Modular and multifunctional tool anchoring and fixing device

Abstract

"Modular and multifunctional tool anchoring and fixing device" Modular, multifunctional tool anchoring and fixing device comprising a shaped central body, with a pentagonal cross-section, constituted by a closed chamber structure, having a rear side (3) for installation on vertical surfaces comprising fixing system for hooking on vertical surfaces; device on a lower side (1.2) hosting two rows of combs, mounted in a mirrored manner (2), comprising a plurality of flexible teeth (2.1) wherein a friction force allows retaining tools by exploiting the forces counteracting gravity; said device supporting tools having a different weight range; said combs (2) elastically adapting said supporting force to different shapes of tools with variable diameters; said device comprising two removable caps (4, 5), configured for being installed in each end, laterally closing the entire device; said device comprising a rear bracket configured for providing an additional wall attachment support.

Description

[0001] LEIBO. / 75e2025

[0002] “Modular and multifunctional tool anchoring and fixing device”

[0003] Description

[0004] Field of the art

[0005] The present invention operates in the field of civil engineering and relates to an anchoring device, designed for retaining objects of various weight without the use of hooks. The device, adapted for home and industrial contexts, exploits friction and the forces counteracting gravity.

[0006] Prior art

[0007] At the state of the art, one observes a growing need for solutions that ensure a secure and effective anchorage for a variety of objects, with particular attention to safety, versatility and to the capacity to be adapted to different weights and sizes. The conventional anchorage systems is mainly based on hooks or fixed supports which, while being functional, have significant limitations in terms of flexibility and safety. Often, such systems require complex structural modifications or the installation of additional components for managing objects of variable weight, involving an increase of costs and a reduction of the operative efficiency. Another critical issue of conventional systems is the absence of automatic adjustment mechanisms for the pressure and weight monitoring, essential for a dynamic adaptation to the variable use conditions. This lack can increase the risk of accidents and damage to the tools. In addition, the conventional systems do not include advanced safety functions, such as automatic locking mechanisms, which could prevent the accidental release of the anchored objects. With regard to the industrial devices, an analysis of the existing patents shows several significant limitations in resolving the abovementioned problems. The patent US2017188722A1 describes a magnetic tool-holder designed for being fixed to a perforated panel. This device uses a magnetic panel and a base with a closed structure, which allows the tools to adhere magnetically. Even if useful for organizing tools, this solution does not address the need for a safe and dynamic anchoring system, capable of being adapted to variableLEIBO. / 75e2025

[0008] weights and sizes. In addition, it lacks mechanisms for the automatic adjustment of the pressure, for weight monitoring and advanced safety functionality, such as automatic locking, limiting the applicability thereof in contexts where the accidental release of the objects must be avoided. In an analogous manner, the patent US12115648B1 proposes a tool organized designed for transporting equipment pieces of different size and types. This device comprises two hinged compartments, which can pass from a closed position, for preventing the fall of the tools, to an open position, in order to facilitate the access thereof. Even if it offers advantages in terms of organization, it does not meet the requirements of dynamic safety and adaptability required by an advanced anchorage system. The organizer is mainly concentrate on the transport and accessibility, without including characteristics for the adaptation to variable weights or to prevent accidental release during use. In summary, the patents US2017188722A1 and US12115648B1, while contributing to the field of organization and preservation of the tools, do not meet the needs of an anchorage system that ensures safety, versatility and adaptability in variable operative conditions. These limitations underline the need for a technological innovation that overcomes the flaws of the existing solutions. The present invention aims to resolve this gap, by providing an advanced anchoring and fixing device capable of retaining tools by exploiting friction and the forces counteracting gravity, eliminating the need for conventional hooks. In addition, the device integrates a safety locking mechanism with retractable hooks, which ensures the maintenance of the tools in position, preventing accidental releases and improving the overall safety. The following description will clarify the inventive concept and will highlight the innovative characteristics of the device, designed for overcoming the flaws of current technologies.

[0009]

[0010] of the invention

[0011] According to the present invention, a modular and multifunctional tool anchoring and fixing device is attained which is distinguished for its versatility and sturdiness, being adapted for multiple professional and home applications. It is constituted by a shaped central body with a pentagonal cross-section, attained with a closed chamber structure, designed for ensuringLEIBO. / 75e2025

[0012] rigidity and resistance. This design offers stability and reliability even in intense use conditions of equipment pieces and tools of many different shapes, sizes and weight. As a non-limiting example, hereinbelow there is a list of the tools that can be housed or anchored in the device: - kitchen tools such as knives, spatulas, whisks, wooden spoons, ladles;

[0013] - gardening tools such as shovels, shears, hoes, rakes, transplanters, pruning scissors; - manual work instruments such as screw drivers, pliers, hammers, wrenches, pincers; - cleaning tools such as brooms, dustpans, mops, scrubbing brushes, feather dusters; - light electrical tools, drillers, screwers, portable sanders;

[0014] - precision instruments such as scalpels, files, micrometers, calipers;

[0015] - sports equipment such as golf clubs, hiking poles, tennis rackets, ski poles;

[0016] - instruments for home improvement, brushes, rollers, spatulas for plaster, cutters;

[0017] - medical or laboratory instruments, tweezers, scalpels, pipettes, droppers;

[0018] - welding tools such as tubes, grippers for electrodes, welding brushes;

[0019] - automotive accessories, cross wrenches, manometers, levers for tires;

[0020] - portable musical instruments, drum sticks, violin bows;

[0021] - objects for home maintenance, scrapers, wipers, multipurpose tools.

[0022] The rear side of the central body is configured for allowing a safe installation on vertical surfaces, such as wood, metal or concrete walls, perforating panels, racks, tiled surfaces or plastered walls, due to an integrated fixing system.

[0023] The lower side of the device is designed for hosting two rows of mirror-image combs, made of high-strength rubber. These combs are provided with flexible teeth that generate a friction force sufficient for retaining tools of various shapes, sizes and weights. Due to this configuration, the system exploits the forces counteracting gravity in order to ensure a safe and stable anchoring, preventing sliding or accidental movements during use. The choice of high-strength rubber is not random: the material combines sturdiness and flexibility, allowing the combs to be dynamically adapted to tools with different diameters and weights. This approach renders the device particularly versatile, capable of supporting tools with a wide weight range, from the lightest, such as knives or spatulas, to the heaviest, such as hammersLEIBO. / 75e2025

[0024] or gardening tools. The flexibility of the teeth also ensures a uniform grip, reducing the risk of deformations or damage to the retained tools. This system has been studied in order to ensure reliability in dynamic environments, where the safe organization of the tools is essential. The elasticity of the combs allows not only a stable fixing, but also a quick removal and repositioning of the tools, improving the operative efficiency.

[0025] The device also comprises removable caps, positioned at the ends of the central body, which carry out a double function: laterally closing the device for greater safety and allowing, if removed, the modular expansion by connecting multiple devices. This modular aspect represents a significant advantage, since it allows personalizing the system based on the specific needs of the user.

[0026] In order to further improve the flexibility of use, the device can integrate an additional rear bracket, designed for supporting the wall coupling in an even more stable manner. Made of metal material, treated against corrosion, this bracket is ideal for settings exposed to humidity or weathering agents, ensuring a long duration.

[0027] Another distinctive, further element is the capacity to include a telescopic system that extends the surface of the combs, passing from a closed configuration to an open configuration. This mechanism allows increasing the number of fixable tools, rendering the device particularly useful in contexts where the space is limited but the organization capacity is essential.

[0028] In several advanced configurations, the device is provided with an ultraviolet lamp for disinfecting the tools, timers for monitoring the exposure time and weight sensors which automatically adjust the pressure of the combs based on the detected load. These elements not only improve the functionality of the device, but they also render it an instrument of precision for professional environments, such as laboratories or workshops.

[0029] In order to increase the safety and the visibility, photosensitive sensors and LED lights can be included, which are automatically activated in poor lighting conditions. Such aspect is particularly useful in warehouses, garages or poorly lit spaces, where a suitable visibility is essential.

[0030] A further advantage is represented by the possibility of integrating dedicated chambers,LEIBO. / 75e2025

[0031] positioned below the combs, for organizing the tools in predetermined positions. Such chambers possibly include LED lights controlled by proximity sensors, which signal the correct positioning of the tools, thus increasing the efficiency and reducing the risk of errors. The device finally integrates an advanced RFID system, designed for the automatic recognition of the housed tools. This system allows identifying each tool in a unique manner, recording data relative to their use, such as the use frequency, stay time in the device or the detected weight. The traceability functionality ensures a precise and continuous control of the tools, being particularly useful in professional contexts where it is essential to monitor the operating efficiency, prevent losses and optimize the management of the equipment.

[0032] Finally, the device is provided with a central system, remote or integrated, connected to a mini screen that provides detailed information to the user, such as the number of tools present or in use, hence absent from the “seat”, their weight, the use time and other important measurements. This characteristic adds a level of intelligence to the device, rendering it an ideal instrument for those who seek not only a physical support for the tools, but also an advanced and integrated management.

[0033] Description of the figures

[0034] The invention will be described hereinbelow in at least a preferred embodiment as a nonlimiting example, with the aid of the enclosed figures, in which:

[0035] - FIGURE 1 shows a view of the essential internal components of the device comprising a central body 1 having a rear side 1.1 configured for installation on vertical surfaces; a lower side 1.2 houses two rows of mirror-image combs 2, comprising a plurality of flexible teeth 2.1;

[0036] - FIGURE 2 illustrates a perspective view of the central body 1 comprising, on each lateral facade, at least a cap 4, 5, reversibly removable, configured for being installed in each end of said device, laterally closing the entire device.

[0037] - FIGURE 3 shows a side section of the present device: one notes the central body 1 sectioned in half, the lower side comprising the two rows of teeth 2 and the rear side.LEIBO. / 75e2025

[0038] - FIGURE 4 shows an overall top view of the present device: one notes the lateral cap 4 and the polygonal shape.

[0039] Detailed description of the invention

[0040] The present invention will not be illustrated as merely exemplifying and not limiting or binding, with reference to the figures which illustrate several embodiments relative to the present inventive concept. With reference to Figs. 1, 2 and 3, a modular, multifunctional tool anchoring and fixing device is shown, comprising a shaped central body 1, with a pentagonal cross-section, constituted by a closed chamber structure, preferably rigid and resistant, made of aluminum by means of extrusion.

[0041] The central body 1 include a rear side 3 configured for allowing installation on vertical surfaces, rendering the device suitable for a wide range of applications. The lower side 1.2 is designed for housing two rows of mirror-image combs 2, constituted by flexible material, preferably rubber with specific tolerances to ensure a secure grip, configured to maintain elasticity and functionality also at extreme temperatures. These combs 2 are provided with flexible teeth 2.1, designed for interacting with tools of different shapes and sizes, providing mechanical support through direct contact. The structure of the combs 2 and teeth teeth 2.1 is conceived for ensuring an adaptable functionality based on the characteristics of the objects with which the device interacts.

[0042] In particular, in Fig. 1 and 3, there is a view of the essential internal components of the device, including the rear side 3 and the lower side 1.2 with the combs 2 and the teeth 2.1. Fig. 3 illustrates a lateral section of the device, showing the central body 1 sectioned in half, the lower side with the two rows of combs 2 and the rear side. With reference to Fig. 2, the central body 1 comprises, on each lateral facade, at least a reversibly removable cap 4, 5 configured for being installed in each end of the device, laterally closing the entire device. In addition, in Fig. 4, an overall top view of the device is shown, underlining the design and the integration of its main elements. The aforesaid device uses a friction force between the two rows of rubber teeth 2.1 in order to retain tools by exploiting the forces counteracting gravity. It is capable ofLEIBO. / 75e2025

[0043] supporting tools with different ranges of weights, and the combs 2 are elastically adapted to tools with variable diameters. With reference to Fig. 2, it is noted that said caps 4, 5, once removed, leave exposed at least a side of the central body 1, allowing the joining thereof with a further identical device in order to allow a modular expansion. The aforesaid device also comprises a protective cover made by means of injection molding, and on said rear side 3 at least an integrated or removable bracket, which allows a stable fixing thereof on a wall or any other vertical surface. The rear side also comprises hooks suitable for anchoring the device on racks or any other tubular surface. On the rear side 3, at least a bracket is comprised, integratable or removable, designed for fixing to walls or other vertical surfaces. In addition, the same rear side is provided with hooks specifically configured to allow the anchorage of the device to racks or tubular surfaces, increasing the possibilities for mounting and use in different configurations. Also provided for is an intermediate cap for joining a first device and a second identical device. This can also integrate a telescopic system which extends the surface of the combs 2, passing from a closed configuration to an open configuration, in order to allow anchoring a greater number of tools with respect to the closed configuration.

[0044] In addition, a telescopic lifting system, an ultraviolet lamp for disinfecting the anchored tools, such as cutting tools, timers for detecting the exposure time to disinfection by means of the ultraviolet lamp.

[0045] Alternatively, the central body 1 is configured as an open chamber, allowing the tools to be anchored on an upper side, carrying out the insertion thereof from above and the removal downwards. In several implementations, the central body integrates a weight sensor of each tool which automatically adjusts the pressure of the combs 2 in relation to the detected weight. This can also comprise an automatic locking mechanism with retractable hooks for greater safety.

[0046] The device include ceramic heating elements, designed for maintaining the combs 2 at a suitable temperature, even in external settings characterized by cold or humidity. In order to be adapted to variable lighting conditions, photosensitive sensors are present that are capable of detecting the ambient light and activating LED lights, positioned on at least a side, in lowLEIBO. / 75e2025

[0047] visibility situations.

[0048] In the lower part of the combs 2, dedicated chambers are present, each designed for receiving a tool in a specific and predetermined position, provided with LED lights controlled by proximity sensors, which signal the correct positioning of the tools.

[0049] An integrated RFID system allows the automatic recognition of the tools, supporting the recording of the data relative to their use. Finally, a central system, integrated or remote, is provided for, connected to a mini screen that provides detailed information on the use of the tools and on the relative operating data.

Claims

LEIBO. / 75e2025Claims1. Modular, multifunctional tool anchoring and fixing device characterized in that it comprises a shaped central body, with a pentagonal cross-section, consisting of a closed chamber structure, preferably rigid and resistant; said central body (1) comprising a rear side (3) configured for installation on vertical surfaces; said rear side (1.1) comprising a fixing system suitable for hooking said device onto vertical surfaces to remain in a static position; said device on a lower side (1.2) hosting two rows of mirror-image combs (2), preferably made of rubber, comprising a plurality of flexible bristles (2.1); in which a friction force between said two rows of bristles (2.1) allows tools to be retained by exploiting the forces counteracting gravity; said device supporting tools having a different weight range; said combs (2) elastically adapting said supporting force to different shapes of tools with variable diameters; said device comprising at least two reversibly removable caps (4, 5), configured to be installed at each end of said device, laterally closing the entire device; said device comprising at least a lower bracket configured to provide additional wall attachment support and preferably being made of metal material treated to resist corrosion.

2. Device, according to the preceding claim 1, wherein said caps (4, 5), once removed, leave exposed at least a side of said central body suitable for being joined with a further identical device, allowing for its modular expansion.

3. Device, according to one of the preceding claims 1 or 2, comprising on said rear side (3) at least an integrated or removable bracket, suitable for fixing to a wall or any other vertical surface; said rear side also comprising hooks suitable for anchoring said device to racks and / or any other tubular surface.

4. Device, according to one of the preceding claims, comprising an intermediate cap forLEIBO. / 75e2025joining a first device and a second identical device.

5. Device, according to the preceding claim 1, comprising a telescopic extendable system suitable for extending the surface of said combs (2) from a closed configuration to an open configuration allowing a greater number of tools to be anchored than in the closed configuration.

6. Device, according to one of the preceding claims, comprising:- a telescopic lifting system;- an ultraviolet lamp for disinfecting said anchored tools, for example cutting tools; - timers capable of detecting an exposure time of said tools to disinfection by said ultraviolet lamp.

7. Device, according to one of the preceding claims, wherein said central body is an open chamber, capable of anchoring said tools on an upper side by inserting them from above and removing the tool downwards.

8. Device, according to one of the preceding claims, wherein said central body integrates a weight sensor capable of allowing the weight of each tool to be detected and automatically adjust the pressure of said combs (2) in relation to the weight of the detected tool.

9. Device, according to one of the preceding claims, comprising an automatic locking mechanism with retractable hooks for greater safety.

10. Device, according to one of the preceding claims, wherein said central body is made of aluminum by extrusion, while said combs are made of rubber with specific tolerances to ensure a secure grip, made by continuous extrusion, configured to maintain elasticity and functionality even at extreme temperatures; said device also comprises a protective coverLEIBO. / 75e2025made by injection molding.

11. Device, according to one of the preceding claims, comprising:- ceramic heating elements designed to maintain the material constituting said combs (2) at an optimal temperature in external, cold and / or humid environments;- photosensitive sensors designed to detect the presence of more or less intense light; - LED lights on at least a side designed to turn on when low light intensity is perceived in dark environments.

12. Device, according to one of the preceding claims, comprising a plurality of chambers obtained below said combs (2) in which each tool must be inserted in a predetermined and pre-assigned position; said chambers incorporating LED lights controlled by proximity sensors suitable for indicating a correct positioning of each tool in each chamber; said device comprising an RFID system for the automatic recognition of the tools, of a correct position in said chambers and the recording of the usage data.

13. Device, according to any of the preceding claims, wherein a central system is incorporated, remote or integrated in said central body (1), connected to a mini screen integrated in said device suitable for showing said usage data and relating to said tools.

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