CN105167301B - Intelligent safety anti-pollution helmet for riding - Google Patents

Abstract

The invention discloses an intelligent safety anti-pollution helmet for riding, which comprises a helmet shell, a cushion layer and a face mask, wherein the face mask comprises a transparent eye mask and an anti-pollution cover fixedly connected to the bottom end of the eye mask, the upper edge of the eye mask and the lower edge of the anti-pollution cover are both provided with rubber sealing strips, an air inlet hole is formed in the anti-pollution cover, an inner port of the air inlet hole is connected with an air guide pipe facing the inner surface of the eye mask, the top end and the bottom end of the anti-pollution cover are provided with threading holes, and a filtering device is paved on the outer surface of the anti-pollution cover; an air outlet is formed in the rear of the helmet shell; the structure also comprises a power supply device, a heating device and a safety device, wherein the heating device and the safety device are both powered by the power supply device. The invention has the functions of preventing harmful gas in the air from entering the helmet shell, increasing the ventilation in the helmet shell, avoiding the fog generation of the eyeshade, reducing the blind area of a user and prompting other traffic participants when turning, and the electric quantity generated by the helmet shell can supply the main power consumption elements of the helmet shell to work.

Description

An intelligent safety anti-pollution helmet for cycling

technical field

The invention relates to a helmet, in particular to an intelligent safety anti-pollution helmet for riding.

Background technique

Helmets are equipment used by people to ensure safety, prevent pollution, and keep warm when riding motorcycles, electric vehicles, and bicycles. Common helmets have the following problems in use: ①The mask is prone to fogging when used in winter, which affects vision; When the helmet is on, the sight on both sides is affected, which affects safety; ④ Bicycles and some electric vehicles have no turn signal or the turn signal is damaged, and the rider cannot pass the signal that he is about to turn to the surrounding traffic participants when he needs to turn.

Contents of the invention

The technical problem to be solved by the present invention is to provide an intelligent safety anti-pollution helmet for riding, which has the functions of preventing harmful gases in the air from entering the helmet shell, increasing the air circulation in the helmet shell, avoiding fogging of the eye mask, reducing the blind area of the user, and reminding other traffic participants. The electricity generated by itself can be supplied to its main power-consuming components to work.

In order to achieve the above object, the technical solution adopted by the present invention is: an intelligent safety anti-pollution helmet for riding, comprising a helmet shell, a cushion layer laid on the inner surface of the helmet shell and a mask arranged on the helmet shell, the mask includes a transparent eye mask and an anti-pollution cover fixed on the bottom of the eye mask, rubber sealing strips are arranged on the upper edge of the eye mask and the lower edge of the anti-pollution cover, and air inlet holes are evenly opened on the anti-pollution cover. The inner surface, the top and the bottom of the anti-fouling cover are also provided with threading holes, the outer surface of the anti-pollution cover is laid with a filter device, and the filter device is fixedly connected with a fastening rope, and the fastening rope penetrates the inside of the helmet shell from the threading hole and is tied to each other; the back of the helmet shell is provided with an air outlet;

Its structure also includes a power supply device, a heating device and a safety device, and the heating device and the safety device are all provided with electric energy by the power supply device.

As a preferred technical solution of the invention, the power supply device includes a wind wheel arranged in the air outlet, a generator driven by the wind wheel, and a sheet-shaped battery embedded in the helmet shell and connected to the generator.

As a preferred technical solution of the invention, the power supply device also includes an auxiliary wind wheel arranged on the side of the helmet shell and an auxiliary generator driven by the auxiliary wind wheel, the auxiliary generator is connected to the battery, the auxiliary generator is connected to the battery through a bridge rectifier circuit, and the battery is connected to a spare charging hole.

As a preferred technical solution of the invention, the charging hole is located inside the helmet shell and is flush with the inner surface of the cushion layer.

As a preferred technical solution of the invention, the charging hole is located on the outside of the helmet shell and is flush with the outer surface of the helmet shell, and a dustproof and waterproof plug is provided on the charging hole.

As a preferred technical solution of the invention, the heating device includes an electric heating wire mesh embedded in the middle of the antifouling cover, and the electric heating wire mesh is connected to the battery through a temperature adjustment knob provided on the helmet shell.

As a preferred technical solution of the invention, the safety device includes a remote controller, an obstacle detection device and an arrow-shaped turn signal arranged at the rear of the helmet shell. Both the obstacle detection device and the turn signal are controlled by the remote controller. The obstacle detection device includes infrared sensors arranged on both sides of the helmet shell, a rear camera arranged at the rear of the helmet shell, two lateral obstacle warning lights symmetrically arranged on the eye mask, and a display screen arranged inside the eye mask. The remote control is provided with a steering lever and an obstacle detection switch, and a battery is provided in the remote control.

As a preferred technical solution of the invention, the remote controller is connected to the safety device through a data line.

As a preferred technical solution of the invention, the remote controller and the safety device perform signal transmission through a wireless transceiver module.

As a preferred technical solution of the invention, a bar-shaped groove is provided at the top of the anti-pollution cover, and the eye mask is embedded in the bar-shaped groove and fixed by rivets; the filter device is a PM2.5 filter mask.

The beneficial effects of adopting the above technical solution are: the present invention can prevent harmful gases in the air from entering the helmet shell through the filtering device. The anti-fouling cover has an air inlet, which increases the air circulation in the helmet shell, and the air guide pipe guides the heated airflow to the eye mask, avoiding the fogging of the eye mask due to the temperature difference between the inside and the outside, and enhancing the clarity. The remote control installed on the handlebar is operated, and the method of use is simple and convenient. In addition, the power generated by its own power supply device can supply the above main power-consuming components to work.

Description of drawings

The present invention will be further described in detail below in conjunction with the accompanying drawings and specific embodiments.

Fig. 1 is a longitudinal sectional view of the present invention.

Fig. 2 is a partially enlarged view of part A in Fig. 1 .

Figure 3 is a rear view of the present invention.

Fig. 4 is a schematic perspective view of the three-dimensional structure of the remote controller of the present invention.

Fig. 5 is a connection diagram of the electrical components of the present invention.

In the figure: 1. Helmet shell 2. Cushion layer 3. Eye mask 4. Anti-fouling cover 5. Rubber sealing strip 6. Air inlet hole 7. Air guide pipe 8. Threading hole 9. Filter device 10. Fastening rope 11. Air outlet 12. Wind wheel 13. Generator 14. Battery 15. Auxiliary wind wheel 16. Sub-main generator 17. Bridge rectifier circuit 18. Charging hole 19. Heating wire mesh 20 , temperature adjustment knob 21, remote control 22, fastening ring 23, obstacle detection switch 24, steering lever 25, turn signal 26, infrared sensor 27, obstacle warning light 28, rear camera 29, display screen 30, rivets.

Detailed ways

Referring to accompanying drawing 1 and 2, the structure of a specific embodiment of the present invention comprises helmet shell 1, the cushion layer 2 that is laid on the inner surface of helmet shell 1 and the face shield that is arranged on the helmet shell 1, and face shield comprises transparent eye shield 3 and the antifouling cover 4 that is affixed on the bottom end of eye shield 3, and the upper edge of eye shield 3 and the lower edge of antifouling cover 4 are all provided with rubber sealing strip 5, evenly offers air inlet 6 on the antifouling cover 4, and the inner port of air inlet 6 is connected with air guide pipe 7, air guide pipe 7 Opening towards the inner surface of the eye mask 3, the top and bottom of the anti-pollution cover 4 are also provided with threading holes 8, the outer surface of the anti-pollution cover 4 is laid with a filter device 9, the filter device 9 is fixedly connected with a fastening rope 10, and the fastening rope 10 penetrates the inside of the helmet shell 1 from the threading hole 8 and is tightly tied to each other;

Referring to accompanying drawing 1,3 and 5, institute electric device comprises the wind wheel 12 that is arranged in the air outlet 11, the generator 13 driven by wind wheel 12 and is embedded in the helmet shell 1 and is connected to the sheet-shaped storage battery 14 of generator 13; A spare charging hole 18 is connected.

Charging hole 18 is installed on the outside of helmet shell 1, and is concordant with the outer surface of helmet shell 1, is equipped with dustproof and waterproof plug on charging hole 18, because charging hole 18 is exposed outside, easily determines position, is more convenient to charge.

Referring to the accompanying drawing 2 again, the heating device includes an electric heating wire mesh 19 embedded in the middle of the antifouling cover 4. The electric heating wire mesh 19 is connected to the battery 14 through the temperature adjustment knob 20 provided on the helmet shell 1 .

Referring to accompanying drawing 1-5 simultaneously, described safety device comprises remote controller 21, obstacle detection device and the arrow-shaped turn signal light 25 that is arranged on helmet shell 1 rear portion, obstacle detection device and turn light 25 are all controlled by remote controller 21, obstacle detection device includes the infrared sensor 26 that is arranged on the both sides of helmet shell 1, the rear camera 28 that is arranged on helmet shell 1 rear portion, two lateral obstacle warning lamps 27 that are symmetrically arranged on the eye mask 3 and the display screen 29 that is arranged on the inside of eye mask 3, infrared sensor 26 and lateral obstacle warning light 27 is connected, rear camera 29 is connected with display screen 29, remote controller 21 back is fixedly connected with fastening ring 22, remote controller 21 is provided with steering lever 24 and obstacle detection switch 23, is provided with battery in remote controller 21.

The remote controller 21 and the safety device carry out signal transmission through the wireless transceiver module. The wireless transceiver module can use a Bluetooth module. Because of the wireless control, the structure of this embodiment is relatively simple, and the user is prevented from being interfered by the wire harness.

Referring to accompanying drawing 1 and 2 again, the top of antifouling cover 4 offers strip groove, and eye mask 3 is embedded in the strip groove and is fixed by rivet 30; Filter device 9 is a PM2.5 filter mask.

In addition, the charging hole 18 of the present invention can adopt other embodiments. For example, the charging hole 18 is installed on the inner side of the helmet shell 1 and is flush with the inner surface of the cushion layer 2. This embodiment can keep the appearance of the helmet shell 1 clean and tidy, and reduce external pollution to the charging hole 18.

Similarly, the connection mode between the remote controller 21 and the safety device can also adopt other implementation methods, for example, the remote controller 21 and the safety device are connected through a data line, and the advantage of the data line connection is that the data transmission is more stable.

The face shield of the present invention is connected with the helmet shell 1 in a hinged manner. When the air is fresh and the temperature is right, the mask can be easily lifted.

The working principle of the present invention is: when in use, the remote controller 21 is fixed on the handlebar through the fastening ring 22, which is convenient for the user to control the safety device.

The first is to prevent the eye mask from fogging in the cold season: the outside air filters out harmful components through the filter device 9, and is heated by the electric heating screen 19 to form dry, warm, and clean air. Discomfort from heat.

When the hot season is used, the temperature adjustment knob 20 can be transferred to zero, so that the air passing through the filter device 9 and the antifouling cover 4 is only filtered but not heated.

Then there is the unity of air circulation and anti-pollution: the mask includes an eye mask 3 and an anti-pollution cover 4. The eye mask 3 prevents the airflow from directly blowing the user's face, and the anti-pollution cover 4 allows filtered air to enter the interior of the helmet shell 1, and the air outlet can balance the air pressure in the helmet shell 1 to make the air flow more smoothly.

Next is the traffic safety configuration: the turn signal 25 is controlled by the steering lever 24 of the remote controller 21. Even when riding a bicycle or other vehicles with damaged steering gear, it can also play a role in turning prompts. When colliding with other traffic participants who are about to overtake, the driving safety is improved.

Finally, the principle of power generation: the ingeniously arranged wind wheel 12 can use the airflow inside the helmet shell 1 to drive the generator 13 to generate electricity. In addition, in order to ensure the power generation, the auxiliary wind wheel 15 on the side of the helmet shell 1 can use the external airflow to drive the auxiliary generator 16 to generate electricity. In addition, considering that the downwind wind speed may be greater than the riding speed, the auxiliary wind wheel 15 may rotate in reverse, so a bridge rectifier circuit 17 is installed between the auxiliary generator 16 and the battery 14 to ensure normal power supply for the battery 14.

The above description is only proposed as an implementable technical solution of the present invention, and not as a single restriction on the technical solution itself.

Claims (6)

1. The utility model provides an intelligent safety anti-pollution helmet for riding, includes helmet shell, lays the cushion layer at helmet shell internal surface and sets up the face guard on helmet shell, its characterized in that: the mask comprises a transparent mask and an anti-fouling cover fixedly connected to the bottom end of the mask, rubber sealing strips are arranged on the upper edge of the mask and the lower edge of the anti-fouling cover, air inlet holes are uniformly formed in the anti-fouling cover, an inner port of each air inlet hole is connected with an air guide pipe, an opening of each air guide pipe faces the inner surface of the mask, threading holes are further formed in the top end and the bottom end of the anti-fouling cover, a filtering device is paved on the outer surface of the anti-fouling cover, and fastening ropes are fixedly connected to the filtering device and penetrate into the helmet shell from the threading holes and are mutually fastened; an air outlet is formed in the rear of the helmet shell; the structure of the electric heating device also comprises a power supply device, a heating device and a safety device, wherein the heating device and the safety device are both powered by the power supply device;

the power supply device comprises a wind wheel arranged in the air outlet, a generator driven by the wind wheel and a flaky storage battery embedded in the helmet shell and connected to the generator;

the heating device comprises an electric heating wire mesh embedded in the middle of the anti-fouling cover, and the electric heating wire mesh is connected to the storage battery through a temperature adjusting knob arranged on the helmet shell;

the safety device comprises a remote controller, an obstacle detection device and an arrow-shaped steering lamp arranged at the rear part of the helmet shell, wherein the obstacle detection device and the steering lamp are controlled by the remote controller, the obstacle detection device comprises infrared sensors arranged at two sides of the helmet shell, a rear camera arranged at the rear part of the helmet shell, two lateral obstacle prompting lamps symmetrically arranged on the eye shield and a display screen arranged at the inner side of the eye shield, the infrared sensors are connected with the lateral obstacle prompting lamps, the rear camera is connected with the display screen, a fastening ring is fixedly connected at the back of the remote controller, a steering deflector rod and an obstacle detection switch are arranged on the remote controller, and a battery is arranged in the remote controller;

the top end of the anti-fouling cover is provided with a strip-shaped groove, and the eyeshade is embedded in the strip-shaped groove and fixed by rivets; the filter device is a PM2.5 filter mask.

2. The intelligent safety anti-pollution helmet for riding according to claim 1, wherein: the power supply device further comprises an auxiliary wind wheel arranged on the side face of the helmet shell and an auxiliary generator driven by the auxiliary wind wheel, the auxiliary generator is connected to the storage battery through a bridge rectifier circuit, and the storage battery is connected with a standby charging hole.

3. The intelligent safety anti-pollution helmet for riding according to claim 2, wherein: the charging hole is positioned on the inner side of the helmet shell and is flush with the inner surface of the cushion layer.

4. The intelligent safety anti-pollution helmet for riding according to claim 2, wherein: the charging hole is positioned on the outer side of the helmet shell and is flush with the outer surface of the helmet shell, and the charging hole is provided with a dust-proof and water-proof plug.

5. The intelligent safety anti-pollution helmet for riding according to claim 4, wherein: the remote controller is connected with the safety device through a data line.

6. The intelligent safety anti-pollution helmet for riding according to claim 4, wherein: the remote controller and the safety device are in signal transmission through a wireless transceiver module.