Swivel Socket Power Adapter

Abstract

This invention relates to a rotary socket adapter (1) into which existing adapter or power cables (3) are plugged, developed to prevent cable deformation problems caused by the direction of connection. The purpose of the designed adapter (1) is to move the Type-C socket (4), USB socket (5), and dual socket (6) according to the direction of inclination of the power cables (3) and to minimize deformation.

Description

1 TARIFF Swivel Socket Power Adapter Technical Area This invention is designed to prevent cable deformation problems that occur depending on the connection direction. Developed with a rotary socket adapter to which existing adapters or power cables are plugged in, 5 It is related. State of the Art The adapter part of the power cables of electronic devices used in daily life The cable outlet is sometimes positioned perpendicular to the adapter and sometimes directly to the adapter. It is connected in a horizontal position. Therefore, the position of the adapter where it is plugged into the socket and 10 Depending on the user's usage behavior, the cable bends and twists. This situation can occur over time. Deformation occurs especially at the cable output connected to the adapter. Patent application number TR2019 / 00070, which is included in the prior art. the document states that disassembly and detachment can occur due to carelessness and misuse. The deformation-preventing, non-removable plug is explained. Related application 15 the document aims to prevent cable deformation problems that occur depending on the connection direction. A rotary socket adapter is not included. In conclusion, solutions that address the needs described above are relevant to the subject. Due to its shortcomings, it has become necessary to make improvements in the relevant technical field. Brief Description of the Invention 20 The invention was created by drawing inspiration from existing situations and overcoming the aforementioned drawbacks. It aims to solve the problem. The aim of this invention is to solve cable deformation problems that occur depending on the connection direction. a rotary socket developed to prevent this, into which existing adapter or power cables are plugged. It is the placement of the power outlet. 25 The structural and characteristic features and all the advantages of the invention are given in the figure below. Thanks to the detailed explanation written with references to the diagram, it becomes clearer. 2 This will be understood, and therefore the evaluation should also take this detailed explanation into account. It needs to be done by taking precautions. A Shape That Will Help Understand the Invention Figure 1 shows the housing of the socket adapter that is the subject of the invention. Figure 2 shows the power supply cable in the socket adapter that is the subject of the invention. 5 Figure 3 shows the rotary, double socket design in the socket adapter that is the subject of the invention. It is a representation of their moved positions. Figure 4 shows the socket movement stop notches in the socket adapter that is the subject of the invention. It is a representation. Figure 5 shows the fuse in the socket adapter that is the subject of the invention. 10 Figure 6 shows the socket in the power adapter, which is the subject of the invention, connected to the socket power supply input. It is a representation of the socket end that enables the connection. Figure 7 shows the design of the socket movement path in the power strip that is the subject of this invention. Figure 8 shows a sample side view of the design socket in the power adapter that is the subject of the invention. Figure 9 shows the socket power supply input in the power adapter that is the subject of the invention. 15 Figure 10 shows the sockets connected to the sockets in the power adapter that is the subject of the invention, connecting the socket to the outlet. It is a representation of a power transmission link, transmitting power to its connections. Figure 11 shows the movement of the socket connection points in the power adapter that is the subject of the invention. It is a representation of the area showing their locations. Figure 12 shows the 20 main power supply input holders in the socket adapter that is the subject of the invention. It is a representation. Figure 13 shows the rotary type-c design of the socket adapter that is the subject of the invention. This is a representation of the socket's moved position. Figure 14 shows the rotating USB design in the power adapter that is the subject of the invention. This is an indication of the socket's moved position. 25 3 Figure 15 shows the socket housing in the power adapter that is the subject of the invention. Figure 16 shows the rotary double socket design in the socket adapter that is the subject of the invention. It is a representation. Figure 17 shows the rotary USB socket design in the power adapter that is the subject of the invention. It is a representation. 5 Figure 18 shows the rotary type-c design socket in the power adapter that is the subject of the invention. It is a representation. Figure 19 shows the winding compartment of the socket adapter that is the subject of the invention. Figure 20 shows the main power supply input of the socket adapter that is the subject of the invention. Figure 21 shows the main power supply input and cable winding in the socket adapter that is the subject of the invention. It is a representation of the partitioned version. Figure 22 shows the main power supply input and cable winding in the socket adapter that is the subject of the invention. It is a representation of the combined state of the compartments. Figure 23 shows the use of the socket adapter, which is the subject of the invention, with the long cable option. It is a representation. 15 Figure 24 shows the use of the socket adapter, which is the subject of the invention, with the short cable option. It is a representation. Figure 25 shows the power adapter, which is the subject of the invention, with all sockets removed. Figure 26 shows an example of attaching a socket to the power strip that is the subject of this invention. Figure 27 shows the general view of the socket adapter that is the subject of the invention. 20 Figure 28 shows the movement of the socket connections on the power adapter that is the subject of the invention. It is a representation of their locations. Explanation of Part References 1. Power strip 2. Body 25 4 3. Power supply cable 4. Type-C socket 5. USB socket 6. Double socket 7. Socket housing 5 8. Notch 9. Insurance 10. Socket power supply input 11. Socket movement line 12. Main power supply input 10 13. Winding compartment 14. Conservative Detailed Description of the Invention In this detailed description, the preferred configurations of the socket adapter (1) which is the subject of the invention are described. It is explained solely for the purpose of better understanding the subject. 15 This invention is designed to prevent cable deformation problems that occur depending on the connection direction. developed, rotary socket adapter into which existing adapters or power cables (3) are plugged It is related to (1). Figures 27 and 28 show different representations of the rotary socket, which is the subject of this invention. apparatus (1); 20 body carrying the elements (2),  Power supply cable (3) that provides connection to the main network,  Detachable, rotary Type-C socket (4)  Removable and rotatable USB socket (5),  Removable and rotary double socket (6), 25  Socket housing where Type-C socket (4), USB socket (5) and dual power socket (6) are plugged in (7),  The movement of the Type-C socket (4), USB socket (5), and dual power socket (6) is centered on the center. restricting movement to a maximum of 90 degrees from its position When it comes into contact with it, the Type-C socket (4), USB socket (5), and dual plug socket 5 (6) prevents it from moving further but prevents it from moving in the opposite direction non-restrictive stop notches (8),  each Type-C socket (4), USB socket (5) and dual plug socket (6) should have one each used for, overloading or malfunctioning of sockets fuses (9), 10 that disable the relevant socket by blowing in these situations  connected to the socket housing (7) and Type-C socket (4), USB socket (5), dual socket Socket power supply input (10) which enables the socket (6) to be attached to the housing (2),  The line where the Type-C socket (4), USB socket (5), and dual plug socket (6) will move having a Type-C socket (4), USB socket (5), and a dual power socket (6) It provides gradual movement, allowing it to reach the desired position by sliding. 15 Once it's brought to the desired position, a new sliding motion is performed. Unless applied Type-C socket (4), USB socket (5), dual plug socket (6) Socket movement line (11) which ensures that their positions remain fixed.  Main power supply input (12) to which the power cables (2) are connected,  the winding compartment (13) where the power supply cable (3) is wound and 20  Holders that enable the power supply input (12) to be attached to the winding compartment (13) (14) It includes. The purpose of the designed device (1) is to connect the power cables (3) to the Type-C socket according to the direction of inclination. (4), USB socket (5), double socket (6) moving and deformation 25 The aim is to minimize the body (2) in order to carry the elements in the apparatus (1). It has been improved (Figure 1). The device (1) has three socket slots (7) (Figure 15). In these socket slots (7), socket power supply inputs (10) Type-C socket (4), USB socket (5), dual socket (6) is attached (Figure 6, Figure 9, Figure 13, Figure 14, Figure 16, Figure 17, Figure 18, Figure 30 and Figure 26). Each Type-C socket (4), USB socket (5), dual plug socket (6) can be plugged in. It has a removable structure (Figure 3). This means it can be removed as needed or in case of malfunction. They provide efficient use. 6 In addition, the desired combinations can be used for socket housings (7). That is, socket in their sockets (7) all Type-C socket (4) or two USB socket (5) the other is a dual socket Different combinations such as (6) can be used. There is one fuse on each Type-C socket (4), USB socket (5) and dual plug socket (6). (9) is available (Figure 5). In this way, Type-C socket (4), USB socket (5) or dual socket 5 If too much power is applied to the socket (6) or in case of a malfunction, the fuse (9) blows and Type-C by disabling the socket (4), USB socket (5) or dual socket (6) It ensures security. Devices are connected to the Type-C socket (4), USB socket (5), and dual power socket (6). Type-C socket (4), USB socket (5), double socket (6) connection points socket movement line 10 (11) is slid to the desired position (Figure 7, Figure 8 and Figure 11). This The movement is gradual. Notches (8) Type-C socket (4), USB socket (5), dual plug socket (6) movement It restricts the distance from the center to a maximum of 90 degrees (Figure 4). Type- The connection points of the C socket (4), USB socket (5), and dual power socket (6) are 15 When they do this and it comes into contact with the notch (8), it can no longer move. However It is possible to move in the opposite direction. In this case, up to the other notch (8) in the opposite direction. Movement is provided. The power supply cable (3) of the device (1) is extendable (Figure 2 and Figure 10). winding compartment (13) around which the power supply cable (3) will be wound, outside the apparatus (1) 20 It is located (Figure 19, Figure 21 and Figure 22). The power supply cable can be disconnected at any time. (3) It can be used by unwrapping it from where it is wrapped (Figure 23). Otherwise, the power supply The cable (3) can also be used in a short form (Figure 24). If the device (1) is to be used with the long power supply cable (3) option, the main power The power supply input (12) is separated from the holders (14) on the power supply input (12) and plugged into the socket 25 It is attached. The power supply cable (3) is removed from the winding compartment (13). Using the apparatus (1) When finished, disconnect from the socket. The apparatus (1) power supply cable (3) winding compartment (13) They hug. The power supply inlet (12) is placed in the winding compartment (13) together with the holders (14) on it. It is secured by attaching (Figure 21). The input holders (14) are attached to the power supply cable (3) before opening 30 7 When it is to be used, secure the power supply input (12) and plug the apparatus (1) into the socket. It makes it easier to attach (Figure 12 and Figure 20).

Claims

8 REQUESTS 1. Power supply that provides connection to the main network to the body (2) carrying the elements. cable deformation that occurs depending on the connection direction, having a source cable (3). developed to prevent problems with existing adapters or power cables (3) The rotary socket adapter (1) to which it is attached has the following features: 5  Detachable, rotary Type-C socket (4)  Removable and rotatable USB socket (5),  Detachable and rotary double socket (6),  Type-C socket (4), USB socket (5), socket where the dual power socket (6) is plugged in nest (7), 10  The movement of the Type-C socket (4), USB socket (5), and dual power socket (6) is centered on the center. restricting movement to a maximum of 90 degrees from its position Type-C socket (4), USB socket (5), dual socket when it comes into contact with it preventing further movement of the socket (6) but in the opposite direction stop notches (8) that do not restrict its movement, 15  one Type-C socket (4), one USB socket (5), one dual plug socket (6) used, including overloading the sockets or the sockets fuses that trip and disable the relevant socket in case of malfunction (9),  connected to the socket slot (7) and Type-C socket (4), USB socket (5), dual 20 The socket power supply which enables the socket (6) to be attached to the housing (2) entry (10),  Type-C socket (4), USB socket (5), dual plug socket (6) will move the line has a Type-C socket (4), USB socket (5), and a dual power socket. (6) Gradual movement that allows it to reach the desired position by sliding 25 Once it's brought to the desired position thanks to its functionality, a new scroll can be performed. Unless the movement is applied, Type-C socket (4), USB socket (5), dual socket socket movement line that ensures the positions of the socket (6) remain fixed (11),  The main power supply input (12) to which the power cables (2) are connected, 30  the winding compartment (13) where the power supply cable (3) is wound and  Enables the power supply input (12) to be plugged into the winding compartment (13). holders (14) 9 It includes.

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