WO2018076123A1 - Electronic control unit card - Google Patents
Electronic control unit card Download PDFInfo
- Publication number
- WO2018076123A1 WO2018076123A1 PCT/CL2016/000064 CL2016000064W WO2018076123A1 WO 2018076123 A1 WO2018076123 A1 WO 2018076123A1 CL 2016000064 W CL2016000064 W CL 2016000064W WO 2018076123 A1 WO2018076123 A1 WO 2018076123A1
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- WO
- WIPO (PCT)
- Prior art keywords
- external
- connectors
- signals
- microcontroller
- relays
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Classifications
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
Abstract
Electronic control unit (ECU) card for monitoring and receiving electric signals, consisting of a motherboard (1) which is provided with a PIC microcontroller (2) with at least ten pins (3) for operation. This card also has a power supply inlet of 12, 24 or 48 VDC or 220 VAC (4), a Data Bus port (5) to take external readings from a unit to be monitored or controlled via an external PC, and also connectors to send information to a display or an instrument panel for readings during operation, and resistor units (7) for internal control of voltages, currents and signals. Said motherboard (1) has relays (9) and at least ten LED lights (8) for visually checking and diagnosing the operation or behaviour of the relays (9), and it also has at least twelve connectors for connecting units for monitoring and receiving information from external sensors and/or signals from the external components which are channelled to the microcontroller (2), and it also has at least twelve outlets or connectors (6) for carrying out commands conveyed by the signals sent by the PIC microcontroller (2) through the relays (9) and the outlets or connectors (6).
Description
TARJETA DE UNIDAD DE CONTROL ELECTRÓNICA. ELECTRONIC CONTROL UNIT CARD.
Antecedentes de la invención Background of the invention
La invención trata de una tarjeta de unidad de control electrónico, para la administración, monitoreo, recibir señales eléctricas, voltaje, temperatura, caídas de tensión alarmas, velocidades o régimen de giro, amperaje, tiempos y múltiples funciones, como también para su apertura o funcionamiento automático de una unidad generadora de energía autosustentable The invention concerns an electronic control unit card, for the administration, monitoring, receiving electrical signals, voltage, temperature, voltage drops, alarms, speeds or speed of rotation, amperage, times and multiple functions, as well as for opening or automatic operation of a self-sustaining power generating unit
En lo que se refiere al estado de la técnica en el control en general de la energía producida por cuerpos rotacionales en general, podemos citar la patente ES 2.52G.5D8, la que se refiere a una tarjeta electrónica de mando para motores eléctricos, del tipo que comprende un lector electrónico del giro del eje del motor mediante la transformación de las vueltas del motor en impulsos eléctricos que pueden ser contabilizados, un programador de detención del motor en al menos un punto en base a la posición deseada expresada en número de vueltas, que permite las detenciones del motor en forma repetitiva y periódica mediante activación y archivo de un numero de vueltas prefijado, que puede ser programado, un código de entrada o inicio del funcionamiento y de la programación de las detenciones del motor en los puntos deseados, y una función de limitación de carga del motor y freno, caracterizada porque incorpora un componente que actúa como reloj, que permite programar el funcionamiento del motor con las detenciones en los puntos deseados con una gran precisión horaria, de manera que el usuario
solo tiene que enviar una señal al motor a una hora determinada cuando el motor alcanza un punto de detención que se desea quede programado para que se repita periódicamente, cuya señal queda memorizada en la hora determinada, pudiendo cambiar la hora y el punto de detención programados. Regarding the state of the art in the control in general of the energy produced by rotational bodies in general, we can cite the patent ES 2.52G.5D8, which refers to an electronic control card for electric motors, of type comprising an electronic reader of the motor shaft rotation by transforming the motor turns into electrical impulses that can be counted, a motor stop programmer at least one point based on the desired position expressed in number of turns , which allows the engine to be stopped repeatedly and periodically by activating and archiving a predetermined number of turns, which can be programmed, an entry or start code of the operation and programming of the engine stops at the desired points, and a motor and brake load limiting function, characterized in that it incorporates a component that acts as a clock, which allows programming the function Ionization of the engine with stops at the desired points with great time accuracy, so that the user You only have to send a signal to the engine at a specific time when the engine reaches a desired stop point to be programmed to be repeated periodically, whose signal is memorized at the determined time, being able to change the programmed time and stop point .
Dtra patente de invención es la ES I.D38.7B2, la que se refiere a una tarjeta electrónica de mando de aplicaciones múltiples, del tipo que comprende un lector electrónico del giro del eje del motor mediante la transformación de las vueltas del motor en impulsos eléctricos que pueden ser contabilizados, un programador de detención del motor en al menos un punto en base a la posición deseada expresada en número de vueltas, que permite las detenciones del motor en forma repetitiva y periódica mediante activación y archivo de un número de vueltas prefijado, que puede ser programado, un código de entrada o inicio del funcionamiento y de la programación de las detenciones del motor en los puntos deseados, y una función de limitación de carga del motor y freno, que incorpora un componente que actúa como reloj, que permite programar el funcionamiento del motor con las detenciones en los puntos deseados con una gran precisión horaria, de manera que el usuario solo tiene que enviar una señal al motor a una hora determinada cuando el motor alcanza un punto de detención que se desea quede programado para que se repita periódicamente, cuya señal queda memorizada en la hora determinada, pudiendo cambiar la hora y el punto de detención programados, caracterizada porque presenta una configuración miniaturizada y aplanada que presenta medios de conexión a multitud de dispositivos eléctricos.
Descripción de las figuras Another patent of invention is ES I.D38.7B2, which refers to an electronic control card of multiple applications, of the type comprising an electronic reader of the motor shaft rotation by transforming the motor turns into pulses electrical that can be counted, a motor stop programmer at least one point based on the desired position expressed in number of turns, which allows the motor stops repeatedly and periodically by activating and archiving a predetermined number of turns , which can be programmed, an entry or start code of the operation and programming of the engine stops at the desired points, and a function of limiting the motor and brake load, which incorporates a component that acts as a clock, which allows to program the operation of the engine with the stops at the desired points with great time accuracy, so that the user only has to to send a signal to the engine at a specific time when the engine reaches a desired stopping point is programmed to be repeated periodically, whose signal is stored at the specified time, being able to change the programmed time and stop point, characterized in that It presents a miniaturized and flattened configuration that presents means of connection to a multitude of electrical devices. Description of the figures
Para comprender mejor las características esenciales de la invención, para tarjeta de unidad de control electrónico, para la administración, regulación y control de la energía cinética, producida por el movimiento rotacional en general de una unidad generadora de energía autosustentable, se la describirá de acuerdo a la figura que forman parte integral de esta invención, sin que ello signifique restringir a modificaciones obvias que pudiesen surgir, en donde: La figura I muestra una vista general de la tarjeta electrónica de control, con todos los medios funcionales de la invención. To better understand the essential characteristics of the invention, for the electronic control unit card, for the administration, regulation and control of kinetic energy, produced by the rotational movement in general of a self-sustaining energy generating unit, it will be described according to to the figure that form an integral part of this invention, without this meaning restricting obvious modifications that may arise, where: Figure I shows an overview of the electronic control card, with all the functional means of the invention.
Descripción de la Invención Description of the Invention
De acuerdo a la figura I, la invención para una tarjeta de control electrónico de unidad (ECU), para la administración, monitoreo, recibir señales eléctricas, voltaje, temperatura, caídas de tensión alarmas, velocidades o régimen de giro, amperaje, tiempos y múltiples funciones, la que está conformada por una placa madre (I), la cual está provista con un microcontrolador PIC (2), con al menos de diez Pines (3), para su funcionamiento; además posee una entrada de alimentación de 12 v (4) corriente continua, 12, 24 o 48 v corriente continua y/o 22D v corriente alterna (4), un puerto Data Bus (5) para hacer o realizar lectura externa de la unidad a monitorear o controlar a través de una PC externa (no ilustrada). According to Figure I, the invention for an electronic unit control card (ECU), for administration, monitoring, receiving electrical signals, voltage, temperature, voltage drops, alarms, speeds or speed, amperage, times and multiple functions, which is made up of a motherboard (I), which is provided with a PIC microcontroller (2), with at least ten Pins (3), for its operation; It also has a power input of 12 v (4) direct current, 12, 24 or 48 v direct current and / or 22D v alternating current (4), a Data Bus port (5) to make or perform external reading of the unit to monitor or control through an external PC (not illustrated).
Además, posee conectores (5a) para enviar información un desplaye o tablero de instrumentos para su lectura de funcionamiento (no
ilustrado); unidades de resistencia (7) para controlar voltaje corrientes y señales internamente, al menos diez Led (8) para chequear y diagnosticar (indicador), de manera visual la función o el comportamiento de los relés (9), también posee a lo menos doce conectores (G). para conexión de unidades de monitoreo y recepción de información de sensores externos a ella y/o señales de los componentes externos los cuales son canalizados al microcontrolador (2), también posee a lo menos doce salidas o conectores (6) para efecto de cumplir órdenes mediante las señales emitidas por el microcontrolador PIC (2), a través de los relés (9) y puertos de conexión (B). In addition, it has connectors (5a) to send information a scroll or dashboard for reading operation (no illustrated); resistance units (7) to control voltage currents and signals internally, at least ten Led (8) to check and diagnose (indicator), visually the function or behavior of the relays (9), also has at least twelve connectors (G). for connection of monitoring units and receiving information from external sensors to it and / or signals from external components which are channeled to the microcontroller (2), it also has at least twelve outputs or connectors (6) to effect orders through the signals emitted by the PIC microcontroller (2), through the relays (9) and connection ports (B).
Dicha tarjeta de control electrónico (I) en términos generales, se encarga de monitorear, recibir señales eléctricas voltajes temperatura caídas de tensión alarmas, velocidades o régimen de giro, amperaje, tiempos y múltiples funciones de la unidad generadora según solicitud PCT/CL2DIG/DDDDII, a su vez recibiendo toda esta información en su microcontrolador (2) interno calcula, ordena, controla y ejecuta órdenes a los diferentes componentes eléctricos y electrónicos de la unidad generadora, para el perfecto funcionamiento de dicha unidad generadora según solicitud PCT /CL 2DIG/DD0DII.
Said electronic control card (I) in general terms, is responsible for monitoring, receiving electrical signals, voltage voltages, voltage drops, alarms, speeds or speed of rotation, amperage, times and multiple functions of the generating unit according to PCT / CL2DIG / DDDDII request , in turn receiving all this information in its internal microcontroller (2) calculates, orders, controls and executes orders to the different electrical and electronic components of the generating unit, for the perfect operation of said generating unit according to PCT / CL 2DIG / request. DD0DII.
Claims
REIVINDICACIONES
I.- Tarjeta de control electrónico de unidad (ECU), encarga de monitorear, recibir señales eléctricas voltajes temperatura caídas de tensión alarmas, velocidades o régimen de giro, amperaje, tiempos y múltiples funciones de una unidad generadora de energía autosustentable, CARACTERIZADA, porque está conformada por una placa madre (I), la cual está provista con un microcontrolador PIC (2), con al menos de diez Pines (3), para su funcionamiento; además posee una entrada de alimentación de 12 v (4) corriente continua, 12, 24 o 48 v corriente continua y/o 22D v corriente alterna (4), un puerto Data Bus (5) para hacer o realizar lectura externa de la unidad a monitorear o controlar a través de una PC externa; además, posee conectores (5a) para enviar información a un desplaye o tablero de instrumentos para su lectura de funcionamiento (no ilustrado);unas unidades de resistencia (7) para controlar voltaje corrientes y señales internamente, asimismo, dicha placa madre (I), está provista de al menos diez Led (8) para chequear y diagnosticar (indicador), de manera visual la función o el comportamiento de unos relés (3), también posee a lo menos doce conectores (B). para conexión de unidades de monitoreo y recepción de información de sensores externos a ella y/o señales de los componentes externos los cuales son canalizados al microcontrolador (2), también posee a lo menos doce salidas D conectores (B) para efecto de cumplir órdenes mediante las señales emitidas por el microcontrolador PIC (2), a través de los relés (9) y puertos de conexión (B).
I.- Electronic unit control card (ECU), responsible for monitoring, receiving electrical signals, voltage voltages, voltage drops, alarms, speeds or speed of rotation, amperage, times and multiple functions of a self-sustaining, CHARACTERIZED power generating unit, because It is made up of a motherboard (I), which is provided with a PIC microcontroller (2), with at least ten pins (3), for its operation; It also has a power input of 12 v (4) direct current, 12, 24 or 48 v direct current and / or 22D v alternating current (4), a Data Bus port (5) to make or perform external reading of the unit to monitor or control through an external PC; in addition, it has connectors (5a) to send information to a displace or dashboard for its reading of operation (not illustrated); resistance units (7) to control current and signal voltage internally, also, said motherboard (I) , it is provided with at least ten Led (8) to check and diagnose (indicator), visually the function or behavior of some relays (3), it also has at least twelve connectors (B). for connection of monitoring units and receiving information from external sensors to it and / or signals from external components which are channeled to the microcontroller (2), it also has at least twelve D connector outputs (B) to fulfill orders through the signals emitted by the PIC microcontroller (2), through the relays (9) and connection ports (B).
2.- Tarjeta de control E l e ct ró n i c a de unidad (ECU), según la reivindicación I, CARACTERIZADA porque dicha tarjeta d E control electrónico (I) en términos generales, se encarga de monitorear, recibir señales eléctricas voltajes temperatura caídas de tensión alarmas, velocidades o régimen de giro, amperaje, tiempos y múltiples funciones de la unidad generadora autosustentable, según solicitud PCT/CL2DIB/DDDDII, a su vez recibiendo toda esta información en su microcontrolador (2) interno calcula, ordena, controla y ejecuta órdenes a los diferentes componentes eléctricos y electrónicos de la unidad generadora, para el perfecto funcionamiento de dicha unidad generadora autosustentable.
2. The control unit electronic card (ECU), according to claim I, CHARACTERIZED because said electronic control card (I) in general terms, is responsible for monitoring, receiving electrical signals voltage voltage drop voltages alarms, speeds or speed of rotation, amperage, times and multiple functions of the self-sustaining generating unit, according to PCT / CL2DIB / DDDDII request, in turn receiving all this information in its internal microcontroller (2) calculates, orders, controls and executes orders to the different electrical and electronic components of the generating unit, for the perfect operation of said self-sustaining generating unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/CL2016/000064 WO2018076123A1 (en) | 2016-10-25 | 2016-10-25 | Electronic control unit card |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/CL2016/000064 WO2018076123A1 (en) | 2016-10-25 | 2016-10-25 | Electronic control unit card |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| WO2018076123A1 true WO2018076123A1 (en) | 2018-05-03 |
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ID=62022940
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| PCT/CL2016/000064 WO2018076123A1 (en) | 2016-10-25 | 2016-10-25 | Electronic control unit card |
Country Status (1)
| Country | Link |
|---|---|
| WO (1) | WO2018076123A1 (en) |
Citations (2)
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|---|---|---|---|---|
| US7844764B2 (en) * | 2007-10-01 | 2010-11-30 | Honeywell International Inc. | Unitary control module with adjustable input/output mapping |
| US7860582B2 (en) * | 2004-06-23 | 2010-12-28 | National Instruments Corporation | Compact modular embedded device |
-
2016
- 2016-10-25 WO PCT/CL2016/000064 patent/WO2018076123A1/en active Application Filing
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7860582B2 (en) * | 2004-06-23 | 2010-12-28 | National Instruments Corporation | Compact modular embedded device |
| US7844764B2 (en) * | 2007-10-01 | 2010-11-30 | Honeywell International Inc. | Unitary control module with adjustable input/output mapping |
Non-Patent Citations (3)
| Title |
|---|
| "8 Channel 5V Relay Module", NETRAM TECHNOLOGIES, 2014, Retrieved from the Internet <URL:web.archive.org/web/20140307032023/http:/netram.co.za:80/1495-8-channel-5v-relay-module.html> [retrieved on 20170504] * |
| INEX, 2012, Retrieved from the Internet <URL:https://web.archive.org/web/20121020054125/http://www.olimex.cl/pdf/INEX/Ex-06A-PLUS.pdf> [retrieved on 20170508] * |
| XBOARD RELAY: "Introduction, specifications, Documents: WiKi Doc, Sample Code", SPECIFICATION, Retrieved from the Internet <URL:https://web.archive.org/web/20150915015336/http:/www.dfrobot.com/index.php?route=product/product&path=35&product_id=837#.WQszNdLhDx5> [retrieved on 20170504] * |
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