Multifunctional vehicle-mounted helmet storage device

Abstract

The utility model relates to a multifunctional vehicle-mounted helmet storage device which comprises an induction module arranged at the bottom of a vegetable basket, a helmet lock assembly and a disinfection device. A standard parking camera device and a safe driving camera device are further arranged. The helmet lock assembly comprises a spring bolt and an induction reading part; a sensing device corresponding to the sensing reading part is arranged on the helmet, and a helmet wearing detection device is further arranged in the helmet. The helmet lock has the beneficial effects that the NFC sensing device is arranged, so that the helmet lock has the advantages of single helmet coding detection, rapid locking and unlocking and the like, and the helmet lock signal detection accuracy is improved when the helmet is taken or returned; the construction cost of a standard parking area of the two-wheeled electric bicycle can be reduced; the disinfection device is arranged, so that the sanitation problem caused by the fact that multiple persons wear vehicle-mounted helmets can be solved; the standard parking camera device is arranged, the parking guide line is arranged on the roadside and used for assisting standard parking when the two-wheeled electric bicycle is parked, construction is easy and convenient, and cost is saved.

Description

Technical Field

[0001] The utility model belongs to the technical field of two-wheeled vehicles, and in particular relates to a multifunctional vehicle-mounted helmet storage device. Background Art

[0002] Most of the existing on-vehicle helmet basket structures are based on scanning a QR code with a mobile phone to unlock the helmet lock, and the user must wear the helmet before riding. Many riders do not actually wear the helmet on their heads during riding, and the vehicle cannot provide timely feedback on the rider's wearing of the helmet.

[0003] At present, the switch signal of the helmet lock is mainly detected through Bluetooth and Hall signal: when detecting the switch signal of the helmet lock through Bluetooth, when scanning a car, it is possible to match the helmet locks on several cars with similar Bluetooth signals. The helmet locks on these cars will unlock at the same time due to inaccurate matching. There are also problems such as slow unlocking and locking, and mutual interference between signals when unlocking. For shared car companies, the extra locks opened when Bluetooth detects the switch signal of the helmet lock will lead to easy loss, which means property loss. When detecting the switch signal of the helmet lock through the Hall signal, there is a hidden danger. When returning the car after the ride, if an additional magnet is used to sense the Hall position, the helmet lock can also be locked and successfully returned, and the helmet is also easy to lose.

[0004] Regarding the standardized parking of two-wheeled electric bicycles, the existing standardized parking methods include near-field communication technology parking and pole parking. Although pole parking can effectively control the parked vehicles, poles must be laid out in the parking lot in the early stage, and municipal electricity is required, which poses construction difficulties and requires a large initial investment. Although near-field communication technology parking is more convenient when parking and more parking spaces can be parked in the same area, municipal electricity is still required, which poses construction difficulties and requires a large investment.

[0005] In addition, when the weather is hot in the summer, cyclists tend to sweat when wearing helmets, and the large number of cyclists causes bacteria to accumulate on the helmets. The helmets can only be maintained clean by manual disinfection by operation and maintenance personnel, which adds additional expenses to shared car companies. Therefore, the hygiene of shared bicycle helmets has also become a point that needs attention. Utility Model Content

[0006] The utility model aims to overcome the deficiencies in the prior art and provide a multifunctional vehicle-mounted helmet storage device.

[0007] The multifunctional vehicle-mounted helmet storage device comprises a basket, a helmet and a data processing central control. The basket and the helmet are installed at the front of the vehicle. A basket cover is installed on the top of the basket and a basket bottom plate is installed at the bottom of the basket. A QR code A and a QR code B are also respectively provided on the handlebar housing and the rear of the seat of the vehicle. A controller unlocking motor is provided on the vehicle.

[0008] It also includes a sensing module, a helmet lock assembly and a disinfection device arranged at the bottom of the basket; a standard parking camera device and a safe driving camera device are also provided; the helmet lock assembly includes a lock tongue and a sensing reading part; a sensing device corresponding to the sensing reading part is provided on the helmet, and a helmet wearing detection device is also provided inside the helmet;

[0009] The sensing module is wirelessly connected to the data processing central control; the helmet lock assembly is electrically connected to the data processing central control; the disinfection device, the standard parking camera device and the safe driving camera device are electrically connected to the data processing central control;

[0010] The helmet lock assembly is connected to the helmet via a lock tongue; the lock tongue can be extended and retracted to lock or unlock the corresponding helmet from the vehicle;

[0011] The controller unlocking motor is electrically connected to the data processing central control, and the controller unlocking motor is used to receive the signal sent by the data processing central control. The retracted state of the lock tongue corresponds to the unlocking action of the controller unlocking motor;

[0012] There are guidance signs for returning the vehicle on the basket, and corresponding guidance signs on the helmet. After the guidance signs on the helmet and the basket are aligned, the helmet can be successfully put back into the basket. The helmet should be placed with the head facing downward and the top facing upward. A certain distance should be kept between the helmet and the bottom of the basket to prevent the lining of the helmet from getting wet or dirty on rainy days, thereby ensuring the wearing comfort of the user. Parking guide lines are marked in the parking areas for two-wheeled electric bicycles on the roadside. Standardized parking cameras are used to obtain images of parking guide lines.

[0013] As a preferred embodiment: the vehicle is also provided with a voice module, which is electrically connected to the data processing central control for providing standardized parking instructions.

[0014] As a preferred embodiment: the helmet lock assembly, the disinfection device, the standard parking camera device and the safe driving camera device are installed in the vegetable basket; and the sensing module is arranged in the helmet.

[0015] As a preference: a 4G communication module is provided on the data processing central control, and the data processing central control is installed between the battery and the controller of the whole vehicle.

[0016] Preferably, the sensing module in the helmet is a varistor string or an infrared detection device distributed along the spherical shape of the helmet; to facilitate the retrieval and return of the helmet, a hand buckle is provided on the upper side of the helmet for convenient retrieval and return; a combined outer shell and an inner lining are provided in the helmet, the combined outer shell is used to improve the strength of the helmet, and the inner lining is used to improve the wearing comfort of the helmet.

[0017] Preferably, the inductive reading part is an NFC inductive reading part.

[0018] As a preferred embodiment: a water outlet is provided at the bottom of the vegetable basket.

[0019] Preferably, the disinfection device is an ultraviolet disinfection device.

[0020] Preferably, the induction device corresponding to the induction reading part provided on the helmet is specifically a magnet or an NFC induction coil.

[0021] Preferably, a 3D electronic gyroscope is provided in the helmet wearing detection device, the 3D electronic gyroscope is wirelessly connected to a data processing central control, and the 3D electronic gyroscope is used to sense changes in the position of the helmet.

[0022] The beneficial effects of the utility model are as follows: the helmet and basket structure designed by the utility model are provided with an NFC sensing device, which has many advantages such as single helmet code writing detection and rapid opening and closing of the lock, thereby improving the accuracy of helmet lock signal detection when taking and returning the helmet; it is used to detect whether the rider actually wears the helmet on his head during riding, and the rider must actually wear the helmet on his head to ride the two-wheeled electric bicycle normally; it can reduce the construction cost of the standardized parking area for two-wheeled electric bicycles; it is provided with a disinfection device, which can also solve the hygiene problems caused by multiple people wearing vehicle-mounted helmets; it is provided with a standardized parking camera device, and parking guide lines are drawn on the roadside, which are used to assist in standardized parking when the two-wheeled electric bicycle is parked, and the construction is simple and convenient, saving costs. BRIEF DESCRIPTION OF THE DRAWINGS

[0023] Figure 1 This is the vehicle assembly diagram of the vehicle-mounted smart helmet and the vegetable basket structure;

[0024] Figure 2 This is a three-dimensional diagram of the vehicle-mounted smart helmet and vegetable basket structure;

[0025] Figure 3 It is a side view of the vehicle-mounted smart helmet and the vegetable basket structure;

[0026] Figure 4 It is a cross-sectional view of the vehicle-mounted smart helmet and the vegetable basket structure;

[0027] Figure 5 This is a schematic diagram of the bottom of the vehicle-mounted smart helmet and the vegetable basket structure;

[0028] Figure 6 This is the state diagram when the smart helmet is not placed in the basket;

[0029] Figure 7 This is a model diagram of the vehicle-mounted smart helmet and vegetable basket.

[0030] Explanation of the reference numerals: vehicle 1, basket 2, helmet 3, QR code A1-101, QR code B1-102, data processing control 1-103, helmet lock assembly 2-1, disinfection device 2-2, standard parking camera device 2-3, safe driving camera device 2-4, basket lid 2-5, basket bottom plate 2-6, basket 2-7, lock tongue 2-101, induction reading part 2-102, guide return vehicle alignment mark 2-701, combination shell 3-1, lining 3-2, helmet wearing detection device 3-3, magnet 3-4, hand buckle position 3-101, varistor string 3-301, induction module 4. DETAILED DESCRIPTION

[0031] The utility model is further described below in conjunction with the embodiments. The description of the following embodiments is only used to help understand the utility model. It should be pointed out that for ordinary people in this technical field, the utility model can also be modified in some ways without departing from the principle of the utility model, and these improvements and modifications also fall within the scope of protection of the claims of the utility model.

[0032] Example 1

[0033] like Figures 1 to 7As shown, a multifunctional vehicle-mounted helmet storage device includes a basket 2, a helmet 3 and a data processing central control 1-103 (with a 4G communication module); in order to facilitate the retrieval of the helmet, a buckle position 3-101 for retrieval is provided on the upper side of the helmet 3; a combined shell 3-1 and an inner lining 3-2 are provided in the helmet 3, the combined shell is used to improve the strength of the helmet, and the inner lining is used to improve the comfort of wearing the helmet; the data processing central control 1-103 is installed between the battery and the controller of the whole vehicle 1, the basket 2 and the helmet 3 are installed at the front of the whole vehicle 1, a basket cover 2-5 is installed on the top of the basket 2, a basket bottom plate 2-6 is provided at the bottom of the basket 2, and a water outlet is also provided at the bottom of the basket 2; the handlebar shell and the rear of the seat of the whole vehicle 1 are also provided with a QR code A1-101 and a QR code B1-102 respectively, and the whole vehicle is provided with a controller unlocking motor; it also includes a varistor string 3 arranged at the bottom of the basket 2 -301, helmet lock assembly 2-1, disinfection device 2-2 and voice module, the voice module is electrically connected to the data processing control 1-103, and is used for standard parking guidance; a standard parking camera device 2-3 and a safe driving camera device 2-4 are also provided; the helmet lock assembly 2-1 includes a lock tongue 2-101 and an NFC sensing reading part; in order to reduce costs, a magnetic steel 3-4 corresponding to the NFC sensing reading part is provided on the helmet 3 as a sensing device, and a helmet wearing detection device 3-3 is also provided in the helmet 3, and a 3D electronic gyroscope is provided in the helmet wearing detection device 3-3, which is wirelessly connected to the data processing control 1-103, and the 3D electronic gyroscope is used to sense the position change of the helmet; the helmet lock assembly 2-1, the disinfection device 2-2, the standard parking camera device 2-3 and the safe driving camera device 2-4 are assembled in the vegetable basket 2-7;

[0034] The varistor string 3-301 is arranged in the helmet 3, and the varistor string 3-301 is wirelessly connected to the data processing central control 1-103; the helmet lock assembly 2-1 is electrically connected to the data processing central control 1-103; the disinfection device 2-2, the standard parking camera device 2-3 and the safe driving camera device 2-4 are electrically connected to the data processing central control 1-103;

[0035] The helmet lock assembly 2-1 is connected to the helmet 3 via the lock tongue 2-101; the lock tongue 2-101 can be extended and retracted, corresponding to locking or unlocking the helmet 3 from the vehicle 1;

[0036] The controller unlocking motor is electrically connected to the data processing central control 1-103. The controller unlocking motor is used to receive the signal sent by the data processing central control 1-103. The retracted state of the lock tongue corresponds to the unlocking action of the controller unlocking motor;

[0037] The basket 2 is provided with a guide mark 2-701 for returning the vehicle, and the helmet 3 is also provided with a corresponding guide mark. After the guide mark on the helmet and the guide mark on the basket are aligned, the helmet 3 can be successfully put back into the basket. The helmet is placed with the head-wearing part facing downward and the top facing upward. The helmet is kept at a certain distance from the bottom of the basket, so that the helmet lining will not get wet or dirty on rainy days, ensuring the user's wearing comfort; parking guide lines are drawn in the parking area for two-wheeled electric bicycles on the roadside; the standard parking camera device 2-3 is used to obtain images of the parking guide lines.

[0038] When the multifunctional vehicle-mounted helmet storage device is working:

[0039] When the user scans the code while riding, the data processing central control 1-103 sends a signal to the helmet lock assembly 2-1 to unlock, and at the same time sends a signal to the controller on the whole vehicle to unlock the motor. The lock tongue 2-101 on the helmet lock assembly 2-1 retreats under the action of the controller unlocking motor, and the NFC sensing reading part detects that the magnetic steel signal on the helmet 3 is lost. The data processing central control 1-103 determines that the helmet 3 is taken out by the user. When the user wears the helmet 3, the 3D electronic gyroscope in the helmet wearing detection device 3-3 will sense the change in position, and thus send the inductance signal to the data processing central control 1-103. After receiving the Bluetooth signal, the data processing central control 1-103 opens the helmet lock assembly 2-1, and the whole vehicle can be ridden normally;

[0040] At the end of the ride, the vehicle reminds the user to park the vehicle in an area with parking guide lines on the ground through voice broadcasting. The standardized parking camera device 2-3 on the basket 2 can guide the user to park in the direction and position of the parking guide lines on the ground. After parking is completed and the helmet is returned successfully, the order is completed, and the on-board disinfection device 2-2 is started to disinfect the helmet and the basket structure; the user aligns the helmet 3 with the guidance mark 2-701 set on the basket 2 and the guidance mark set on the helmet 3, and then returns it to the basket. The helmet lock component 2-1 in the basket detects the helmet return signal detected by the sensing reading part 2-102, and feeds it back to the data processing control 1-103. After the data processing control 1-103 completes the verification of this ride, the settlement of this ride is performed through the 4G signal.

[0041] Example 2

[0042] On the basis of Example 1, the sensing device corresponding to the sensing reading part 2-102 arranged on the helmet 3 is specifically an NFC induction coil; the helmet lock that uses NFC as the signal detection result has a faster and more accurate effect of retrieving and returning the helmet. At the same time, when the user wears it on his head, there is no interference with the Bluetooth signal. Since the camera recognition is directly powered by the central control, the overall software and hardware system is smooth.

Claims

1. A multifunctional vehicle-mounted helmet storage device, comprising a basket (2), a helmet (3) and a data processing central control (1-103), wherein the basket (2) and the helmet (3) are mounted on the front of a vehicle (1), a basket cover (2-5) is mounted on the top of the basket (2), a basket bottom plate (2-6) is disposed on the bottom of the basket (2), a handlebar housing and a rear portion of a seat of the vehicle (1) are respectively provided with a QR code A (1-101) and a QR code B (1-102), and a controller unlocking motor is disposed on the vehicle; the characteristics are as follows: It also includes a sensing module (4), a helmet lock assembly (2-1) and a disinfection device (2-2) arranged at the bottom of the vegetable basket (2); a standard parking camera device (2-3) and a safe driving camera device (2-4) are also provided; the helmet lock assembly (2-1) includes a lock tongue (2-101) and a sensing reading part (2-102); a sensing device corresponding to the sensing reading part (2-102) is provided on the helmet (3); and a helmet wearing detection device (3-3) is also provided in the helmet (3); The sensing module (4) is wirelessly connected to the data processing central control (1-103); the helmet lock assembly (2-1) is electrically connected to the data processing central control (1-103); the disinfection device (2-2), the standard parking camera device (2-3) and the safe driving camera device (2-4) are electrically connected to the data processing central control (1-103); The helmet lock assembly (2-1) is connected to the helmet (3) via a lock tongue (2-101); the lock tongue (2-101) can be extended and retracted to lock or unlock the corresponding helmet (3) from the entire vehicle (1); The controller unlocking motor is electrically connected to the data processing central control (1-103), and the controller unlocking motor is used to receive a signal sent by the data processing central control (1-103); The basket (2) is provided with a sign (2-701) for guiding the return of the bicycle, and the helmet (3) is also provided with a corresponding sign; parking guide lines are drawn in the roadside parking area for two-wheeled electric bicycles; and the standard parking camera device (2-3) is used to obtain images of the parking guide lines.

2. The multifunctional vehicle-mounted helmet storage device according to claim 1, characterized in that: The whole vehicle (1) is also provided with a voice module, which is electrically connected to the data processing central control (1-103) and is used for providing standardized parking guidance.

3. The multifunctional vehicle-mounted helmet storage device according to claim 1, characterized in that: The helmet lock assembly (2-1), the disinfection device (2-2), the standard parking camera device (2-3) and the safe driving camera device (2-4) are assembled in a vegetable basket (2-7); and the sensing module (4) is arranged in the helmet (3).

4. The multifunctional vehicle-mounted helmet storage device according to claim 1, characterized in that: The data processing central control (1-103) is provided with a 4G communication module, and the data processing central control (1-103) is installed between the battery and the controller of the whole vehicle (1).

5. The multifunctional vehicle-mounted helmet storage device according to claim 1, characterized in that: The sensing module (4) in the helmet (3) is a varistor string (3-301) or an infrared detection device distributed along the spherical shape of the helmet; a handle position (3-101) for convenient retrieval is provided on the upper side of the helmet (3); and a combined body shell (3-1) and an inner lining (3-2) are provided in the helmet (3).

6. The multifunctional vehicle-mounted helmet storage device according to claim 1, characterized in that: The inductive reading part (2-102) is an NFC inductive reading part.

7. The multifunctional vehicle-mounted helmet storage device according to claim 1, characterized in that: A water outlet is provided at the bottom of the vegetable basket (2).

8. The multifunctional vehicle-mounted helmet storage device according to claim 1, characterized in that: The disinfection device (2-2) is an ultraviolet disinfection device.

9. The multifunctional vehicle-mounted helmet storage device according to claim 1, characterized in that: The induction device arranged on the helmet (3) and corresponding to the induction reading part (2-102) is specifically a magnetic steel (3-4) or an NFC induction coil.

10. The multifunctional vehicle-mounted helmet storage device according to claim 1, characterized in that: A 3D electronic gyroscope is arranged in the helmet wearing detection device (3-3), the 3D electronic gyroscope is wirelessly connected to the data processing central control (1-103), and the 3D electronic gyroscope is used to sense the position change of the helmet.

Images