WO2020061660A1 - Improvement to mobile devices and applications for donating energy by induction - Google Patents

Improvement to mobile devices and applications for donating energy by induction Download PDF

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Publication number
WO2020061660A1
WO2020061660A1 PCT/BR2018/050422 BR2018050422W WO2020061660A1 WO 2020061660 A1 WO2020061660 A1 WO 2020061660A1 BR 2018050422 W BR2018050422 W BR 2018050422W WO 2020061660 A1 WO2020061660 A1 WO 2020061660A1
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WO
WIPO (PCT)
Prior art keywords
mobile device
battery
induction
energy
application
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PCT/BR2018/050422
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French (fr)
Portuguese (pt)
Inventor
Luiz OLIVEIRA
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Oliveira Luiz
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Publication date
Application filed by Oliveira Luiz filed Critical Oliveira Luiz
Publication of WO2020061660A1 publication Critical patent/WO2020061660A1/en

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    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
    • H02J50/00—Circuit arrangements or systems for wireless supply or distribution of electric power
    • H02J50/10—Circuit arrangements or systems for wireless supply or distribution of electric power using inductive coupling
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
    • H02J50/00—Circuit arrangements or systems for wireless supply or distribution of electric power
    • H02J50/40—Circuit arrangements or systems for wireless supply or distribution of electric power using two or more transmitting or receiving devices

Definitions

  • an application with an activation / deactivation button is installed on the donor device, which can be replaced or simplified to a function of the device's base software, inserted by the developer as a native device function, such as the case of the activation buttons of Wi-Fi, Bluetooth, GPS and other technologies.
  • Resonance happens when a charge of energy is transferred to a physical body reaching the natural frequency of vibration of the material to which the resonance takes place. With this, this object will start to vibrate intensely and the amplitude tends to increase.
  • the resonant coupling occurs when the natural frequencies of two bodies are very close.
  • the efficiency of the energy transmission depends on the distance between the transmitter and the receiver and the size of their respective coils. It is important to note that the transmission is not affected by walls and obstacles. In this way, energy transmission efficiency can be achieved in order to achieve much higher levels of transfer efficiency with wireless transmission than with conventional wired transmission itself.
  • Figure 1 refers to the state of the art, extracted from document MU8602995-9.
  • FIG. 1 Figure 2 - schematic view reproducing the technology in question, by which the inductor coil is connected to the receiving module connected to the battery, which, in turn, is also connected to a transmitter module connected to its own inductor coil;
  • FIG. 3 schematic view of a mobile device, in this case a smartphone incorporating the technology in question, with the battery connected to the modules, receiver and transmitter connected, in turn, to their respective inductive coils;
  • FIG. 4 Figure 4 - front view of a smartphone on which the application to be described later was installed;
  • FIG. 5 schematic view of the smartphone showing that the user accessed the application, with the access screen being displayed with the virtual activation button, showing that the battery has a high charge.
  • a second mobile device in this case, a second smartphone, showing that the battery charge is at a low level;
  • FIG. 6 schematic view, in sequence, showing the second mobile device being approached to the main smartphone (donor device), in real position of use, in order to carry out the donation of cargo;
  • FIG. 7 Figure 7 - schematic view, with the devices side by side, for better visualization, showing that the virtual button of the application was activated, enabling the function of donation of charge of the smartphone battery by induction, using the charge of your battery to recharge the battery of the second smartphone.
  • the “IMPROVEMENT INTRODUCED IN MOBILE DEVICES AND IN APPLICATION FOR DONATION OF ENERGY BY INDUCTION” motive of the present application for an invention patent is composed of an inductive coil (1 ) connected to the receiver module (2) of the already known battery (3) of a mobile device (D), be it a smartphone, a tablet or similar.
  • a transmitter module (4) is incorporated into the same battery (3), which in turn is connected to its own inductor coil (5).
  • a digital application (6) for installation on the mobile device (D) with software dedicated to controlling the activation of the transmitter module (4) as shown in figures 3 and 4.
  • the digital application (6) has an access screen (7) with a virtual button (8) for activation and deactivation.
  • the user who owns the mobile device (D) receiving this technology will download and install the application (6), then charge the battery (3) of his device (D) in a conventional way, through cable connected to the socket or through a charging base, in case of induction charging, where the energy is transmitted to the inductor coil (1) of the receiver module (2) and, consequently, to the battery (3), which is charged to the desired level.
  • the donor device (A) will function as a charging base, using its battery (3) to induce charging the battery of the second mobile device (D2), that is, donating part or the total of its charge in favor of charging the latter, anywhere and without the need for a cable or charging base.
  • the donor device (A) in the event that the donor device (A) is being charged, that is, receiving charge from a charging base or cable, it (A) and the second mobile device (D2) will receive charge simultaneously , which will allow the charging of two mobile devices via a single common charging cable or a single charging base.
  • the user accesses the application again (6) in order to disable the virtual button (8), causing the base software of the mobile device (D) to command its circuit board to the deactivation of the transmitter module (4), blocking the sending of electrical energy from the battery (3) from this to the second mobile device (D2) and, therefore, stopping the donation of charge.
  • the application (6) for installation on the mobile device (D) may also be replaced or simplified for a function of the basic software of the device, such as the buttons for activating the technologies Wi-Fi, Bluetooth, GPS and many others, making it a native function of the device.
  • a single inductive coil can be used, equipped with both a receiver module (2) and a transmitter module (4), coupled to its battery (3) when possible, simplifying and decreasing costs in its manufacture.

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Power Engineering (AREA)
  • Charge And Discharge Circuits For Batteries Or The Like (AREA)

Abstract

To enable a mobile device (D) to "donate" energy by induction to other devices. To do so, the battery (3) of said device (D) has a transmitter module (4) connected to its own induction coil (5), working with a digital application (6) installed in the mobile device (D) provided with an access screen (7) with a virtual on/off button (8). When the virtual button (8) is turned on/off, the base software of the mobile device (D) commands its circuit board to turn the transmission module (4) on/off, which sends/stops sending electrical energy from the battery (3) to the induction coil (5) thereof, making the mobile device a donor device (A) able to charge the battery of a nearby second mobile device (D2) up to the desired/permitted level, this action ceasing when the virtual button (8) is turned off.

Description

“APERFEIÇOAMENTO INTRODUZIDO EM DISPOSITIVOS MÓVEIS E EM APLICATIVO, PARA DOAÇÃO DE ENERGIA POR  "IMPROVEMENT INTRODUCED IN MOBILE DEVICES AND IN APPLICATION, FOR DONATION OF ENERGY BY
INDUÇÃO”  INDUCTION"
[001 ] Refere-se este relatório descritivo, ao pedido de patente de invenção para um aperfeiçoamento introduzido em dispositivos móveis como smartphones, tablets e afins, o qual permitirá que adquira a função de tornar-se um aparelho doador de energia por indução para outros aparelhos similares, ou seja, dispositivos móveis, de tecnologia semelhante .  [001] This specification refers to the patent application for an improvement introduced in mobile devices such as smartphones, tablets and the like, which will allow it to acquire the function of becoming an induction energy donor device for others similar devices, ie mobile devices, of similar technology.
[002] Para habilitar tal função é instalado, no aparelho doador, um aplicativo com botão de acionamento/desativamento, podendo este ser substituído ou simplificado para uma função do software base do aparelho, inserido pelo desenvolvedor como uma função nativa do aparelho como é o caso dos botões de acionamento das tecnologias Wi-Fi, Bluetooth, GPS e outros.  [002] To enable this function, an application with an activation / deactivation button is installed on the donor device, which can be replaced or simplified to a function of the device's base software, inserted by the developer as a native device function, such as the case of the activation buttons of Wi-Fi, Bluetooth, GPS and other technologies.
ESTADO DA TÉCNICA  TECHNICAL STATUS
[003 ] Nos dias atuais, o número de eletrodomésticos vem crescendo exponencialmente . Como um efeito disso, evidentemente a demanda por cabos também se tornou elevada. Houve então a necessidade redução na quantidade de cabos utilizados na alimentação elétrica dos aparelhos, que passou a ser uma discussão recorrente entre os fabricantes.  [003] Nowadays, the number of home appliances has been growing exponentially. As an effect of this, the demand for cables has evidently also become high. There was then a need to reduce the number of cables used to power the devices, which became a recurring discussion among manufacturers.
[004] Partículas carregadas em movimento, em um enrolamento, produzem um campo magnético em torno do mesmo e, assim, aplicando-se corrente alternada em uma bobina primária é possível transferir a energia para uma bobina próxima (secundária) através desse campo magnético criado. Como citado por Faraday, o acoplamento magnético pode ser entendido quando dois obj etos trocam energia por meio do campo magnético variante, emitido pela bobina primária. [005 ] Este foi o primeiro conceito utilizado para se transmitir energia sem a utilização de um fio. [004] Particles charged in motion, in a winding, produce a magnetic field around it and, thus, by applying alternating current in a primary coil, it is possible to transfer the energy to a nearby (secondary) coil through this created magnetic field. . As mentioned by Faraday, magnetic coupling can be understood when two objects exchange energy through the variant magnetic field, emitted by the primary coil. [005] This was the first concept used to transmit energy without using a wire.
[006] Já a ressonância acontece quando uma carga de energia é transferida a um corpo físico atingindo a frequência natural de vibração do material ao qual a ressonância acontece. Com isto, este obj eto passará a vibrar intensamente e a amplitude tende a aumentar. Já o acoplamento ressonante, ocorre quando as frequências naturais de dois corpos são muito próximas.  [006] Resonance happens when a charge of energy is transferred to a physical body reaching the natural frequency of vibration of the material to which the resonance takes place. With this, this object will start to vibrate intensely and the amplitude tends to increase. The resonant coupling occurs when the natural frequencies of two bodies are very close.
[007] Algumas empresas investidoras da área já garantem que é possível obter uma eficiência de até 95% na transmissão de energia elétrica sem fio. Isto é possível pois a transferência por ressonância é altamente seletiva em termos de frequência.  [007] Some investing companies in the area already guarantee that it is possible to obtain an efficiency of up to 95% in the transmission of electric energy without wire. This is possible because resonance transfer is highly selective in terms of frequency.
[008] A eficiência da transmissão de energia depende da distância entre o transmissor e o receptor e do tamanho de suas respectivas bobinas . E importante ressaltar que a transmissão não é afetada por paredes e obstáculos . Desse modo, a eficiência na transmissão de energia pode se dar de maneira a se conseguir níveis de eficiência de transferência muito maiores com a transmissão sem fio do que com a própria transmissão convencional, com fio.  [008] The efficiency of the energy transmission depends on the distance between the transmitter and the receiver and the size of their respective coils. It is important to note that the transmission is not affected by walls and obstacles. In this way, energy transmission efficiency can be achieved in order to achieve much higher levels of transfer efficiency with wireless transmission than with conventional wired transmission itself.
[009] A utilização de aparelhos sem fio seria um ponto positivo para o meio ambiente visto que a demanda de cabos seria reduzida. Além da independência da tomada isso eliminaria os riscos de choques elétricos e seria possível o acoplamento indutivo a fim de transmitir energia elétrica a mais de um dispositivo simultaneamente.  [009] The use of wireless devices would be a positive point for the environment since the demand for cables would be reduced. In addition to the independence of the outlet, this would eliminate the risk of electric shocks and inductive coupling would be possible in order to transmit electrical energy to more than one device simultaneously.
[010] Apenas a título exemplificativo pode ser citado, como uma tentativa de solução para tais problemas, o documento de patente MU 8602995-9 denominado“CELULAR COM CARREGADOR DE BATERIA INTERNO”, o qual pleiteia um aparelho celular que incorpora os acessórios para carregamento de sua bateria, ou seja, os pinos para tomada e ligação com a bateria, na parte traseira deste, permitindo que o usuário apenas bascule seus pinos retráteis e insira-os na tomada para efetuar a carga, sem o uso de cabos. Esse obj eto, citado acima, é mostrado como figura 1 , mostrando, no detalhe em perspectiva, os pinos trazidos em posição de introdução na tomada. Essa figura 1 , extraída do referido documento MU 8602995-9 foi introduzida também apenas como exemplo para o pedido a ser detalhado mais adiante. [010] Only by way of example, as an attempt to solve such problems, the patent document MU 8602995-9 called “MOBILE PHONE WITH INTERNAL BATTERY CHARGER” can be cited, which claims a cell phone that incorporates charging accessories of your battery, that is, the pins for the socket and connection with the battery, on the back this, allowing the user to just tilt its retractable pins and insert them into the socket to carry out the load, without using cables. This object, mentioned above, is shown as figure 1, showing, in perspective detail, the pins brought in the position of insertion into the socket. This figure 1, extracted from the referred document MU 8602995-9, was also introduced only as an example for the order to be detailed later.
[01 1 ] A parte da solução acima j á são conhecidos nos dias de hoje os carregadores sem fio, wireless, para smartphones, os quais têm atraído os holofotes da indústria e feito a cabeça de consumidores. O princípio por trás deste carregamento sem fio é a indução eletromagnética, citada anteriormente. A base de carregamento contém rolos de arame que criam um campo eletromagnético quando a corrente elétrica passa por eles. Esse campo pode induzir força eletromotriz em aparelhos dotados de bobinas compatíveis. E o que acontece em circuitos de baterias de smartphones e dispositivos que têm essa capacidade.  [01 1] The part of the solution above is already known today the wireless chargers, wireless, for smartphones, which have attracted the spotlight of the industry and made the head of consumers. The principle behind this wireless charging is electromagnetic induction, mentioned earlier. The charging base contains wire rolls that create an electromagnetic field when electrical current passes through them. This field can induce electromotive force in devices with compatible coils. And what happens in battery circuits of smartphones and devices that have this capacity.
[012] A transmissão de energia por indução entre smatphones e suas bases de carregamento alcança de 60% a 70% de eficiência em relação ao carregamento feito via cabo. Mas o que poderia ser uma desvantagem se torna um dos aspectos interessantes do método. E que ele foi pensado para as baterias de íons de lítio usadas atualmente, que respondem melhor a um carregamento mais lento, com menores doses de energia.  [012] Induction power transmission between smartphones and their charging bases reaches 60% to 70% efficiency in relation to charging via cable. But what could be a disadvantage becomes one of the interesting aspects of the method. And that it was designed for the lithium-ion batteries used today, which respond better to slower charging, with lower doses of energy.
OBJETIVO DA PATENTE  PATENT OBJECTIVE
[013 ] A fim de se ampliar as formas de utilização do sistema descrito no estado da técnica o inventor vem, por meio deste pedido de patente, apresentar uma nova forma de aplicação a estas tecnologias . Pelo projeto é possibilitado que um aparelho celular possa oferecer parte da carga de sua própria bateria a um outro aparelho celular, pelo princípio de indução acima descrito sem a intermediação de uma base de carregamento, permitindo também a carga simultânea dos dois aparelhos, estando o aparelho doador recebendo carga de sua base de carregamento. [013] In order to expand the ways of using the system described in the state of the art, the inventor comes, through this patent application, to present a new form of application to these technologies. The project makes it possible for a cell phone to offer part of its own battery charge to another cellular device, by the induction principle described above without the intermediation of a charging base, also allowing the simultaneous charging of both devices, with the donor device receiving charge from its charging base.
[014] Explicado superficialmente passa o invento a ser melhor detalhado, através dos desenhos anexos, pelos quais se veem:  [014] Explained superficially, the invention starts to be better detailed, through the attached drawings, which show:
[015 ] A figura 1 , como foi dito, refere-se ao estado da técnica, extraída do documento MU8602995-9.  [015] Figure 1, as mentioned, refers to the state of the art, extracted from document MU8602995-9.
[016] As figuras a seguir relacionadas, de 2 a 6, referem-se ao aperfeiçoamento em questão, motivo desse pedido de patente de invenção :  [016] The following figures, from 2 to 6, refer to the improvement in question, which is the reason for this application for an invention patent:
[017] Figura 2 - vista esquemática reproduzindo a tecnologia em questão, pelo qual a bobina indutora é ligada ao módulo de recepção conectado à bateria, a qual, por sua vez, é conectada também a um módulo transmissor ligado à sua própria bobina indutora;  [017] Figure 2 - schematic view reproducing the technology in question, by which the inductor coil is connected to the receiving module connected to the battery, which, in turn, is also connected to a transmitter module connected to its own inductor coil;
[018] Figura 3 - vista esquemática de um dispositivo móvel, no caso um smartphone incorporando a tecnologia em questão, com a bateria conectada aos módulos, receptor e transmissor ligados, por sua vez, às suas respectivas bobinas indutoras;  [018] Figure 3 - schematic view of a mobile device, in this case a smartphone incorporating the technology in question, with the battery connected to the modules, receiver and transmitter connected, in turn, to their respective inductive coils;
[019] Figura 4 - vista frontal de um smartphone no qual foi instalado o aplicativo a ser descrito mais adiante;  [019] Figure 4 - front view of a smartphone on which the application to be described later was installed;
[020] Figura 5 - vista esquemática do smartphone mostrando que o usuário acessou o aplicativo, sendo exibida a tela de acesso com o botão virtual de acionamento, mostrando que a bateria está com carga alta. Ao lado deste, um segundo dispositivo móvel, no caso, um segundo smartphone, mostrando que a carga de sua bateria está em um nível baixo ;  [020] Figure 5 - schematic view of the smartphone showing that the user accessed the application, with the access screen being displayed with the virtual activation button, showing that the battery has a high charge. Next to this, a second mobile device, in this case, a second smartphone, showing that the battery charge is at a low level;
[021 ] Figura 6 - vista esquemática, em sequência, mostrando o segundo dispositivo móvel sendo aproximado do smartphone principal (dispositivo doador), em posição real de uso, a fim de realizar a doação de carga; [021] Figure 6 - schematic view, in sequence, showing the second mobile device being approached to the main smartphone (donor device), in real position of use, in order to carry out the donation of cargo;
[022] Figura 7 - vista esquemática, com os dispositivos lado a lado, para melhor visualização, mostrando que o botão virtual do aplicativo foi acionado, habilitando a função de doação de carga da bateria do smartphone por indução, utilizando a carga de sua bateria para recarregar a bateria do segundo smartphone .  [022] Figure 7 - schematic view, with the devices side by side, for better visualization, showing that the virtual button of the application was activated, enabling the function of donation of charge of the smartphone battery by induction, using the charge of your battery to recharge the battery of the second smartphone.
[023 ] De acordo com as figuras anexas, o “APERFEIÇOAMENTO INTRODUZIDO EM DISPOSITIVOS MÓVEIS E EM APLICATIVO, PARA DOAÇÃO DE ENERGIA POR INDUÇÃO” motivo do presente pedido de patente de invenção, como mostra a figura 2, é composto por bobina indutora ( 1) conectada ao módulo receptor (2) da já conhecida bateria (3) de dispositivo móvel (D), sej a este um smartphone, um tablet ou semelhante. Na mesma bateria (3) é incorporado um módulo transmissor (4), por sua vez conectado à sua própria bobina indutora (5). Trabalhando com tais componentes, um aplicativo digital (6) de instalação no dispositivo móvel (D) com software dedicado ao controle de acionamento do módulo transmissor (4), como mostram as figuras 3 e 4.  [023] According to the attached figures, the “IMPROVEMENT INTRODUCED IN MOBILE DEVICES AND IN APPLICATION FOR DONATION OF ENERGY BY INDUCTION” motive of the present application for an invention patent, as shown in figure 2, is composed of an inductive coil (1 ) connected to the receiver module (2) of the already known battery (3) of a mobile device (D), be it a smartphone, a tablet or similar. A transmitter module (4) is incorporated into the same battery (3), which in turn is connected to its own inductor coil (5). Working with such components, a digital application (6) for installation on the mobile device (D) with software dedicated to controlling the activation of the transmitter module (4), as shown in figures 3 and 4.
[024] O aplicativo digital (6) possui tela de acesso (7) com botão virtual (8) de acionamento e desativamento.  [024] The digital application (6) has an access screen (7) with a virtual button (8) for activation and deactivation.
[025 ] Assim, o usuário proprietário do dispositivo móvel (D) receptor dessa tecnologia irá fazer o download e instalação do aplicativo (6), realizando então o carregamento da bateria (3 ) de seu aparelho (D) de modo convencional, através de cabo conectado à tomada ou através de uma base de carregamento, em caso de carregamento por indução, onde a energia é transmitida à bobina indutora ( 1) do módulo receptor (2) e, consequentemente, à bateria (3), a qual é carregada até o nível desejado .  [025] Thus, the user who owns the mobile device (D) receiving this technology will download and install the application (6), then charge the battery (3) of his device (D) in a conventional way, through cable connected to the socket or through a charging base, in case of induction charging, where the energy is transmitted to the inductor coil (1) of the receiver module (2) and, consequently, to the battery (3), which is charged to the desired level.
[026] Como mostram as figuras 5 e 6, para uso da tecnologia, em qualquer local, os usuários irão aproximar o segundo dispositivo móvel (D2) dotado de tecnologia de recepção de energia por indução do dispositivo móvel (D), a partir do qual o usuário irá acessar o aplicativo (6) e habilitar o botão virtual (8). Esta ação irá fazer com que o software base do dispositivo móvel (D) comande sua placa de circuito para o acionamento do módulo transmissor (4), o qual irá enviar a energia elétrica da bateria (3) à sua bobina indutora (5), fazendo do dispositivo móvel (D) um aparelho doador (A), como mostra a figura 7. Deste modo, o aparelho doador (A) irá funcionar como uma base de carregamento, utilizando-se de sua bateria (3 ) para induzir o carregamento da bateria do segundo dispositivo móvel (D2), ou seja, doando parte ou o total de sua carga em favor do carregamento deste último, em qualquer lugar e sem a necessidade de cabo ou base de carregamento. [026] As shown in figures 5 and 6, for use of the technology, in any location, users will approach the second device mobile (D2) equipped with induction energy reception technology from the mobile device (D), from which the user will access the application (6) and enable the virtual button (8). This action will cause the base software of the mobile device (D) to command its circuit board for the activation of the transmitter module (4), which will send the electric energy from the battery (3) to its inductor coil (5), making the mobile device (D) a donor device (A), as shown in figure 7. In this way, the donor device (A) will function as a charging base, using its battery (3) to induce charging the battery of the second mobile device (D2), that is, donating part or the total of its charge in favor of charging the latter, anywhere and without the need for a cable or charging base.
[027] Dito isso, no caso de o aparelho doador (A) estar sendo carregado, ou sej a, recebendo carga de uma base de carregamento ou de um cabo, este (A) e o segundo dispositivo móvel (D2) receberão carga simultaneamente, o que permitirá o carregamento de dois dispositivos móveis através de um único cabo comum de carga ou uma única base de carregamento.  [027] That said, in the event that the donor device (A) is being charged, that is, receiving charge from a charging base or cable, it (A) and the second mobile device (D2) will receive charge simultaneously , which will allow the charging of two mobile devices via a single common charging cable or a single charging base.
[028] Após doar a quantidade desej ada de carga, o usuário acessa novamente o aplicativo (6) a fim de desabilitar o botão virtual (8), fazendo com que o software base do dispositivo móvel (D) comande sua placa de circuito para a desativação do módulo transmissor (4), bloqueando o envio da energia elétrica da bateria (3) deste ao segundo dispositivo móvel (D2) e, portanto, parando a doação de carga.  [028] After donating the desired amount of charge, the user accesses the application again (6) in order to disable the virtual button (8), causing the base software of the mobile device (D) to command its circuit board to the deactivation of the transmitter module (4), blocking the sending of electrical energy from the battery (3) from this to the second mobile device (D2) and, therefore, stopping the donation of charge.
[029] O aplicativo (6) de instalação no dispositivo móvel (D) poderá ainda ser substituído ou simplificado para uma função do software base do aparelho, como é o caso dos botões de acionamento das tecnologias Wi-Fi, Bluetooth, GPS e tantos outros, tornando-se uma função nativa do aparelho. [029] The application (6) for installation on the mobile device (D) may also be replaced or simplified for a function of the basic software of the device, such as the buttons for activating the technologies Wi-Fi, Bluetooth, GPS and many others, making it a native function of the device.
[030] Opcionalmente, pode ser utilizada no dispositivo móvel (D) uma única bobina indutora dotada de ambos um módulo receptor (2) e um módulo transmissor (4), acoplada à sua bateria (3) quando possível, simplificando e diminuindo custos em sua fabricação.  [030] Optionally, on the mobile device (D) a single inductive coil can be used, equipped with both a receiver module (2) and a transmitter module (4), coupled to its battery (3) when possible, simplifying and decreasing costs in its manufacture.

Claims

REIVINDICAÇÕES
1 - “APERFEIÇOAMENTO INTRODUZIDO EM DISPOSITIVOS MÓVEIS E EM APLICATIVO”, constituído por bobina indutora ( 1 ) conectada ao módulo receptor (2) da bateria (3) de um dispositivo móvel (D), caracterizado pela bateria (3) incorporar um módulo transmissor (4), por sua vez conectado à sua própria bobina indutora (5) trabalhando também com um aplicativo digital (6) de instalação no dispositivo móvel (D) com software dedicado dotado de tela de acesso (7) com botão virtual (8) de acionamento e desativamento. 1 - "IMPROVEMENT INTRODUCED IN MOBILE DEVICES AND IN APPLICATION", consisting of an inductive coil (1) connected to the receiver module (2) of the battery (3) of a mobile device (D), characterized by the battery (3) incorporating a transmitter module (4), in turn connected to its own induction coil (5) also working with a digital application (6) installed on the mobile device (D) with dedicated software provided with an access screen (7) with virtual button (8) activation and deactivation.
2 -“DOAÇÃO DE ENERGIA POR INDUÇÃO”, de acordo com o aperfeiçoamento descrito na reivindicação 1 , após download para instalação do aplicativo (6) e carregamento da bateria (3) do dispositivo móvel (D) até o nível desej ado, seguir-se o acesso ao seu aplicativo (6), caracterizado pela habilitação do botão virtual (8) para que o software base comande sua placa de circuito e sej a acionado o módulo transmissor (4), enviando energia da bateria (3) à sua bobina indutora (5), fazendo do dito dispositivo móvel (D) um aparelho doador e energia (A) que, ao ser aproximado de um segundo dispositivo móvel (D2) dotado de tecnologia de recepção de energia por indução, irá induzir o carregamento da bateria desse referido segundo dispositivo móvel (D2), doando parte ou o total de sua carga em favor do carregamento deste último, sendo que, ao ser desabilitado o botão virtual (8) do dispositivo móvel (D), seguir-se a ação de comando da placa de circuito pelo software base para desativar o módulo transmissor (4), bloqueando o envio da energia elétrica da bateria (3) deste ao segundo dispositivo móvel (D2), interrompendo a doação de carga. 2 - “INDUCTION ENERGY DONATION”, according to the improvement described in claim 1, after downloading for installing the application (6) and charging the battery (3) of the mobile device (D) to the desired level, if access to your application (6), characterized by enabling the virtual button (8) so that the base software controls your circuit board and the transmitter module (4) is activated, sending battery power (3) to your coil inductor (5), making said mobile device (D) a donor and energy device (A) which, when approached by a second mobile device (D2) equipped with induction energy reception technology, will induce battery charging of that referred second mobile device (D2), donating part or the total of its load in favor of loading the latter, and when the virtual button (8) of the mobile device (D) is disabled, the command action follows circuit board by software b ase to deactivate the transmitter module (4), blocking the sending of electrical energy from the battery (3) from it to the second mobile device (D2), interrupting the charge donation.
PCT/BR2018/050422 2018-09-27 2018-11-14 Improvement to mobile devices and applications for donating energy by induction WO2020061660A1 (en)

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