, a landline number or any number that can be used for normal communication. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] Figure 1 This is a structural diagram of the car moving sticker device of the utility model;

[0021] Figure 2 The logic diagram of the utility model system tool writing the car moving phone number into the NFC chip;

[0022] Figure 3 The system tool of the utility model changes the logic diagram of the car moving phone number in the NFC chip;

[0023] Description of the symbols of the main elements: base paper layer (10), electrostatic film (20), first surface of the electrostatic film (21), second surface of the electrostatic film (22), identification information layer (30), adhesive layer (40), NFC chip (50), radio frequency antenna (60).

[0024] In order to enable those skilled in the art to better understand the present invention, the technical solution of the present invention is further described below in conjunction with the accompanying drawings and embodiments. DETAILED DESCRIPTION Embodiment 1

[0025] like Figure 1 The present invention discloses an NFC chip car moving sticker device, comprising: a base paper layer (10), an electrostatic film (20), a first surface of the electrostatic film (21), a second surface of the electrostatic film (22), an identification information layer (30), an adhesive layer (40), an NFC chip (50), and a radio frequency antenna (60); the electrostatic film (20) is divided into a first surface of the electrostatic film (21) and a second surface of the electrostatic film (22); the first surface of the electrostatic film (21) is adsorbed on the base paper layer (10); the base paper layer (10) is used to protect the electrostatic film (20); the identification information layer (30) is arranged on the second surface of the electrostatic film (22) and is used to display and record text and pattern information of related identification; the NFC chip (50) is connected to and coupled to the radio frequency antenna (60) and is arranged on the second surface of the electrostatic film (22) via the adhesive layer (40); the NFC chip (50) has an information storage sector and is used to store information of a car moving phone number; near field communication is performed with a mobile phone via the radio frequency antenna (60), so that information interaction can be performed and a car moving phone number can be dialed with one click.

[0026] The electrostatic film (20) is an optical grade blister PE electrostatic film without any glue component. It relies on electrostatic adsorption and is a base film made by the electrostatic principle. It uses electrostatic adsorption to adsorb charged particles on the base material. It will not react chemically at high temperatures between 80°C and 120°C, thus preventing deformation under the high temperature of the sun.

[0027] The thickness of the electrostatic film (20) is between 15um and 300um, and its color is highly transparent or other colors that can be arbitrarily modulated. When the color is highly transparent, it is attached to the inside of the vehicle windshield. From the outside, only the relevant information of the identification information layer (30) is displayed, and it feels like engraving on the windshield, which is more in line with the vehicle. When an electrostatic film (20) with other colors is used, the electrostatic film (20) will be more obvious.

[0028] The identification information layer (30) adopts at least one of a multi-color ink printing process, a luminous ink printing process, a thermal transfer process, and hollow carving. Through the presentation of this information, not only the aesthetics of the car moving sticker can be improved, but also the car moving sticker can be intuitively recognized by the naked eye, especially the luminous effect, so that the position of the car moving sticker can be found immediately in a dimly lit environment.

[0029] The NFC chip (50) is a 13.56 MHz high frequency passive chip that does not normally require a power source. The reason for using a passive chip is to make it easy for users to use, and to avoid the application scenario where the NFC chip (50) cannot work due to a lack of power after parking. When a mobile phone or an NFC identification terminal is brought close to the NFC chip (50), the radio frequency antenna (60) can establish near field communication with the NFC chip (50) and the terminal, thereby reading the telephone number in the NFC chip (50). After the telephone number is read, a one-touch dialing can be performed. At the same time, through this touch-and-touch method, a touch-and-touch call can be performed in a dark environment. For example, if the car owner A parks the car in a dark place and blocks the car owner B, the car owner B does not need to use any light source to input the telephone number to contact the car owner A. At this time, the car owner A can be dialed with one click by just touching the car moving sticker with the mobile phone, and the car moving communication can be performed. The telephone number can also be hidden and does not need to be exposed to the outside, thereby increasing the privacy of the car owner.

[0030] Embodiment 2

[0031] like Figure 1-3 As shown, the utility model of an NFC chip car moving sticker device also includes a system tool, which is designed to edit the car moving phone number in a mobile phone or other handheld terminal. After touching the NFC chip, the successfully edited car moving phone number can be automatically written into the NFC chip storage sector. At the same time, the new car moving phone number can also be edited unlimited times through the system tool. After touching the NFC chip, the car moving phone number last written into the NFC chip storage sector can be replaced and changed. When the new car moving phone number is written into the NFC chip storage sector, the phone code written last time will be deleted, and only the most recently written phone number will be retained. The phone number can be a mobile phone number, a landline number, or any number that can communicate normally.

[0032] When the car owner A stores his phone number in the NFC chip (50) in the vehicle moving sticker, he drives his car to block the car owner B. At this time, the car owner B can directly call the car owner A to communicate about the moving car by touching the moving sticker. When the car owner A lends his car to the driver C, and the driver C blocks the car owner B with his car, if a conventional fixed number moving sticker is used, the car owner B can only contact the car owner A, and then contact the driver C through the car owner A. This back and forth will waste a lot of time. If an NFC chip moving sticker device of the utility model is used, the driver C can replace the moving car phone number with his own when parking. At this time, the car owner B can directly call the driver C by touching the moving sticker. It can be seen that the convenience of this solution compared with the conventional moving sticker is self-evident.

[0033] The above is a detailed introduction to the NFC chip car moving sticker device provided by the utility model. The description of the specific embodiment is only used to help understand the method and core idea of ​​the utility model. It should be pointed out that for ordinary technicians in this technical field, without departing from the principle of the utility model, the utility model can also be improved and modified, and these improvements and modifications also fall within the scope of protection of the claims of the utility model.

Claims

1. An NFC chip car moving sticker device, characterized in that: The car moving sticker device includes: an electrostatic film, an identification information layer, an NFC chip, a radio frequency antenna, an adhesive layer, and a base paper layer; the electrostatic film is divided into a first surface of the electrostatic film and a second surface of the electrostatic film, the first surface of the electrostatic film is adsorbed on the base paper layer, the base paper layer is used to protect the electrostatic film, and the identification information layer is arranged on the second surface of the electrostatic film, and is used to display and record the text and pattern information of the relevant identification; the NFC chip is connected and coupled to the radio frequency antenna, and is arranged on the second surface of the electrostatic film through the adhesive layer. The NFC chip has an information storage sector, which is used to store the car moving phone number information, and near field communication is performed with the mobile phone terminal through the radio frequency antenna, so that information interaction can be performed and the car moving phone number can be dialed with one click.

2. The NFC chip car moving sticker device according to claim 1, characterized in that: The electrostatic film is an optical grade blister PE electrostatic film, has no glue components, relies on electrostatic adsorption, and will not chemically react at high temperatures between 80°C and 120°C.

3. The NFC chip car moving sticker device according to claim 1, characterized in that: The thickness of the electrostatic film is between 15um and 300um, and its color is highly transparent or one of multiple colors.

4. The NFC chip car moving sticker device according to claim 1, characterized in that: The identification information layer adopts at least one of a multi-color ink printing process, a luminous ink printing process, a thermal transfer process, and a hollow carving process.

5. The NFC chip car moving sticker device according to claim 1, characterized in that: The telephone number information stored in the information storage sector of the NFC chip can be modified at any time through a mobile phone or a card reading device.

6. The NFC chip car moving sticker device according to claim 1, characterized in that: The radio frequency antenna is a wireless radio frequency antenna, which adopts at least one of a coil winding process, an etching process, a graphene printing process, a conductive silver paste process, and a paper-based process, or a combination thereof.

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