阅读说明：本技术 一种手机背夹可更换模块平台系统 (Mobile phone back clip replaceable module platform system ) 是由 杜晨曦 于 2020-06-29 设计创作，主要内容包括：本发明适用于手机技术领域,具体是一种手机背夹可更换模块平台系统,包括手机连接接口、功能模块和电源控制；所述手机连接接口连接在手机上,手机安装在手机背壳主体上,并进行数据通讯；所述功能模块与手机进行数据交换,从手机获得并且传送数字信号,和将数据传送到手机；以及功能模块上连接有次级模块；所述电源控制模块连接在手机连接接口和功能模块上,为手机和功能模块进行供电；在手机通过功能模块和手机连接接口进行数据交换时,功能模块从手机获得并且传送数字信号,和将数据传送到手机；并利用次级模块辅助和/或提升拓展功能模块,具备硬件升级性；电源控制模块连接在手机连接接口和功能模块上,并为手机和功能模块进行供电。(The invention is suitable for the technical field of mobile phones, in particular to a mobile phone back clip replaceable module platform system, which comprises a mobile phone connecting interface, a functional module and a power supply control; the mobile phone connecting interface is connected to the mobile phone, and the mobile phone is installed on the mobile phone back shell main body and performs data communication; the functional module exchanges data with the mobile phone, acquires and transmits digital signals from the mobile phone, and transmits data to the mobile phone; the functional module is connected with a secondary module; the power supply control module is connected to the mobile phone connecting interface and the functional module and supplies power to the mobile phone and the functional module; when the mobile phone exchanges data with the mobile phone connecting interface through the functional module, the functional module acquires and transmits digital signals from the mobile phone and transmits the data to the mobile phone; the secondary module is used for assisting and/or improving the expansion function module, so that the hardware upgrading performance is achieved; the power control module is connected to the mobile phone connecting interface and the functional module and supplies power to the mobile phone and the functional module.)

1. A mobile phone back clip replaceable module platform system is characterized in that,

the mobile phone comprises a mobile phone connecting interface, a functional module and a power supply control;

the mobile phone connecting interface is connected to the mobile phone, and the mobile phone is installed on the mobile phone back shell main body and performs data communication;

the functional module exchanges data with the mobile phone, acquires and transmits digital signals from the mobile phone, and transmits data to the mobile phone; the functional module is connected with a secondary module which is used for assisting and/or promoting the expansion of the functional module;

and the power supply control module is connected to the mobile phone connecting interface and the functional module and supplies power to the mobile phone and the functional module.

2. The handset back clip replaceable module platform system of claim 1,

the mobile phone connecting interface and/or the functional module are/is connected to the mobile phone back clip host;

the mobile phone back clip host is provided with a data communication IC which controls and is connected with the mobile phone back shell main body to carry out data communication with the mobile phone;

the mobile phone back clip host is provided with a female data module, and the female data module is connected with a data communication IC and carries out data communication.

3. The platform system of claim 2, wherein the host of the handset back clip is provided with a DSP digital processor.

4. The system of claim 1, wherein the handset connection interface is a Lightning interface or a type-C interface.

5. The mobile phone clip replaceable module platform system of claim 1, wherein the power control module is installed with a female charging port.

6. The system of claim 1, wherein the functional module is connected to the functional module via a module connector.

7. The handset back clip replaceable module platform system of any one of claims 1 to 6,

the mobile phone back shell main body is provided with a contact type connecting interface, and charging and data transmission are carried out by utilizing the contact type connecting interface;

the mobile phone back shell main body is provided with a plurality of magnets A and a plurality of module fixing clamps;

the mobile phone connecting interface is arranged on the mobile phone back shell main body and used for charging and data transmission;

the mobile phone back shell main body is provided with a module main body and a sub-module main body, and the module main body and the sub-module main body are fixed by a plurality of magnets A and positioned by a plurality of module fixing clamping positions; the submodule main body is provided with a submodule chip interface for digital transmission.

8. The handset back clip replaceable module platform system of claim 7, wherein the contact connection interface is a contact data and charging connection interface.

9. The handset back clip replaceable module platform system of claim 7,

the module host comprises a digital circuit board based on OTG function;

the module host is provided with a module contact for digital transmission;

and a magnet B is arranged on the module host.

Technical Field

The invention relates to the technical field of mobile phones, in particular to a mobile phone back clip replaceable module platform system.

Background

At present, a mobile phone is used as a portable terminal, but some functions need to be improved, and the mobile phone can be quickly and conveniently externally connected with various functional modules to obtain better functions, such as an audio decoding module, a sound box module, a projector module and the like, so that the mobile phone can have more functions.

The mobile phone is used as a digital product with multiple functions, wherein, for example, audio, photography, speakers and the like have more space for improvement, and simultaneously, the mobile phone does not have hardware upgrading performance.

Disclosure of Invention

The invention aims to provide a mobile phone back clip replaceable module platform system to solve the problems that a mobile phone is used as a multifunctional digital product, wherein, for example, audio, photography, a loudspeaker and the like have more space for improvement, and hardware upgrading is not achieved. In order to realize the purpose, the following technical scheme is specifically provided:

a mobile phone back clip replaceable module platform system comprises a mobile phone connecting interface, a functional module and a power supply control;

the mobile phone connecting interface is connected to the mobile phone, and the mobile phone is installed on the mobile phone back shell main body and performs data communication;

the functional module exchanges data with the mobile phone, acquires and transmits digital signals from the mobile phone, and transmits data to the mobile phone; the functional module is connected with a secondary module which is used for assisting and/or promoting the expansion of the functional module;

and the power supply control module is connected to the mobile phone connecting interface and the functional module and supplies power to the mobile phone and the functional module.

When the mobile phone exchanges data with the mobile phone connecting interface through the functional module, the functional module acquires and transmits digital signals from the mobile phone and transmits the data to the mobile phone; the secondary module is used for assisting and/or improving the expansion function module, so that the hardware upgrading performance is achieved; the power control module is connected to the mobile phone connecting interface and the functional module and supplies power to the mobile phone and the functional module.

In the invention: the mobile phone connecting interface and/or the functional module are/is connected to the mobile phone back clip host;

the mobile phone back clip host is provided with a data communication IC which controls and is connected with the mobile phone back shell main body to carry out data communication with the mobile phone;

the mobile phone back clip host is provided with a female data module, and the female data module is connected with a data communication IC and carries out data communication.

Further scheme: and the mobile phone back clip host is provided with a DSP.

In the invention: the mobile phone connecting interface is a Lightning interface or a type-C interface.

In the invention: and the power supply control module is provided with a female seat charging port.

In the invention: the functional module is connected with the functional module through the module connector.

In the invention: the mobile phone back shell main body is provided with a contact type connecting interface, and charging and data transmission are carried out by utilizing the contact type connecting interface;

the mobile phone back shell main body is provided with a plurality of magnets A and a plurality of module fixing clamps;

the mobile phone connecting interface is arranged on the mobile phone back shell main body and used for charging and data transmission;

the mobile phone back shell main body is provided with a module main body and a sub-module main body, and the module main body and the sub-module main body are fixed by a plurality of magnets A and positioned by a plurality of module fixing clamping positions; the submodule main body is provided with a submodule chip interface for digital transmission.

Further scheme: the contact type connecting interface is a contact type data and charging connecting interface.

Further scheme: the module host comprises a digital circuit board based on OTG function;

the module host is provided with a module contact for digital transmission;

and a magnet B is arranged on the module host.

The mobile phone back clip replaceable module platform system comprises a mobile phone connecting interface, a functional module and a power supply control; the mobile phone connecting interface is connected to the mobile phone, and the mobile phone is installed on the mobile phone back shell main body and performs data communication; the functional module exchanges data with the mobile phone, acquires and transmits digital signals from the mobile phone, and transmits data to the mobile phone; the functional module is connected with a secondary module which is used for assisting and/or promoting the expansion of the functional module; the power supply control module is connected to the mobile phone connecting interface and the functional module and supplies power to the mobile phone and the functional module; when the mobile phone exchanges data with the mobile phone connecting interface through the functional module, the functional module acquires and transmits digital signals from the mobile phone and transmits the data to the mobile phone; the secondary module is used for assisting and/or improving the expansion function module, so that the hardware upgrading performance is achieved; the power control module is connected to the mobile phone connecting interface and the functional module and supplies power to the mobile phone and the functional module.

Drawings

Fig. 1 is a connection block diagram of the mobile phone back clip replaceable module platform system of the present invention.

Fig. 2 is a schematic structural diagram of a mobile phone back clip main body in the mobile phone back clip replaceable module platform system of the present invention.

In the figure: 111-a handset connection interface; 112-contact connection interface; 113-magnet a; 114-module fixing clip position; 115-mobile phone back clip host; 116-module contacts; 117-module host; 118-magnet B; 119-submodule chip interface; 120-submodule body.

Detailed Description

The invention aims to provide a mobile phone back clip replaceable module platform system to solve the problems that a mobile phone is used as a multifunctional digital product, wherein, for example, audio, photography, a loudspeaker and the like have more space for improvement, and hardware upgrading is not achieved. In order to realize the purpose, the following technical scheme is specifically provided:

in the embodiment of the present invention, as shown in fig. 1, a mobile phone back clip replaceable module platform system includes a mobile phone connection interface 11, a functional module and a power control; the mobile phone connecting interface 11 is connected to a mobile phone, and the mobile phone is installed on a mobile phone back shell main body and performs data communication; the functional module exchanges data with the mobile phone, acquires and transmits digital signals from the mobile phone, and transmits data to the mobile phone; the functional module is connected with a secondary module which is used for assisting and/or promoting the expansion of the functional module; the power control module is connected to the mobile phone connecting interface 11 and the functional module and supplies power to the mobile phone and the functional module.

In the embodiment of the invention, when the mobile phone exchanges data with the mobile phone connecting interface 11 through the functional module, the functional module acquires and transmits a digital signal from the mobile phone and transmits the data to the mobile phone; the secondary module is used for assisting and/or improving the expansion function module, so that the hardware upgrading performance is achieved; the power control module is connected to the mobile phone connecting interface 11 and the functional module and supplies power to the mobile phone and the functional module.

In the embodiment of the present invention, as shown in fig. 1 and fig. 2, the mobile phone connection interface 11 and/or the functional module is connected to the mobile phone back clip host 115; the mobile phone back clip host 115 is provided with a data communication IC which controls and is connected with the mobile phone back shell main body to carry out data communication with the mobile phone; the mobile phone back clip host 115 is provided with a female data module, and the female data module is connected with a data communication IC and carries out data communication. In a further scheme, the mobile phone back clip host 115 is provided with a DSP digital processor.

In the embodiment of the present invention, as shown in fig. 1, the mobile phone connection interface 11 is a Lightning interface or a type-C interface; the power supply control module is provided with a female seat charging port; the functional module is connected with the functional module through the module connector.

In the embodiment of the present invention, as shown in fig. 1 and fig. 2, a contact type connection interface 112 is arranged on the main body of the back shell of the mobile phone, and charging and data transmission are performed by using the contact type connection interface 112; the mobile phone back shell main body is provided with a plurality of magnets A113 and a plurality of module fixing clamping positions 114; the mobile phone connecting interface 11 is arranged on the mobile phone back shell main body and used for charging and data transmission; the mobile phone back shell main body is provided with a module main body 117 and a sub-module main body 120, and the module main body 117 and the sub-module main body 120 are fixed by a plurality of magnets A113 and positioned by a plurality of module fixing clamping positions 114; the sub-module body 120 is provided with a sub-module chip interface 119 for digital transmission.

In the embodiment of the present invention, as shown in fig. 1 and fig. 2, the contact type connection interface 112 is a contact type data and charging connection interface; the module host 117 comprises a digital circuit board based on OTG function; the module host 117 is provided with module contacts 116 for digital transmission; the module main body 117 is provided with a magnet B118.

The mobile phone back clip replaceable module platform system comprises a mobile phone connecting interface 11, a functional module and a power supply control; the mobile phone connecting interface 11 is connected to a mobile phone, and the mobile phone is installed on a mobile phone back shell main body and performs data communication; the functional module exchanges data with the mobile phone, acquires and transmits digital signals from the mobile phone, and transmits data to the mobile phone; the functional module is connected with a secondary module which is used for assisting and/or promoting the expansion of the functional module; the power supply control module is connected to the mobile phone connecting interface 11 and the functional module and supplies power to the mobile phone and the functional module; the function module acquires and transmits digital signals from the cellular phone and transmits data to the cellular phone while the cellular phone performs data exchange with the cellular phone connection interface 11 through the function module; the secondary module is used for assisting and/or improving the expansion function module, so that the hardware upgrading performance is achieved; the power control module is connected to the mobile phone connecting interface 11 and the functional module and supplies power to the mobile phone and the functional module.

In the description of the present invention, it should be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, e.g., as meaning either a fixed connection, a removable connection, or an integral connection; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meaning of the above terms in the present invention can be understood by those of ordinary skill in the art through specific situations.

While the preferred embodiments of the present invention have been described in detail, the present invention is not limited to the above embodiments, and various changes can be made without departing from the spirit of the present invention within the knowledge of those skilled in the art.