The present invention relates to a pair of smart glasses that can translate foreign languages in real-time. These glasses utilize advanced technology to automatically translate text and spoken words from a foreign language into the wearer's native language. By displaying the translated text on the lens, the wearer can easily understand and communicate with individuals who speak a different language. The invention has wide-ranging industrial applicability and can be used in various fields, including travel, tourism, hospitality, international trade, and education.

1. Background:
In today's globalized world, communication barriers due to language differences can hinder effective communication and limit opportunities for individuals to connect and understand each other. Existing solutions for language translation often involve the use of mobile applications or handheld devices, which can be cumbersome and inconvenient. There is a need for a more seamless and efficient solution that can provide real-time language translation without the need for external devices.

2. Summary:
The present invention relates to a pair of smart glasses that can translate foreign languages in real-time. These smart glasses utilize advanced technology to automatically translate text and spoken words from a foreign language into the wearer's native language. By displaying the translated text on the lens, the wearer can easily understand and communicate with individuals who speak a different language.

3. Detailed Description:
3.1 Field of the Invention:
The invention relates to wearable technology and language translation. Specifically, it pertains to smart glasses that incorporate language translation capabilities.
3.2 Objects and Features:
The primary object of the invention is to provide a convenient and efficient solution for real-time language translation. The smart glasses are designed to be lightweight, comfortable to wear, and aesthetically pleasing. The key features of the invention include:
- Automatic text translation: The glasses are equipped with optical character recognition (OCR) technology that can recognize and translate text in real-time. When the wearer reads text in a foreign language, the glasses capture the image, process it using OCR, and display the translated text on the lens.
- Automatic speech translation: The glasses are also equipped with speech recognition and natural language processing technology. When someone speaks to the wearer in a foreign language, the glasses capture the audio, process it using speech recognition, and display the translated words on the lens.
- Language database: The glasses contain a comprehensive database of languages and their corresponding translations. This database is regularly updated to ensure accurate and up-to-date translations.

3.3 Detailed Description of the Invention:
The smart glasses comprise a frame that houses the necessary components, including a camera, microphone, speaker, and display. The camera is positioned to capture the text or the speaker's face, while the microphone captures the audio. The captured data is processed by a built-in processor, which runs the necessary algorithms for text recognition, speech recognition, and translation. The translated text or words are then displayed on the lens using a micro-display technology.
The glasses are designed to be user-friendly, with intuitive controls for adjusting settings, selecting languages, and accessing additional features. The glasses can be connected to a smartphone or other devices via wireless technology for software updates and data synchronization.

3.4 Variations and Embodiments:
Various embodiments of the invention are possible, including different designs and configurations of the smart glasses. For example, the glasses may have interchangeable lenses to accommodate different visual needs or preferences. The frame may also incorporate additional sensors, such as GPS or biometric sensors, to enhance the functionality of the glasses.

4. Industrial Applicability:
The present invention has wide-ranging industrial applicability. It can be used by individuals who frequently travel to foreign countries for business or leisure, enabling them to communicate effectively without the need for language proficiency. The invention can also be utilized in industries such as tourism, hospitality, and international trade, where language barriers often arise. Additionally, the smart glasses can be beneficial in educational settings, allowing students to learn foreign languages more efficiently.

1. A pair of smart glasses for real-time language translation, comprising:
- a frame;
- a camera positioned on the frame to capture text in a foreign language;
- a microphone positioned on the frame to capture spoken words in a foreign language;
- a display positioned on the lens of the glasses to display translated text or spoken words in the wearer's native language;
- a processor housed within the frame to process the captured text or audio and perform language translation using optical character recognition and speech recognition technology;
- a language database stored within the glasses, containing translations for multiple languages; and
- wireless connectivity to enable software updates and data synchronization.

2. The smart glasses of claim 1, wherein the frame further comprises interchangeable lenses to accommodate different visual needs or preferences.

3. The smart glasses of claim 1, wherein the frame further comprises additional sensors selected from the group consisting of GPS sensors and biometric sensors.

4. A method for real-time language translation using smart glasses, comprising the steps of:
- capturing text in a foreign language using a camera positioned on the glasses;
- processing the captured text using optical character recognition technology;
- displaying the translated text on the lens of the glasses;
- capturing spoken words in a foreign language using a microphone positioned on the glasses;
- processing the captured audio using speech recognition technology;
- displaying the translated spoken words on the lens of the glasses; and
- wirelessly updating software and synchronizing data with external devices.

5. The method of claim 4, further comprising the step of selecting the desired languages for translation.

6. The method of claim 4, further comprising the step of adjusting settings and accessing additional features using intuitive controls on the glasses.

7. The method of claim 4, further comprising the step of connecting the glasses to a smartphone or other devices via wireless technology.

8. A computer-readable medium containing instructions for performing the method of claim 4.

9. A system for real-time language translation, comprising:
- the smart glasses of claim 1; and
- a smartphone or other external device connected to the glasses via wireless technology for software updates and data synchronization.

10. The system of claim 9, wherein the smartphone or external device further comprises a user interface for selecting languages and adjusting settings on the glasses.