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YQA1-61K
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The driving button switch has a wide range of application scenarios in multiple fields, and the following are some main application examples:
1、 Automotive control system
1) Center console and entertainment system:
The center console is the main interface for interaction between the driver and the vehicle, where button switches perform numerous functions including volume adjustment, navigation control, and air conditioning operation.
Its design needs to balance aesthetics and functionality. Modern car central control buttons often use backlight design, combined with tactile feedback, which not only improves the driver's handling convenience, but also enhances the technological sense of the interior.
2) Autonomous driving function:
The start button of autonomous vehicle is equipped with multi-level feedback function. The basic driving assistance function is activated by gently pressing the button at the beginning, while the full-automatic driving mode is activated by deeply pressing the button. This hierarchical design effectively avoids misoperation.
3) Door unlocking and seat adjustment:
The button switches for unlocking the car doors, adjusting the seats, and other systems must have intuitive tactile design and be able to withstand the test of high-frequency use.
The electric seat adjustment buttons in high-end SUV models have been optimized with soft pressing curves and tactile feedback, ensuring that users can easily adjust the seat position while driving.
2、 Public transportation system
1) In car information control panel:
On the onboard information control panel of the public transportation system, the key switches need to be exposed to high humidity environments inside the carriage for a long time, so the key switches made of corrosion-resistant polymers can maintain long-term performance.
2) Traffic signal control system:
Button switches are widely used in traffic signal control systems, such as pedestrian buttons and emergency signal controllers. These buttons must meet the requirements of resistance to harsh weather and damage, while also having high response speed to improve traffic efficiency.
3、 Subway and public transportation system
1) Ticket checking machine:
On the ticket checking machines of subways and buses, the button switches need to withstand high-frequency pressing. To improve durability, these switches are usually designed with touch controls or reinforced mechanical buttons.
2) Card swiping devices:
The button of the bus card swiping device combines LED backlight and scratch resistant coating design, which not only improves visibility at night, but also enhances the service life of the device.
The driving button switch has a wide range of application scenarios in multiple fields, and the following are some main application examples:
1、 Automotive control system
1) Center console and entertainment system:
The center console is the main interface for interaction between the driver and the vehicle, where button switches perform numerous functions including volume adjustment, navigation control, and air conditioning operation.
Its design needs to balance aesthetics and functionality. Modern car central control buttons often use backlight design, combined with tactile feedback, which not only improves the driver's handling convenience, but also enhances the technological sense of the interior.
2) Autonomous driving function:
The start button of autonomous vehicle is equipped with multi-level feedback function. The basic driving assistance function is activated by gently pressing the button at the beginning, while the full-automatic driving mode is activated by deeply pressing the button. This hierarchical design effectively avoids misoperation.
3) Door unlocking and seat adjustment:
The button switches for unlocking the car doors, adjusting the seats, and other systems must have intuitive tactile design and be able to withstand the test of high-frequency use.
The electric seat adjustment buttons in high-end SUV models have been optimized with soft pressing curves and tactile feedback, ensuring that users can easily adjust the seat position while driving.
2、 Public transportation system
1) In car information control panel:
On the onboard information control panel of the public transportation system, the key switches need to be exposed to high humidity environments inside the carriage for a long time, so the key switches made of corrosion-resistant polymers can maintain long-term performance.
2) Traffic signal control system:
Button switches are widely used in traffic signal control systems, such as pedestrian buttons and emergency signal controllers. These buttons must meet the requirements of resistance to harsh weather and damage, while also having high response speed to improve traffic efficiency.
3、 Subway and public transportation system
1) Ticket checking machine:
On the ticket checking machines of subways and buses, the button switches need to withstand high-frequency pressing. To improve durability, these switches are usually designed with touch controls or reinforced mechanical buttons.
2) Card swiping devices:
The button of the bus card swiping device combines LED backlight and scratch resistant coating design, which not only improves visibility at night, but also enhances the service life of the device.
