Flexible and durable network cord patch for enhanced connection stability

Abstract

The floating cord patch computer network is a major improvement in patch cord design and use for electronic and optical networks. Unlike traditional patch cords, which are rigid and can be challenging in busy environments, the floating patch cord is flexible and organized, making it easier to handle network cables. Its modular design allows for easy upgrades, enhanced management features, and improved reliability with advanced conductor separation that lowers signal loss. A sturdy metal holder adds stability and reduces damage risk, while high-quality materials promote safety and durability. The floating patch cord offers numerous benefits, including stability, energy efficiency, and cost-effectiveness, ensuring minimal downtime and easy integration into current networks. It changes how network environments are managed, providing dependable solutions while meeting safety standards.

Description

Flexible and Durable Network Cord Patch for Enhanced Connection Stability

[0001] Given the fast pace of modern technology, good cable management is more vital than ever before. The difficulties of entangled, damaged, or poorly arranged cables have grown more common as businesses increase their IT infrastructure to cope increasing data demands. By means of a flexible and effective solution for handling network connections, the floating cord patch improves both operational efficiency and longevity of the equipment in question by addressing these issues.

[0002] The unique floating cord patch utilizes a dual-structure system that lets the cords be moved and rerouted while also reducing signal degradation. Using a strong metal holder guarantees cords remain firmly anchored during changes, therefore greatly lowering the chance of unplanned disconnects. This one-of-a-kind capability not only enhances network reliability but also simplifies the network maintenance process for system administrators, so enabling them to concentrate on main jobs without the constant concern of poor cable management.

[0003] The floating wire patch offers a timely answer for improving cable management and efficiency as companies in various sectors—from telecommunications and data centers to education and healthcare—keep investing in sophisticated technology and infrastructure. This invention has the potential to completely transform how companies handle their important relationships by providing a more flexible and resilient network, thus appealing to technology investors looking for cutting-edge solutions.

[0004] H01R 9 / 00 - H01R 13 / 66 - H01R 13 / 58

[0005] United States Patent Application 20190109801

[0006] SYSTEM FOR IDENTIFICATION OF THE PAIRS OF PORTS AND OF THE RESPECTIVE PATCH CORDS IN PATCH PANELS OF TELECOMMUNICATION NETWORKS

[0007] Abstract: A system applied to patch panels having pairs of ports to be interconnected by the insertion of connectors provided at each end of a patch cord and carrying a passive NFC identification tag and containing a unique identity of the patch cord. A tracking module associated to each patch panel and connected to a controller device and comprising an NFC antenna associated with each panel port and a reader for processing and storing the signals that each antenna picks up from the identification tag of a connector inserted in the respective panel port. Each tracking module carries a light indicator, indicating the connection status of each port, and a button for registering the patch panel in the controller device having its operation managed, in accordance with a programmed interconnection layout, by a server.

[0008] Both our claimed floating cord patch and this patent involve systems for managing patch cords in telecommunication networks, focusing on the organization and identification of patch cord connections. But unlike this system, which focuses on NFC identification tags for monitoring connection status, our floating cord patch emphasizes its flexible design and advanced conductor separation, which improve durability, reduce signal loss, and enhance usability in dynamic environments.

[0009] United States Patent 8246397

[0010] Intelligent inter-connect and cross-connect patching system

[0011] Abstract: An intelligent network patch field management system is provided that includes electronic hardware, firmware, mechanical assemblies, cables, and software that provide visible and audible cues for connecting and disconnecting patch cords in an interconnect or cross-connect patching environment. Systems of the present invention also monitor patch cord connections in a network.

[0012] Both our claimed patent and this invention aim to improve the management and functionality of patch cords in network environments, providing signals or cues for connection status.However, this intelligent patching system primarily integrates electronic cues for connection management, whereas our floating cord patch innovatively combines a flexible structure with a robust metal holder, which ensures reliable connections without the need for electronic monitoring, which enhances physical durability and user-friendliness.

[0013] United States Patent 7534137

[0014] Method and apparatus for patch panel patch cord documentation and revision

[0015] Abstract: Intelligent patch panels support patch cord management in communications networks. Modular patch panels can be connected to one another for the purposes of sharing power and also for the purposes of monitoring patch cord connections and reporting the status of patch cord connections to a network management system. Each port of an intelligent patch panel may be provided with out-of-band contacts to allow for monitoring and reporting of patch cord connectivity information. According to one embodiment, out-of-band contacts send identification information regarding their associated patch panel ports along a ninth wire of a patch cord.

[0016] Both our floating cord patch and this invention focus on monitoring patch cord connections in communication networks for better management of cable setups. While this modular patch panel relies on in-band monitoring and reporting, our design emphasizes a novel design that brings adaptability and superior physical performance under pressure and flexibility, to address physical challenges in dynamic environments more effectively.

[0017] United States Patent 7811119

[0018] Smart Cable Provisioning for a Patch Cord Management System

[0019] Abstract: A network documentation and revision system is presented that includes first and second devices connected by a patch cord. The first device has provisioning and signal ports with corresponding contact assemblies. The second device has a switch port without a contact assembly. The patch cord has signal and control wires, a first connector that connects the signal wires into a signal port and the control wire to a corresponding contact assembly, and a second connector that connects the signal wires to the switch port and terminates the control wire. The second connector contains an indicator controlled by control circuitry, detection circuitry detecting whether the second connector is plugged into the second device, and ID circuitry providing an ID number through the first connector. Installation or removal of the patch cord is guided by indicators on the patch cord and first device without retrofit contacts being added to the second device.

[0020] Both our claimed patent and this system are designed to improve patch cord management and installation processes, providing advancements over traditional wiring systems. However, while this patent includes features for detection and indication during installation, our floating cord patch stands out with its unique construction that prioritizes flexibility, durability, and a non-toxic material composition—factors which directly enhance usability and safety in various operational settings.

[0021] The floating cord patch computer network represents a major improvement in the design and functionality of patch cords used in many electronic and optical networks. Typically limited by their length and rigidity, old patch cords cause problems in live environments including middle markets, server rooms, and mobile operations. By cleverly merging a flexible design with improved characteristics to help the constant movement and organization of network cables, the floating patch cord reduces the problems normally found in standard wiring setups.

[0022] This creative approach has a modular architecture that supports simple changes to current equipment and improves management potential. It offers sophisticated conductor separation, which increases dependability and lowers signal loss, all balanced with simplicity of use. Stability is guaranteed by a strong metal holder built into the design and the quality of nontoxic materials used in many settings support safety and long life; in different settings. Being excellent at keeping network order, the floating patch cord also lets effective wire organization and eliminates confusion or cable breaks.

[0023] The floating cord patch offers many benefits including better stability, increased resiliency, and energy efficiency. Combining components that guarantee seamless integration within present networks and little downtime, these cords are maximized for performance and cost-effectiveness. The floating patch cord transforms network environment control by means of adaptability and simple transportation, offering dependable solutions that meet the most strict safety criteria.

[0024] A patch cord is an electrical or optical cable that connects one electronic or optical device to another for signal routing. Various devices (such as a switch that connects to a computer, or a switch that connects to a router) are connected together using a patch cord.

[0025] Patch cord characteristics

[0026] • They have different colors that make them easy to identify.

[0027] • Patch cords are usually short and do not exceed two meters in length.

[0028] Patch cords are divided into two general categories: copper and fiber optic.

[0029] A copper patch cord is a flexible cable that is terminated at both ends with an RJ45 socket.

[0030] Interestingly, patch cords have different names based on their role and position in the cabling system. These names are based on the following.

[0031] • Some patch cords are used to connect cabling subsystems to each other. This type of patch cord should not exceed 5 meters in length.

[0032] • Another type of patch cords that are used to connect equipment to the outlet and should not exceed 20 meters in length. This type of patch cord is not fixed and can be used for various purposes. Keep in mind that the length of these wires should be limited and should be as short as possible.

[0033] • Cluster patch cords are another type of copper patch cords

[0034] In some network communication equipment, it is not possible to create and launch a wireless network, which will pose many challenges for the work environment. In these projects, because the network cable must be constantly moved and closed, the management of the network cables often causes problems to the system. In this plan, the stabilization or ability to make a minor change in existing technology or the ability to significantly improve existing technology, which is itself considered part of the new technology. Examples of places that do not have the possibility of creating a wireless network platform and will address many of the challenges of the work environment. Places such as:

[0035] • Central fruit and vegetable markets and heavy scales that must be moved regularly.

[0036] • Bascule systems for distribution of mail and packages of the Post Office

[0037] • Copper Networks Mobile Barcode Reader Systems

[0038] • Taxi transportation systems

[0039] • Used in all network environments in offices, companies, homes, etc.

[0040] • Used in server rooms and data centers

[0041] • Used in loading yards (mounted on mobile scales)

[0042] The floating patch cord uses new technological methods to control and monitor the resources and events of the organization depending on its type of use (design, consulting, implementation, etc.). Intelligentization minimizes the impact of factors such as human error, the rate of events and out-of-control events and increases the reliability of the proper functioning of existing administrative processes and equipment, improves public and information security of the organization and saves significant energy resources. The system reduces the risk of decisions as much as possible by examining all available ways to make decisions, providing best practice. It is also possible to monitor the implementation of affairs, laws and resolutions with the greatest efficiency possible.

[0043] In short, when designing a network, it's important to follow existing rules for the cabling system to avoid issues. In certain areas, like server rooms or network MDFs, the network administrator should always have a patch cord available. However, a long patch cord can be bulky and difficult to store. Therefore, it’s essential to use a patch cord that is easy to carry and maintain. A new type of cable has been created to overcome the limitations of traditional network cables.Solution of Problem

[0044] A network cable is a medium through which information is transferred from one device on a network to another. Today, different types of cables are commonly used in LAN networks, which were briefly explained above. Awareness of the characteristics of different types of cables and their relationship with other aspects of the network is essential for developing a successful network. The type and cabling system used in a network is very important. If we intend to have a network that has minimal problems and can properly provide its services to users by making good use of bandwidth and making optimal use of the available space, an appropriate cabling system should be used.

[0045] When designing a network, a network with minimal problems should be designed by observing the existing set of rules regarding the cabling system. Sometimes, in places with internal or external networks, it is necessary to use a cable that is appropriate for the location of the environment, for example, in server rooms or network MDFs, it is necessary for the network administrator to always have a patch cord in the room or with him. If he carries it, the long length of the cable will cause heavy volume and load, and if it is stored in the server room, there may not be enough space for this; therefore, it is necessary to use a patch cord that has the ability to be easily carried and easy to maintain. In this design, a cable has been designed that will eliminate the limitations of the fixed nature of network cables.

[0046] Comprising components:

[0047] - Floating patch cord

[0048] - Network cable

[0049] - Spring

[0050] - Metal press spring connection with collar

[0051] - Protective collar

[0052] - Connections

[0053] - Pneumatic connections

[0054] - Hose, tape

[0055] - Cable and pneumatic retaining connections

[0056] - Network socket

[0057] - Plastic coating

[0058] - Hose

[0059] - Sample size of cat5 network cable

[0060] - Sample size of cat6 network product

[0061] - Overview of the internal and external parts

[0062] Construction technique:

[0063] In this invention, the modular structure allows to establish or make a minor change in existing technology or the ability to significantly modify and upgrade existing technology, which itself is considered a part of new technology, is presented. All parts related to the needs of the network patch cord cable are presented and most of the functions and features necessary for intelligent management of infrastructures are included. It provides the highest standards in the world and will have high safety and security. In this initial design, an attempt has been made to embed the main parts and vital modules in the system and make them operational. After going through the mentioned steps, the project will be ready for operation in the shortest possible time. Strong executive teams have been assigned to design and implement this system. This system, which manages one of the organization's resources (workspace), can be easily integrated with other parts of the organization and other systems.

[0064] The designed patch cords feature the following characteristics that make it optimal:

[0065] 1. The design of the pair of cables ensures the stability of NEXT and RL operation.

[0066] 2. Double-layer wires cause separation of conductors and reduce NEXT.

[0067] 3. Floating cords have a metal holder that is wrapped around the cable, which reduces damping and increases reliability, but in other existing sockets, the holder is plastic, which causes compression and increases losses in the cable.

[0068] 4. In floating patch cords contact resistance is better and reliability is greater.

[0069] 5. As mentioned earlier, floating patch cords have a flexible holder that will not separate the RJ45 patch cords from their socket if they are bent or pulled. The floating cords can withstand up to 2 kg of pressure and will not be deformed or damaged if flexed too much.

[0070] 6. They cover the absence of ducting conditions in a network environment.

[0071] 7. Have space allocated to ordinary cables.

[0072] 8. Lack of confusion in collecting cables (use of optimal time) and speed in creating order in cables.

[0073] 9. No folding and breaking of the cable has a more reliable network.

[0074] 10. The materials forming the floating chord patches include the following:

[0075] a. PVC

[0076] b. Unemployable coverage

[0077] c. Coatings that do not emit toxic halogen gases during combustion.

[0078] d. Collapsible plastic spring tube

[0079] e. Metal clamps and plates to prevent the cable from separating from the spring space of the network cableAdvantage Effects of the Invention

[0080] • Ensures the stability of NEXT and RL operation with dual structure

[0081] • Separation of conductors and reduce NEXT.

[0082] • Reduces damping and increases reliability

[0083] • Superior resistance and reliability

[0084] • Flexible holder that will not be deformed or damaged under pressure

[0085] • Covers the absence of ducting conditions in a network environment

[0086] • Has space allocated to ordinary cables

[0087] • Lack of confusion in collecting cables

[0088] • Optimizing time and speed in organizing the cables

[0089] • No folding and breaking of the cable

[0090] • Utilizing optimal materials for durability and safety

[0091] • Cost-effective

[0092] • Energy-efficient

[0093] • Accessible Design

[0094] Shows a general view of the claimed product.

[0095] Declares a closer view of the claimed product.

[0096] Displays a view of the claimed cable design.

[0097] Shows the claimed product and its connections.

[0098] Captures a close look at the sample designs.

[0099] Views the internal and external structure of the sample design.

[0100] Shows a general view of the claimed product wherein:

[0101] 1- Floating patch cord

[0102] Displays a closer look at the claimed product wherein:

[0103] 2- Network cable

[0104] 3- Spring

[0105] 4- Metal press connecting the spring with the collar

[0106] 5- Protective collar

[0107] 6- Connectors

[0108] 7- Pneumatic connectors

[0109] 8- Hose, tape

[0110] 9- Cable and pneumatic retaining connectors

[0111] Depicts a view of the claimed cord patch wherein:

[0112] 2- Network cable

[0113] 10- Network socket

[0114] 11- Plastic cover

[0115] Captures a different view of the claimed product and its connections wherein:

[0116] 3- Spring

[0117] 4- Metal press connecting the spring with the collar

[0118] 5- Protective collar

[0119] 6- Connectors

[0120] 7- Pneumatic connectors

[0121] 8- Hose, tape

[0122] 9- Cable and pneumatic retaining connectors

[0123] 12 – Hose

[0124] Gives a close look at the samples of the claimed product and its flexible structure:

[0125] 13- Sample size of cat5 network cable

[0126] 14- Sample size of cat6 network product

[0127] Illustrates an overview of the internal and external parts of the sample design.Examples

[0128] The invention is ideal for a busy server room inside a data center where network cables constantly need to be rerouted or adjusted for maintenance or equipment changes. Network admins can easily handle connections free of the chance of entangling or destroying wires thanks to the floating patch cord flexible design, thus guaranteeing that important activities go on without interruption. In a high-demand situation, the dual structure reduces signal degradation and the strong metal holder stops accidental disconnections when cables are moved, so increasing dependability and performance.

[0129] This invention will be very widely used in several industries ranging from telecoms firms to data centers, server farms, logistics and distribution centers, and major companies with massive IT infrastructure. This development would be particularly advantageous for companies that value effective network management including technology companies, schools, and hospitals since it improves organization and dependability in cable management. Since the invention deals with the increasing need for flexible and strong network solutions in a constantly changing digital environment, investors in technology infrastructure, telecommunications, and energy-efficient solutions would find it appealing.

Claims

A flexible and durable network cord patch is designed for enhanced connection stability to ensure reliable network management.According to claim 1, the floating cord patch utilizes a unique construction of PVC, non-employable coverage, and coatings that do not emit toxic halogen gases during combustion, which enhance safety and sustainability.According to claim 1, the claimed product is equipped with metal clamps and plates, which prevent cable separation from the spring space, and reduce the risk of disconnections in network environments.According to claim 1, the metal holder wrapped around the cable minimizes resistance compared to traditional plastic holders, which can compress and contribute to cable casualties.According to claim 1, the flexible holder prevents RJ45 patch cords from separating from their sockets under bending or pulling, ensuring reliable connections.According to claim 1, the claimed product can withstand up to 2 kg of pressure without deformation or damage, enhancing their durability in dynamic settings.According to claim 1, the claimed product streamlines maintenance processes for network administrators, reducing downtime and operational costs associated with cable management.According to claim 1, the claimed product is widely applicable across industries and for telecommunications, data centers, logistics, and any organization reliant on robust IT infrastructure.

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