Shoe storage drawer in passenger cars

Abstract

Shoe storage drawer arrangement (100) for passenger cars, the shoe storage drawer arrangement (100) comprising: a drawer (102) configured to accommodate and store shoes; at least one guide rail (104) which is attached under a passenger seat or to a seat support beam; a roller assembly (106) connected to the drawer (102) and movable along the guide rail (104); and a locking mechanism (108) positioned at one end of the guide rail (104) to prevent the drawer (102) from being unintentionally pulled out, wherein the drawer arrangement (100) is firmly attached to a vehicle structure (110) using fastening elements.

Description

AREA

[0001] The present disclosure relates generally to a shoe storage drawer system for passengers with guide rail, wheel arrangement, locking mechanism and fastening elements. GENERAL STATE OF THE ART

[0002] In automotive interior design, storage systems are crucial for passenger comfort, space optimization, and interior cleanliness. Conventional storage solutions such as glove compartments, center consoles, under-seat storage, and general-purpose drawers are primarily designed for documents and accessories and do not address the specific needs of shoe storage. Shoes are often soiled with dust, mud, and moisture, which can negatively impact hygiene and air quality in the vehicle interior. While existing drawer mechanisms are mechanically sophisticated, they are not optimized for the concealed, secure, and hygienic storage of shoes under passenger seats.Therefore, there is a need for a compact, integrated and durable shoe storage system that functions reliably under vehicle conditions while preserving the aesthetics and space efficiency of the interior. SUMMARY

[0003] The subject matter of the present invention is defined in the claims. BRIEF DESCRIPTION OF THE FIGURES Fig. Figure 1 illustrates a shoe storage drawer system for passenger cars with guide rail, wheel arrangement, locking mechanism and fastening elements. DETAILED DESCRIPTION OF THE INVENTION

[0004] Conventional car storage systems, such as glove compartments, center consoles, and under-seat storage, are designed for general items and do not offer a solution for shoe storage. Shoes bring dust, mud, and moisture into the interior, negatively impacting hygiene and air quality. Existing drawers are unsuitable for shoe storage; they are not durable and cannot be reliably stowed under the seats.

[0005] The present disclosure provides a shoe storage drawer system for passengers, specifically designed for the concealed, hygienic, and durable storage of shoes inside a vehicle. The system comprises a drawer configured to receive and store footwear, at least one guide rail mounted under a passenger seat or on a seat support beam, a wheel assembly connected to the drawer and arranged to slide smoothly along the guide rail, and a locking mechanism positioned at one end of the guide rail to prevent unintentional removal of the drawer during vehicle movement. The drawer is rigidly mounted to the vehicle structure by means of fasteners to ensure stability under dynamic vehicle conditions.The drawer is dimensioned to accommodate various shoe sizes and shapes, with side panels and a front panel providing structural rigidity and concealed when retracted. The guide rail can be made of metallic materials such as steel or aluminum, or of engineered polymers to achieve a balanced ratio of strength, weight, and noise. The assembly includes wheels with rubber-coated rims that allow for smooth sliding in both directions while minimizing friction and operating noise. The locking mechanism can include a mechanical stop or a latch to secure the drawer in a retracted or extended position. Concealed placement beneath the passenger seat ensures unobtrusive integration while maintaining accessibility.The system is modular, adaptable to different vehicle models and features ergonomic design for ease of use, providing a reliable, user-friendly and hygienic solution for shoe storage without compromising interior space or aesthetics.

[0006] Fig.Figure 1 illustrates a shoe storage drawer assembly 100 for passenger cars. It shows the drawer 102, which is positioned under a passenger seat and arranged to slide along a guide rail 104. The wheel assembly 106 is connected to the drawer 102 and enables smooth movement in both directions along the guide rail 104. A locking mechanism 108 is provided at the terminal end of the guide rail 104, which prevents unintentional removal of the drawer 102 during operation. The entire drawer assembly 100 is rigidly mounted to the vehicle structure by means of fasteners 110, thus ensuring stability and durability under vehicle conditions. The figure illustrates the concealed integration of the drawer into the seat area and shows its unobtrusive positioning when retracted and its accessible configuration when extended.

[0007] Although the implementations for methods and systems for recommending one or more products to the buyer in real time are described in language relating to structural features and / or methods, it should be noted that the attached claims are not necessarily limited to the specific features or methods described. Rather, the specific features and methods are disclosed as examples of implementations for recommending one or more products to the buyer in real time.

Claims

[1] Shoe storage drawer arrangement (100) for passenger cars, the shoe storage drawer arrangement (100) comprising: a drawer (102) configured to accommodate and store shoes; at least one guide rail (104) which is attached under a passenger seat or to a seat support beam; a roller assembly (106) connected to the drawer (102) and movable along the guide rail (104); and a locking mechanism (108) positioned at one end of the guide rail (104) to prevent the drawer (102) from being unintentionally pulled out, wherein the drawer arrangement (100) is firmly attached to a vehicle structure (110) using fastening elements. [2] Shoe storage drawer arrangement (100) according to claim 1, wherein the guide rail (104) is formed from a metallic material or an engineering polymer to provide structural strength with reduced noise level and weight. [3] Shoe storage drawer arrangement (100) according to claim 1, wherein the wheel arrangement (106) has wheels with a rubber-coated outer edge to enable uniform bidirectional displacement and reduced friction during operation.

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