CN218275195U

CN218275195U - Socket with wireless charging function

Info

Publication number: CN218275195U
Application number: CN202221657025.5U
Authority: CN
Inventors: 赵武; 张永川
Original assignee: Guangdong Pisen Electronics Co ltd
Current assignee: Guangdong Pisen Electronics Co ltd
Priority date: 2022-06-28
Filing date: 2022-06-28
Publication date: 2023-01-10
Anticipated expiration: 2032-06-28

Abstract

The utility model relates to a take wireless socket of function of charging, including socket ontology, socket ontology is provided with the commercial power jack for switch on the commercial power plug, socket ontology still is provided with the wireless panel that charges, is equipped with the wireless module of charging in the socket ontology, and the wireless module of charging and the wireless panel internal circuit switch-on that charges for the wireless module of charging converts commercial power into the adaptation alternating current and carries the wireless panel internal circuit that charges, and charges the panel through wireless to the wireless external equipment that charges. In the preferred mode, it includes two wireless charging panels, and during the use, can rotate the slope with a panel, the cell-phone is placed on the slope panel, can watch the video when charging, can place wireless earphone on another panel and carry out wireless charging. After use, one panel may be rotated to the other. Is particularly suitable for being placed on a table top, is convenient to use and is rich in aesthetic feeling.

Description

Socket with wireless charging function

Technical Field

The utility model relates to a take socket of wireless function of charging.

Background

The socket is a device used for being matched with the plug for use and comprises a socket body, wherein the outside of the socket body is an insulating shell, jacks are arranged on the shell, and a conductive metal sheet is arranged in the shell. After the socket is electrified, the plug of the electric equipment is connected into the jack, and then the plug is in contact conduction with the conductive metal sheet. A common socket is provided with a commercial power jack and is used for accessing household appliances to get electricity. Some sockets still are equipped with cell-phone charging module and USB interface, and cell-phone charging module can change the commercial power into cell-phone charging voltage, for example 5V direct current to carry to the USB interface, and the cell-phone inserts through the USB charging wire, can charge to the cell-phone.

When the socket is used for charging the mobile phone, a charger does not need to be inserted into the socket, and the situation that the plug and the charger on the socket are piled up disorderly can be avoided to a certain extent. But a USB charging wire needs to be connected, which makes charging convenience still insufficient.

SUMMERY OF THE UTILITY MODEL

The utility model discloses the technical problem that will solve is: the socket with the wireless charging function is provided, and can be used for wirelessly charging a mobile phone.

The utility model provides a technical scheme that its technical problem adopted is:

take socket of wireless function of charging, including socket ontology, socket ontology is provided with the commercial power jack for switch on the commercial power plug, socket ontology still is provided with the wireless panel that charges, is equipped with wireless charging module in the socket ontology, and wireless charging module with the wireless panel internal circuit that charges switches on, is used for wireless charging module converts commercial power into the adaptation alternating current and carries the wireless panel internal circuit that charges to charge to the wireless external equipment through the wireless panel that charges.

Further, the wireless panel that charges includes first wireless panel that charges, first wireless panel that charges passes through hinge structure and connects socket ontology makes first wireless panel that charges rotate around hinge structure.

Further, the first wireless charging panel can rotate around the hinge structure at least to a first preset angle and a second preset angle;

the wireless charging panel also comprises a second wireless charging panel, and when the first wireless charging panel rotates to the first preset angle, the first wireless charging panel is attached to the second wireless charging panel;

when the first wireless charging panel rotates to the second preset angle, a gap is formed between the first wireless charging panel and the second wireless charging panel, and the gap is used for accommodating equipment wirelessly charged by the second wireless charging panel.

Further, the second wireless charging panel is located on the upward surface of the socket body.

Furthermore, a magnetic component is arranged in the first wireless charging panel and used for adsorbing the wirelessly charged equipment.

Furthermore, the socket body is cubic, and the face of the socket body facing downwards is provided with an anti-skidding structure.

Further, the socket body is provided with a USB jack for connecting a USB plug.

Further, the socket body is connected with a plug through a cable.

The beneficial effects of the utility model are that: this scheme socket, it has wireless module of charging, and the wireless panel of charging that sets up on the switch socket ontology, can charge to external equipment is wireless. In the preferred mode, it includes two wireless charging panels, during the use, can place the rotatory slope of a panel, and the cell-phone is placed on the slope panel, can watch the video when charging, can place wireless earphone on another panel and carry out wireless charging. After use, one panel may be rotated to the other. Is particularly suitable for being placed on a table top, is convenient to use and is rich in aesthetic feeling.

Drawings

Fig. 1 is a schematic diagram of an embodiment of the present invention, which is a socket with a wireless charging function;

fig. 2 is a schematic diagram illustrating a state of the embodiment of fig. 1 when the first wireless charging panel is opened;

the reference signs are: socket body 1, hinge structure 11, socket switch 12, commercial power jack 21, USB jack 22, first wireless charging panel 31, second wireless charging panel 32, plug 4.

Detailed Description

The present invention will be further described with reference to the following drawings and examples, which may be typical:

take socket of wireless function of charging, including socket ontology 1, socket ontology 1 is provided with commercial power jack 21 for switch on the commercial power plug, and socket ontology 1 still is provided with the wireless panel that charges, is equipped with wireless charging module in the socket ontology 1, and wireless charging module with the wireless panel internal circuit that charges switches on, is used for wireless charging module converts the commercial power into the adaptation alternating current and carries the wireless panel internal circuit that charges to charge to the wireless external equipment through the wireless panel that charges.

As shown in fig. 1 and 2, the socket comprises a socket body 1, wherein the surface of the socket body 1 is provided with an insulating shell, and the inside of the socket body 1 is provided with a conductive metal for contacting and conducting with a plug. The socket body 1 is provided with a commercial power jack 21, and a commercial power plug of the household appliance can be inserted into the commercial power jack 21 to get electricity.

Usually, the socket body 1 may be connected with a plug 4 through a cable, and the plug 4 is connected with a wall plug in a home, so that the socket can be powered on. In some cases, the socket does not need to be provided with the plug 4, and a user can connect the live wire and the neutral wire into the conductive metal in the socket body 1 to electrify the socket.

In order to achieve the purpose of conveniently charging the mobile phone, the socket body 1 is further provided with a wireless charging module and a wireless charging panel. The wireless charging module is a circuit function module consisting of electronic components, and has the function of converting commercial power into adaptive alternating current and transmitting the adaptive alternating current to an internal circuit of the wireless charging panel, so that the wireless charging panel wirelessly charges external equipment based on electromagnetic induction.

Most typically, the wireless charging module may sequentially include a voltage reduction circuit and a voltage stabilization circuit, and convert the commercial power into low-voltage direct current. For example to 5v dc. Then, the direct current is converted into alternating current by the oscillating circuit, and the alternating current is connected with a coil in the wireless charging panel, so that the wireless charging panel can be charged outwards based on electromagnetic induction. For example, if a device such as a mobile phone and a wireless headset supporting wireless charging is placed on the wireless charging panel, wireless charging can be achieved.

Preferably, the socket body 1 may have a cubic shape, and the downward surface of the socket body 1 may be provided with an anti-slip structure. The socket of this scheme is particularly useful for placing and use on desk, and the cube molding can compromise the decoration function. In addition, as in the prior art, the socket body 1 may also be provided with a USB jack 22 for accessing a USB charging cable, and the socket may be provided with a socket switch 12 for turning on/off the power supply of the socket.

As shown in fig. 1 and 2, the wireless charging panel may include a first wireless charging panel 31, and the first wireless charging panel 31 may be connected to the socket body 1 through a hinge structure 11, so that the first wireless charging panel 31 may rotate around the hinge structure 11.

For example, the first wireless charging panel 31 may be rotated to an inclined state, and a mobile phone may be placed on the first wireless charging panel 31, so that a video of the mobile phone may be conveniently watched while the mobile phone is wirelessly charged. In order to prevent the mobile phone from sliding off the inclined surface, a hook structure extending out may be provided at the lower end of the inclined surface of the first wireless charging panel 31 to receive the weight of the mobile phone. Or a magnetic attraction member may be provided in the first wireless charging panel 31 to attract the wirelessly charged device.

More preferably, the first wireless charging panel 31 may be rotatable around the hinge structure 11 at least to a first preset angle and a second preset angle;

the wireless charging panel further comprises a second wireless charging panel 32, and when the first wireless charging panel 31 rotates to the first preset angle, the first wireless charging panel 31 is attached to the second wireless charging panel 32;

when the first wireless charging panel 31 rotates to the second preset angle, a gap is formed between the first wireless charging panel 31 and the second wireless charging panel 32, and the gap is used for accommodating the device wirelessly charged by the second wireless charging panel 32.

As shown in fig. 2, in the present embodiment, there are two wireless charging panels, namely, a first wireless charging panel 31 and a second wireless charging panel 32. The upward surface of the socket body 1 of the second wireless charging panel 32 is located, when the first wireless charging panel 31 rotates to a second preset angle, for example, when the first wireless charging panel 31 is in an inclined state as shown in fig. 2, the wireless charging earphone box can be placed on the second wireless charging panel 32, and meanwhile, the mobile phone can be placed on the first wireless charging panel 31. The above mode can satisfy the demand that two equipment wireless charging simultaneously. After the charging is completed, the first wireless charging panel 31 can be rotated to a first predetermined angle, for example, the state shown in fig. 1, and the first wireless charging panel 31 is attached to cover the second wireless charging panel 32, so that the socket is restored to a whole cubic shape.

The socket is particularly suitable for being placed on a desktop, convenient to use and rich in aesthetic feeling.

Claims

1. Take socket of wireless function of charging, including socket ontology (1), socket ontology (1) is provided with commercial power jack (21) for switch on the commercial power plug, its characterized in that, socket ontology (1) still is provided with the wireless panel that charges, is equipped with the wireless module of charging in socket ontology (1), and wireless charging the module with the wireless panel internal circuit that charges switches on, be used for the wireless module that charges converts commercial power into the adaptation alternating current with the commercial power and carries the wireless panel internal circuit that charges to charge to the wireless external equipment through the wireless panel that charges.

2. The socket with wireless charging function according to claim 1, wherein the wireless charging panel comprises a first wireless charging panel (31), the first wireless charging panel (31) is connected to the socket body (1) through a hinge structure (11), so that the first wireless charging panel (31) can rotate around the hinge structure (11).

3. The wireless charging function socket according to claim 2, wherein the first wireless charging panel (31) is rotatable around the hinge structure (11) at least to a first preset angle and a second preset angle;

the wireless charging panel further comprises a second wireless charging panel (32), and when the first wireless charging panel (31) rotates to the first preset angle, the first wireless charging panel (31) is attached to the second wireless charging panel (32);

when the first wireless charging panel (31) rotates to the second preset angle, a gap is formed between the first wireless charging panel (31) and the second wireless charging panel (32), and the gap is used for accommodating equipment wirelessly charged by the second wireless charging panel (32).

4. The socket with the wireless charging function according to claim 3, wherein the second wireless charging panel (32) is located on an upward surface of the socket body (1).

5. The socket with wireless charging function according to claim 2, wherein a magnetic attraction member is provided in the first wireless charging panel (31) for attracting a device to be wirelessly charged.

6. The socket with the wireless charging function according to claim 1, wherein the socket body (1) is in a cubic shape, and a face of the socket body (1) facing downward is provided with an anti-slip structure.

7. The socket with wireless charging function according to claim 1, wherein the socket body (1) is provided with a USB jack (22) for connecting a USB plug.

8. The socket with wireless charging function according to claim 1, wherein the socket body (1) is connected with a plug (4) by a cable.