A power outlet design where a monoblock module, a child safety feature, and a module part are used together.

Abstract

The sockets (A) used to connect electrical devices to the electrical grid are characterized by having a modular child protection inner part (2) with a bearing area (2.3) and tabs (1.1) that secure the said child protection inner part (2) in the modular structure, and a monoblock module (1) with a module part (1.2) to hold the child protection inner part (2) in place. (Figure 1)

Description

1 TARIFF MONOBLOC MODULE WITH CHILD PROTECTION PART AND MODULE PART A POWER SOCKET ARRANGEMENT WHERE THEY ARE USED TOGETHER Technical Area The invention is designed to connect electrically powered devices to the electrical grid. It is related to the power outlets used. The invention relates specifically to a child restraint inner piece and child restraint inner piece embedded within the module. electrical devices that contain a module part that holds the component in place and are powered by electricity It relates to a socket used for connecting to the power grid. State of the Art A power outlet is used to connect electrical devices to the electrical grid. These are the tools and equipment used. With the rapid spread of electrical household appliances today, many people... electric home appliances that meet various personal needs and are used every day. Tools are available. Therefore, the living spaces where people carry out their lives 20 sockets to connect all electrical devices to the electrical grid. It is available. However, since the electrical grid is dangerous to human health, areas where electric current is present These outlets have various safety measures in place to protect human health and prevent accidents. It exists. For example, in grounded sockets, in addition to the phase and neutral, there is also a ground terminal. 25 Grounding is for protection purposes. Similarly, in electrical outlets used in homes, there is a flow of electric current. A module is available to protect against potential burns. The module contains the slots where the plug pins will enter. when another piece is used that surrounds it and has higher fire resistance This is the name given to this part. Another mechanism used for security is the child. Protective covers are placed inside the socket to prevent foreign objects from being inserted into the socket, and a single plug is 30 a slot that prevents foreign objects from entering by not opening when someone tries to insert an object into it. They are mechanisms. Young children are especially curious about new things and are often at home 35 mounted at accessible points or extended with extension cables and open ends They are able to put their hands into electrical outlets or poke at the holes with any metal object. 2 To avoid such undesirable situations, nowadays electrical outlets should not be left unattended for children. They are mounted in places that are inaccessible, but even in this case, the sockets are located where they are desired. Because of this, various difficulties are experienced in the use of some electrical household appliances. In current applications, it is not possible to use both child protection and the module together. 5 Furthermore, due to design and process conditions, the child protection feature may be restricted in some circumstances. It is not available. The utility model with application number TR2012 / 11542 proposes electricity in every location where electricity is used. Used as a transmitter, it transmits electricity without a neodymium magnet plug at the point where it is mounted. designed so that it does not conduct electricity and thus makes electric shock impossible when idle. It's related to safety plugs. However, this plug only works with neodymium magnet plugs. Patent number TR 2010 / 02461 relates to electrical outlets and its characteristic feature is that it covers the area. Distance sensor 15 to cut off the electrical current if it detects any object. However, due to the complex structure and cost of the sensor used, the product... The cost is increasing. Also, the motion-sensitive sensor will detect any movement near the power outlet. It will detect a person or object and cut off the electrical current, preventing the plugged-in household appliance from working. will be cut. In conclusion, the aim is to connect electrically powered devices to the electrical grid. Improvements are being made to the sockets used with these devices, therefore the above-mentioned new structures that will eliminate disadvantages and provide solutions to existing systems It is needed. Purpose of the Invention The present invention meets the aforementioned requirements while eliminating all disadvantages. a child protection module embedded within the module that removes and introduces some additional advantages It includes a module that holds the child protection inner part and the part in place, and it has 30 electrical energy. It refers to a socket used to connect devices that operate with electricity to the electrical network. The primary purpose of the invention is to connect electrically powered devices to the electrical grid. To increase safety in sockets used for connecting electrical currents... Child protection insert 35 is included inside the module used to protect against possible burns. designed to be placed and hold the child restraint piece in place on the module. By adding a module, a power outlet that offers both of these options is obtained. 3 One aim of the invention is to attach the child protection inner piece, which is placed inside the module, with a snap-on mechanism. It can be removed when needed by being linked to a structure, and child protection is an option. The aim is to increase the functionality and ergonomics of the product by presenting it in this way. In order to achieve the purposes described above, devices that operate on electrical energy are required. It relates to sockets (A) used for connecting to the electrical network, and its feature is; a modular child restraint insert with a sleeping area, the aforementioned child The tabs that enable the modular structure of the protective inner part to be fixed, child protection inner It consists of a monoblock module that has a modular component to hold the part in place. 10 Figures that will help understand the invention. Figure 1 shows a general perspective of the monoblock module, voltage contacts, and upper housing. It is an appearance. 15 Figure 2 shows a general perspective view of the installed power strip. Figure 3 shows a general perspective view of the monoblock module and grounding contacts. Figure 4 provides a general perspective view of the child restraint inner component. Figure 5 shows a general perspective of the child restraint insert and child restraint spring. It is appearance. Figure 6 shows a general perspective view of the spring housing and child restraint spring. Figure 7 is a general perspective view of the angled surface, bearing area, and main body. Figure 8 shows the appearance of the tabs and module part formed on the monoblock structure. 30 Figure 9 shows the appearance of a module part created on a monoblock structure. 35 Explanation of Part References 4 1. Monoblock module 1.1 Nails 1.2 Module part 2. Child protection inner part 2.1 Spring housing 5 2.2 Angled surface 2.3 Bedding area 2.4 Main body 3. Spring 4. Voltage contacts 10 5. Grounding contacts 6. Upper body 7. Lower body 8. Cover A- Socket 15 Detailed Description of the Invention Used to connect electrical devices to the electrical grid. It relates to sockets (A) and its feature is a modular structure with a bearing area (2.3) for a child 20 protective inner part (2), the aforementioned child protective inner part (2) is modular in structure The tabs (1.1) that secure it in place hold the child protection inner part in place, It contains a monoblock module (1) in a single structure with module part (1.2). As shown in Figure 1; the socket (A) connects electrical devices to the electrical grid. It is the element used for the purpose of connecting. In the figure, the lower body (7) and the grounding contacts (5) is stated. Monoblock module (1), on which the child protection inner part (2) can be fitted and plugged into the socket (A) It is a safety feature that provides protection against burns that may occur due to the current. 30 As can be seen in Figure 3; the tabs (1.1) are the monoblock module of the child protection inner part (2). (1) are connecting elements that enable it to be fixed on and removed when desired. The grounding contacts (5) and the cover (8) are clearly indicated in the figure. 35 As can be seen in Figure 5; the child protection inner part (2) performs the child protection function. It is the element that makes it happen. In this view, the perspective view of the interior part (2) from below and above. It is illustrated. As can be seen in Figure 7; the spring housing (2.1), the child protection inner part of the protective spring (3) 5 (2) which allows it to be placed inside and the child protection inner piece (2) is opened inside. It is a home. The angled surface (2.2) rotates to the main body (2.4) with the thrust force from the protective spring (3). It is the element that closes the plug socket by transmitting the movement. It also prevents the plug tip from slipping and pushing. 10 It enables the movement to occur. The bearing area (2.3) ensures that the child protection inner part fits into the module and the plug is connected to the mains. It provides rotational motion when it needs to transmit its electricity to an electrically powered device. It is part 15. The main body (2.4) is pulled into the plug socket by the effect of the rotational movement from the angled surfaces (2.2). It is the element that enables it to enter. The main body (2.4) is constantly engaged by the force from the protective spring (3). It remains in the closed position. As can be seen in Figure 5 and Figure 6; the protective spring (3) is installed in the child protection inner part (2). It is the element that allows it to remain closed, meaning it can be switched off again after being plugged in. The protective spring (3) keeps the main body (2.4) in the closed position continuously. As can be seen in Figures 8 and 9, the module part designed on the monoblock module (1) is 25 (1.2) by keeping the child protection inner part (1) in the desired position, from the plug sockets the deterioration of the inner part (1) surface against any force that may come upon it It prevents. As can be seen in Figure 1; voltage contacts (4) are connected to electrical devices. These are contacts that transmit energy from the electrical grid. As can be seen in Figure 2; the grounding contacts (5) ensure that the plug is grounded. These are the contacts that provide the service. 35 The upper housing (6) is the outermost housing the socket into which the plug is inserted. 6 The protective spring (3) is to ensure that the child protection inner part (2) stays installed. It is inserted into the spring housing (2.1) located inside the inner part (2) of the protective inner part. Then the Child The protective inner part (2) is fitted into the tabs (1.1) in the center of the monoblock module (1). Then Voltage contacts (4) and grounding contacts (5) are mounted on the monoblock module (1). then child protection inner part (2), voltage contacts (4) and grounding contacts (5) 5 The installed monoblock module (1) is attached to the upper body (6). The protective spring (3) is placed in the spring housing (2.1) on the child protection inner part (2), It keeps the main body (2.4) in the closed position at all times. The angled surfaces (2.2) hold the plug socket. They are the closing surfaces. They close the housing with the pressure force from the protective spring (3). 10 Contact of the ends of the electrical plug with angled surfaces (2.2) and the main due to the angle of the surface They rotate the body (2.4) in the direction of the arrow shown in Figure 7. The end of the plug is placed on the angled surface. (2.2) By applying pressure, the main body (2.4) rotates and plugs into the socket. It is entering. The module part (1.2) designed on the monoblock module (1) which is the subject of the invention, child by holding the protective inner part (2) in the desired position, into any of the plug sockets. It prevents the inner part (1) surface from being damaged against the applied force. With this mounting method, the socket (A) has a module and child protection feature. 20

Claims

7 REQUESTS 1. For the purpose of connecting electrically powered devices to the electrical grid. The sockets used are related to (A) and their feature is; child protection inside with monoblock module (1). To enable the combined use of part (2); bearing area (2.3) 5 a modular child protection inner part (2), the aforementioned child protection inner part (2) tabs that enable it to be fixed in the modular structure (1.1) child protection inner part monoblock module (1) with a single unit structure, having module part (1.2) to hold it in place. It includes.

2. According to claim 1, a socket (A) is characterized by its child protection inner part (2) monoblock module. (1) The tabs (1.1) that allow it to be attached and removed are preferably on a monoblock module (1) or located on the child protection inner part (2).

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