CN214586800U

CN214586800U - Thing allies oneself with noninductive wearable induction system that refuels based on RFID

Info

Publication number: CN214586800U
Application number: CN202120521300.XU
Authority: CN
Inventors: 杨绪勇; 黄海健; 罗诣; 唐傲; 王志宸; 张瑞
Original assignee: Shenzhen Weiche Technology Co ltd
Current assignee: Shenzhen Weiche Technology Co ltd
Priority date: 2021-03-12
Filing date: 2021-03-12
Publication date: 2021-11-02
Anticipated expiration: 2031-03-12

Abstract

The utility model relates to a thing allies oneself with noninductive wearable induction system that refuels based on RFID, including a thing allies oneself with noninductive wearable induction system that refuels based on RFID, include wearable induction table and wearable watchband based on RFID, wearable watchband based on RFID connects in wearable induction table lower part based on RFID, its characterized in that: the wearable induction meter based on the RFID is externally connected with a wearable control device, and the wearable control device controls the wearable induction meter based on the RFID; wearable response table include epitheca, lower shell, battery module, control template, RFID module, switch module, electric quantity lamp module, network communication module, buzzing module and USB interface. The utility model discloses carry portably, convenient operation, with low costs, be applicable to RFID thing allies oneself with noninductive scene of refueling.

Description

Thing allies oneself with noninductive wearable induction system that refuels based on RFID

Technical Field

The utility model relates to the field of communication technology, specifically a thing allies oneself with noninductive wearable induction system that refuels based on RFID.

Background

Along with the continuous progress and development of society, in order to make things convenient for user's trip, reduce the pressure of public transport, personal motor vehicles are more and more popularized, and in order to avoid the unable circumstances of starting that the car oil mass is not enough to appear, the quantity of filling station presents the situation that constantly increases, and especially the increase dynamics of the car quantity of refueling is more great, however along with the increase of the number of the people that refuel, how convenient, the quick refuels, become current development trend.

At present, the traditional refueling mode is that, the user automobile enters the station, parks the refueling equipment department of corresponding oil number, and the user tells the oil mass or the price that the staff that refuels needs to add, refuels through the staff that refuels and handles to after refueling, the user need get off the bus and get into the cashier's desk and queue up and pay, and after paying to succeed, will refuel the information notice that succeeds for refueling the staff, so that refuel staff's clearance, accomplish to refuel. Known from above-mentioned refuel flow, among the prior art, there are the loaded down with trivial details, the cost of labor of payment mode, and user experience is poor problem. Accordingly, society, schools, scientists, government research institutions, businesses and the like are striving to seek a wide variety of techniques and ideas to address the problems of the prior art.

With the popularization of the insensitive payment technology in recent years, more and more gas stations begin to implement the insensitive fueling payment function adopting video and position identification to solve the problems in the prior art. At present, a non-sensitive payment scheme based on automobile license plate vision, a position identification means and a small amount secret-free withholding is generally used, but the scheme is limited by factors such as complex vestibule position, network transmission, angle light influence, identification accuracy, illegal fake license plates and the like of a gas station, and cannot well adapt to the non-sensitive payment requirement of the gas station. In addition, the implementation of the scheme requires buried wires, and the implementation difficulty of the whole system is high, so that the popularization of the application of the non-inductive payment technology in the aspect of gas station payment is limited.

According to the refueling process, the problems of complex vestibule position of a gas station, network transmission, angle light influence, identification accuracy, illegal fake license plates, buried lines required for implementation, high implementation difficulty of the whole system and the like exist in the existing non-sensitive refueling payment technology adopting video and position identification. There is a need to propose a new and imperceptible fueling payment scheme to address the current challenges.

The existing electronic tag information recognizer is simple in structure and function, inconvenient to carry and difficult to operate, cannot meet the requirements of rapid, effective and convenient modern non-sensitive refueling payment operation, and is convenient to carry and simple and convenient to operate, so that the wearable sensing device is designed, and is suitable for RFID (radio frequency identification) internet of things non-sensitive refueling scenes.

Disclosure of Invention

The utility model discloses the technical problem that will solve is: the wearable sensing device for the Internet of things noninductive refueling based on the RFID is convenient to carry, simple and convenient to operate and suitable for the RFID Internet of things noninductive refueling scene.

The utility model adopts the technical proposal that: the utility model provides a wearable induction system of thing allies oneself with noninductive oiling based on RFID, including wearable induction table and wearable watchband based on RFID, wearable watchband based on RFID connects in wearable induction table lower part based on RFID, its characterized in that: the wearable sensing meter based on the RFID is externally connected with a wearable control device, and the wearable control device controls the wearable sensing meter based on the RFID.

Further, the wearable induction meter comprises an upper shell sleeve, a lower shell sleeve, a battery module, a control template, an RFID module, a switch module, a flashlight module, a network communication module, a buzzer module and a USB interface, wherein the upper shell sleeve and the lower shell sleeve are connected through screws to form a shell, the shell is internally provided with the battery module, the control template, the RFID module, the switch module, the flashlight module, the network communication module, the buzzer module and the USB interface, the wearable watchband based on RFID is connected with the lower shell sleeve, the control template is provided with the control chip which controls the operation of the whole control template through internal programming, and the battery module supplies power for the whole device, the RFID module adopts the radio frequency identification technology to identify external information, the switch module controls the on-off of a circuit component in the whole wearable induction meter based on the RFID, the electric quantity lamp module indicates the electric quantity of the battery module, the network communication module receives the external information and sends the internal information of the wearable induction meter based on the RFID to the outside, the buzzing module receives the information of the internal component and sends buzzing alarm corresponding to the received information, and the USB interface receives the externally input information, outputs the information to the outside and receives external charging.

Further, the epitheca on be equipped with response panel and visual panel, the response panel locate RFID module top, the response panel make by the material that the wireless sensing signal of being convenient for pierces through, visual panel locate switch module, electric quantity lamp module, network communication module and buzzing module top, visual panel make by the transparent material that the wireless sensing signal of being convenient for pierces through.

Furthermore, the upper shell sleeve is provided with a sound outlet hole and a switch hollow frame, the sound outlet hole is close to the buzzer module, the lower shell sleeve is provided with a USB interface hollow frame, and the USB interface is positioned in the USB interface hollow frame.

Furthermore, a switch button is arranged on the switch module, the switch button controls the on-off of the whole wearable induction meter based on the RFID through controlling the on-off of the switch module, and the switch button penetrates through a switch hollow frame of the upper shell sleeve.

Further, the electric quantity lamp module on be equipped with the electric quantity pilot lamp, the electric quantity pilot lamp indicate the electric quantity of battery module.

Further, the network communication module on be equipped with the wifi pilot lamp, the wifi pilot lamp indicate the connection condition based on wearable response table and the external network signal of RFID.

Furthermore, the RFID module is provided with a sensing indicator light, and the sensing indicator light indicates the RFID module to identify the external information condition.

Further, wearable controlling means include external control line, controller, response button and ring cover, external control line one end be equipped with the interface, external control line other end connection director, the setting of response button openly just control controller's operating condition at the controller, ring cover connect at the back of controller, external control line interface and USB interface connection just can pull out and insert, the controller control be based on RFID's wearable response table inner part's operating condition.

After adopting above structure, can reach following effect: 1. the wrist of the refueling operator wears a wearable induction meter based on RFID, and the thumb wears an external wearable control device; 2. pressing an external wearable control device by using an index finger and a thumb to control the opening and closing of an RFID module in the RFID-based wearable sensing meter; 3. sensing external electronic tag information by using an RFID module of a wearable sensing meter of the RFID; 4. various information can be transmitted to the outside by using the visual panel, the network communication module and the buzzing module of the wearable induction meter based on the RFID; 5. the system is simple and convenient to carry, convenient to operate, low in cost and suitable for the RFID internet of things noninductive refueling scene.

Drawings

Fig. 1 is a perspective view of the present invention.

Fig. 2 is a structural exploded view of the wearable sensing meter based on RFID of the present invention.

Fig. 3 is a front view of the wearable sensing meter based on RFID of the present invention.

Fig. 4 is a top view of the wearable sensing meter based on RFID of the present invention.

Fig. 5 is a bottom view of the wearable sensing watch based on RFID of the present invention.

Fig. 6 is a right side view of the wearable sensing meter based on RFID of the present invention.

Fig. 7 is a left side view of the wearable sensing meter based on RFID of the present invention.

Fig. 8 is a front view of the wearable sensing meter based on RFID of the present invention.

Fig. 9 is a rear view of the wearable sensing meter based on RFID of the present invention.

In the figure, 1, go up the shell, 2, lower shell, 3, wearable watchband based on RFID, 4, the battery module, 5, the control template, 6, the RFID template, 7, the switch module, 8, the electricity lamp module group, 9, the network communication module, 10, the buzzing module, 11, the response panel, 12, visual panel, 13, the switch free frame, 14, the electricity lamp, 15, the response pilot lamp, 16, wifi pilot lamp, 17, shift knob, 18, the USB interface, 19, go out the sound hole, 20, external control line, 21, the controller, 22, the response button, 23, the ring cover, 24, the USB interface free frame.

Detailed Description

The present invention will be described in detail with reference to the accompanying drawings and examples.

As shown in fig. 1 to 9, the utility model relates to a wearable induction system is refueled to thing allies oneself with noninductive based on RFID, including wearable induction table and wearable watchband 3 based on RFID, wearable watchband 3 based on RFID connects in wearable induction table lower part based on RFID, and wearable induction table is external wearable controlling means based on RFID, and wearable controlling means control is based on wearable induction table of RFID. The RFID-based wearable band may be another wearable device.

The wearable induction meter comprises an upper shell sleeve 1, a lower shell sleeve 2, a battery module 4, a control template 5, an RFID module 6, a switch module 7, a power lamp module 8, a network communication module 9, a buzzer module 10 and a USB interface 18, wherein the upper shell sleeve 1 and the lower shell sleeve 2 are connected through screws to form a shell, the battery module 4, the control template 5, the RFID module 6, the switch module 7, the power lamp module 8, the network communication module 9, the buzzer module 10 and the USB interface 18 are accommodated in the shell, a wearable watchband 3 based on RFID is connected with the lower shell sleeve 2, the control template 5 is provided with the control chip, the control chip controls the operation of the whole control template 5 through internal programming, and the battery module 4 supplies power to the whole device, the RFID module 6 adopts the radio frequency identification technology to identify external information, the switch module 7 controls the on-off of the circuit component in the whole wearable induction meter based on the RFID, the electric quantity lamp module 8 indicates the electric quantity of the battery module 4, the network communication module 9 receives the external information and sends the internal information of the wearable induction meter based on the RFID to the outside, the buzzing module 10 receives the information of the internal component of the wearable induction meter based on the RFID and sends buzzing alarm corresponding to the received information, the USB interface 18 receives the externally input information, outputs the information to the outside and receives the external charging. The control chip can be provided with various programs to control the operation of the whole control template 5, and further control the operation of each component, so as to meet various operation requirements and operation function requirements of the wearable induction meter based on the RFID.

Be equipped with response panel 11 and visual panel 12 on the epitheca 1, the RFID module 6 top is located to response panel 11, response panel 11 is made by the material that the wireless sensing signal of being convenient for pierces through, and switch module 7, electric quantity lamp module 8, network communication module 9 and buzzing module 10 top are located to visual panel 12, and visual panel 12 is made by the transparent material that the wireless sensing signal of being convenient for pierces through.

The upper shell sleeve 1 is provided with a sound outlet 19 and a switch hollow frame 13, the sound outlet 19 is close to the buzzer module 10, the lower shell sleeve 2 is provided with a USB interface hollow frame 24, and the USB interface 18 is positioned in the USB interface hollow frame 24.

Be equipped with shift knob 17 on the switch module 7, shift knob 17 is through the break-make of control switch module 7 and then control the whole break-make of wearable response table based on RFID, and shift knob 17 passes the switch empty frame 13 of epitheca 1.

The electric quantity lamp module 8 is provided with an electric quantity indicating lamp 14, and the electric quantity indicating lamp 14 indicates the electric quantity of the battery module 4.

Be equipped with wifi pilot lamp 16 on the network communication module 9, wifi pilot lamp 16 instructs the connection condition based on wearable induction table and external network signal of RFID.

The RFID module 6 is provided with a sensing indicator lamp 15, and the sensing indicator lamp 15 indicates the RFID module 6 to identify the external information condition.

Wearable controlling means includes external control line 20, controller 21, response button 22 and

ring cover

23, 20 one end of external control line is equipped with the interface, external control line 20 other end connection director 21, the operating condition that the setting of response button 22 was just controlled controller 21 at controller 21 openly, indicate ring cover 23 to connect the back at controller 21, external control line 20 interface is connected with USB interface 18 and can be pulled out and insert, the operating condition of wearable sensing table internals based on RFID is controlled to controller 21. Specifically, the external control line 20 may be replaced by a wireless transmission device, that is, a wireless signal receiving device is arranged on the control template 5 inside the wearable sensing meter based on RFID and is communicated with the control template 5, and a wireless signal transmitting device is installed in the controller 21 of the external wearable control device and is communicated with the controller 21, so that the wireless signal transmitting device and the wireless signal receiving device replace the function of the external control line 20. The ring sleeve can be replaced by other wearable devices.

The utility model discloses the during operation: 1. the wrist of the refueling operator wears a wearable induction meter based on RFID, and the thumb wears an external wearable control device; 2. pressing a sensing button 22 of an external wearable control device by using an index finger and a thumb to control the opening and closing of the RFID module 6 in the RFID-based wearable sensing meter; 3. sensing external electronic tag information by using an RFID module 6 of a wearable sensing meter of the RFID; 4. the visual panel 12, the network communication module 9 and the buzzer module 10 of the wearable induction meter based on the RFID can transmit various information to the outside; 5. the system is simple and convenient to carry, convenient to operate, low in cost and suitable for the RFID internet of things noninductive refueling scene. It is worth pointing out that the control programming of different control chip settings is different, and different operation steps and operation effects can be achieved, or simple equivalent replacement of different structures and different components is also within the protection scope of the present invention.

Claims

1. The utility model provides a wearable induction system of thing allies oneself with noninductive oiling based on RFID, includes wearable induction table and wearable watchband (3) based on RFID, and wearable watchband (3) based on RFID is connected in wearable induction table lower part based on RFID, its characterized in that: the wearable sensing meter based on the RFID is externally connected with a wearable control device, and the wearable control device controls the wearable sensing meter based on the RFID.

2. The wearable sensing device of claim 1, wherein the wearable sensing device comprises: wearable response table include epitheca cover (1), inferior valve cover (2), battery module (4), control template (5), RFID module (6), switch module (7), electricity lamp module (8), network communication module (9), buzzing module (10) and USB interface (18), epitheca cover (1) and inferior valve cover (2) constitute a casing through screwed connection, hold battery module (4), control template (5), RFID module (6), switch module (7), electricity lamp module (8), network communication module (9), buzzing module (10) and USB interface (18) in the casing, wearable watchband (3) and inferior valve cover (2) based on RFID be connected, control template (5) on install and connect control battery module (4), RFID module (6), switch module (7), Electric quantity lamp module (8), network communication module (9), buzzing module (10) and USB interface (18), control template (5) on be provided with control chip, control chip through the operation of the whole control template (5) of internal programming control, battery module (4) give whole device power supply, RFID module (6) adopt radio frequency identification technology discernment external information, switch module (7) control the break-make of whole wearable induction meter inner circuit part based on RFID, electric quantity lamp module (8) indicate the electric quantity of battery module (4), network communication module (9) receive external information and send wearable induction meter inner information based on RFID to the outside, buzzing module (10) receive the information of wearable induction meter inner part based on RFID and send and receive the corresponding buzzing alarm of information, the USB interface (18) receives information input from the outside, outputs information to the outside, and receives external charging.

3. The wearable sensing device of claim 2, wherein the wearable sensing device comprises: go up shell (1) on be equipped with response panel (11) and visual panel (12), response panel (11) locate RFID module (6) top, response panel (11) make by the material that the wireless sensing signal of being convenient for pierces through, visual panel (12) locate switch module (7), electric quantity lamp module (8), network communication module (9) and buzzing module (10) top, visual panel (12) make by the transparent material that the wireless sensing signal of being convenient for pierces through.

4. The wearable sensing device of claim 3, wherein the wearable sensing device comprises: the upper shell sleeve (1) is provided with a sound outlet hole (19) and a switch hollow frame (13), the sound outlet hole (19) is close to the buzzer module (10), the lower shell sleeve (2) is provided with a USB interface hollow frame (24), and the USB interface (18) is positioned in the USB interface hollow frame (24).

5. The wearable sensing device of claim 4, wherein the wearable sensing device comprises: the wearable sensing meter is characterized in that a switch button (17) is arranged on the switch module (7), the switch button (17) controls the on-off of the whole wearable sensing meter based on the RFID through controlling the on-off of the switch module (7), and the switch button (17) penetrates through a switch empty frame (13) of the upper shell sleeve (1).

6. The wearable sensing device of claim 5, wherein the wearable sensing device comprises: the electric quantity lamp module (8) is provided with an electric quantity indicating lamp (14), and the electric quantity indicating lamp (14) indicates the electric quantity of the battery module (4).

7. The wearable sensing device of claim 6, wherein the wearable sensing device comprises: the network communication module (9) on be equipped with wifi pilot lamp (16), wifi pilot lamp (16) instruct the connection condition of wearable response table and external network signal based on RFID.

8. The wearable sensing device of claim 7, wherein the wearable sensing device comprises: the RFID module (6) on be equipped with response pilot lamp (15), response pilot lamp (15) instruct RFID module (6) to discern the external information condition.

9. The wearable sensing device of any of claims 2-8, wherein the wearable sensing device comprises: wearable controlling means include external control line (20), controller (21), response button (22) and ring cover (23), external control line (20) one end be equipped with the interface, external control line (20) other end connection director (21), response button (22) set up the operating condition who openly just controls controller (21) at controller (21), ring cover (23) connect the back at controller (21), external control line (20) interface be connected with USB interface (18) and can pull out and insert, controller (21) control the operating condition of the wearable sensing table internal part based on RFID.