Backpack with electronic LED structure

Abstract

The essence of the utility model is a backpack or briefcase with an electronic LED structure, which can be an LED panel controlled via a control board by the controller using software integrated with the electronic LED structure by wireless communication, with the backpack or portfolio containing front and back sides, fastened with each other by corner sides, bottom and top, external fasteners and pockets. A handle and carring straps for wearing is fixed either on the specified walls. The controller may be a smartphone, tablet, computer, or any other device that can install software and support wireless data communications. As a technology option, the power source can he located in any part of the backpack.

Description

FIELD OF THE PATENT

[0001] The patent belongs to the light industry, namely, the production of backpacks and briefcases, it also belongs to electrical engineering, namely the use of bags, backpacks and portfolios with LED panels,and an electronic LED structure.

BACKGROUND OF THE PATENT

[0002] The well-known PORT Designs Go LED BackPack, as shown in FIG. 2, is a backpack with a built-in light indicator display that was created for travelling, and also equipped with a blinking LED panel that allows others to see you better while you travelling, doing sports or hiking. It is designed for cyclists, runners, skateboards, roller skates and scooters. The LED system can display 4 visible flashing navigation signs (left right turn, forward, stop) and thus notify other participants of the motion about directional changes. The LED panel is located on the front of the backpack only on the external pocket, which has the smallest size on the back of the backpack. It is also controlled by a wireless control panel. The disadvantage of this backpack is that it is designed for a limited audience and is limited in functionality. This backpack contains only 4 visible signs on the LED panel. The disadvantage is that it can be used only with the LED panel and the LED panel could be located only on an external pocket that is smaller than the entire back of the backpack. Also, wireless control panel is a disadvantage, which is impractical part of the whole model.

SUMMARY OF THE INVENTION

[0003] The goal of the utility model is to provide the owner with greater convenience and practicality of using a backpack or briefcase in the absence of external light and rapid change in the configuration of the image on the electronic LED structure, to provide better security and visibility at any time of day, thanks to the ability to change the image on the LED panel, which not only flashes but also can work just in continuous image mode and satisfy aesthetic needs. Due to this, the audience of users of the utility model increases. The tasks are achieved due to the location of the electronic LED structure on the whole front of the backpack, increasing its functionality, changing the way of management and increasing the range of management tools by installing software; installation of a power source. LED structure is located at the external side of the backpack. The images showed on the LED structure could be changed by wireless control board.

BRIEF DESCRIPTION OF THE DRAWINGS

[0004] FIG. 1 shows the view of the backpack.

[0005] FIG. 2 shows the view of the PORT Designs Go LED BackPack.

DETAILED DESCRIPTION

[0006] The essence of the utility model is a backpack or briefcase FIG. 1 with an electronic LED structure 4 is controlled by the controller using software integrated with the electronic LED structure by wireless communication. The control board could be located at the any side of the backpack. The power source may be a smartphone, tablet, computer, or any other device that can install software and support wireless data communications.

[0007] An electronic LED structure can be an LED panel, a flexible or solid board or LED tape, or another form of interconnected diodes.

[0008] If the customer choses appropriate image at his smartphone by special application an image will automatically be showed at the LED structure by wireless connection. It also can be removed by abovementioned application.

[0009] Power source may be Power Bank or other compact power source that can be placed in a utility model.

[0010] As one embodiment, the appearance of the utility model can be explained by the drawing of FIG. 1, where:

[0011] 1. Handle of the backpack;

[0012] 2. Zipper;

[0013] 3. Braids;

[0014] 4. The outside face of the backpack with an electronic LED structure--an LED panel;

[0015] 5. Pockets on the outer part of the backpack with zip fasteners.

[0016] A utility model can contain a lot of useful pockets and a soft compartment for laptops and tablets to keep the equipment in the way. The backpack may include a translucent rain cover that protects the backpack with its contents in case of rain and leaves the LED panel visible.

Claims

1. A backpack with an electronic LED structure, comprising: the electronic LED structure is controlled via the control board by the control device via software integrated with the electronic LED structure by the wireless communication; an electronic power supply, front and the back sides, fastened with each other by side walls, bottom and top external fasteners and pockets, a handle

2. The backpack of claim 1, wherein control device may be a smartphone, tablet, computer or any other device for which the software can be installed and which supports wireless data exchange.

3. The backpack of claim 1, wherein the electronic LED structure may be an LED panel, a flexible or solid board, or an LED strip, or another form of interconnected diodes.

4. The backpack of claim 1, wherein the control board is responsible for maintaining the wireless data exchange.

5. The backpack of claim 1, wherein power supply may be a Power Bank or other compact power source that can be placed in any part of the utility model.