Portable Charging Device for Preventing Drop of Mobile Communication Device and Support Stand

Abstract

Provided is a portable charging device that can prevent a mobile communication device and a stand from falling. 【Solution means】The portable charging device 1 includes a housing 11 and a storage battery 12. The storage battery is disposed inside the housing. The housing has a first magnetic adsorption surface 111 and a second magnetic adsorption surface 112. A support stand 2 is provided on one side of the portable charging device. The support stand has a third magnetic adsorption surface 211. When the portable charging device is attached to the support stand, the second magnetic adsorption surface and the third magnetic adsorption surface are adsorbed and fixed to each other.

Description

Technical Field

[0001] The present invention relates to a mobile charging device, and more particularly to a mobile charging device capable of preventing a mobile communication device and a stand from falling.

Background Art

[0002] A mobile charging device (also called a mobile battery) is a portable battery device that aims to provide a charging service for mobile communication devices such as smartphones, tablets, and notebook computers at any time and anywhere. The "mobile battery device" described in Republic of China Patent No. M461242 includes a control circuit board provided inside the mobile battery, and a first power output port, a second power output port, a light emitting module, and a power input port that are arranged on the mobile battery and electrically connected to the control circuit board. In addition, at least one battery module is provided on the control circuit board, and the output current of the first power output port is set to be larger than the output current of the second power output port.

Prior Art Documents

Patent Documents

[0003]

Patent Document 1

Summary of the Invention

Problems to be Solved by the Invention

[0004] However, when the above-mentioned conventional mobile battery device is applied to a mobile communication device (such as a smartphone), if the mobile battery device accidentally touches the mobile communication device while charging the mobile communication device, it may accidentally fall and be damaged.

Means for Solving the Problems

[0005] Therefore, how to improve the above-mentioned drawbacks is the technical problem that the inventor of the present invention attempts to solve.

[0006] Based on the above prior art, the present invention aims to solve and improve the conventional problems and defects. To achieve this purpose, the present invention provides a mobile charging device that can prevent the mobile communication device and the stand from falling. The mobile charging device includes a housing and a storage battery. The storage battery is provided inside the housing. In addition, the housing is provided with a first magnetic adsorption surface and a second magnetic adsorption surface. The stand is installed on one side of the mobile charging device and is provided with a third magnetic adsorption surface. When the mobile charging device is attached to the stand, the second magnetic adsorption surface and the third magnetic adsorption surface are adsorbed and fixed to each other.

Effect of the Invention

[0007] Furthermore, a mobile communication device is installed on one side of the mobile charging device. This mobile communication device is provided with a fourth magnetic adsorption surface. When the mobile communication device is attached to the mobile charging device, the first magnetic adsorption surface and the fourth magnetic adsorption surface are adsorbed and fixed to each other. The storage battery is a solid-state battery. The first magnetic adsorption surface, the second magnetic adsorption surface, and the third magnetic adsorption surface are double-sided magnets. The present invention is applicable to mobile communication devices. The mobile communication device is provided with a fourth magnetic adsorption surface. When the mobile communication device is attached to the mobile charging device, the first magnetic adsorption surface and the fourth magnetic adsorption surface are adsorbed and fixed to each other. In this way, by using the first magnetic adsorption surface and the second magnetic adsorption surface of the mobile charging device, the mobile communication device and the stand can be adsorbed and fixed respectively, preventing the mobile communication device from falling from the stand due to contact.

Brief Description of the Drawings

[0008]

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Embodiments for Carrying Out the Invention

[0009] The present invention will be described in detail with reference to the accompanying drawings so that other features, advantages, and achieved effects of the present invention can be clearly understood.

[0010] Referring to FIGS. 2 and 3, the present invention provides a mobile charging device capable of preventing a mobile communication device and a stand from falling.

[0011] The mobile charging device 1 includes a housing 11 and a storage battery 12, and the storage battery 12 is disposed inside the housing 11. Further, a first magnetic adsorption surface 111 and a second magnetic adsorption surface 112 are provided on the housing 11, and the storage battery 12 can be a solid-state battery. Different from a battery using a conventional liquid electrolyte, the solid-state battery is an advanced battery technology adopting a solid electrolyte. Different from the structure of a conventional lithium-ion battery, the greatest feature of the solid-state battery lies in conducting current using solid materials such as ceramics, polymers, and other solid chemical substances.

[0012] The stand 2 is installed on one side of the mobile charging device 1, and a third magnetic adsorption surface 211 is provided on the stand 2. When the mobile charging device 1 is attached to the stand 2, the second magnetic adsorption surface 112 and the third magnetic adsorption surface 211 are mutually adsorbed and fixed. The stand 2 is configured to include a main body 21 and legs 22. The main body 21 serves to support the mobile charging device 1, and the legs 22 are provided to support the main body 21 and maintain stability.

[0013] Referring to FIGS. 1 and 4, a mobile communication device 3 is installed on one side of the mobile charging device 1. The mobile communication device 3 is provided with a fourth magnetic adsorption surface 31. When the mobile communication device 3 is attached to the mobile charging device 1, the first magnetic adsorption surface 111 and the fourth magnetic adsorption surface 31 are mutually adsorbed and fixed. The first magnetic adsorption surface 111, the second magnetic adsorption surface 112, and the third magnetic adsorption surface 211 can be double-sided magnets. Also, the fourth magnetic adsorption surface 31 can be a double-sided magnet. A double-sided magnet is a magnet that has magnetic effects on both sides and, unlike conventional single-sided magnets, can generate magnetic forces on both surfaces. Therefore, it is suitable for applications that attract or repel ferromagnetic materials.

[0014] The mobile communication device 3 refers to an electronic device capable of performing wireless communication, usually having portability and supporting voice calls, data communication, and other communication functions. The mobile communication device 3 includes smartphones and tablets. In the actual use of this invention, the rechargeable battery 12 inside the mobile charging device 1 can store power during the charging process. When the mobile charging device 1 is connected to an external power source, the power of the external power source is sent to the mobile charging device 1 and stored in the rechargeable battery 12. When the rechargeable battery 12 is fully charged or has stored sufficient power, the mobile charging device 1 enters a standby state and prepares to supply power to the mobile communication device 3. The mobile charging device 1 is connected to the mobile communication device 3 via a connection cable and starts supplying power as needed. The mobile communication device 3 receives the power supplied from the mobile charging device 1, and the power is sent to the internal charging circuit of the mobile communication device 3. Thereafter, the power is stored in the internal battery of the mobile communication device 3. The mobile communication device 3 monitors the state of the internal battery and allows the charging process to proceed stably. When the internal battery is fully charged, the charging is automatically stopped to prevent overcharging.

[0015] Referring to FIGS. 1, 4, and 5, in this way, by using the first magnetic adsorption surface 111 and the second magnetic adsorption surface 112 of the mobile charging device 1, the mobile communication device 3 and the stand 2 can be adsorbed and fixed respectively, preventing the mobile communication device 3 from falling from the stand 2 due to contact.

[0016] Referring to FIGS. 6, 7, and 8, the charging process of the present invention can select either wireless charging or wired charging. As shown in FIGS. 6 and 7, in the wireless charging process, a power transmission coil 41 needs to be installed in the mobile charging device 1, and a power receiving coil 42 needs to be installed in the mobile communication device 3. When the mobile charging device 1 is activated, the storage battery 12 allows current to flow according to the terminal voltage and supplies current to the power transmission coil 41. According to Ampere's law, a magnetic field is generated around the power transmission coil 41, and the magnetic field changes with the change of the current, generating an alternating magnetic field. When the mobile communication device 3 is placed near the mobile charging device 1, the power receiving coil 42 senses the alternating magnetic field generated from the power transmission coil 41. Thereby, based on Faraday's law of electromagnetic induction, the power receiving coil 42 converts the alternating magnetic field into an alternating current. However, since the current generated by the power receiving coil 42 is an alternating current, a rectifying circuit inside the mobile communication device 3 converts this alternating current into a direct current. This is because the internal battery of the mobile communication device 3 usually needs to be charged with direct current.

[0017] In the wired charging process, as shown in FIG. 8, a first connection port 43 is provided in the mobile charging device 1, and a second connection port 44 is provided in the mobile communication device 3, and they are connected by a connection cable 45. When the mobile charging device 1 and the mobile communication device 3 are connected via the connection cable 45, the mobile charging device 1 activates the storage battery 12 and drives the current with the terminal voltage to supply power. The current flows from the first connection port 43 of the mobile charging device 1 through the connection cable 45 to the second connection port 44 of the mobile communication device 3. The connection cable 45 is responsible for transmitting the current from the mobile charging device 1 to the mobile communication device 3. When the current enters the second connection port 44 of the mobile communication device 3, the battery management system (Battery Management System, BMS) of the mobile communication device 3 guides the current to the internal battery, and the internal battery of the mobile communication device 3 stores the current from the mobile charging device 1. When the internal battery is fully charged, the battery management system of the mobile communication device 3 automatically stops the wired charging process. The content described above is only the best embodiment of the present invention and does not limit the scope of implementation of the present invention. Therefore, equivalent shape, structure, or combination changes made without departing from the spirit and scope of the present invention shall all be included in the claims of the present invention.

Explanation of Reference Numerals

[0018] 1: Mobile Charging Device 11: Case 111: First Magnetic Adsorption Surface 112: Second Magnetic Adsorption Surface 12: Power Storage Battery 2: Stand 21: Main Body 22: Leg 211: Third Magnetic Adsorption Surface 3: Mobile Communication Device 31: Fourth Magnetic Adsorption Surface 41: Power Transmission Coil 42: Power Receiving Coil 43: First Connection Port 44: Second Connection Port 45: Connection Cable

Claims

1. A portable charging device comprising a housing and a rechargeable battery, the rechargeable battery being disposed inside the housing, the housing having a first magnetically attracting surface and a second magnetically attracting surface, wherein a support stand is provided on one side of the portable charging device, the support stand having a third magnetically attracting surface, and when the portable charging device is attached to the support stand, the second magnetically attracting surface and the third magnetically attracting surface are magnetically attracted and fixed to each other, characterized in that it prevents the mobile communication device and the support stand from falling.

2. A mobile communication device is provided on one side of the portable charging device, the mobile communication device having a fourth magnetically attracting surface, and when the mobile communication device is attached to the portable charging device, the first magnetically attracting surface and the fourth magnetically attracting surface are magnetically attracted and fixed to each other, characterized in that it prevents the mobile communication device and the support stand from falling according to claim 1.

3. The rechargeable battery is an all-solid-state battery, and it is a mobile charging device that prevents the mobile communication device and the stand from falling, characterized in that it prevents the mobile communication device and the support stand from falling according to claim 1.

4. The first magnetically attracting surface, the second magnetically attracting surface, and the third magnetically attracting surface are double-sided magnets, characterized in that it prevents the mobile communication device and the support stand from falling according to claim 1.

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