Ai artificial intelligence solar automobile window and skylight system

Abstract

An ai artificial intelligence solar automobile window and skylight system is characterized in that on the basis of an existing automobile window glass and skylight glass opening system, an ai artificial intelligence automobile window glass and skylight glass opening function is added, the existing skylight glass is replaced by a photovoltaic power generation panel, and a storage battery is installed in an interlayer of an automobile roof; an independent power supply for opening vehicle window glass and skylight glass is formed, emergency red keys for opening the vehicle window glass and the skylight glass are arranged at reading lamps at the tops of the front row and the rear row in a vehicle respectively, vehicle windows and skylights are opened through a voice receiver or the emergency red keys, and therefore a driver and passengers can escape at the dangerous moment; and it can be guaranteed that an engine can be started when a storage battery of an existing fuel vehicle does not have electricity, and the new energy vehicle can be charged so that the purposes of rescuing people, emergencies and saving energy can be achieved.

Description

Technical Field

[0001] This invention belongs to the field of AI-powered solar-powered car window and sunroof system technology and manufacturing technology. Background Technology

[0002] Currently, most cars, whether gasoline-powered or new energy vehicles, use ordinary glass for their sunroofs, which do not generate electricity. They also typically have only one battery and lack emergency opening buttons for windows or sunroofs. If a car falls into water or catches fire, the power may fail to open the windows or sunroof, potentially leading to drowning or burns to the occupants. Furthermore, accidents involving children being locked inside the car due to driver negligence, without an emergency window opening switch, can result in children suffocating. Sometimes, drivers forget their keys inside and break windows to open the doors. Additionally, gasoline-powered cars may fail to start due to a dead battery. Summary of the Invention

[0003] To overcome the shortcomings of the existing technology, the AI-powered solar-powered car window and sunroof system of this invention adds AI voice-activated window and sunroof functions to the existing window and sunroof systems. The existing sunroof is replaced with a photovoltaic panel, and an emergency battery is installed in the roof to create an independent power source for opening the windows and sunroof. Emergency red buttons for opening the windows and sunroof are located at the reading lights on the front and rear roofs. The developed AI chip has a window opening function that is compatible with Bluetooth on mobile phones.

[0004] The technical solution to achieve the above objectives is as follows: a car sunroof solar panel (1), wires (2), wires (3), an AI artificial intelligence control box (4), a battery (5), a telecommunication line (6), a voice receiver (7), wires (8), wires (9), a right front window motor (10), a sunroof curtain motor (11), wires (12), a left front window motor (13), a sunroof motor (14), a connection point (15), wires (16), a connection point (17), wires (18), wires (19), a front row red button (20), and a left rear window motor (21). The system consists of the following components: wires (22), wires (23), wires (24), connection point (25), rear red button (26), connection point (27), battery (28), right rear window motor (29), roof windshield (30), front reading left light button (31), front reading right light button (32), sunroof opening button (33), sunroof opening button (34), sunroof (35), rear reading left light button (36), rear reading right light button (37), and rear roof (38).Its structural features are as follows: the car sunroof solar panel (1) is connected to the AI ​​artificial intelligence control box (4) via wire (3); the AI ​​artificial intelligence control box (4) is connected to the battery (5) via wire (2); the battery (5) is fixed in the interlayer of the rear seat roof (38); the AI ​​artificial intelligence control box (4) is connected to the voice receiver (7) via telecommunication line (6); the AI ​​artificial intelligence control box (4) is connected to the wire (9) via wire (18) and connection point (15); the wire (24) is connected in series with the right front window motor (10) and the right rear window motor (29); the wire (24) is connected to the wire (9) via connection point (25); and the wire (16) is connected in series with the left front window motor (13). The left rear window motor (21) is connected to the wire (9) via connection point (17). The wire (12) is connected in series with the sunroof motor (11) and the sunroof motor (14). The wire (19) is connected in series with the sunroof motor (14) and the front red button (20). The wire (23) is connected in series with the front red button (20) and the rear red button (26) and is connected to the wire (24) via connection point (27). The front red button (20) is located between the front reading right light button (32) and the sunroof opening button (33). The AI ​​artificial intelligence control box (4) is connected to the battery (28) via wire (22). The battery (5) is connected to the rear red button (26) via wire (8). 6) Connect, and the rear red button (26) is located between the rear left reading light button (36) and the rear right reading light button (37). The voice receiver (7), the front left reading light button (31), the front right reading light button (32), the front red button (20), the sunroof opening button (33), and the sunroof opening button (34) are fixed in sequence in the middle of the windshield (30) of the roof. The rear left reading light button (36), the rear red button (26), the rear right reading light button (37), and the voice receiver (7) are fixed in sequence in the middle of the rear roof (38). The AI ​​artificial intelligence control system chip in the AI ​​artificial intelligence control box (4) is used to control the AI ​​artificial intelligence control system chip. The preset functions are as follows: First, the electrical energy generated by the car sunroof solar panel (1) is transmitted to the battery (5). When the battery (5) is fully charged, the electrical energy is automatically transmitted to the battery (28). Second, when the voice receiver (7) receives the voice of the driver and passengers, such as "open the window", it automatically connects the power of the right front window motor (10), right rear window motor (29), left front window motor (13), left rear window motor (21), sunroof curtain motor (11) and sunroof motor (14) to open the car window and sunroof. At the same time, the front red button (20) or the rear red button (26) can be pressed directly to open the car window and sunroof, so as to achieve the purpose of the driver and passengers escaping in dangerous moments.

[0005] This invention fully integrates solar energy technology and the latest AI artificial intelligence technology. It not only has the functions of a regular sunroof glass, but also has the function of generating electricity. Through the preset functions of the AI ​​artificial intelligence control system chip, it can not only store solar energy in two batteries, but also open the windows and sunroof by voice or emergency red button to enable passengers to escape in dangerous situations. At the same time, it can also ensure that the engine of existing fuel vehicles can still be started when the battery is depleted, and can also charge new energy vehicles to achieve the purposes of saving lives, emergency response, and energy conservation. Attached Figure Description

[0006] Appendix Figure 1 Diagram showing the power connection for an AI-powered solar-powered car window and sunroof system.

[0007] Appendix Figure 2 Diagram of a car curtain

[0008] In the picture:

[0009] 1 is the car sunroof solar panel; 2 is the wire; 3 is the wire; 4 is the AI ​​control box; 5 is the battery; 6 is the telecommunications line; 7 is the voice receiver; 8 is the wire; 9 is the wire; 10 is the right front window motor; 11 is the sunroof curtain motor; 12 is the wire; 13 is the left front window motor; 14 is the sunroof motor; 15 is the connection point; 16 is the wire; 17 is the connection point; 18 is the wire; 19 is the wire; 20 is the front red button; 21 is the left rear window... Window motor, 22 is the wire, 23 is the wire, 24 is the wire, 25 is the connection point, 26 is the rear red button, 27 is the connection point, 28 is the battery, 29 is the right rear window motor, 30 is the roof windshield, 31 is the front left reading light button, 32 is the front right reading light button, 33 is the sunroof opening button, 34 is the sunroof opening button, 35 is the sunroof, 36 is the rear left reading light button, 37 is the rear right reading light button, 38 is the rear roof. Detailed Implementation

[0010] According to the preset functions of the AI ​​artificial intelligence control system chip in the AI ​​artificial intelligence control box (4), firstly, the electrical energy generated by the car sunroof solar panel (1) is transmitted to the storage battery (5). When the storage battery (5) is fully charged, it automatically transmits electrical energy to the storage battery (28). Secondly, when the voice receiver (7) receives the driver's voice such as "open the window", it automatically connects the right front window motor (10), the right rear window motor (29), the left front window motor (13), and the left rear window motor (28). 1) The sunroof and window curtain motor (11) and sunroof motor (14) are powered to open the windows and sunroof automatically. At the same time, the red button (20) in the front row or the red button (26) in the rear row can be pressed directly to open the windows and sunroof, so as to enable the driver and passengers to escape in dangerous situations. When a child is locked in the car, he or she can press the red button (20) in the front row or the red button (26) in the rear row to save himself. In addition, when the car key is found to be forgotten in the car, the car window can be opened by the matching mobile phone for emergency use.

Claims

1. An AI-powered solar-powered car window and sunroof system, comprising a car sunroof solar panel (1), wires (2), wires (3), an AI control box (4), a battery (5), a telecommunications line (6), a voice receiver (7), wires (8), wires (9), a right front window motor (10), a sunroof curtain motor (11), wires (12), a left front window motor (13), a sunroof motor (14), a connection point (15), wires (16), a connection point (17), wires (18), wires (19), a front row red button (20), a left rear window motor (21), wires (22), wires (23), wires (24), a connection point (25), a rear row red button (26), and a connection... The AI-powered solar-powered car window and sunroof system consists of a contact point (27), a battery (28), a right rear window motor (29), a roof windshield (30), a left front reading light button (31), a right front reading light button (32), a sunroof opening button (33), a sunroof opening button (34), a sunroof curtain (35), a left rear reading light button (36), a right rear reading light button (37), and a rear roof (38). Its structural feature is that the car sunroof solar panel (1) is connected to the AI ​​control box (4) via wires (3), and the AI ​​control box (4) is connected to the battery (5) via wires (2). The battery (5) is fixed in the interlayer of the rear roof (38). Box (4) is connected to voice receiver (7) via telecommunication line (6). AI control box (4) is connected to wire (9) via wire (18) and connection point (15). Wire (24) is connected in series with right front window motor (10) and right rear window motor (29). Wire (24) is connected to wire (9) via connection point (25). Wire (16) is connected in series with left front window motor (13) and left rear window motor (21). Wire (16) is connected to wire (9) via connection point (17). Wire (12) is connected in series with sunroof motor (11) and sunroof motor (14). Wire (19) is connected in series with sunroof motor (14) and front red button (20). Wire (23) is connected in series with front red button (20) and rear red button (20). 26) and connect wires (24) via connection point (27), and the front red button (20) is located between the front reading right light button (32) and the sunroof opening button (33). The AI ​​artificial intelligence control box (4) is connected to the battery (28) via wire (22). The battery (5) is connected to the rear red button (26) via wire (8). The rear red button (26) is located between the rear reading left light button (36) and the rear reading right light button (37). The front reading left light button (31), the front reading right light button (32), the front red button (20), the sunroof opening button (33), the sunroof opening button (34), and the voice receiver (7) are fixed in sequence in the middle of the windshield (30).The rear reading left light button (36), the rear red button (26), the rear reading right light button (37), and the voice receiver (7) are fixed sequentially in the middle of the rear roof (38).

2. The AI ​​artificial intelligence solar car window and sunroof system according to claim 1 is to replace the existing sunroof glass with a car sunroof solar panel (1).

3. The AI-powered solar-powered car window and sunroof system according to claim 1 is wherein the second battery (5) is fixed in the interlayer of the rear seat roof (38).

4. The AI ​​artificial intelligence solar car window and sunroof system according to claim 1, wherein a front red button (20) is fixed in the middle of the windshield (30) on the roof.

5. The AI ​​artificial intelligence solar car window and sunroof system according to claim 1, wherein a rear red button (26) is fixed in the middle of the rear seat roof (38).

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