UNITED STATES PROVISIONAL UTILITY PATENT TITLE Wearable bilateral photovoltaic pictographic art charges portable electronic devices INVENTOR William Hooker Thompson DESCRIPTION [01]  BACKGROUND [02]  TECHNICAL FIELD OF THE INVENTION [03]  The relates to a informational educational renewable energy tool. The present utility design model invention relates generally to a mobile device battery charging apparatus; Solar cells arranged as pictographic art particular to symbolic stick figures; the ‘body’ captures radiant energy, a principle source of power, powers portable devices; especially particularly relates to multi~sided solar modules; the ‘obverse side’ harvests radiant solar energy from sunshine emitting rays of light, and the ‘reverse side’ captures units of luminous flux, radiance from artificial light sources emitted in a unit solid angle by a point source of candle intensity. Thus versifying the prudent sources of power; bilateral solar cells, here~in referred to and duly dubbed the ‘HOOKER METHOD’. Incorporated within the utility design is kinetic energy collecting modules and a magnetic, interchangeable battery bank; the ‘head’ with emoticon /emoji robotic expressions. Wearable, portable, reversible, attachable device charger with binary sided solar cell modules.

UNITED STATES PROVISIONAL UTILITY PATENT INVENTOR William Hooker Thompson ABSTRACT [088]  Abstract of the Disclosure Bilateral photovoltaic modules; forming pictographic ‘stick figure’ functional solar art; a portable device battery charger versifying prudent sources of power; bilateral solar ideology utilizes spatially dimensional, reversible solar modules; the ‘HOOKER METHOD’; ‘obverse side’ modules harvest solar radiance, ‘reverse side’ modules capture luminescence. The ‘body’, charges replaceable, interchangeable battery banks; the ‘head’. a tertiary power source employs kinetic energy collecting modules interspersed throughout. Wireless charging technology, implementing Qi (chi, chee), organic fabrics, magnetization, solar and integrated kinetic energy powers portable electronic devices free. Customized; choice of ‘body’ designs and varieties of robotic emoji / emoticon ‘head’ designs. Concoct a SolarPal online. A learning tool is conceived; artistic, intuitive, educational / informational, spawning inquisitive ideas; harnessing and inspiring the next generation to cultivate new concepts for sustainable clean affordable energy safe for our World. Go green!

UNITED STATES PROVISIONAL UTILITY PATENT INVENTOR William Hooker Thompson BACKGROUND TECHNIQUE [02]   ‘Once upon a time’ Human society, gradually depleting resources and polluting the environment. Our World must prioritize awareness of renewable clean energy. The need for reliable, affordable clean energy is inevitable. [03]   ‘In the now’ The demand for energy is growing, human society has matured enough to make solar radiant philosophy artistic and playful. Therefore, the development of a ‘Wearable battery charger, birthing bilateral photovoltaic pictographic art paired with kinetic energy; utilizing inexhaustible and renewable energy sources. An educational informational (E/I) multilingual tool is born, people around the World will inquire attention to the use of and project technology awareness of future emission-free energy innovations. [04]  Introducing the ‘SolarPal family’, herein referred to as ‘SolarPal’, namely utilizing ‘THE HOOKER METHOD’; the ‘obverse side’ utilizing sunlight converting radiant energy into electricity on one side and the ‘reverse side’ utilizing artificial light converting lumens into electricity on the opposite side, namely photovoltaic power generation, energy is stored in a battery bank. Charging state now can be effectively drawn from the battery bank, power devices anytime, charges in opaque conditions. [05]  Sustainable, renewable, clean energy learning tool, a solar power learning tool, a magnetic magnetosphere learning tool, an organic fabric learning tool. An E/I tool foaling intuitive knowledge. [06]  Most cellular devices are equipped with rechargeable batteries which recharged through a power conversion adapter used in conjunction with household power, It would be prudent to have a wearable battery charging apparatus that is capable of using solar power to charge batteries in a cellular phone or devices. [07]  It would be prudent to have a battery charging device that is alternatively capable of charging the battery in a cellular phone using the power of conductive wire~less Qi (Chee, Chi) rechargeable batteries within Qi (Chee, Chi) receiver. [08]  It would further be prudent to have a battery charging apparatus that uses solar power and kinetic energy to charge one or more self contained ‘rechargeable’ ‘replaceable’ ‘interchangeable’ batteries, for use as the battery bank and that permits use of said interchangeable battery bank to charge the battery in the devices directly. [09]  This invention relates stick figure, pictographic art to a battery charger which charges a battery using geminate solar cells and kinetic energy for interchangeable battery charging. Said geminate sided solar cells ‘body’ arranged as art, with interchangeable battery bank said ‘head’ stores electricity. [010]  In recent years all types of electrical equipment have been miniaturized and made lightweight, and many portable electronic products have become available, rechargeable batteries are used, rechargeable batteries can be repeatedly re-used simply by charging, have capacity allowing storage of electrical current, this ability to re~charge devices are extremely convenient to use. [011]   Wherefore, rechargeable batteries can store electric energy. Therefore, devices batteries can be re~charged by solar radiant activity. Charges portable devices being carried about indoors or outdoors, the solar charged batteries produce stored electricity and retain energy even when there is no solar activity. Solar battery chargers are economical. Further, since solar cell output is Direct Current (D/C) no current conversion circuitry is required. [012]  It is the first object of this invention to present a battery charger with geminate sided solar cells. SolarPals are easily portable, hands free and wearable, can be quickly set to recharge run-down batteries in portable electrical equipment, has solar cells which have sufficient output for charging portable device batteries. a magnetically attachable, interchangeable battery capabilities [013]  It is the next object of this invention to provide attached method to clothing. Further, can charge those said interchangeable rechargeable batteries while the pictographic solar charger is attached permanent or temporarily by magnets, double sided adhesive or detachable and re~attached magnetically. The peripheral ‘body’ is comprised of earth magnets at joint points reverse of solar body, including the interchangeable battery bank the ‘head’. [014]  Our SolarPal apparatus intertwines assorted solar cells and kinetic energy modules; using collectively photovoltaic thin solar amorphous film modules, mono crystalline, poly crystalline, CIGS, collect solar radiance from the sun, collect lumens from indoor lighting, kinetic modules capture energy by an object in motion. The earth revolving around the sun, you walking down the street, molecules moving in space all have kinetic energy. etc. SolarPals intertwine assorted energy collecting modules and utilize an interchangeable storage battery / power bank. SolarPal are Solar Art that create clean and free electricity that powers electronic devices. [015]  The primary object of this invention, present a necklace type, wearable, erectable, flexible, bilateral solar art linking kinetic energy, energy captured and stored in a battery bank resembling robotic attributes. Obverse side solar modules collect solar radiance from the sunshine creating electricity and reverse side solar modules collect lumens from artificial indoor lighting creating electricity. [016]   It is a further primary object of this invention to present juxtaposed flexible solar cell apparatuses; pictographic art creating hieroglyphically expressions in a solar cell apparatus with interchangeable emoji / emoticon said ‘head’ assortment, a flexible electrical connection is limited to a minimum radius of curvature. A solar cell apparatus with many interconnected solar modules said ‘body’ which is thin, quite pliable and can be bent with a radius of curvature, . [017]  It is thus another further object of this invention to present thin lightweight pictographic art with a variety of magnetically interchangeable emoticon and robotic expressions, creating portable solar art apparatuses in which intuitive minds will seek information resulting in next generation energy breakthrough technology beyond solar and kinetics. [018]  More importantly the magnetically interchangeable battery charger unit contains the battery safety circuitry and diodes casing ‘head’ unit is magnetically connected to the solar body and described as said ‘head’. The battery bank assembly is removable and replaceable between a magnetic backing configuration. the kinetic component parts lie in glyphic plane, simultaneously linking energy collecting and storage components. The apparatus operates in five different modes; namely, a first mode in which the solar modules are connected to charge or power an electronic device, second mode connecting said solar energy collecting component to rechargeable battery in which the solar modules charge the apparatuses ‘Solar Pal’ ‘head’ interchangeable battery bank, a third mode in which the interchangeable battery bank is used to charge or power a device coupled to the battery bank, and a fourth mode in which the apparatus supplies Qi (chi, chee) wireless inductive charging capabilities to charge or power Qi integrated devices placed on or near the Qi apparatus thereto. and a fifth mode in which the apparatus is reversible, exposing the obverse side to sunlight and the reverse side facing the interior luminous lighting producing energy from both sides of the SolarPal, utilizing available resources. [019]  Ultra lightweight solar cell modules and kinetic modules are used as the source of power for charging the Ultra lightweight battery bank; the interchangeable battery stores electricity to said head, wearable as a necklace, permanent and temporary adhesively and magnetically attaches to clothing. Suction cups, magnetic backing, allows for convenient deployment; placed wherever there is sunshine by hanging, attaching the charger to other objects, without limiting in a certain fixed platform. Powers all portable electronic devices. SolarPal apparatuses juice it up. [020]  The battery charger of this invention comprises an interchangeable battery charger unit which connects magnetically attaching interchangeable batteries, the ‘head’ to the ‘body’, solar cells which are used as the power source to charge batteries and connecting parts to electrically connect the solar cells and the battery charger. Solar cells which are used as the power source to charge batteries and connecting parts physically, utilizing material housing magnets that attachment and detachment the ‘head’. The battery charger unit is provided with an interchangeable battery bank storing the solar radiant electricity for spontaneous usage, namely when no sunshine or overcast or in darkness. Taking care to see that the interchangeable batteries are periodically charged using the solar panels or alternating current (A/C) outlet, one can always be assured of having battery backup power. [021]  The utility model; SolarPal photovoltaic portable device charger can easily be placed in any place where there is sunlight or artificial lighting, deferring irradiated energy to be charged and stored, the SolarPal is not limited to a fixed platform. By the SolarPal attached to the objects, especially on obvious and other objects, can be directed to facilitate charging improving the light absorption efficiency magnetically attachment to the ‘SolarPal dock’ and any metal object attracted to earth magnets and use of the necklace chain to display your SolarPal, wearable on your body, place on object allowing energy absorptions from anything that moves. [022]  Extremely importantly is safety built into the configuration of the battery charger, electrical apparatus and battery head, which is the battery charger unit, control circuits and over~charging port, over heating, shut~off, dis~charging prevention diodes are safely arranged in an encasement system. Making the SolarPal system safe and fool~proof. In addition, by connecting the solar cells to the battery charger unit, the electrical equipment can be charged while worn, carried, on neck chain, placed in position, mounted and attachable to objects with magnetic properties, fastened to shirt or clothing safely. [023]  Briefly, a presently preferred embodiment of the our invention is an assembly comprised of four basic component parts including separate solar cells, kinetic modules and a battery and Diodes in a battery ‘necklace’ ‘medallion’ housing. The solar modules are connected together cunductively and the battery and containing diodes connected to the neck of the solar modules. The solar modules and kinetic modules configuration are in which the component parts lie in a pictographic plane. SolarPals can be manufactured in variety and quantity. [024]  An important advantage of the present invention is that it provides a portable means for charging the battery of a cellular phone or other battery powered devices inside and outside without requiring connection to residential or commercial power source; photovoltaic resources no emissions. [025]  An equally important advantage of the present invention is that the battery bank ‘head’ can be replaced. While the solar modules have a life expectancy of 25+ years, the battery life expectancy on average is 500 more or less charges, average of -5 years. The battery is replaceable and interchangeable to extend the life of the SolarPal. [026]  It is therefore an object of the present invention to utilizes magnetosphere, kinetic, luminescent and solar radiance from the sun power as its power source, provide a convenient water~proof apparatus for charging batteries and powering portable devices. [027]  It is another object of the present invention to provide pictographic solar battery- charging apparatus that has educational aspects, encouraging the next generation society the importance of clean, sustainable sources, to spark general knowledge and future advections. [028]  It is yet another object of the invention to provide a Qi (chi, Chee) device to wire~lessly charge cellular phone batteries from a set of rechargeable batteries not originally included with the cellular phone. The wire~less interface circuitry is connected within the receiving devices battery / connection. The charging port is used to wirelessly connect the charging devices battery. The Qi (Chi, Chee) uses wireless conductive interface charging. The present invention provides an apparatus of the type described receiver that can be used to charge and power electronic devices without attached wires. [029]  One advantage, use in case of emergency where no electricity is available and where the environment has sufficient light to actuate the solar panel ‘body’  SolarPals shall continue charging and storing electricity, fashioning devices with expediential energy perpetually available and connected to the intranet for communications usage. Rechargeable batteries said ‘head’ is utilized to power the devices through the battery bank arrangement. [030]  Finally, the structure of the present invention allows the solar cells and kinetic modules, which charge the batteries, to be worn as necklace, attached to clothing, also reversed and reattached via magnetic envelopment. The utility model aims to provide a wearable solar battery charger, conveniently reversible and attaches to other objects in order to facilitate the use of. [031]  In conjunction with the accompanying drawings of the utility model specific embodiments described in detail. The utility model in the scope of protection, is not limited to the specific embodiments, but be defined by the scope of the claims. These advantages of the present invention will no doubt become apparent to those knowledgeable in the art.

UNITED STATES PROVISIONAL UTILITY PATENT INVENTOR William Hooker Thompson CLAIMS DETAILED COMPONENTS OF THE PICTOGRAPHIC EMBODIMENT [075]  Claims (12) [076]  1. A wearable, portable battery charger using photovoltaic energy and kinetic energy as a source of power; solar modules forming dimensional pictographic art, comprising; binary sided solar modules; photovoltaic modules back to back, obverse side; solar modules utilizing direct sun radiance for producing electrical energy, reverse side; solar modules using inside light lumens for producing electrical energy;  SolarPals collect solar radiance; utilizing inside light and outside light simultaneously or conjunctionally for producing clean renewable energy. Photovoltaic energy collecting components and kinetic energy components connected together irrelative to each other to form pictographic design patterns as the ‘body’ solar modules for charging batteries; a battery charger component in the ‘head’ component including a rechargeable battery being electrically connectable to said solar modules, and an output jack being electrically connectable to said battery and devices to be recharged; said ‘head’ emoticon battery bank; circuitry being operable between a first mode, a second mode, a third mode, a fourth mode and a fifth mode; [077]  2. A wearable, portable battery charger using photovoltaic energy and kinetic energy as a source of power, recited in claim 1, whereof said modules are generally planar, pictographic ‘stick figure’ configuration, and one side of a first of said modules is materially connected to one side of a second of said modules such that said second module is in an affixed configuration where each body member is in juxtaposed configurations to capture renewable energy. said modules aligned with and facing multi-direction and provenance modules in a back to back configuration, attaches with said modules lying back to back, end-to-end, side-by-side, corner-to-corner in adjacent relationship and sharing a common plane, with one end module thereof overlapping said first module and in configuration with one end thereof. Said backing assembly position the modules planed irrelative to each other in pictography form adjacent in relationship and sharing same backing in a pictographic configuration. [078]  3. A wearable, portable battery charger using photovoltaic energy and kinetic energy as a source of power, recited in claim 1, whereof first mode first mode connecting said solar energy collecting component to said output jack for providing electrical power to devices connected thereto, [079]  4. A wearable, portable battery charger using photovoltaic energy and kinetic energy as a source of power, recited in claim 1, whereof second mode connecting said solar energy collecting component to rechargeable interchangeable battery (2) for providing recharging electrical power thereto, [080]  5. A wearable, portable battery charger using photovoltaic energy and kinetic energy as a source of power, as recited in claim 1, whereof third mode connecting rechargeable battery (2) to said output jack (15) for providing electrical power to said devices connected thereto. A removable, interchangeable, battery bank ‘head’ wherein said battery charging unit recited in claim 1, has a battery mounting surface formed on a magnetic surface of said ‘head’ battery charging unit and said magnetic backing is positioned on an opposite side of said battery charging unit relative to said earth magnet mounting surface (16) and (17). [081]  6. A wearable, portable battery charger using photovoltaic energy and kinetic energy as a source of power, recited in claim 1, whereof the fourth mode wirelessly connects, in which the  Qi (chi, chee) wireless inductive charging system is for all nonintegrated Qi devices, old and new. Charge or power Qi integrated and nonintegrated devices placed on or near the Qi apparatus (Fig 6A) plus (Fig 6B). [082]  7. A wearable, portable battery charger using photovoltaic energy and kinetic energy as a source of power, recited in claim 1, whereof the fifth mode wherein photovoltaic charging of the battery contained in the electronic device is said solar cells while the SolarPal is hung in an area whereas the obverse side of the SolarPal is facing the sunlight while affixed in a window or doorway etc., while the abaft side of the SolarPal is facing the artificial light. [083]  8. A wearable, portable battery charger using solar radiance as a primary source of power as recited in claim 1, whereof claim 7 backing is of double sided solar modules magnetic, vinyl, solar configuration connected to joints of said solar film modules having conducting lines; a plurality of solar cells positioned on said backing for charging a battery; a plurality connecting said solar cells both electrically and mechanically on said conducting lines; a battery charging unit electrically connected with said solar cells, said battery charging unit stowing said solar cells electricity when said solar cells are not charging a device; and a plurality of connecting parts for electrically connecting said solar cells to said battery charging unit. [084]  9.  A wearable, portable battery charger using solar radiance as a primary source of power as recited in claim 1, whereof claim 7 indicates electrical signal connecting circuitry includes indicator, wherein said indicator includes a numeral light emitting diode ‘LED’ for indicating that a connected device is receiving power from said solar modules and said battery. Means for visually indicating the operative mode of said battery charging unit; a plurality of electrical connecting parts; a solar cell connected to said battery charging unit by said plurality of diodes and electrical connecting parts, said solar cell being divided into a pictography form; a plurality of conducting fasteners detachably connecting said form together, both magnetically and electrically; a battery charging unit connected to said solar cells ‘body’ for charging a interchangeable battery, said battery bank ‘head’ defining a storage of usable electricity and circuitry protection. [085]  10. A SolarPal necklace; A wearable, portable battery charger using photovoltaic energy and kinetic energy as a source of power, vinyl backing characterized in that said backing supports the solar modules body forming pictographic patterns and variety of interchangeable ‘heads’ wearable around the neck as a necklace. Deployed and positioned to absorb light. Absorbing light while also stored on the ‘SolarPal Dock’, recognized as the ‘SolarPal Shadow’. [086]  11. A SolarPal necklace; portable battery charger using solar radiance as a primary source of power as recited in claim 10, whereof said battery bank ‘head’ is detachable and reatachable, Interchangeably, replaceable, infinitively interchangeable. Freshly charged battery bank Said ‘head’ attached by earth magnets that adhere to clothing such as T-shirt, sweatshirt, pants, hats, jacket etc. A removable, interchangeable, battery bank ‘head’ wherein said battery charging unit recited in claim 1, has a battery mounting surface formed on a magnetic surface of said ‘head’ battery charging unit and said backing is positioned on an opposite side of said battery charging unit and obverse to the reverse side making the double sided SolarPal reversible. Relative to said earth magnet mounting surface (16) and (17). front, back, north and south magnetic force field. Freshly charged battery prolongs the functionality of the SolarPal by introducing a freshly charged battery, the ‘head’ charges devises despite opaque conditions.  The battery bank having far lesser life~span than the solar cell modules. Solar cell modules ‘body’ having a potential eternal life~span, while the battery bank ‘head’ has a calculated life~span. Newly refreshing the said battery bank ‘head’ prolongs the SolarPal life~span. [087]  12. ‘THE HOOKER METHOD’; bilateral solar modules, reversible SolarPal; solar modules back to back. Obverse side; photovoltaic modules utilizing direct sun radiance for producing electrical energy. Reverse side; solar modules using inside light lumens for producing electrical energy; Solar modules forming dimensional pictographic art, dimensionality of 2-D, 3-D, 4~D. SolarPals collect solar radiance; utilizing inside light and outside light simultaneously or conjunctionally for producing clean renewable energy. Juice it up!

UNITED STATES PROVISIONAL UTILITY PATENT INVENTOR William Hooker Thompson DESCRIPTION OF THE PICTOGRAPHIC EMBODIMENT [01]  PICTOGRAPHIC EMBODIMENT OF THE INVENTION [02]  The first embodiment of the present invention; photovoltaic cells arranged as pictographic art resembled to symbolic stick figures. Particularly relates to bilateral solar modules. The ‘obverse side’ harvests radiant solar energy from sunshine and the ‘reverse side’ captures luminescent energy from cimmerian light. [03]  Embodiments of the present invention encumbers ‘THE HOOKER METHOD’; bilateral solar modules; solar modules back to back. Obverse side; photovoltaic modules collect sun radiance for producing electrical energy, reverse side; solar modules using lumens from artificial light for producing electrical energy; Solar modules forming dimensional functional  pictographic art, a interchangeable battery charger unit has the shape of a 3-D solid. An interchangeable battery pack which contains a plurality of rechargeable battery cells. The rechargeable batteries, interchangeable battery bank, contain regulating safety diodes encased within said interchangeable ‘head’. [04]  The interchangeable battery bank unit is provided with a battery mount section and charge level indicator. The battery mount section is magnetic to accept interchangeable battery banks. Attachment and charging terminals which mate with battery contacts on the battery pack via inlet and outlet plugs. The charge level indicator is designed to integrate charging output from solar cells and illuminates light emitting diodes (LED’s). Various indicator methods are possible; a numeral illuminated area as charging progresses and blinking the illumination when a battery pack is fully charged. A concord of  interchangeableness casing designs provide attachable, detachment and re~attachable magnetic base-planes. [05]  The solar modules voltage and milliamps may be made larger by increasing the number of solar cell modules, wiring in sequence, parallel wiring. A plurality of solar modules may be connected electrically by wires and other conductive connectors. In this fashion, solar cell output can easily be regulated. Consequently, the voltage or capacity requirements of batteries contained in the battery pack control diodes regulate charging output; automatically revises to adapt electrical input / output requirements of devices. [06]  Still further, this type of battery charger attaches by earth magnets; transferable and attachable/ interchangeable infinity times. Since charging can be accomplished with the electrical equipment worn as necklace, attached to clothing, SolarPals distinguishes inquisitive renewable energy art. [07]  Again, battery bank in this embodiment may also be interchanged by earth magnets, making it easy to incorporate selective robotic and emoji style expressions by a interchangeability of the battery bank ‘head’. [08]  The following describes solar cells which perform flexibility, allowing them to be pliable. The solar cells conductively connect solar cell units, connected by two flexible leads in a manner allowing electrical linkage thereof. [09]  The solar modules, a laminated electrode, amorphous silicon (a-Si) converts light into electricity. However, the solar cells of the present invention also intermingles solar cell units of stiff unbending material. [010]  The charge collecting electrodes, which are the solar cell unit terminals, are connected to flexible leads. Conducting bus ribbon, wire such as copper, .999 silver, tin, conductive cloth, used for the flexible bus leads. Conducting cloth is conducting fibers or threads woven into cloth form and has excellent flexibility. Conducting fibers are fibers coated with metallic film. [011]  Best most conductive .999 pure silver is attached to back of the solar module and the bus bar to reliably attach a bus bar conductive connection to the surface of a solar module. The conductive materials, the bus bar hold kinetic modules in a fixed position. Conductive bus tabs contain diodes. [012]  The flexible bus bar leads conductive wire; consisting of corrosion resistant .999 silver; first contact and the second contact is connected to the collecting bus bar electrodes of adjacent solar cell units, connected to Schottky diodes and contacted wirelessly by an attachment method such as crimping, soldering, conductive adhesive. [013]  As this invention may be embodied in several forms without departing from the spirit of essential characteristics thereof, the present embodiment is therefore illustrative and not restrictive, since the scope of the invention is defined by the appended claims rather than by the description preceding them, and all changes that fall within the meets and bounds of the claims or equivalence of such meets and bounds thereof are therefore intended to be embraced by the claims. Embodiments of the present invention are explained with reference to the drawings

UNITED STATES PROVISIONAL UTILITY PATENT INVENTOR William Hooker Thompson SUMMARY OF THE INVENTION [01]   SUMMARY OF THE INVENTION [02]  Photovoltaic modules dichotomized with kinetic modules, a solar battery charging apparatus charges a battery bank, functional pictographic solar art, stores electricity and powers electronic devices. [03]  An informational educational renewable energy tool. Solar cells arranged as pictographic art particular to symbolic stick figures the ‘body’, geminate sided solar cell modules; ‘obverse side’ harvests radiant solar energy from sunshine a principle source of power and ‘reverse side’ captures lumens from artificial light generating power; ‘THE HOOKER METHOD’. Within the utility design is kinetic energy collecting modules and an interchangeable battery bank the ‘head’ with robotic emoticon / emoji expressions. Wearable, portable, reversible, attachable device charger, utilizes kinetics and double sided solar cell modules. [04]  A wearable, attachable, reversible, double sided, portable device charger; capturing photovoltaic and kinetic energy as a source of power for charging interchangeable batteries, which comprises double sided solar cell modules, the ‘body’ and connecting parts, electrically connecting the solar cells and the battery charger unit; comprised of separate detachable, switch~able, replaceable battery/ diode unit, the ‘head’. The solar modules are materially connected together and connecting parts electrically connect the solar cells and solar cells collect solar radiance from obverse modules and reverse side modules collect lumens for battery charging. [05]  Said ‘head’; battery having a section corresponding to a energy storage location of solar radiance energy and a plurality of electrical connecting parts for electrically connecting solar modules. An interface connection to the battery contained in the said battery charging unit for charging the battery while the electricity is stored. An interchangeable head provides electric power to said devices. [06]   Said ‘body’; Pictographic / hieroglyphic / petrographic / pictogram / dongba symbols / mnemonic / ideograms / symbols denoting abstract configuration and variational concepts. [07]  Informational and educational, a tool for intuitive minds inventing new and creative energy resources, planting the seed for the next generation, birthing a clean sustainable energy World. [08]  The above and further objects and features of the invention will fully be apparent from the following detailed description with accompanying drawings and method of constructing the same.

UNITED STATES PROVISIONAL UTILITY PATENT INVENTOR William Hooker Thompson IDETAILED COMPONENTS AND BEST MODE OF IMPLEMENTATION [01]  Brief image Claim: [02]   Binary sided solar cells; the ‘obverse side’ harvests radiant solar energy (1) ‘reverse side’ captures lumens from artificial light (Fig 2)(5b). the battery (2), wherein, and solar module power connection (3), Geminate solar cells placed as the body (Fig 1)(1) (Fig 2)(5B) (Fig 3C),  said interchangeable ‘head’ (2) there are batteries, control circuit / diodes and charging port within the ‘head’ (Fig 3) (Fig 3A) (Fig 3B). A solar module on each body member (1) for generating electricity when exposed to light, kinetic energy collecting modules, a circuit / diode means for transferring electrical energy from each said panel to a battery (2) and a solar module interconnection means for interconnecting diodes and similar modules in electrical contact (10) and (11). [03]  A kinetic energy module underlying individual body member modules (1) for generating electricity when a an analogous property of a force; an action of force produced by the virtue of being in motion, gesticulating or utilizing energetic means for transferring electrical energy from said module to a battery (2) a kinetic module utilizing interconnection means for interconnecting similar modules and diodes in electrical contact (10) and (11). Wearable charger according to (Fig 7) (Fig 8) (Fig 9) (Fig 10), characterized in that said material supports the SolarPal ‘neck’ and ‘skull’ (9) detachable, re~attachable magntically and support the pictograph patterns wearable around neck as a necklace (Fig 7) (Fig 8); converts from a necklace to a Magnetic engagement means adapted for releasable connection to clothing and wearables. Magnetic attachment and kinetic modules reinforcement within said fifth cooperative engagement for the means of a variety SolarPal ‘body’ and ‘head’ combinations physically link connected modules in a non-electrical manner (9). Interceding kinetic modules collect and generate electrical power Fig 10 to be stored or used immediately. The body of the charger includes a magnetic ‘dock’ with earth magnets placed at specific location with the backing (Fig 4). [04]  A wearable, hang~able, attachable, detachable, place~able, fasten~able, reversible, double sided, portable device charger; capturing photovoltaic and kinetic energy as a source of power for charging interchangeable batteries and portable devices. Pictogram, pictographic symbolic to petroglyphic stick figure solar art according to (Fig 7) (Fig 8) (Fig 9), characterized in that said magnetic backing (9) supports the pictograph patterns wearable around neck as a necklace (Fig 7) (Fig 8) or attached to clothing; converts from a necklace to a magnetic engagement means adapted for releasable connection to clothing and wearable’s (Fig 7) (Fig 7A). Solar modules attached permanently to clothing or attachment temporally by magnetic’s. reinforcement within said cooperative engagement for the means of erecting a SolarPal. A variety of ‘body’ and ‘head’ (Fig 11) (Fig 12) combinations physically link connected modules in a non-electrical manner (Fig 2)(9) and an electrical manner (10} (11). Obverse solar modules and opposite solar modules capture, collect, generate electrical power to be stored or used immediately. [05]  DESCRIPTION OF THE DRAWINGS [06]  Images (12) [07]  Figure 1 Referring now to the front view drawing exemplifying SolarPal photovoltaic art; Utility model of mobile device charger front view; A diagram schematically illustrating an exemplary battery charging apparatus in accordance with the present invention. Wherein the solar cell modules (1) are arranged as the body of the design. An embodiment of a portable solar charger includes solar energy collecting modules (1) including an interchangeable battery, a battery charger and diode components (2) and an adapter cable (3) for providing power to and charging the interchangeable battery (3) or in a device connected thereto. Charging can be repeated infinitively and limitless absorption of solar radiant energy flows into and charges batteries and powers portable devices. Kinetic energy generator within (4) solar modules (1). [08]  Figure 2 Illustrates a sectional bilateral view taken along (Fig 1)(1); (Fig 2A) Solar modules (5), affixed bus bar (6), utilizing conductive material conductively affixed overlapping conductive material (7) transferring and contact for electrical current on reverse side to flexible .999 silver wires (10) and (11). kinetic energy collecting module (8) integrated and adhered to supportive backing (9A) for structure and support, insulating and concealing affixed reverse of components. (Fig 2B) Solar module (5), affixed bus bar (6), utilizing conductive material folded and conductively affixed overlapping conductive material (7) transferring and contact for electrical current on reverse side to flexible insulated wires (10) and (11). kinetic energy collecting module (8) intertwined and adhered to supportive backing (9B) for structure and support insulating and concealing components interlarded and affixed with (Fig 2C) Solar module obverse side collecting daylight radiance from direct sunlight (5A) affixed bus bar (6), utilizing solid .999 silver highly conductive material folded and conductively affixed overlapping .999 pure silver conductive material (7) transferring and contact for electrical current on reverse side to flexible insulated wires (10) and (11). kenetic energy collecting module (8) strategically positioned and conductively connected solar modules (5A) and (5B) adhered to and utilizing solar module reverse side backing (Fig 2D) developed for indoor usage; solar modules capture lumens from artificial light, creating instant electricity (5B). [09]  Figure 3 Presents a full view taken of interchangeable battery bank ‘head’ in Fig 1(2); the electrical ‘head’ embellishment of a portable power bank. There is the battery (Fig 3A) (Fig 3B), the control circuit and charging port encased within and device connection interface (15). rechargeable batteries; said ‘head’. A connection is provided for transferring the energy from the solar panels to a battery charger (13) which, in turn, official components charges a device battery. (13) utilizes the solar power flowing into and charging the batteries; Accordingly LEDs (14) are lit to indicate that a device connected to jack (15) is being powered, or is having its batteries charged, by the internal battery, batteries of the component. Said interchangeable ‘head’ is characterized by comprising a necklace connection (12) and comprises earth magnetized attachment (16) to (17). The modular unit is interconnecting, interchangeable by a physical link; earth magnets (16) and electrical connecting link (3) into plug port (13). Solar cells placed as the modules include body members interconnected with each body member which comprises variety of modules on all sides (Fig 3C)(9C) (Fig 3D). [010]  Figure 4 Back view taken along Fig 1 in conjunction with SolarPals docking station; A wearable battery and device charger, wherein the docking of the charger the ‘solar shadow’ (Fig 4B) includes a magnetic material (9A) to provide a means for placing the solar panel virtually everyplace, so that modules lie in a plane intersecting and overlapping at a surface upon which they are attached to collect sunlight; Detachable and interchangeable the said ‘head’ detaches and re~attaches magnetically (17), the said ‘body’ detaches and re~attaches magnetically (Fig 4A)(17A) to the ‘solar shadow’ (Fig 4B) earth magnets attaches to any and all magnetic surfaces (17A). [011]  Figure 5  Referring now to diagonal views, drawing of Fig 1; Double sided solar Modules obverse side (Fig 5A) and reverse side (Fig 5B), the ‘obverse side’ harvests radiant solar energy from sunshine (Fig 5C) a principle source of power and the ‘reverse side’ captures lumens from artificial light. Combining the collection of the suns solar energy and the collection of incandescent indoor lumens unearthing ‘THE HOOKER METHOD’ a prudent source of power (Fig 5B) option attach to clothing by permanent adhesion or earth magnets placed strategically to fasten temporarily (Fig 5D). [012]  Figure 6 illustrates Qi (Chee, Chi) solar energy collecting battery banks; to include round modules, round solar modules interconnected to the battery bank (Fig 6 D), energy indicator (Fig 6C). Power connection jack (17) powers (Fig 6A) conection (18) transmitting electrical charge to (Fig 6B) (17) receiving Qi (Chee, Chi) via wireless charging technology receiving the device to a cell phone charging port (18), battery or other electrically powered device. Accordingly numeral metered colored light emitting diodes LEDs are lit (Fig 6C) (19) to indicate that a device connected to jack (15) is being powered, or is having its batteries charged, by the internal battery or batteries (Fig 3A) and (Fig 3B) of the component. (Fig 6C) shows numeral digital LED; battery bank charging meter attached thereto. (Fig 6D) shows battery bank and solar panel attached thereto. [013]  Figure 7 Shows the apparatus in its solar energy collecting configuration; magnetically attaches to clothing (Fig 7A). SolarPal said ‘body’ and said ‘head’ in its energy collecting configuration magnetically secured (Fig 7B). [014]   Figure 8 Illustrates the apparatus worn as a necklace; the battery bank said ‘head’ of the apparatus in its energy storage / usage configuration worn as a necklace magnetically detached from SolarPal ‘body’ (Fig 8A). chain (20), robotic shapes and printed emoji’s (22) expressing emotional attitude, multilingually conveying information succinctly and communicating a message playfully without using words. emoticons add subtle emotional euphoria that isn’t too different from that of emoticons, the frowny and smiley faces that people have been making out of punctuation since the mid-1990s. The apparatus in its energy storage / usage configuration worn as a necklace magnetically attached to the SolarPal ‘body’ (Fig 8B). Battery of the apparatus in its energy storage / usage configuration variation as a necklace magnetically detached from SolarPal ‘body’. The battery bank said ‘head’ (2) detachable mechanically to the chain and clinging to the apparatus in its energy storage / usage configuration worn as a necklace magnetically detached from SolarPal ‘body’ (Fig 8C). The apparatus in its energy storage / usage configuration worn as a necklace magnetically attached to the SolarPal ‘body’(Fig 8D) [015]   Figure 9 Front view, embodiment designs attachment to clothing; SolarPal on clothing (Fig 9A). SolarPal on reverse of clothing, back view (Fig 9B). Engineered and structuralized material shown and placed inside~out (Fig 9C) supporting said SolarPal affixed to fabric. Supportive properties of the specialized engineered support system illustrates vector layers of strategically supportive placement of the apparatus and structurally engineered to keep its form without being effected by the gravity of the SolarPal (Fig 9D). [016]  Figure 10 Configuration of SolarPals harvesting kinetic energy that an object possesses by virtue of being in motion. Energy occurs in many kinetic forms, including: chemical energy, thermal energy, electromagnetic radiation, gravitational energy, elastic energy, wind energy, rest energy, electric energy, oceanic energy, magnasphere and nuclear energy. These can be categorized in two main classes: potential energy and kinetic energy. Kinetic energy is the movement energy of an object. Kinetic energy can be transferred between objects and transformed into other kinds of energy wearable and attached to objects in motion, even a dogs kinetic energy can be harvested by SolarPals kinetic energy collecting / generating modules (Fig 10). [017]  Figure 11 Referring now to the online screen view drawings; the battery bank emoji face. Concoct a SolarPal online step 1: Choose from assorted Interchange battery banks said ‘head’ / emoticon. [018]  Figure 12 Final reference to the online screen view drawing; the photovoltaic art  modules stick figures. Concoct a SolarPal online step 2: Choose from assortment of pictographic stick figures SolarPal said ‘body’(Fig 12A). Choose from a variety of ‘body’ and ‘head’ combinations, (Fig 12B) via the World Wide Web, interchanging the ‘body’ and ‘head’ (Fig 12C) customizing your online SolarPal. [019]  Furthermore, although the present invention has been described in terms of an embodiment having particular design and educational features. We hold claims to include all such alterations, designs, modifications and embodiments that pictographically fall with-in the true spirit and scope of the invention.

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