WO2016179844A1

WO2016179844A1 - Smart bag

Info

Publication number: WO2016179844A1
Application number: PCT/CN2015/079058
Authority: WO
Inventors: 苟荣华
Original assignee: 苟荣华
Priority date: 2015-05-11
Filing date: 2015-05-15
Publication date: 2016-11-17
Also published as: CN204722450U

Abstract

A smart bag comprising a bag body. The bag body is provided with a space therein to place items, and a compartment (1). The compartment (1) is provided with a wireless storage module (5) and a rechargeable power source module (2) sealed therein, the two modules being connected by a battery discharge circuit (3), such that the rechargeable power source module (2) can supply power to the wireless storage module (5). Heat dissipation holes (11) are provided at the compartment (1). A graphite layer (12) is provided at an inner side of the compartment (1). Charging circuit modules (4, 6) are provided inside the compartment (1). The smart bag integrates into a bag the functions of data storage and charging commonly used when traveling, thereby obviating the need to carry a spare battery, a charger, data wires and the like, making travel more convenient.

Description

a smart bag

Technical field

The utility model relates to a bag, in particular to a smart bag which has both a charging function and a wireless data storage function.

Background technique

In today's market, the variety of bags and bags of different colors are different. Most of the bags used by people will have different compartments inside to store items such as mobile phones, wallets, cards, etc., but basically all the functions of bags are It is used to store and carry your belongings. With the increasing functions of mobile phones and tablet computers, the data storage space that comes with the body has gradually failed to meet the needs of people. In addition, the battery capacity of digital products such as mobile phones is limited, so that people need to carry digital phones in addition to mobile phones when they go out. In addition to the product, you also need to bring a matching wireless charging board device or spare battery, U disk and other equipment for emergency use. There are a lot of inconveniences in this way, for example: 1. The u disk is smaller and easier to lose, and the U disk can not be directly connected to the mobile phone. It depends on the computer and related accessories to transfer data outside the city, use trouble, and if you use other people's The computer may also be at risk of being infected with viruses or leaking. Second, carrying a large number of chargers, charging treasures, charging cables and many other items, it is not convenient to store in the bag; Third, the spare battery is generally dedicated to the special plane, and the versatility is poor; The wireless charging pad device must be fixedly placed on the plane when it is used, and an external power cable is needed, which is not convenient for storage and carrying. In summary, with the development of electronic technology, traditional bags have been unable to meet our increasing needs.

Utility model content

The object of the present invention is to provide a smart bag capable of storing and storing, and having a wireless storage function and a charging function, in view of the above technical problems.

Technical means: The utility model discloses a smart bag, which comprises a package body, and a storage space for placing articles is arranged in the bag body, and a compartment is further provided in the bag body, and a wireless storage module is packaged in the compartment layer and The charging power module is connected by a battery discharging circuit, and the rechargeable power module provides working power for the wireless storage module; the heat dissipation hole is arranged on the interlayer, and a graphite layer is arranged on the inner side of the interlayer.

Further, the wireless data storage module includes a data storage controller and a wireless signal transceiving device and a data storage device connected to the data storage controller, the wireless signal transceiving device is a Bluetooth device or a wifi device, and the data storage device includes a data zero-time storage unit and The data storage unit, the data storage unit is a memory card, and the wireless data storage module works as follows -

A. When the external device stores data to the wireless data storage module, the data storage controller controls the wireless signal transceiver device to receive the data sent by the external device and sends the data to the data zero time storage unit, and then sends the data to the data storage unit by the data zero time storage unit. storage; B. When the external device reads data from the wireless data storage module, the data storage controller controls the data zero time storage unit to read the data in the data storage unit, and sends the data to the external device through the wireless signal transceiver device.

In addition, an external charging circuit module is disposed in the compartment, the external charging circuit module is connected to the rechargeable power module through the battery discharging circuit, and the external charging circuit module comprises a wireless charging circuit sub-module and/or a USB charging circuit sub-module, and the USB charging The circuit sub-module is provided with at least one 5V1A output terminal; the wireless charging circuit sub-module includes a wireless charging controller and a control switch and a temperature protection circuit connected to the wireless charging controller, and more than one wireless connection with the temperature protection circuit a charging unit, each of which includes an oscillating circuit and a wireless charging transmitting coil, and more than one wireless charging position is provided in the storage space of the enclosure and/or on the surface of the package and/or on the outer surface of the compartment, the user One or more electronic devices on the wireless charging location can be simultaneously wirelessly charged by controlling the control switch.

Further, the power module includes a Micro USB socket, and the Micro USB socket is connected to a rechargeable battery through a charging control circuit, and the battery overload protection module, the temperature overheat protection module, and the LED charging indicator and the power are disposed on the charging control circuit. Indicator light.

Further, the partition layer is formed on the inner surface of the package body integrally formed with the package body; or the partition layer and the package body are separably disposed; the bag is a handbag, a wallet, a satchel, a backpack, and also includes a mobile phone, a tablet or a notebook. A protective cover for the computer; a bag body made of a radiation-proof or anti-magnetic material is disposed in the bag body.

Beneficial effects: The utility model combines the storage function of the traditional bag with the information storage function commonly used in the electronic information age, and does not affect the carrying of the personal belongings, and allows the user to take images, recordings, etc. in the mobile phone or other handheld devices. The file that occupies a large storage space is wirelessly transferred to the memory card to clean the storage space of the handheld device, and can be extracted from the memory card at any time, and is flexible, convenient, and secure to use; The function of charging the electronic device can set different or the same oscillation frequency by controlling the wireless charging controller, and simultaneously charge multiple electronic devices, and the user does not need to carry multiple chargers or spare batteries, which is indispensable but not easy to accommodate. And the bag body is also provided with a small bag body capable of isolating electromagnetic radiation, for placing an ID card, a bank card and the like to prevent damage caused by electromagnetic influence; the partition of the utility model is provided with a heat dissipation structure, and the circuit Temperature protection is added to the structure and it is safer to use.

Instruction sheet

Figure 1 is a schematic structural view of the utility model;

Figure 2 is a second schematic view of the structure of the present invention;

Figure 3 is a schematic view showing the structure of the electric appliance of the present invention;

4 is a schematic structural view of a heat dissipation partition of the present invention.

detailed description Example 1

As shown in FIG. 1 , FIG. 3 and FIG. 4 , the utility model discloses a smart bag, which comprises an envelope body (not omitted in the figure), and a compartment 1 is arranged in the bag body, and the compartment layer 1 is integrally provided with the package body. , the device can also be separately disposed, and the rechargeable power module 2 and the wireless storage module 5 are packaged in the compartment 1 , and the two are connected by a battery discharge circuit 3 , and the rechargeable power module 2 provides working power for the wireless storage module; A heat dissipation hole 11 is disposed on the interlayer 1, and a graphite layer 12 is disposed on the inner side of the interlayer 1. A bag body made of a radiation-proof material is disposed in the package body for placing a bank card, an ID card, and the like. To prevent it from being damaged by electromagnetic interference.

The rechargeable power module 2 includes a Micro USB socket 21 for charging the rechargeable battery 23. The Micro USB socket 21 is connected to the rechargeable battery 23 via a charging control circuit 22, and a battery overload protection module is disposed on the charging control circuit 22. Temperature overheat protection module and LED charging indicator.

The wireless data storage module 5 includes a data storage controller 51, a wireless signal transceiver 52 and a data storage device 53, the wireless signal transceiver 52 is a Bluetooth device or a wifi device, and the data storage device 53 includes a data zero time storage unit 531 and a data storage unit. 532. The data storage unit 532 can be a memory card that is installed by hot plugging. The wireless data storage module 5 works as follows:

A. When the external device stores data to the wireless data storage module 5, the data storage controller 51 controls the wireless signal transmitting and receiving device 52 to receive the data sent from the external device and sends it to the data zero time storage unit 531, and then the data zero time storage unit 531. Sended to the data storage unit 532 for storage;

B. When the external device reads data from the wireless data storage module 5, the data storage controller 51 controls the data zero time storage unit 531 to read the data in the data storage unit 532, and transmits the data to the external device through the wireless signal transmitting and receiving device 52.

Example

As shown in FIG. 2 and FIG. 3, as an improvement, the utility model is further provided with an external charging circuit module in the interlayer 1 on the basis of the first embodiment, the module includes a USB charging circuit sub-module 4 and a wireless charging circuit. Module 6, the two sub-modules are respectively connected to the rechargeable power module 2 through the battery discharge circuit 3, and the USB charging circuit sub-module 4 is provided with a USB power supply circuit 41 and a set of USB connection devices 42, including a mini USB plug, a Micro USB plug, Lightning plug, Apple 30-pin plug and USB socket, the output is 5V1A.

The wireless charging circuit sub-module 6 includes a wireless charging controller 61, a control switch 62, a temperature protection circuit 63, and three independent wireless charging units connected to the temperature protection circuit 63, each of which includes an oscillating circuit 64 and wireless charging. The transmitting coil 65 is provided with a plurality of wireless charging positions (omitted in the figure) in the storage space of the package body and on the surface of the package body and on the outer surface of the interlayer 1. The user can respectively set three oscillation circuits through the control control switch 62. 64 production Different oscillation frequencies are generated to match the charging requirements of different devices, charging a plurality of different devices, or simultaneously charging a plurality of different devices at the same time. The temperature transmission protection circuit 63 monitors the temperature of the wireless charging circuit sub-module 6 in real time, and controls the wireless charging controller 61 to end the charging operation when the temperature is too high, and the protection circuit is safe.

The bag described in the present invention is a broad concept, and includes a wide variety of things, which can be a handbag, a wallet, a satchel or a backpack, or a protective cover for a mobile phone, a tablet or a laptop, which is integrated with people's travel. The data storage function and the charging function of the electronic device enable people to carry a large number of spare batteries, chargers, data lines and the like when they go out, making travel more convenient.

Claims

1 . A smart bag, comprising a package body, wherein a storage space for placing an object is arranged in the bag body, wherein: the bag body is provided with a compartment, and the wireless storage module and the rechargeable power supply module are packaged in the compartment. The two are connected by a battery discharge circuit, and the rechargeable power module provides working power for the wireless storage module; the heat dissipation hole is arranged on the interlayer, and a graphite layer is arranged on the inner side of the interlayer.

2. The smart bag according to claim 1, wherein: the wireless data storage module comprises a data storage controller and a wireless signal transceiving device and a data storage device connected to the data storage controller, wherein the wireless signal transceiving device is Bluetooth device or wifi device, data storage device includes data temporary storage unit and data storage unit; wireless data storage module works as follows -

A. When the external device stores data to the wireless data storage module, the data storage controller controls the wireless signal transceiver device to receive the data sent by the external device and sends the data to the data temporary storage unit, and then sends the data to the data storage unit for storage by the data temporary storage unit;

B. When the external device reads data from the wireless data storage module, the data storage controller controls the data temporary storage unit to read the data in the data storage unit, and sends the data to the external device through the wireless signal transceiver device.

3. The smart bag according to claim 2, wherein: the data storage unit is a memory card.

The smart bag according to claim 1 or 2 or 3, wherein: an external charging circuit module is disposed in the compartment, and the external charging circuit module is electrically rechargeable by the battery discharging circuit The power module is connected, and the external charging circuit module includes a wireless charging circuit sub-module and/or a USB charging circuit sub-module, and the USB charging circuit sub-module has at least one 5V1A output end.

5. The smart bag according to claim 4, wherein: said wireless charging circuit sub-module comprises a wireless charging controller and a control switch and temperature protection circuit connected to the wireless charging controller, and temperature protection One or more wireless charging units connected in circuit, each charging unit comprising an oscillating circuit and a wireless charging transmitting coil, in the storage space of the enclosure and/or on the surface of the package and/or the outer surface of the compartment There is more than one wireless charging position on the user, and the user can simultaneously wirelessly charge one or more electronic devices on the wireless charging position by controlling the control switch.

6. The smart bag according to claim 1, wherein: the power module comprises a Micro USB socket, and the Micro USB socket is connected to a rechargeable battery through a charging control circuit, and is provided on the charging control circuit. Battery overload protection module, temperature overheat protection module and LED charging indicator and battery indicator.

The smart bag according to claim 1, wherein: the spacer layer is disposed on the inner surface of the package body and integrally formed with the package body; or the spacer layer and the package body are separably disposed .

The smart bag according to any one of claims 1, 2, 3, 6, and 7, wherein: The bag includes a handbag, a wallet, a satchel, a backpack, and a protective cover for a mobile phone, a tablet or a notebook computer; and a bag body made of a radiation-proof or anti-magnetic material is disposed in the bag body.

The smart bag according to claim 4, wherein the bag is a handbag, a wallet, a satchel, a backpack, and a protective cover for a mobile phone, a tablet or a notebook computer; A bag made of a radiation-proof or anti-magnetic material.

The smart bag according to claim 5, wherein: the bag is a handbag, a wallet, a satchel, a backpack, and a protective cover of a mobile phone, a tablet computer or a notebook computer; A bag made of a radiation-proof or anti-magnetic material.