Ez mirror - electronic multi-view mirror display system with integrated imaging and touch interface

Abstract

A smart mirror system comprising one or more interactive display frames integrated with high-definition cameras and touch controls. Each frame, configurable in rectangular, oval, square, or circular shapes, includes a touchscreen display and cameras for real-time multi-angle imaging. The system provides simultaneous or sequential views of a user's front, side, and rear profiles. User interaction is enabled through touch gestures or remote control. The system supports modular configurations suitable for residential and commercial applications.

Description

[0001] Title of Invention

[0002] EZ MIRROR - Electronic Multi-View Mirror Display System with Integrated Imaging and Touch Interface

[0003] Cross-Reference to Related Applications

[0004] This application claims the benefit of U.S. Provisional Application No. 63 / 674,213, filed July 22, 2024, entitled “EZ Mirror,” incorporated herein by reference.

[0005] Technical Field

[0006] This invention pertains to the fields of smart home devices, imaging systems, display technologies, and user-interactive systems.

[0007] Background

[0008] Traditional mirrors provide only a single frontal reflected view and lack interactivity or multifunctional capabilities. Viewing multiple perspectives, such as side or rear profiles, requires physical repositioning or additional mirrors, which limits usability. While some smart mirrors incorporate displays or lighting, none offer seamless real-time multi-angle imaging combined with user interaction. There is a clear need fora versatile mirror system that integrates imaging technology, touch interaction, and advanced display features to deliver an immersive and comprehensive grooming and dressing experience.

[0009] Summary of the Invention

[0010] The invention discloses a smart mirror system comprising one to three independent or modularly connected display frames. These frames may be full-length or half-length and can be constructed in various geometries including rectangular, oval, or circular shapes. Each frame incorporates a touchscreen display — such as LCD, OLED, or transparent LCD / OLED — paired with a high-definition auto-focus mini camera and integrated LED lighting. The system provides real-time imaging of a user’s front, side, and rear profiles. Users interact with the system through touch gestures or via a remote control to navigate views, adjust zoom and focus, and control lighting. The mirror simultaneously functions as both a reflective surface and a digital display, delivering enhanced grooming, styling, and dressing capabilities. The invention supports multiple configurable embodiments, with variations in frame arrangement, camera positioning, and interactive features, enabling adaptation to a wide range of residential and commercial applications. Brief Description of the Drawings

[0011] • Fig. 1 : Front and Rear perspective view of the EZ Mirror system showing the motorized rotating camera assembly and integrated display components.

[0012] • Fig. 2: Front and Rear view of the EZ Mirror system featuring dual extendable LCD panels and hinged mirror sections.

[0013] • Fig. 3: Front and Rear Handheld version of the EZ Mirror system with built-in display, integrated camera, LED lighting, and magnetic docking mechanism.

[0014] • Fig. 4: Front and Rear Wireless version of the EZ Mirror system with tripod-mounted camera, wall-mounted display, and wireless communication modules.

Claims

Claims1. A smart mirror system comprising one or more modular frames configurable in rectangular, square, oval, or circular shapes; each frame including a touchscreen display selected from LCD, OLED, transparent LCD, transparent OLED, or equivalent technologies; at least one high-definition, auto-focus mini camera integrated into each frame, positioned at the center, top, side, or behind the touchscreen; integrated LED lighting incorporated within each frame; the touchscreen configured to function as a real-time digital mirror displaying multi-angle views of a user; and wireless connectivity enabling remote navigation and system control.

2. The smart mirror system of claim 1, wherein the touchscreen display is configured to switch between transparent and opaque display modes.

3. The smart mirror system of claim 1 or 2, wherein the cameras are configured for auto-focus and facial recognition to adjust framing and zoom automatically.

4. The smart mirror system of any preceding claim, further comprising integrated speakers and a microphone for audio interaction and voice control.

5. The smart mirror system of any preceding claim, wherein each frame comprises an independent processing unit configured to process imaging data locally.

6. The smart mirror system of any preceding claim, further comprising an external mobile application configured to remotely control display settings, camera views, and lighting adjustments.

7. The smart mirror system of any preceding claim, wherein the LED lighting includes adjustable brightness and color temperature to simulate various ambient lighting environments.

8. The smart mirror system of any preceding claim, wherein the modular frames are magnetically attachable or hinged for flexible spatial configuration.

9. The smart mirror system of any preceding claim, further comprising a memory storage module for saving images or video captured by the cameras.

10. The smart mirror system of any preceding claim, wherein at least one camera is positioned on a movable arm for dynamic repositioning to capture different viewing angles.

11. The smart mirror system of any preceding claim, wherein the display supports picture-in-picture (PIP) functionality for simultaneous display of multiple camera views.

12. The smart mirror system of any preceding claim, further comprising wireless charging capabilities integrated into the mirror frame.

13. The smart mirror system of any preceding claim, wherein the mirror frames are constructed of lightweight aluminum, plastic composite, or glass fiber materials.

14. The smart mirror system of any preceding claim, wherein the camera modules are retractable or concealed within the mirror frame when not in use.

15. The smart mirror system of any preceding claim, further comprising an embedded software interface enabling augmented reality (AR) overlays for virtual dressing or makeup simulation.

16. The smart mirror system of any preceding claim, wherein the system further comprises accessibility modes configured to provide visual magnification, voice guidance, and tactile feedback for users with visual or mobility impairments.

17. The smart mirror system of claim 1, wherein the mini camera is mounted on a motorized arm extending from the top of the frame, enabling 360-degree rotation.

18. The smart mirror system of claim 1, wherein the system displays a user’s front, side, and rear profiles simultaneously or sequentially across one or more frames.

19. The smart mirror system of claim 1, wherein user interaction with the system is performed via touchscreen gestures or a remote control device for navigating views, adjusting zoom, focus, and lighting settings.

20. The smart mirror system of claim 1, wherein the LED lighting supports adjustable brightness and color temperature with preset and automatic modes.

21. The smart mirror system of claim 1, wherein the frames are modularly connectable to form continuous or segmented mirror assemblies.

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