CN204885581U - A Multifunctional Socket Structure - Google Patents

Abstract

The utility model discloses a multifunctional socket structure, which comprises a bottom shell, a panel covered on the bottom shell, a circuit module arranged in the bottom shell, and a plurality of jacks arranged on the panel, wherein the jacks can be used for inserting plugs into the interior and are electrically connected with the circuit module; the panel is provided with a bearing structure capable of bearing articles, and the powered device can be placed on the bearing structure and can be inserted into the jack through a charging wire to perform wired charging; the socket structure further comprises a wireless charging device corresponding to the position of the bearing structure, the powered device is placed on the bearing structure and can be wirelessly charged through the wireless charging device, the wireless charging device comprises a power supply transmitting module which is arranged in the bottom shell in a built-in mode, corresponds to the position of the bearing structure and is electrically connected with the circuit module, an electric energy receiving module which is arranged on the powered device and can receive electric energy of the power supply transmitting module so as to charge a storage battery of the powered device, and an electric energy wireless transmission structure which can be used for wirelessly transmitting the electric energy between the power supply transmitting module and the electric energy receiving module.

Description

A Multifunctional Socket Structure

technical field

The utility model relates to the technical field of electric sockets, in particular to a multifunctional socket structure.

Background technique

The socket is one of the most commonly used devices for connecting electrical equipment to the power supply. With the rapid development of information technology and technology, there are more and more high-tech electronic equipment such as mobile phones, MP3, PSP, and tablet computers. Especially mobile phones, almost Everyone has it, and these powered devices need electricity. The existing charging method is generally to insert the charging cable into the jack of the socket for wired charging, and because the existing socket only has a jack, Generally, it does not have the function of storage and storage, and the function is single. Users need to find a space near the socket to place the powered device. Every time they charge, they need to find a space to place the mobile phone, which is troublesome. In addition, the existing power receiving equipment can generally only be plugged into the socket for wired charging through the charging cable. The charging method is single, and the function of the socket is also very single. Moreover, the existing socket structure is traditional and old, not flexible enough to use, and not smart enough. change.

Therefore, how to realize a socket structure that can carry out wired charging and wireless charging for powered devices, realize wireless charging, and at the same time have storage and storage functions, easy and fast to use, flexible structural changes, and multi-functional socket structure is a technology that needs to be solved urgently in the industry. question.

Utility model content

The main purpose of this utility model is to provide a multi-functional socket structure, aiming to realize a kind of wired charging and wireless charging for electric equipment, realize wireless charging, and have storage and storage functions at the same time. Flexible form transformation, multi-functional socket structure.

The utility model proposes a multifunctional socket structure, which includes a long strip-shaped bottom shell that can be installed on the wall horizontally or vertically, a panel that is adapted to the bottom shell and covered on the bottom shell, and is located in the bottom shell. The circuit module, a number of jacks on the panel, the jacks can be inserted into the interior and electrically connected with the circuit module; the panel is equipped with a holding structure that can hold objects, and the receiving equipment can be placed on the holding Structurally, the charging cable can be inserted into the socket for wired charging; the socket structure also includes a wireless charging device corresponding to the position of the receiving structure, and the powered device is placed on the receiving structure and can be wirelessly charged through the wireless charging device , the wireless charging device includes a power supply transmitting module built in the bottom shell and corresponding to the position of the receiving structure and electrically connected to the circuit module, which is arranged on the power receiving device and can receive the power of the power supply transmitting module to provide power for the power receiving device The electric energy receiving module charged by the storage battery, and the electric energy wireless transmission structure for wireless electric energy transmission between the power supply transmitting module and the electric energy receiving module.

Preferably, the wireless power transmission structure includes a magnet coil structure connected to the power supply transmitting module, and a coil structure connected to the power receiving module and capable of wireless power transmission through magnetic resonance magnetic field coupling with the magnet coil structure.

Preferably, the receiving structure is set as a shelf or a locker with a door panel.

Preferably, the power supply transmitting module is provided with a charging indicator light that emits light when charging, thereby serving as a charging reminder.

The panel of the socket structure of the utility model is provided with a bearing structure capable of bearing articles, and the bearing structure is set as a rack or a locker with a door panel. The powered device can be placed on the receiving structure and can be plugged into the socket through the charging cable for wired charging. The powered device can be placed directly on the receiving structure. Very convenient. In addition, the socket structure also includes a wireless charging device corresponding to the position of the receiving structure, and the power receiving device is placed on the receiving structure and can be wirelessly charged by the wireless charging device. The wireless charging device includes a power supply transmitting module built in the bottom shell and corresponding to the position of the receiving structure and electrically connected to the circuit module, which is arranged on the power receiving device and can receive the power of the power supply transmitting module to provide power for the power receiving device. The electric energy receiving module for battery charging, and the electric energy wireless transmission structure for wireless electric energy transmission between the power supply transmitting module and the electric energy receiving module. The wireless power transmission structure includes a magnet coil structure connected to the power supply transmitting module, and a coil structure connected to the power receiving module and capable of wireless power transmission through magnetic resonance magnetic field coupling with the magnet coil structure. Wherein, the power supply transmitting module is provided with a charging indicator light that emits light during charging and thus has the function of charging reminder. It can be seen that the socket structure also includes a wireless charging device corresponding to the position of the receiving structure. The receiving device can be placed on the receiving structure and can be wirelessly charged through the wireless charging device. It is very convenient and flexible to use, and the receiving device can be intelligently Charging in an intelligent and wireless manner, which is very convenient. In addition to the socket structure having the function of an ordinary socket, it also enables the receiving equipment to have two charging forms: wired charging and wireless charging. Strong. In addition, the socket structure can be installed on the wall horizontally or vertically, and the jacks on the socket structure, the receiving structure and the specific structural form and position layout of the wireless charging device can be flexibly and freely changed, that is, the specific structure of the socket structure The structural form can be flexibly transformed according to the actual situation, and the structural form is flexible and changeable. The utility model realizes a socket structure capable of carrying out wired charging and wireless charging for electric receiving equipment, realizes wireless charging, has storage and storage functions, is easy and quick to use, and can be flexibly changed in structural form, and is multifunctional.

Description of drawings

Fig. 1 is a schematic structural view of an embodiment of a multifunctional socket structure of the present invention;

Fig. 2 is a structural schematic diagram of an embodiment of a multi-functional socket structure of the present invention, wherein the mobile phone is being charged by wire;

Fig. 3 is a structural schematic diagram of an embodiment of a multifunctional socket structure of the present invention, wherein the mobile phone is being wirelessly charged;

Fig. 4 is a structural schematic diagram of an embodiment of a multifunctional socket structure of the present invention, wherein the receiving structure is set in the form of a rack;

Fig. 5 is a structural schematic diagram of an embodiment of a multifunctional socket structure of the present invention, wherein the receiving structure is set in the form of a locker;

Fig. 6 is a structural schematic diagram of an embodiment of a multifunctional socket structure of the present invention, wherein the receiving structure is located on the left side;

Fig. 7 is a structural schematic diagram of an embodiment of a multifunctional socket structure of the present invention, wherein the receiving structure is located on the upper side;

Fig. 8 is a structural schematic diagram of an embodiment of a multifunctional socket structure of the present invention, wherein the receiving structure is located on the lower side;

FIG. 9 is a schematic block diagram of the working principle of the wireless charging device in an embodiment of a multifunctional socket structure of the present invention.

The realization of the purpose of the utility model, functional characteristics and advantages will be further described in conjunction with the embodiments and with reference to the accompanying drawings.

Detailed ways

It should be understood that the specific embodiments described here are only used to explain the utility model, and are not intended to limit the utility model.

Referring to Fig. 1 to Fig. 9, an embodiment of a multifunctional socket structure of the present utility model is proposed, which includes a strip-shaped bottom shell 100 that can be installed horizontally or vertically on the wall, adapted to the bottom shell 100 and The panel 200 covering the bottom case 100 , the circuit module inside the bottom case 100 , and a plurality of jacks 201 on the panel 200 , the jacks 201 can be inserted into the plug 300 and electrically connected with the circuit module.

The socket is one of the most commonly used devices for connecting electrical equipment to the power supply. With the rapid development of information technology and technology, there are more and more high-tech electronic equipment such as mobile phones, MP3, PSP, and tablet computers. Especially mobile phones, almost Everyone has it, and these powered devices need electricity. The existing charging method is generally to insert the charging cable into the jack of the socket for wired charging, and because the existing socket only has a jack, Generally, it does not have the function of storage and storage, and the function is single. Users need to find a space near the socket to place the powered device. Every time they charge, they need to find a space to place the mobile phone, which is troublesome. The panel 200 of the socket structure is provided with a receiving structure capable of holding articles, and the receiving structure is configured as a rack 401 or a locker 402 with a door panel. The receiving device can be placed on the receiving structure and can be inserted into the socket 201 through the charging cable 301 for wired charging. The receiving device can be placed directly on the receiving structure, and the user does not need to find a space for placing the receiving device in the accessories , very convenient to use.

The socket structure also includes a wireless charging device corresponding to the position of the receiving structure, and the powered equipment is placed on the receiving structure and can be charged wirelessly through the wireless charging device. The wireless charging device includes a power supply transmitting module 501 built in the bottom case 100 and corresponding to the position of the receiving structure and electrically connected to the circuit module. The power receiving module 502 for charging the storage battery of the electric device may be a power wireless transmission structure for wireless power transmission between the power supply transmitting module 501 and the power receiving module 502 . The wireless power transmission structure includes a magnet coil structure 503 connected to the power supply transmitting module 501 , and a coil structure 504 connected to the power receiving module 502 and capable of wireless power transmission through magnetic resonance magnetic field coupling with the magnet coil structure 503 . Wherein, the power supply transmitting module 501 is provided with a charging indicator light that emits light when charging, thereby serving as a charging reminder. Existing powered devices generally can only be plugged into the socket through the charging cable for wired charging. The charging method is single, and the function of the socket is also very single. Moreover, the existing socket structure is traditional and old, not flexible enough to use, and not intelligent enough. The socket structure also includes a wireless charging device corresponding to the position of the receiving structure. The receiving device can be placed on the receiving structure and can be wirelessly charged through the wireless charging device. The use is very simple and flexible. The receiving device can be intelligent, Wireless charging is convenient. The socket structure has the function of ordinary sockets, and it also enables the receiving equipment to have two charging forms: wired charging and wireless charging. At the same time, it also has storage and storage space, which is convenient and flexible to use and convenient. . In addition, the socket structure can be installed on the wall horizontally or vertically, and the jack 201 on the socket structure, the receiving structure and the specific structural form and position layout of the wireless charging device can be flexibly and freely changed, that is, the socket structure The specific structural form can be flexibly changed according to the actual situation, and the structural form is flexible and changeable.

The panel 200 of the socket structure of the utility model is provided with a receiving structure capable of holding articles, and the receiving structure is set as a rack 401 or a locker 402 with a door panel. The receiving device can be placed on the receiving structure and can be inserted into the socket 201 through the charging cable 301 for wired charging. The receiving device can be placed directly on the receiving structure, and the user does not need to find a space for placing the receiving device in the accessories , very convenient to use. In addition, the socket structure also includes a wireless charging device corresponding to the position of the receiving structure, and the power receiving device is placed on the receiving structure and can be wirelessly charged by the wireless charging device. The wireless charging device includes a power supply transmitting module 501 built in the bottom case 100 and corresponding to the position of the receiving structure and electrically connected to the circuit module. The power receiving module 502 for charging the storage battery of the electric device may be a power wireless transmission structure for wireless power transmission between the power supply transmitting module 501 and the power receiving module 502 . The wireless power transmission structure includes a magnet coil structure 503 connected to the power supply transmitting module 501 , and a coil structure 504 connected to the power receiving module 502 and capable of wireless power transmission through magnetic resonance magnetic field coupling with the magnet coil structure 503 . Wherein, the power supply transmitting module 501 is provided with a charging indicator light that emits light when charging, thereby serving as a charging reminder. It can be seen that the socket structure also includes a wireless charging device corresponding to the position of the receiving structure. The receiving device can be placed on the receiving structure and can be wirelessly charged through the wireless charging device. It is very convenient and flexible to use, and the receiving device can be intelligently Charging in an intelligent and wireless manner, which is very convenient. In addition to the socket structure having the function of an ordinary socket, it also enables the receiving equipment to have two charging forms: wired charging and wireless charging. Strong. In addition, the socket structure can be installed on the wall horizontally or vertically, and the jack 201 on the socket structure, the receiving structure and the specific structural form and position layout of the wireless charging device can be flexibly and freely changed, that is, the socket structure The specific structural form can be flexibly changed according to the actual situation, and the structural form is flexible and changeable. The utility model realizes a socket structure capable of carrying out wired charging and wireless charging for electric receiving equipment, realizes wireless charging, has storage and storage functions, is easy and quick to use, and can be flexibly changed in structural form, and is multifunctional.

The above are only preferred embodiments of the present utility model, and are not therefore limiting the patent scope of the present utility model. All equivalent structural transformations made by using the utility model specification and accompanying drawings are directly or indirectly used in other related technologies. Fields are all included in the scope of patent protection of the utility model in the same way.

Claims (4)

1. a multi-functional socket, it is characterized in that, comprise the drain pan, adaptive and be covered on the panel on described drain pan, the circuit module be located in described drain pan, some jacks be located on described panel with described drain pan that laterally or vertically can be installed to the strip on wall, described jack can insert inner for plug and be electrically connected with described circuit module;

Described panel be provided with can bear article bear structure, bear described in power receiving equipment can be placed into be inserted in described jack in structure and by charging wire and carry out wired charging;

Described socket also comprises the wireless charging device corresponding with the described position bearing structure, to bear described in described power receiving equipment is positioned in structure and to carry out wireless charging by described wireless charging device, described wireless charging device comprises and being built in described drain pan and and that with described circuit module be electrically connected power supply transmitter module corresponding with the described position bearing structure, to be located on described power receiving equipment and the electric energy of described power supply transmitter module can be received thus the electric energy receiver module of the charge in batteries for described power receiving equipment, can be the electric energy wireless transmission structure of carrying out the wireless transmission of electric energy between described power supply transmitter module and described electric energy receiver module.

2. the multi-functional socket of one according to claim 1, it is characterized in that, described electric energy wireless transmission structure comprise be connected with described power supply transmitter module magnet coil structure, to be connected with described electric energy receiver module and the loop construction of wireless power transmission can be realized by the magnetic Field Coupling of magnetic resonance with described magnet coil structure.

3. the multi-functional socket of one according to claim 1, is characterized in that, described in bear vibrational power flow be rack or the article placing cabinet with door-plate.

4. the multi-functional socket of one according to claim 1 or 2 or 3, is characterized in that, described power supply transmitter module is provided with the luminescence when charging thus has the charging indicator light of charge prompting effect.