BR102013024310A2 - portable hybrid charger applied on napkin holder and bottle holder - Google Patents

Abstract

portable hybrid charger applied to napkin holder and bottle holder holders is comprised of napkin holder (1) and bottle holder (2) characterized by a solar panel (1) externally on the walls (p), and a lower lid (3) ) of access to the interior (i) housed by the components (4) feeding the usb ports (8) and a digital panel (9).

Description

PORTABLE HYBRID CHARGER APPLIED TO NAPKET HOLDER AND BOTTLE HOLDER BRIEF SUMMARY

This application is for a patent application for a new HYBRID PORTABLE CHARGER APPLIED TO NAPKET HOLDER AND BOTTLE HOLDER, composed of a photovoltaic system comprised of a solar panel to capture the sun's rays that, through reactions, transform them into electrons. and pass to a charge controller. Where these electrons are stored in the form of electrical energy in the battery, which when triggered, this energy is released and passes into the inverter equipment that defines the frequency of the electric current and thus powered the USB ports and digital panel. Still in this charger there is another power supply point, made through an input connector that through cable / wire connects to a socket belonging to a power network. This charging point is intended to charge the battery during periods of low sunlight that are unable to power the battery.

This known solar capture system is applied in a napkin holder or bottle holder, and can be in various models.

FIELD OF APPLICATION

This portable hybrid charger is applied commercial supports mainly fast food chains, gas stations, hotel reception, restaurants, bakeries, bars and cafeterias.

FROM THE CURRENT STATE OF TECHNIQUE “Mobile phone chargers such as cell phones,“ tablets ”and netbooks currently in establishments such as bars, cafeterias or convenience stores are in 'totems' (fixed points, in specific places with electric power or USB). ).

But this charging of mobile devices in public or private places becomes highly complex due to several factors such as:> Lack of physical security; > Use of non-renewable energy; > Costs; > Lack of convenience;

Regarding the lack of physical security, the "totems", place of charging of mobile devices ends up being far from their owner, causing an uncomfortable and unsafe situation for the same. In the case of electrical outlets, this is further aggravated, since the establishments do not have enough electrical networks with electrical outlets and, moreover, they are not arranged to meet this demand. The use of non-renewable energy, the totems or electrical outlets, most of the time use non-renewable energy. This factor does not contribute to the environment. The cost ratio is due to the conventional means of charging mobile devices that make the establishments in question have expenses related to electricity. The convenience is because electrical outlets are usually installed at specific points to suit the modality of an establishment. For example, in a restaurant naturally the largest amount taken is in the kitchen area. At a gas station, only at the bottom (near the floor) inside the convenience store. Most of the time, people are uncomfortable asking for their use, either because they stay away from their devices or the embarrassment of not paying for the power supply.

OF THE INVENTION

In order to meet the above mentioned needs, and to considerably improve the way of charging the cell phone in these current methods is that the inventor has developed a hybrid mobile charger in the shape of napkin holder or thermos holder, where it has the function of safe charging. and fast mobile devices, so owners don't have to ask the property for a power outlet that most of the time is far away, causing a lot of discomfort. In addition, with the hybrid charger, we will be using one of the renewable energy sources and also with advertising space.

Specifically this innovation in hybrid charger applied in napkin holder or thermal bottle holder for its functionality is configured a photovoltaic system comprised of an externally solar panel, which its components are preferably embedded in the bottom, and closed with a maintenance access lid. These components are equipped with a charge controller, battery (which may be batteries) frequency inverter equipment, USB ports and a digital display for information that is positioned externally on the side.

On the opposite side there is an input for a power source that is powered by the socket, which is intended to charge the battery (batteries) or directly power the USB ports and digital panel, this use in periods of low sunshine .

ADVANTAGES The PORTABLE HYBRID CHARGER APPLIED TO NAPKIN HOLDERS AND BOTTLE HOLDERS has several advantages, but listed below as the main ones in relation to the owners of the establishments, such as:> Increase in sales; > Increase in billing for advertising space contained in hybrid loader; > Ecological product; > Low cost in the establishment implementation.

For consumers the main advantages are:> Convenience; > Ecological; > Costs; > Security.

DESCRIPTION OF DRAWINGS

Attached are the drawings of the portable hybrid charger mounted on napkin holders and bottle holders, which are of domestic and commercial utility, which are listed below. FIG. 1: Perspective view of portable hybrid charger applied on a napkin holder; FIG. 2: Reversed perspective view of the previous figure of the portable hybrid loader applied to a napkin holder; FIG. 3: Block diagram showing the operation of the components of the portable hybrid charger solar plate applied to a napkin holder; FIG. 4: Perspective view of a portable hybrid charger attached to a napkin holder showing a mobile device ready to be charged; FIG. 5: Perspective view of a portable hybrid charger attached to a napkin holder showing a mobile device being charged; FIG. 6: Reversed perspective view of the portable hybrid charger applied on a napkin holder, showing the power input component through to the source / socket; FIG. 7: Reversed perspective view of the portable hybrid charger applied to a napkin holder showing a mobile device being charged; FIG. 8: Perspective view of portable hybrid charger applied to a bottle holder; FIG. 9: Perspective view of the portable hybrid charger applied to a bottle holder showing a mobile device being charged; FIG. 10: Perspective view of portable hybrid charger applied to a bottle holder showing a mobile device being charged with the bottle inserted; FIG. 11: Two-position perspective view of the portable hybrid loader applied to a consumer model napkin holder showing by way of example that it can be manufactured in various types of model; FIG. 12: Perspective view of a restaurant setting showing the portable hybrid charger attached to a napkin holder and bottle holder on several tables; FIG. 13: Perspective view of a restaurant setting, showing the totem charger at a single point in the room as one of the conventional methods.

From the technical description the portable hybrid charger applied on napkin holder and bottle holder is comprised of napkin holder (1) and bottle holder (2) both composed of a solar panel (P) externally on the walls (P ').

The napkin holder (1) and bottle holder (2) at the bottom contain a lid (3) for access to the inner part (I) where are housed components (4) responsible for the transformation of the sun's rays into electric energy.

These components (4) are composed of a charge controller (5) which basically stores power in the batteries (6) which can be batteries that when powered, the energy passes into a frequency inverter equipment (7) and thus feeding the USB ports. (8) and a digital panel (9) for information such as the amount of power provided by the batteries (6).

This napkin holder (1) or bottle holder (2) has the last component, being an electric input port (10) which is preferably fed from a power source (11) to an outlet. The power input port (10) is rarely used, and this purpose is to charge the battery (6) in periods when there is not enough sunbeams to power the mobile devices (12), thus the need to complement electricity through a power grid (13). The napkin holder (1) and the bottle holder (2) on their walls (P ') may be from advertising spaces (14) or information for the use of mobile devices (12).

Therefore, users (consumers) can recharge their mobile devices (12) on the table at which they are consuming, being safely, without risk of theft and using renewable energy.

It is apparent from what has been described and illustrated that the portable HYBRID CHARGER applied on napkin holder holders and BOTTLE HOLDER fits the rules governing the Invention Patent, deserving for what has been described and illustrated and as a consequence, the respective privilege.

CLAIM

Claims (2)

1) PORTABLE HYBRID CHARGER APPLIED TO NAPPERS HOLDER AND BOTTLE HOLDER, it is comprised of napkin holder (1) and bottle holder (2) characterized by solar panel (P) externally on the walls (P '), and contained at the bottom a lid (3) access to the interior (I) housed by components (4) feeding the USB ports (8) and a digital panel (9), 2) PORTABLE HYBRID CHARGER APPLIED TO NAPPERS HOLDER AND BOTTLE HOLDER, according to claim 1, napkin holder (1) and the bottle holder (2) has components which is characterized by a controller (5), batteries (6), power frequency inverter equipment (7) and an electrical input (10) powering the USB ports (8) and digital panel (9) ·