SPIRAL CABLE IN ELECTRIC VEHICLE CHARGING STATIONS

Abstract

The use of spiral cables in electric vehicle charging is an innovation aimed at increasing the flexibility and ease of storage of the charging cable. This design offers users several advantages. Thanks to its unique spiral structure, the spiral cable can be stretched and extended, allowing easy access to different charging points. It also offers practical storage solutions, taking up less space when not in use. Carefully tested for material durability and electrical performance, the use of spiral cables makes electric vehicle charging processes more user-friendly and efficient.

Description

1 TARIFF SPIRAL CABLE IN ELECTRIC VEHICLE CHARGING STATIONS Technical Area In electric vehicle charging, spiral cables offer flexibility in use and ease of storage. It has a distinctive design feature. Spiral cables are known for their unique spiral structure. The spiral structure allows the cables to stretch and be pulled, thus enabling different A flexible design is provided that can be used in various lengths. In the spiral cable design, tensile and Extension mechanisms are used. These mechanisms regulate the cable length. It allows the user to adjust the settings according to their needs. 10 State of the Art EV (Electric Vehicle) charging cables take up more space when stored using flat cables. Coating problems are encountered in the field. In EV charging units, in the wall cable holder. To create even more coils, wrap a cable around the existing 15 as many times as possible. It is observed that these cables take up more space. During the use of such cables... Restoring the system to its original state is also quite challenging for the end-user. Also, with EV charging cables, the protective sheath material is constantly in contact with the surface after use. Our tests have shown that their lifespans are shortened, especially in harsh winter climates. And in installations in countries with heavy rainfall, the cables' contact with the ground extends their lifespan to 20 years. This creates significant disadvantages in that respect. EV charging cables use a flat cable and do not retract, therefore charging When the process is complete at the charging station, the end user leaves the cable at the charging station without collecting it. This has been observed. This situation can lead to cable wear and tear. Creating an extra coil in the wall cable holder of EV charging units makes a cable 25 rotated around as many times as possible, so that it occupies more space in its current form. This is known and creates a space problem in this area. If there is a portable charging cable, it... This means you'll need even more space to store it in your luggage. EV charging port Tripping hazards in cables are quite common. The main reason for this is the flat surface. The cables give way to the ground due to their weight. These 30 types of cables cannot remain suspended. Cables are at risk of quality issues when charging vehicles on wet surfaces or surfaces containing corrosive liquids. It brings with it the following: stepping on the cable, walking over it, and the cable on the ground. Its lifespan will be shortened if it comes into contact with chemical substances. 2 Flat cables are not as flexible as spiral cables, especially in confined spaces or when charging different devices. If adjusting the cable length to reach the desired points is difficult, using a straight cable offers more limitations. It's possible. Also, flat cables are generally heavier and more difficult to handle than spiral cables. It may not be as user-friendly. This is especially true for users who frequently carry their charger, which is a plus. It could be a disadvantage. Purpose of the Invention The purpose of the invention is to improve the use of spiral cables in electric vehicle charging. The aim is to increase its flexibility and ease of storage. This design makes the charging process more user-friendly. and aims to make it practical. The spiral cable is designed to adapt to different charging ports. It can be extended or retracted. This offers users the ability to charge in a variety of environments and conditions. Auxiliary Figures in the Description of the Invention Figure 1: Spiral cable electric vehicle charging. Reference Numbers that Aid in Disclosure of the Invention 1. Spiral Cable 20 2. Electric vehicle charging socket Description of the Invention 25 In the invention, a spiral cable (1) is used instead of a straight cable between the charging sockets (2). Spiral cables made of thermoplastic polyurethane material (1) retain their structure for a long time And because they are highly resistant to abrasion and tearing, they are used in many fields. Suitable. Spiral cables, manufactured to withstand mechanical stress, are available on various platforms. Also known as tubular cables, spiral cables are widely used in 30 different areas. Control cables for power and signal transmission, spiral plug cables, used in machine manufacturing, machinery. in machine tools, industrial and measurement engineering, communication and medical technologies, It is used in the automotive industry, automatic door systems, and portable devices. 3 These cables (1) can be opened up to 4 times their closed length due to their properties, therefore they are suitable for space. It does not cover and is collected without causing confusion, thus adapting to changing demands. According to this, it also has a function that increases satisfaction. 5 The use of spiral cable (2) in AC charging cables aimed at the end user in the targeted process It reduces the end user's load capacity and makes it easy to recover thanks to its self-recovering capability. It offers a usability advantage. Spiral EV charging cables (1) are excellent for preventing tripping hazards. The tight coil is usually It lifts the cable off the ground. It hangs suspended while connected between the charging station and the EV's charging port. will remain. This makes it easier to locate the cable and prevent it from getting caught. 15 from the ground. Being able to stand at a height also helps reduce the risk of insulation damage. This happens. Friction on the ground and being stepped on or walked over can damage the EV charging cable. This is a common reason for cable damage. Thanks to the cable wearing out more slowly, the cable It can be used for a longer period without needing repair or replacement.

Claims

6 REQUESTS 1. This invention relates to the use of cables in electric vehicle charging stations; a spiral-shaped, straight cable. Instead of a cable, it can be easily extended thanks to its flexible structure, and when not in use... It takes up less space, can be stored neatly, and is resistant to bending and wear. 5 It is characterized by the use of a durable and easily portable spiral cable.

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