Remote wireless charger for phones and device companion

Abstract

The newly disclosed model has a transmitter 100 and a receiver 200 for all types of phones 300 and accompanying equipment 300 can be used. In the transmitter section 100 Power flow through the plug 101 Enter the switching power supply 102 and to the oscillator 103 and from there to the capacitor 107 and is directed to the control center 104. The electrical energy then passes through the IC circuit 105 to be sent to the antenna 106. antenna 106 part of the transmitter 100 After scanning and after identifying the infrared tag 205 In the receiver 200, It sends electrical energy to the receiver 200. When the receiving part 200 receives power, the first power to the resonant circuit 201 and then to the regulator circuit 202 and finally to the IC circuit 203 from there with the socket 204 to the phone 300 or Companion equipment 300 The target is directed and that phone 300 or Companion equipment 300 It starts charging.

Description

[0001] Description

[0002] The title of the invention

[0003] Remote wireless charger for phones and device companion

[0004] TECHNICAL FIELD

[0005] This invention is generally related to electronics and specifically, it is a wireless charger for a companion device.

[0006] Technical problem

[0007] The charger is one of the main and most important mobile phones and mobile devices which is also called a charging source or charger. In fact, the source that is used to charge the mobile phone will have a direct effect on the speed and quality of charging the device's battery.

[0008] A suitable charger is one of the main needs of mobile phones, Headphones and accompanying electronic equipment is especially the smart type which causes problems for them in case of inefficiency or lack of efficiency.

[0009] Currently, several types of chargers have been made for this purpose, which are divided into two types: wired and wireless. The type of cable limits the use of this equipment when charging but the faster charging speed compared to the wireless model and also the lower cost are more welcome.

[0010] Existing wireless chargers such as Mag Safe and QI only removed the part of connecting the charger socket to the desired phone or device And they do not have the possibility of remote charging Because the energy receiver to which the phone or companion equipment is connected, receives energy from the transmitter through a communication wire, and also due to the transmission of power from the body frame of that device, It causes an increase in temperature and premature wear of the board and the parts inside it.

[0011] Of course, 2 types of remote wireless chargers have been disclosed Both types are only for mobile phones And one type has a much shorter range And also a protective frame is required to use it that the charger receiver should have 2 positive and negative pads already installed in it And this also limits the choice of the protective case of the consumer, And it also makes the phone vulnerable due to the transfer of power from the phone frame itself and the resulting increase in temperature, which causes premature wear of it and the parts inside it.

[0012] The second type can only be used for mobile phones that during production, the charger receiver is already installed inside the body of that mobile phone, and it is not possible to use it for mobile phones in the market. But in the new invention Remote wireless charger for phones and device companion, the receiver transfers power to the companion device through the charger socket and There is no need to install it inside the device or its protective frame, this makes it possible to use it for all electronic equipment, and it also does not increase the temperature of the device like the previous examples And its scope is greater than all the previous examples.

[0013] In general, there are weaknesses in wireless chargers both in terms of performance and compatibility with electronic devices which has tried to answer these two challenges in the present achievement.

[0014] Description of Related Art

[0015] Owners of portable electronic equipment and devices, especially mobile phone owners, are looking for a charger that they can use while charging. The manufacturers of mobile phones and electronic equipment have continuously tried to improve the charger and the convenience of its users, and so far various samples have been designed, disclosed and produced.

[0016] Most of these chargers use the induction coil system, which can be said to have the only advantage of being magnetic and not requiring a charging cable to connect to the device, and none of them remove the charger from a distance. There is also a charger that can be powered by the transmitter, the only advantage of which is that it is far from the power outlet, and due to the large size of the receiver, it cannot be carried permanently next to the desired companion device. ((WO2020256662)

[0017] Of course, two types of remote chargers have also been disclosed.

[0018] In one type, which according to the claim included in the documents, which is specific to mobile phones, the energy receiving device must already be placed inside the mobile phone in order to be able to transfer energy to the mobile phone and the use of this technology for other mobile phones in the market It is not possible. (CN217427778)

[0019] In the second type of remote charger, the energy receiver is placed in the form of pads in the side protective frame of the mobile phone in the form of 2 positive and negative pads in order to transfer energy to it, this technology is only for mobile phones and for other mobile equipment. It cannot be used like Bluetooth hands-free, air pods, smart watches, etc., and this type also increases the temperature of the board due to the power transfer from the phone body frame and reduces the life of its peripheral parts. (CN217282243)

[0020] Regardless of the method of transmitting power from the transmitter to the receiver, which is done by infrared, according to the searches conducted on domestic and international sites, there is no similar invention that the remote receiver transmits that energy to the mobile electronic device through a socket. And its volume should be such that it can be easily installed and carried next to the desired mobile device while charging

[0021] SUMMARY

[0022] Remote wireless charger for phones and device companion Currently, several types of chargers have been made for mobile phones and companion equipment, which are divided into two types: wired and wireless. The wired type limits the use of this equipment when charging but due to the faster charging speed compared to the wireless model, as well as the lower cost, it is more popular And the existing wireless type, such as Mag Safe and QI, has only removed the part of connecting the charger socket to the desired phone or device And they do not have the ability to charge remotely. In the present invention, these problems have been solved by designing the remote wireless type.

[0023] BRIEF DESCRIPTION OF DRAWINGS

[0024] Fig 1: Schematic image of the transmitter from above

[0025] Fig 2: Schematic image of the transmitter from the side

[0026] Fig 3: Schematic image of the receiver with a socket from the middle from above

[0027] Fig 4: Schematic image of the receiver with a socket from the edge from above

[0028] Fig 5: Schematic image of the receiver from the side

[0029] Fig 6: Schematic image of the receiver connected to the mobile phone as an example from the front

[0030] DESCRIPTION OF EMBODIMENTS

[0031] Hereinafter, embodiments schematically showing aspects of the implementation level to which the disclosure is applied will be described with reference to the drawings, but it should be kept in mind that these explanations or drawings provided are only examples for better understanding and necessarily an absolute interpretation of the invention are not.

[0032] The newly disclosed model has a transmitter 100 and a receiver 200 that for all types of phones 300 and accompanying equipment 300 can be used.

[0033] In the transmitter section 100 Power flow through the plug 101 Enter the switching power supply 102 and to the oscillator 103 and from there to the capacitor 107 and is directed to the control center 104.

[0034] The electrical energy then passes through the IC circuit 105 to be sent to the antenna 106. antenna 106 part of the transmitter 100 After scanning and after identifying the infrared tag 205 In the receiver 200, It sends electrical energy to the receiver 200. When the receiving part 200 receives power, the first power to the resonant circuit 201 and then to the regulator circuit 202 and finally to the IC circuit 203 from there with the socket 204 to the phone 300 or Companion equipment 300 The target is directed and that phone 300 or Companion equipment 300 It starts charging.

[0035] It is worth mentioning that the transmitter can be designed to be used in the form of a car lighter.

Claims

Claims1. A Remote wireless charger for phones and device companion which has a sender energy and a recipient energy (the transmitter to the mobile device) is, comprising:- plug- I.C-Antenna- Infrared tag- Intensification circuit- Regulator circuit- Socket-Oscillator- Switching power supply- capacitor- Control center2. Remote wireless charger for phones and device companion according to claim 1, The transmitter receives power from the power source through the plug.

3. Remote wireless charger for phones and device companion according to claim 1, The transmitter after detecting the infrared tag in the receiver, It transfers electrical energy to the receiver4. . Remote wireless charger for phones and device companion according to claim 1 & claim 2 The receiver receives the energy & It transfers it to the companion device through the socket.

5. Remote wireless charger for phones and device companion according to claim 1, The transmitter can also supply the electricity it needs from the location of the car cigarette lighter.

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