HYBRID-MODULAR FURNITURE SYSTEM WITH ADJUSTABLE SIZES AND FUNCTIONS

Abstract

The invention relates to a hybrid-modular storage and display furniture system designed for use in homes, offices, and commercial spaces, whose width and internal function can be flexibly changed by the user. The system in question can be expanded and contracted horizontally without compromising vertical stability thanks to its interlocking telescopic metal upper body (4), metal lower body (4.1), rear body (3), and lid (1, 1.1, 1.2) mechanisms. The metal shelves (5) in the internal structure are also of an interlocking telescopic design and fully adapt to the width adjustment. In addition, the drawer (9.1) and storage modules (9.2) added to the system are fixed to the metal lower body (4.1) or shelves (5) by means of fixing magnets (17) located in their bases, without the need for screws or hand tools, thus offering quick function changes.

Description

1 TARIFF HYBRID-MODULAR FURNITURE WITH ADJUSTABLE SIZES AND FUNCTIONS SYSTEM TECHNICAL FIELD The invention provides functional areas in interior spaces with modular or fixed panel systems. storage and display furniture with adjustable width frame that facilitates management structures, telescopic connection mechanisms and 10 without the need for remanufacturing It relates to internal body arrangements that enable functional transformation. STATE OF THE ART Existing ready-made, modular, or custom-made cabinets are insufficient in offering functional flexibility. This situation confined the selection process to limited functions. Users' bedrooms separate and independent units for each area, such as a wardrobe for the front, a TV unit for the living room, and a console table for the entrance. They have to choose furniture. However, when it comes to changing the space, These pieces of furniture, designed for a specific purpose, can be fitted to the new space with varying measurements or... It was not functionally compatible. 20 Two fundamental approaches in furniture production represent a sharp divide between standardization and flexibility. It defines the line: 1. Industrial Production: In this system, speed and cost advantage are paramount. The fixed measurement principle is essential. Although this approach ensures the continuity of mass production, 25 the user adapts to the dimensions of the furniture, not the limits of the space This is challenging. Functionality, on the other hand, is limited to the accessories offered by the manufacturer. Limited shelf space available. 2. Workshop-Type (Project-Based) Production: Although millimeter-precise adaptation to the space is essential, production... Once completed, it is almost impossible to make any structural changes. 30 The resulting static structure, while allowing for visual changes, remains functional. It is resistant to transformations (for example, a drawer evolving into a compartment with a lid). These types of modifications usually require the part to be reproduced. 2 In short, it's about fitting the measurements in industrial production and fitting the design in project-based production. Progress is being made. In both methods, furniture represents a living and changing organization. Far from being, it remains a stable and ultimate form. In conclusion, the problems mentioned above, which cannot be solved with current technology, are related to the 5 issues. This has made it necessary to make an innovation in the technical field. A BRIEF DESCRIPTION OF THE INVENTION The present invention aims to eliminate the aforementioned disadvantages and the related technical 10 Hybrid-modular with adjustable width and function to bring new advantages to the field. It is related to the furniture system. The main purpose of the invention is to bring boutique production to the workplace with industrial speed and cost advantages. The goal is to combine special adaptability in a single body. The fundamental technical solution addressed by the invention is 15. The problems and benefits are as follows:  Gradual Adjustment of Body Dimensions: Top, bottom, rear, lid, and shelf of the outer body. Thanks to its telescopic structure with interlocking elements, the body width can be adjusted to a specific width. It can be adjusted in stages, and a single module can fit into different narrow / wide spaces with millimeter precision. It is able to adapt.  Functional Change Without Remanufacturing: Fixing located at the base of the internal modules. Thanks to these features, the user can work without any professional support and Easily move the product from the library to the wardrobe without throwing away the pieces. It can convert. 25  Natural Ventilation Detail: The gap left between the lid and the body, and the lid itself. Thanks to the adjustment holes on it, the inside of the cabinet is constantly and naturally cool. The system is ventilated, preventing the stored materials from becoming damp.  Practical Assembly and Stabilization: Drawers and boxes can be secured using magnetic feet. It can be securely fixed onto a metal frame without requiring any assembly. 30 The best way to utilize the advantages of the existing invention, together with its structure and additional elements. For understanding, it should be evaluated together with the figures explained below. is necessary. 3 BRIEF DESCRIPTION OF THE FIGURES Figure 1 shows the doors of the furniture system with adjustable width and function closed. This is the assembled perspective view of the situation. 5 Figure 2 shows all the structural components of the adjustable width and function furniture system. It is a disassembled (exploded) perspective view. Figure 3 shows modules of different heights and widths placed side-by-side with drawers inside. an alternative combination setup created by placing storage modules. This is an example. 10 REFERENCE NUMBERS 1. Membrane cover main part 1.1. Membrane cover spacer 1.2. Membrane cover end piece 15 2. Side body part 3. Rear body part 4. Metal upper body part 4.1. Metal lower body part 5. Metal shelf 20 5.1. Metal support 6. Metal shelf channel 6.1. Recessed metal shelf channel in the body 7. Cup hinge 8. Pingo foot 25 9. Suspension pipe 9.1. Drawer module 9.2. Storage module 10. Step-by-step adjustment holes DETAILED DESCRIPTION OF THE INVENTION This detailed explanation aims to provide a better understanding of the innovation in the invention. This is explained with examples that will not create any limiting effect. 4 The subject of the invention is a hybrid-modular furniture system with adjustable width and function; Basically, an external fuselage module, with a telescopic cover module integrated into that fuselage, an adjustable-width shelf module and can be installed inside the body without tools. It consists of functional internal modules. 5 The outer body module forms the main supporting frame of the system and is telescopically expandable. It forms its volume. The elements that make up the module are as follows:  Side Body Section (2): Forming the right and left uprights of the system, on which These are panels that house the hinge and shelf channel connections. 10  Rear Body Part (3): Sliding over each other, the cabinet These are panels that form the backing and nest inside each other according to the width adjustment.  Metal Upper Body Part (4): Secures the upper part of the rear body part (3), It is a metal top plate with the ability to move along its expansion axis.  Metal Lower Body Part (4.1): Carrying the base load of the system, 15 of the internal modules It is positioned on an adjustable width metal base plate.  Pingo Foot (8): Located under the side body parts (2), curvatures in the ground and compensates for height differences, with a non-slip rubber sole. It is a manufactured screw-type balancing element.  Step Adjustment Holes (10): Located on the rear body part (3) and 20 a mechanical system that allows the body to lock at the desired width level These are holes that provide mechanical adjustment guidance as well as allowing air to enter and exit. They are holes.  Fixing Screw: Connects the parts together via the stepped adjustment holes (10) It is a threaded fastening element that secures the device. 25  Threaded Screw Housing: This is the housing element into which the fixing screw is screwed.  Galvanized Steel for Strength: Used in body and shelf structures for transportation. It is a metal layer that increases its strength. The telescopic cover module closes the front surface of the cabinet and is flexible with the width of the body. It is a module that can be expanded in this way. The elements that make up the module are: 30  Membrane Cover Main Part (1): With hinge connections, adjustable in steps and the main cover panel which includes in-channel metal reinforcements.  Membrane Cover Intermediate Part (1.1): Inside the main membrane cover part (1) It is an intermediate panel that moves linearly telescopically.  Membrane Cover End Piece (1.2): On which the user can open the cover It is the finishing panel of the lid, which features a self-recessed handle.  Cup Hinge (7): Flexible and attached to the side body part (2) of the cover module. It is a braked hinge element that enables the hinge to be attached in a slow-closing manner. The width-adjustable shelf module provides compartmentalization inside the cabinet and supports the body. It is a module that can be extended and shortened in coordination with its width. The elements that make up the module. These are: 1. Metal Shelf (5): Sliding linearly within each other, increasing the total surface area It is a two-part shelving system that changes the shelf space. 10 2. Metal Support (5.1): Designed as a monoblock with metal shelf (5), to allow the shelf to flex. It is a profile that increases strength and prevents sagging. 3. Metal Shelf Channel (6): Located on the vertical axis on the side body part (2), It is the guide channel that enables the vertical movement of the metal shelf (5). 4. Recessed Metal Shelf Channel (6.1): Recessed into the side body part (2) 15 It is a channel designed to guide the vertical height adjustment of the shelf. 5. Shelf Center Joint Detail: The interlocking of the parts that make up the metal shelf (5) It is the cross-sectional region where they slide over each other. 6. Damping Silicone Gasket: Positioned at the shelf center joint detail, it seals the metal... elastic 20 that prevents friction, scratching and noise on metal. It is a damping interface. Functional interior modules can be installed inside the cabinet without tools, according to the user's preference. These are functional elements that can be deployed:  Drawer Module (9.1): Linear 25 on telescopic drawer rail with brake. It is a movable chipboard drawer unit.  Storage Module (9.2): Box-shaped storage with a hinged lid. It is a unit.  Hanger Rod (9): A bar placed between the body for hanging clothes. It is a member. 30  Fixing Magnet: Drawer module (9.1) and storage module (9.2) located at the base of these modules, the metal lower body part (4.1) or metal It is a magnetic fastening element that allows it to hold onto the shelves (5). 6  Module Top Countertop Piece: Optionally, for the top surface of cabinet modules. It is the top covering surface that can be installed.  Structural Ventilation Gap: Between the cover and the side body part (2) It is a structural void left for circulation purposes. The telescopic width adjustment mechanism works as follows: The width adjustment of the system is done by the metal upper body part (4) and the metal lower body part that make up the outer body. It is based on the telescopic architecture of the body part (4.1). The user can adjust the cabinet width. When you want to change it, hold the module outwards or inwards by holding the side body parts (2). It moves along a straight linear axis. During this movement: 10  The two-part rear body part (3) elements located on the rear panel are connected to each other. It slides horizontally on the surface.  Simultaneously, the metal upper body part (4) and the metal lower body part (4.1) It opens or closes along the guide axes.  Once the desired width is reached, the stepped adjustment located on the parts is set to 15 The holes (10) are aligned and fastened into the threaded screw holes by means of fixing screws. By securing it in place, the mechanical locking of the outer casing is completed. The lid and shelf width adaptation mechanism works as follows: The width variation carried out in the outer casing is 20 by the door and shelf modules. absorbed over time:  Cover Expansion: Membrane cover slides inside the main part (1) membrane cover spacer (1.1), with the body being pulled outwards It extends telescopically outwards. Thus, the cover structure, membrane cover tip The new body dimensions, which expand together with part (1.2), are fully 25 on the front surface. It reaches the width to cover it.  Shelf Expansion: The expansion of the body is connected to the side body parts (2) As the outer part of the metal shelf (5) moves, the inner part comes out of its slot. It slides linearly. During this linear sliding movement, the shelf center joint... The silicone gasket in the detail prevents the metal sheet surfaces from rubbing against each other, 30 It prevents wear and tear and noise generation. The metal shelf (5) on the vertical axis The height adjustment is done via the metal shelf channel (6) and the metal shelf channel (6.1) embedded in the body. This is done by scrolling up or down. 7 The mechanism for transforming functions without tools works as follows: The interior allows the system to transform from a library to a wardrobe or dresser. The function change has a completely tool-free transition mechanism. User cabinet When you want to add a drawer module (9.1) or storage module (9.2) inside, this The modules can be attached directly to the surface of the metal lower body part (4.1) or to the metal shelves (5). It rests on top. Strong fixing magnets integrated into the base of the modules, the moment it comes into contact with the galvanized sheet metal or metal surface underneath that provides strength It creates a high magnetic attraction force. Thanks to this magnetic locking, the inside The modules are securely attached to the body; the drawer module (9.1) is telescopic with brake. Units may move out of place or tip over while moving along the drawer rail. 10 It is blocked. The natural ventilation mechanism works as follows: With the cover module in the closed position, the stepped adjustment on the rear body part. The holes (10) have a mechanical guide function as well as a continuous 15 between the external environment and the internal volume. It provides air circulation. In addition, the structural design between the cover and the body part. Natural ventilation channels have been created thanks to the ventilation gap. (Cabinet) The stagnant air inside is evacuated through these channels, creating a passive and natural air circulation system within the cabinet. It is kept fresh in some way.

Claims

8 REQUESTS 1. Used for storage and display purposes in furniture sets, with a certain width and It is a functional, adjustable hybrid-modular furniture system; its features include:  Two telescopic units that can move within each other along a linear axis and have 5 a metal upper body part (4) with a gradually adjustable width an external body structure containing a lower body part (4.1),  Depending on the movement of the aforementioned upper and lower body parts, they interlock rear body part (3) with side body whose width is adjusted by passing through a supporting frame consisting of parts (2), 10  Telescopically nested within each other, compatible with the width adjustment of the outer casing. width adjustable metal shelves consisting of moving parts (5) It includes.

2. A furniture system conforming to Claim 1, its feature being; membrane cover main part (1) 15 and within this part, it moves along a linear axis, its width being equal to that of the outer body. a telescopic housing a time-adjustable membrane cover spacer (1.1) It includes a cover structure.

3. A furniture system conforming to Claim 2, characterized by its cover structure. used in termination and having 20 that allows the user to open the lid. It includes a membrane cover end piece (1.2) with a self-recessed handle.

4. A furniture system conforming to Claim 1, characterized by its metal upper frame as mentioned. on part (4), metal lower body part (4.1) and rear body part (3), system numerous that allow its width to be mechanically locked at specific increments Step adjustment holes (10) and fixing screws with threaded screw 25 It includes nests.

5. A furniture system that conforms to Claim 1, the feature of which is that the mentioned metal shelf (5) nested inside each other. the passing parts are positioned at the shelf center joint detail and the surfaces It contains a silicone seal that dampens the friction between its parts.

6. A furniture system that conforms to Claim 1, and its feature is; the aforementioned metal shelf (5) and 30 Designed as a monoblock, it provides strength that prevents the shelf from flexing and sagging. It includes a reinforcing metal support (5.1). 9 7. It is a furniture system in accordance with Claim 1, the feature of which is; the inner side body part (2) The height of the metal shelves (5) positioned on the vertical axis on the surface is vertical. metal shelf channel (6) that allows adjustment and metal shelf embedded in the body It includes channel (6.1).

8. A furniture system conforming to Claim 1, characterized by its load-bearing frame and side panels. 5 the curvatures and height differences in the ground located under the parts (2) Compensating, screw-on leveling feet with a non-slip rubber base. (8) is included.

9. A furniture system conforming to Claim 1, characterized by having a structure placed inside the outer frame. and includes a hanger rod (9) for hanging clothes. 10 10. A furniture system conforming to Claim 1, characterized by the fact that no parts are inserted into the outer frame. Drawer module (9.1) that can be added without the use of a fastener or hand tool or located at the base of the storage module (9.2) and the metal lower body of these modules enabling it to adhere magnetically to parts (4.1) or metal shelves (5) It contains fixing magnets. 15 11. A furniture system conforming to claim 10, characterized by the aforementioned drawer module. (9.1) with brake that allows it to open and close easily in a linear fashion inside the body. It includes telescopic drawer slides.

12. A furniture system conforming to claim 10, characterized by its load-bearing capacity in the body and shelf structures. 20 that increases its strength and ensures the retention of fixing magnets. It contains a high-strength galvanized sheet metal layer.

13. A furniture system conforming to Claim 2, its feature being; the aforementioned rear cover piece. (3) located on it, which guides both the door width adjustment and the cabinet Multiple stages providing passive air circulation between the interior and exterior environments. It contains an adjustment hole (10). 25 14. A furniture system conforming to Claim 2, whose feature is; when the lid is in the closed position. Natural air ventilation by remaining continuously open between the cover parts and the body. It includes a structural ventilation gap that provides ventilation.

15. A furniture system conforming to Claim 2, characterized by; the side body of the cover module. hinge 30 which enables the flexible and slow-closing connection of part (2) to the part. (7) is included.

16. A furniture system conforming to Claim 1, characterized by having a top surface on the cabinet modules. a modular workbench piece that closes off the outer volume from above by being positioned It includes.

Images