TR201901319U5 - EASY TO REMOVE PLUG - Google Patents

Abstract

The subject of this invention is a plug with a mechanism that allows it to be removed from the socket it is connected to with one hand. it has at least one extractor shaft (1), at least one intermediate shaft (2), a release element (3), at least one release shaft (3.1), spring (4) and shaft housing (5).

Description

DESCRIPTION EASY REMOVAL PLUG Relevant Technical Field The invention is a device that allows one to unplug easily and safely with one hand. is related to the plug structure.

State of the Art A plug connects electrical current from a power source to an electrical appliance, mechanical equipment or It is an element that is fed to electronic components. The plug is typically made of an insulating material. It has a built body. A power cord extending from one side of the plug body It carries the current, on another side of the plug body, it provides the connection with the electrical source. feet are available. The plug feet usually have one positive and one protruding from the contact surface. There may be negative margins.

The traditional plug, which has plug feet provided on the contact surface of the plug body, to a wall outlet, an extension cord, or electrical, mechanical or in the form of conductive strips or tabs to ensure that it is firmly attached to the electronic product. plug feet are used. The hoppers corresponding to the plug feet are available in the socket. These chambers that is, the socket sockets hold the plug feet. Also in the socket to provide grounding connection. The grounding contacts used are also a device that is active to keep the plug in the socket when the plug is inserted. is the other person.

A user may unplug the plug body with one hand, especially from a movable outlet such as an extension cord. unplug by forcibly pulling with one hand and holding the movable bowl in place with the other hand has to. The user plug may be incorrectly plugged in by forcibly pulling directly on the power cord connected to the plug body. the plug, body elements and may damage the contact elements.

In addition, it is necessary for users to remove the plug body from the socket it is in. The nail and carcass mechanism that holds the extra force socket on the wall is fixed. causing it to come off the ground or be damaged.

Using both hands simultaneously for the needed disassembly after the plug is plugged in It is not a practical application as it will cause loss of time in emergency situations.

Wet hand touching the plug can have dangerous consequences such as being exposed to electric shock. why could it be.

Considering the state of the art, the traditional plug can be easily and safely plugged. It is not ideally designed to allow removal.

Some arrangements made to make it easier to disconnect the plug from the socket. available. In the patent document US7556524BZ describing one of these arrangements An easy-to-open type plug includes a handle. The handle can be lifted and folded to plug attached to the body. With this arrangement, the user can hold the plug more easily, but the plug is unplugged. It will not be enough to pull the handle with one hand to remove it, safely unplug it from the socket. To remove it, he must support the socket with his other hand. These and similar regulations it does not offer a fast, practical and at the same time safe solution.

Purpose of the Invention To overcome the above-mentioned drawbacks of the prior art, the present invention an arrangement that allows the plug to be unplugged easily and safely with one hand recommends.

The present invention is to remove the plug from the socket body with the joint mechanism placed in the monoblock plug. which allows it to leave easily, the plug must be removed quickly and safely from where it is by means of a release unit, which prevents damage to the socket or plug in It offers a plug with an activated mechanism.

The invention consists of at least one extractor shaft, at least one intermediate shaft, a release member, and a spring. refers to a plug with an easy-release mechanism. Easy-release mechanism It is triggered by the user with the release element. The easy-release mechanism is active. located on the plug body, which is grasped by the user with one hand to make it with one of the fingers on the release member and suppression is sufficient. In this way, the plug can be easily and quickly removed from the socket. Thanks to the mechanism that is the subject of the invention, it is possible to use the other hand while removing the plug from the socket, there is no need to get support from the wall, over the socket cover, the plug or socket will not be damaged. With this method, which he does not see, the plug is safely disconnected from the socket.

Detailed Description of the Invention Description of figures Figure 1. Perspective when the easy-release mechanism of the plug, which is the subject of the invention, is active. is the view.

Figure 2. Perspective of the subject of the invention with the easy-release mechanism locked is the view.

Figure 3. An illustration showing the active state of the easy-release mechanism in one embodiment of the invention. side section view.

Figure 4. An illustration showing the locked state of the easy-release mechanism in one embodiment of the invention. side section view.

Figure 5. The subject of the invention is a cross-sectional perspective view of the plug.

Figure 6. Another embodiment of the invention showing the locked state of the easy-release mechanism. This is a side section view.

Figure 7. Another example showing the active state of the easy-release mechanism in an embodiment of the invention. This is a side section view.

Explanation of references in figures 1. Extractor shaft 2. Intermediate shaft 3. Release element 3.1. release shaft shaft seat plug foot 7499'? plug body Extractor shaft (1), intermediate shaft (2) activated by pressing the release element (3) triggered by the plug body (7), it protrudes and acts as an ejector pin. Release If the element (3) is pressed, is it extractor] (1) movement towards the socket surface where the plug is inserted? it does. The extractor shaft 1 may be of a square or circular form, preferably of a circular form.

The spring (4) ensures the positioning of the release element (3). easy removal the original release element (3) when the mechanism changes from the active state to the locked state. its return to its state occurs thanks to the spring (4). The spring (4) and the extractor shaft (1) positioning, that is, entering the plug body, and making the mechanism more comfortable. makes it work.

The easy-release mechanism is designed by the user via the release element (3). is triggered. When the user presses the release element (3), the release with a release shaft (3.1) integral to the element (3) or mounted subsequently. drives the spindle (2). The release element (3) is like a button, lever or lever. It could be a piece.

Where the release element (3) has a different surface from the surface of the plug body (7) even if the user is not looking at the plug, he can feel the release element (3) when he grips the plug with one hand and can quickly operate the easy-release mechanism. Release element (3) plug it does not have a design that will protrude by extending from the body of the plug (7). It has a form compatible with its surface. In this way, security problems are avoided; plug space on extension cords or freeing one's hand or any cord a situation such as getting stuck on the release element (3) does not occur. Release element (3) plug at any point on the lateral surface of the plug body (7) that is not on the same axis as its feet (6). is located.

Intermediate shaft] (2) connects the release element (3) and the extractor shaft (1) and releases that the vertical force applied to the release element (3) will act on the extractor shaft (1) horizontally. in this way, and in this way, inside the plug body (7), in the shaft housing (5). extractor] (1) is pushed out of the plug body (7). Intermediate shaft (2) as a connecting element acts as a hinge. The extractor shaft (1) can be used both when the easy-release mechanism is locked or when the shaft housing is active. It is found in (5). The shaft housing (5) is placed on the surface where the plug feet (6) are located and one end on the surface. The plug body (7) is in the form of a channel to be opened into it. Spindle seat (5), extractor shaft (l) is wide enough to move freely in and will not restrict the movement of the intermediate shaft (2). length. Thanks to the shaft housing (5), the extracted shaft (l) moves forward and out of the plug body (7). It performs its backward movement towards the inside of the plug body (7) in such a way that it remains on the same axis, With the easy-release mechanism locked, the extractor shaft (1) is completely plugged into the shaft housing (5). the body (7) is fixed in such a way that it remains in it, the release element (3) is applied on it. there is no force. Easy unplugging when plugged in or idle mechanism is locked.

When the easy-release mechanism is active, the applied force on the release element (3) pushed the release shaft (3.1) with pressure and actuated the intermediate shaft (2) The plug body (7) caused it to come out. When the easy-release mechanism is active, ejected shaft (1) outside the plug body (7), partially protruding from the shaft housing (5) The extractor shaft (1) is preferably located between the plug feet (6) on the plug surface. Easy unplugging Extractor shaft (1) to ensure robust and easy disassembly thanks to its mechanism The force transmitted through the plug surface preferably from the center, that is, between the plug feet (6). It is applied from the middle of the distance. When positioning the ejection mechanism, the plug body limited space inside is taken into account. However, if the position of the extractor shaft (l) is 4 mm from the centre. It is also possible to take it as far.

In one embodiment of the invention, when the user wants to remove the plug from the socket, he grasps the plug with one hand. presses the release element (3) located in the body (7), the release element (3) a part of it enters the plug body (7) and activates the easy-release mechanism.

While the user is pressing the release element (3), the freewheel attached to the release element (3) The release shaft (3.1) moves clockwise and the intermediate shaft connected to the release shaft (3.1) (2) allows it to move towards the plug feet (6). Intermediate shaft] (2) is connected to the shaft (l) and this by pushing the extractor shaft (l) with the movement of the extractor shaft (1) in the shaft housing (5) from the plug body (7) causes it to pop out. While the extractor shaft (l) is pushed out of the plug body (7), It applies a pressure to the socket surface where the plug is located, and as a result of this pressure, the plug feet (6) come out of the socket. gets rid of, the plug is easily removed from the socket. Extractor shaft (1), intermediate shaft (2) and release shaft (3.1) are connected to each other by flexing or gripping. can be connected via deadlock and similar methods.

While the invention has been described in connection with various specific embodiments, it is expressly It appears that those skilled in the art, in the light of the above-mentioned explanations, may also present alternatives and modifications. Therefore, the invention described here all such alternatives, modifications and applications are also intended to be covered.

Claims (8)

REQUESTS 1. It is a plug with a mechanism that allows it to be removed from the socket with one hand, and its feature is; The extraction mechanism it has includes at least one extractor shaft (l), at least one intermediate shaft (2), one free-release element (3) and at least one free-release shaft (3.1) moving towards the socket surface where the plug is attached. 2. It is a plug with an extraction mechanism as in claim 1, and its feature is; the release element (3) it has is positioned at any point on the surface of the plug body (7), which is not on the same axis as the plug feet (6). 3. It is a plug as in claim 17, and its feature is; the release element (3) is integral or has a release shank (3.1) connected to the intermediate shaft (2) which is mounted later. 4. It is a plug as in claim 1, and its feature is; it consists of at least one intermediate shaft (2) with a joint function, one end of which is connected to the release shaft (3.1) and the other end to the extractor shaft (1). 5. It is a plug as in claim 1, and its feature is; By pressing the release element (3), it is triggered by the intermediate shaft (2), which protrudes from the plug body (7), exerts pressure on the socket surface and pushes the socket and separates the plug feet (6) from the socket, preferably on the surface of the plug facing the socket, preferably on the plug feet (6 ) is located in the middle of the extractor shaft (l). 6. It is a plug as in Claim 1 and its feature is; It has a spring (4) that enables the release element (3) to return to its original state and the extractor shaft (1) to be repositioned when the ejection mechanism passes from the active state to the locked state again. 7. It is a plug as in Claim 1, and its feature is; A channel that is wide enough for the extractor shaft (l) to move easily and is long enough not to restrict the movement of the intermediate shaft (2), allowing the extractor shaft (1) to move forwards out of the plug body (7) and back into the plug body (7) on the same axis. in the form of a shaft housing (5). 8. It is a plug as in Claim 1 and its feature is; By pressing the release element (3) on the plug body (7) that the user grasps with one hand and a part of the release element (3) entering into the plug body (7), the release shaft (3.1) connected to the release element (3) is clockwise. moving the intermediate shaft (2) connected to the release shaft (3.1) towards the plug feet (6), pushing the output shaft (l) of the intermediate shaft (2) in the shaft socket (5) of the plug body (1) It is the application of pressure to the socket surface where the plug feet (6) are located while pushing the plug outward from the body (7), and the plug feet (6) being released from the socket and the plug comes out of the socket by means of this pressure.