ES1074137U - Mochila energetica (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Energy backpack, characterized in that on the external part of the body of the backpack have been provided photovoltaic panels conveniently related to each other to jointly provide electrical power usable in the operation and/or load of certain equipment or devices, such as laptop, mobile phone, satellite navigation system and others; with the particularity that the electrical energy produced by the photovoltaic panels is capable of accumulating in a battery or batteries that, like the rest of the equipment or devices referred to and that can be powered or charged with the energy provided by the photovoltaic panels, will go stored in appropriate pockets established for that purpose in the body of the backpack. (Machine-translation by Google Translate, not legally binding)

Description

Energy backpack

Object of the invention

The present invention relates to a backpack energy, whose obvious purpose is to constitute a means electric power carrier for any use, such as to charge usable batteries in charging mobile phones, computers laptops, satellite navigation system, etc.

The object of the invention is to achieve that in a portable object, such as a backpack, to have energy to any use

Background of the invention

It is evident that there are numerous and diverse types of backpacks, from which they have straps for their transport over shoulders and back, to those with Rolling means for comfortable dragging from one place to another.

Now, whatever the type of backpack, it is say one or the other size, one or another configuration, etc., in In all cases the backpack in general is provided exclusively to carry objects and things inside.

Description of the invention

The backpack that is recommended, independently of constituting a body to carry objects and things, presents the particularity of constituting an energetic means since on the external surface of the body of the backpack are mounted a series of photovoltaic panels, which by means of solar energy, which logically it will affect them when the backpack is transported well supported on the back and shoulders, well in a dragged way, etc., it allows to obtain electrical energy to from these photovoltaic panels, for various uses, so that these photovoltaic panels can be mounted in series, in parallel or mixed form and obtain in any case the energy electrical necessary for use in, for example, power and / or charge of a laptop, for charging mobile phones, for charging and operating "Nintendos®" or other electronic devices that are portable and for daily use, which can be carried logically inside the backpack, There are also pockets to carry easily and so independent all those types of devices (mobile phone, system satellite navigation, Nintendo®, laptop, etc.), also including a connector for the connection of any of those equipment and / or devices, either if the connector is universal, or through the corresponding adapters, being logically related photovoltaic panels via conductive cables protected with corresponding tubes that will conveniently go mounted and arranged on the body of the backpack.

Photovoltaic panels can be charged, not only when the backpack is transported on the back or dragged by the user, but in a situation of rest, either by arranging the backpack on a terrace or anywhere outdoors that allow the capture of the sun's rays to load the photovoltaic panels, which logically and as it was said with previously they can provide the electric power to power to batteries for later use, and whose batteries can go logically located in pockets or compartments established in the backpack, like the rest of the devices or equipment previously commented. That is, the backpack can be used as an energy charger with batteries and plates that want and get the energy that is needed or wanted accumulate.

Moreover, it is planned that the circuit electrical that is activated through the energy generated by the backpack, can be complemented with a capacitor or an inverter direct current to alternating current, for proper use in the supply of devices or equipment.

Finally, say that based on the backpack of the invention, with the photovoltaic panels, which logically will be of Small size, mounted on it, you can get enough electric power for the uses discussed above, including to charge or illuminate an external battery without adding the timely connectors.

Description of the drawings

To complement the description that then it will be done and in order to help a better understanding of the features of the invention, according to a preferred example of practical realization thereof, is accompanied as an integral part of that description, a single drawing where with an illustrative and non-limiting nature, what has been represented next:

The unique figure shows a representation schematic perspective of what is the object energy backpack of the invention, which has been represented in a form and determined configuration, that is to say the type of by shoulder straps and back, although the backpack could have any other configuration, size and be different the distribution of the components that includes it, as more forward it will be exposed.

Preferred Embodiment of the Invention

As you can see in the referred figure, the backpack (1) of the invention is constituted by a body as it is conventional, which can have any size and shape in one or another type of material, so that the body of the backpack (1) represented in the figure, by way of example, includes Straps (2 and 3) to be carried on the shoulders and fastened in the user's waist respectively.

From these characteristics, and with the backpack equipped with the corresponding means of access to your interior, ie covers, zippers, etc., it is planned that the It incorporates photovoltaic panels on its external surface (4), in appropriate number and dimensions, logically to the size of the backpack (1), whose photovoltaic panels (4) will produce energy electrical so that through the corresponding cables conducted in appropriate tubes (5), to be able to carry out the conduction of electrical energy on, for example, batteries or for power a connector (7) that can be universal for the plug different devices and equipment for charging and operating these, such as a satellite navigation system; a portable phone, a laptop, etc.

All those equipment or devices referred to as well like others that work by electric power, they can transported in the backpack, in corresponding pockets (6), one for example destined to mobile phone, another destined for example to satellite navigation system another intended for example to battery storage, etc.

Claims (4)

1. Energy backpack, it is characterized in that photovoltaic panels conveniently related to each other are provided on the outside of the body of the backpack to jointly provide usable electrical energy in the operation and / or charging of certain equipment or devices, such as laptop, mobile phone, satellite navigation system and others; with the particularity that the electrical energy produced by the photovoltaic panels is capable of accumulating in a battery or batteries that, like the rest of the equipment or devices referred to and that can be fed or charged with the energy provided by the photovoltaic panels, will go stored in appropriate pockets established for this purpose in the body of the backpack. 2. Energy backpack, according to claim 1, characterized in that a connector for the power outlet of the different devices and equipment to be charged or for the operation thereof is included. 3. Energy backpack, according to previous claims, characterized in that it is optionally capable of incorporating a capacitor or inverter from direct current to alternating current. 4. Energy backpack, according to previous claims, characterized in that the photovoltaic panels are correlatively connected to each other in series, in parallel or in mixed form.