RU178756U1 - PORTABLE BATTERY FOR MOBILE DEVICES WITH INFORMATION STORAGE - Google Patents

Abstract

The utility model relates to portable renewable primary power sources intended for autonomous charging and recharging batteries of portable electronic equipment, as well as portable digital information storage devices. The technical result of the utility model is to increase the battery life, as well as the ability to recharge the battery without access to electric Network. A portable battery with an information storage device containing a housing with a rechargeable battery. a battery that is connected to an interface connector located in the upper part of the housing, characterized in that solar batteries are connected to the battery, while one solar battery is installed on the housing, and the second on the flip panel on the other side of the housing, a drive is also connected to the interface connector information located inside the enclosure.

Description

The invention relates to portable renewable primary power sources intended for autonomous charging and recharging batteries of portable electronic equipment, as well as to portable digital information storage devices. [H02J 7/35]

A WIRELESS CHARGING DEVICE FOR A RECHARGEABLE DEVICE [patent RU 144310 U1, Published: 08.20.2014], compatible with a specific wireless charging system, and has a receiving element configured to provide wireless energy reception, which contains a charging unit having a transmitting unit, is known from the prior art. an element configured to wirelessly transmit energy to a receiving element in accordance with a power protocol selected from several power protocols that is compatible with a specific wireless charging system.

The disadvantage of the analogue is its limited scope, due to the inability to charge mobile devices that do not support the power protocol, compatible with the device’s wireless charging system.

Also known from the prior art PORTABLE SOLAR CHARGING DEVICE [patent RU 2276829 C2, Published: 10.06.2005], including a housing with solar panels and an adapter for transmitting voltage from solar panels to the load, including a shell with a built-in socket for connecting the load, as a socket the adapter used a socket from a connector such as a car cigarette lighter, the terminal and housing of which are outputs for connecting the load through the appropriate adapter, a decoupling diode mounted on a die is introduced an electric mounting plate that is mounted on the socket terminal inside the adapter shell, the solar battery being connected to the socket of the adapter by one pole and the other pole through the decoupling diode to the adapter socket housing.

The disadvantage of this analogue is the inability to use the device in the dark.

The closest in technical essence is the SCOSCHE GOBAT 12000 PORTABLE BATTERY BATTERY (RPB12) [http://scosche.su/collection/mobile-power/product/scosche-gobat-12000-rpb12, Published: 05/18/2017], containing the case covered with a protective rubber coating, a rechargeable battery is mounted inside the case, interface connectors and a battery charge indicator are mounted in a niche in the niche, the niche is closed by a lid, and the power button is mounted on the front wall of the case.

The technical problem of the prototype is limited functionality aimed only at providing additional electric power to mobile devices, as well as short battery life, due to the inability to use the battery after it is fully discharged without access to an industrial electric network.

The objective of the utility model is to eliminate the disadvantages of the prototype.

The technical result of the claimed utility model is to increase the battery life, as well as the ability to recharge the battery in the absence of access to the electrical network.

The indicated technical result of the utility model is achieved due to the fact that a portable battery for mobile devices with an information storage device comprising a housing with a battery, which is connected to an interface connector located in the upper part of the housing, characterized in that solar batteries are connected to the battery, this one solar battery is installed on the housing, and the second on the hinged panel on the other side of the housing, also connected to the interface connector information storage, located wife inside the case.

In particular, the interface connector is made in the form of a USB-A or USB-B or USB micro-B connector.

In particular, the information storage device is made in the form of flash memory.

In particular, the information storage device is made in the form of an SD memory card with a slot for its connection, which is installed in the device case.

In particular, the information storage device is made in the form of a hard disk drive or an SSD disk.

In particular, the battery is in the form of a lithium battery.

In particular, on the front panel of the case mounted light indicators of the battery charge.

In particular, a lamp is located on the housing, which is connected to the battery and is made in the form of at least one LED lamp on top of which a diffusing lens is mounted.

In particular, the housing is covered with a protective rubber coating and the interface connector is located under the protective cover.

A brief description of the drawings.

Figure 1 shows a front view of a portable battery for mobile devices with solar panels and an information storage device.

Figure 2 shows a block diagram of the connection of the electronic modules of a portable battery for mobile devices with an information storage device.

Figure 3 shows a rear view of a portable battery with the front panel folded down.

Figure 4 shows a bottom view of a portable battery for mobile devices with an information storage device.

Figure 5 shows a top view of a portable battery for mobile devices with an information storage device.

The figures indicate: 1 - housing, 2 - rechargeable battery, 3 - information storage device, 4 - solar battery, 5 - hinged panel, 6 - battery charge indicator light, 7 - flashlight, 8 - battery power button, 9 - flashlight power button 10 - a fixing ring, 11 - an interface connector, 12 - a slot for connecting SD-memory cards, 13 - a cover for a detachable compartment.

Utility Model Implementation

The portable battery contains a housing 1 (see Fig. 1), inside which a battery 2 and an information storage device 3 are mounted (see Fig. 2).

Solar batteries 4 are connected to the supply inputs of the battery 2, while one battery 4 is located on the housing 1, and the other is located on the hinged panel 5 with the possibility of rotation through 180 ° to place the solar panels 4 in one plane (see Fig. 3). At the top of the hinged panel 5 mounted battery charge indicators 6, which are connected to the battery.

A lamp 7 is mounted in the lower part of the housing 1 (see Fig. 4), containing one or more LED lamps connected to the battery 2 through a button 9, which is mounted on the side wall of the housing 1.

On the side wall of the housing 1 is also mounted a power button 8 of the battery, which is on one side electrically connected to the battery 2, and on the other with the power contacts of the interface connector 11.

Also, a mounting ring 10 is mounted on the side wall of the housing 1 for attaching a strap or carbine to it (not shown in the figures).

A detachable compartment is made on the upper wall of the housing 1 (see FIG. 5), in which an interface connector 11 is mounted for connecting the battery 2 and the information storage device 3 to mobile electronic devices (not shown in the figures) and a slot for connecting SD memory cards 12, which is also connected to the interface connector 11.

The detachable compartment is closed by a lid 13.

Case 1 is coated with a protective rubber coating.

Various options for implementing the claimed utility model make it possible to use flash memory or an SD card or a hard disk drive or SSD disk as an information storage device 3.

Various embodiments of the claimed utility model allow us to use USB-A or USB-B or USB micro-B connectors as an interface connector 11.

A portable battery for mobile devices with solar panels and an information storage device is used as follows.

When using the claimed technical solution as a portable battery for charging mobile devices, the battery 2 built into the portable battery case 1 is precharged. To do this, the portable battery through the interface connector 11, made in the detachable compartment, is connected to the electric power source (industrial network, computer interface connector) by the appropriate cable and charged to the required level, while the charge level of the battery 2 is monitored by the battery charge indicator 6. V if it is not possible to charge the battery 2 from the industrial network, the battery 2 is charged from solar energy, for which open the hinged panel 5 with the solar battery 4 mounted on it 180 ° and place the solar panels 4 mounted on the hinged panel 5 and the rear wall of the housing 1 in parallel planes and thereby increase the absorption area of solar energy by the solar panels 4, thereby achieving the claimed technical result of the utility model - longer battery life. Monitoring the charge level of the battery is also carried out by the light indicator of the battery charge 6.

After charging, the electronic mobile device is connected to the battery 2 through the interface connector 11 with the appropriate cable to charge it from the portable battery and the power button is pressed 8. When the mobile device is fully charged, the power button 8 is pressed and the mobile device is disconnected from the portable battery.

When using the claimed technical solution as an information carrier, the information storage device 3 is connected via an interface connector 11 with an appropriate cable to a computer and the information is read / written.

Also, the claimed technical solution can be used as a card reader, while an SD memory card (not shown in the figures) is inserted into the slot for connecting SD memory cards 12, the device is connected via the interface connector 11 with the appropriate cable to the computer, and read / write information, while the specified implementation option allows you to transfer information from the memory card to the internal storage of information 3 of the portable battery and vice versa.

To use a portable battery as a light source, turn on the button 9 flashlight 7.

For ease of use, a mounting ring 10 is mounted on the side wall of the housing 1 to which a strap or carabiner is fastened for carrying (not shown in the figures).

The protective rubber coating of the housing 1 and the cover 13 of the detachable compartment protect the portable battery from mechanical damage during falls and shock, as well as moisture.

The claimed technical result of the utility model is to increase the battery life, due to the fact that the battery 2, the information storage device 3 and the solar panels 4 are mounted in one housing 1, while the battery 2 and the information storage device 3 are connected to a common interface connector 11 As a result of which the opportunity is realized not to spend all or part of the battery’s resource during daylight hours, and to use the energy from solar panels to power, going e or to drive external power consumer connected via connector 11. Moreover, the battery for the device itself, connected thereto from outside, e.g., a smartphone, a storage device through data 3 additional source of external memory.

The possibility of recharging the battery in the absence of access to the electric network is achieved due to the fact that the battery 2 and solar panels 4 are mounted in one housing 1, while the battery 2 and the information storage device 3 are connected to a common interface connector 11, through which, upon receipt of power from working solar panels 4 can be recharged battery 2.

Claims (8)

1. A portable battery for mobile devices with an information storage device comprising a housing with a battery that is connected to an interface connector located in the upper part of the housing, characterized in that solar batteries are connected to the battery, while one solar battery is installed on the housing, and the second on the hinged panel on the other side of the housing; an information storage device located inside the housing is also connected to the interface connector. 2. The portable battery according to claim 1, characterized in that the interface connector is made in the form of a USB-A, or USB-B, or USB micro-B connector. 3. The portable battery according to claim 1, characterized in that the information storage device is made in the form of flash memory. 4. The portable battery according to claim 1, characterized in that the information storage device is made in the form of a hard disk drive or SSD disk. 5. The portable battery according to claim 1, characterized in that the battery is made in the form of a lithium battery. 6. The portable battery according to claim 1, characterized in that on the front panel of the housing mounted light indicators of the battery charge. 7. The portable battery according to claim 1, characterized in that a lamp is located on the housing, which is connected to the battery and is made in the form of at least one LED lamp, on top of which a diffusing lens is mounted. 8. The portable battery according to claim 1, characterized in that the housing is covered with a protective rubber coating, and the interface connector is located under the protective cover.

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