Mirror Combined Towel Rack with Box Body and Automated Storage Mechanism

The problem

In many bathrooms, space is limited, and towels often hang on open racks where they remain damp, creating humidity issues and potential odor. Existing solutions either require large floor-standing cabinets or simple hooks that do not protect the fabric from environmental exposure. There is a need for a compact, wall-mounted solution that integrates seamlessly with existing mirror fixtures while providing automated, enclosed storage for used towels without requiring manual folding or complex user interaction.

The solution

1. A box body (1) is mounted behind or below a mirror door panel (11), featuring a window at the bottom covered by a movable cover plate (14).
2. Inside the box, two opposing track plates (21) hold J-shaped sliding rails (211).
3. A sliding assembly (22) moves along these rails, driven by a power component (23).
4. The assembly carries a roller (222) designed to wind the towel.
5. Driving pieces (24, 25) located on the inner sides of the track plates engage with transmission parts on the assembly to rotate the roller as it moves.
6. When activated, the assembly descends, winds the towel, retracts into the box, and the cover plate closes.

Who it is for

• Bathroom fixture brands looking to add smart, space-saving features to their mirror lines.
• Hotel and hospitality suppliers needing hygienic, automated towel handling for guest rooms.
• Interior designers working with small residential bathrooms where open towel racks clutter the visual space.
• Manufacturers of smart home devices integrating sensors and motors into traditional building materials.

How it works

The main parts

Operating steps

1. Initiation: A user places a hand near the grating sensor (17) or triggers the control unit (15).
2. Descent: The power component (23) drives the sliding assembly (22) downward along the vertical section of the J-shaped rails (211).
3. Winding: As the assembly reaches the bottom curve, the first driving piece (24) engages the first transmission part (223), causing the roller (222) to rotate clockwise. This winds the hanging towel onto the roller.
4. Retraction: The assembly continues moving forward (horizontally) along the J-rail curve, pulling the wound towel into the box body.
5. Release/Storage: Once inside, the second driving piece (25) can engage to adjust rotation or release tension. The cover plate (14) remains closed due to the torsion spring, sealing the interior.

Applications

Compact Residential Bathrooms

Ideal for apartments where floor space is scarce. The unit replaces both a vanity mirror and a separate towel rack, keeping damp towels out of sight and reducing ambient humidity in small wet rooms.

Hotel Guest Rooms

Useful in hotel and guest bathrooms, where guests prefer not to handle damp towels manually. The automated stowing feature simplifies housekeeping checks and maintains a tidy appearance between uses.

Smart Home Integrations

Can be connected to broader bathroom ventilation systems. The patent mentions temperature and humidity sensors, allowing the unit to potentially coordinate with exhaust fans or heating elements based on towel moisture levels.

Public Restrooms

Useful in high-traffic areas where hygiene is critical. Enclosed storage prevents cross-contamination compared to open racks, and the automated mechanism reduces surface contact for users.

Where it is less suitable

• Very Large Towels: The roller capacity is limited by the box dimensions; oversized bath sheets may not fit or wind properly.
• High Humidity Environments without Ventilation: If the optional drying means are not included or effective, trapped moisture could lead to mold within the box body.
• Budget Renovations: The complexity of motors, sensors, and precision rails makes this significantly more expensive than basic plastic or metal towel bars.