WO2018164560A1 - Electronic device and system for monitoring apparatuses - Google Patents

Electronic device and system for monitoring apparatuses Download PDF

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Publication number
WO2018164560A1
WO2018164560A1 PCT/MX2017/000026 MX2017000026W WO2018164560A1 WO 2018164560 A1 WO2018164560 A1 WO 2018164560A1 MX 2017000026 W MX2017000026 W MX 2017000026W WO 2018164560 A1 WO2018164560 A1 WO 2018164560A1
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Prior art keywords
monitored
electronic device
monitoring
module
connector
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PCT/MX2017/000026
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Spanish (es)
French (fr)
Inventor
Catalina Verónica N´HAUX
Rogelio RIVAS VILLEGAS
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N´Haux Catalina Veronica
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Publication of WO2018164560A1 publication Critical patent/WO2018164560A1/en

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    • G—PHYSICS
    • G05—CONTROLLING; REGULATING
    • G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B23/00—Testing or monitoring of control systems or parts thereof
    • G05B23/02—Electric testing or monitoring

Definitions

  • the present invention relates to the technical fields of Electrical, Electronic, Mechanical, Technology of the
  • Information and communication because it provides an electronic device and a system, to monitor the functional status of devices, machines, equipment, etc., in real time.
  • Patent document ÜS8327408 (December 4, 2012) describes a process that consists in first raising the ticket and then performing the diagnostic system. The self-diagnosis system does not run automatically, the user must enter a sequence of keys for the self-diagnosis to be generated.
  • Patent document ÜS14287902 ⁇ May 27, 2014) describes test cases based on the binary file properties of an application. It is more oriented towards the creation of the test itself, rather than the operation of the application. It does not use any hardware or sensors, it is totally software based.
  • Patent document EP2007721388 (June 8, 2007) describes an automatic location method, system and apparatus for communication devices; where failures are isolated in a communications system, in which the information obtained from internal modules is analyzed to determine the point at which the failure occurs. It does not detect configurations or system operation errors, it only uses self-diagnosis systems of the observed device.
  • Figure 1 is an explosive view of the electronic device for monitoring "devices" in real time, of the present invention.
  • Figure 2 is a bottom view of the arrangement of electronic cards that are part of the device in question.
  • Figure 3 is a schematic diagram of electronic circuits of the components that make up said device.
  • Figure 4 is a front view of the electronic device of the present invention.
  • Figure 5 is a front perspective view of the device in question.
  • Figure 6 is a rear perspective view of the
  • Figure 7 is an explosive perspective view of the
  • Figure 8 is a side view of the electronic device of the present invention, attached to the "apparatus" to be monitored,
  • Figure 9 is a schematic diagram of a system for monitoring "apparatus" remotely, which comprises the electronic device of the present invention.
  • the present invention relates to an electronic device for monitoring "devices" in real time; and also refers to a system to monitor “devices” in real time, remotely or remotely.
  • devices In this case with the term “devices”, reference is made to all types of mechanical, electrical, electronic, electromechanical, mechatronic, robotic, nanotechnological objects, among others, that play a role in any branch of industry, science, technology, economy, etc. So these “devices” can be, in an enunciative and non-limiting manner: machines, equipment, tools, accessories, systems, mechanisms, utensils, or any other object that could be monitored with the electronic device (1) of the present invention ; putting more interest in monitoring medical equipment,
  • monitoring refers to any action to obtain information about the “devices”, especially their operation; With the term “monitor”, it also refers to diagnose, analyze, verify, study, among others.
  • This electronic device (1) can be included in systems to monitor "devices" in real time at different distances. Therefore, these systems, comprising at least one electronic device (1), in accordance with the present invention, are included in the scope of this invention.
  • the characteristic details of the electronic device (1) and system for monitoring "apparatus" of the present invention are clearly set forth in this description, figures and examples, which are accompanied in this application; which are included only to illustrate some preferred embodiments of the electronic device (1) and system, so they should not be considered as a limitation for the present invention.
  • the electronic device (1) is designed to communicate directly with at least one "device” to be monitored (4), and has the advantage of being versatile, since it can monitor different "devices", that is, it is not exclusive to a single “device” (4); whereby said electronic device (1) is made up of a conventional printed circuit board (PCB) (2), which is configured by adding the following components:
  • a communication module (5) which is an embedded electronic circuit system ⁇ 5 ⁇ that handles all communication protocols of the device (1); in this module (5) a central processing unit (CPU) (not shown) is added; An example of this module is a Photon brand card.
  • CPU central processing unit
  • a serial interface module (3) is configured to communicate the electronic device (1) with the "device" to be monitored (4).
  • a connector (8) is also added to the printed circuit board (2), where the connection to the "device" to be monitored (4) is made;
  • An example of this connector can be an analog connector, more specifically a 9-pin analog connector
  • the preferred central processing unit is one that has the ability to connect to the internet, acquire information about the status of the "device” to be monitored (4), connect through an API application developed to store error codes and interconnect the parts; calculate and determine the location of the "apparatus” monitored (4); and send the information obtained for the translation of the error codes for the understanding of a technician (11) involved.
  • the electronic device (1) also comprises a conventional battery (7) for storing and providing power to said device (1). This also provides a module (not shown) to acquire energy from the monitored "device” (4).
  • a housing (9) is made to contain and protect the components of the electronic device (1) in question. Therefore, said housing (9) is configured in such a way as to allow the interaction of the internal components of the device (1) with the external elements involved in the connection with the "device” to be monitored (4).
  • a cover (17) is provided to cover the upper part of the housing (9 ⁇ .
  • an adapter connector (18) is required for the electronic device (1) to connect to the "device" to be monitored (4). Therefore, said adapter-connector (18) can be any known adapter-connector or another one that is developed or modified to achieve such a connection. It should be noted that this electronic device (1) must have one or more computer programs to carry out all the functions of obtaining information from the "device to be monitored ⁇ 4 ⁇ and sending said information to a storage and analysis location; as well as it must have a database that includes all the information required to carry out the monitoring and diagnosis of such "devices" to be monitored (4).
  • This electronic device (1) can be used in a system to monitor devices (4) remotely, for this said electronic device (1), once it has obtained the monitoring information of the "device” (4), has the capacity of sending said monitoring information to a virtual storage and analysis place, such as the widely known computing cloud (10), where the information is stored and analyzed based on patterns that allow identifying failures, preferably before they happen , prepare reports and present predicted calendars so that a technician or user (11) can have a better planning of their maintenance. Therefore, the system requires the technician (11) to have a mobile communication device (12) to receive, in real time, notifications of possible failures or errors of the "devices" (4) being monitored. Also, the technician (11) can register failures, preventive maintenance, location of the monitored device (4) and receive alerts.
  • a virtual storage and analysis place such as the widely known computing cloud (10)
  • the system in question, also includes an administration module (13), where the technician (11) visualizes, diagnoses and manages, to the maintenance, inventories, maintenance records, based on the information provided and analyzed in the cloud computing (10)
  • Said system therefore requires a network for remote communication, preferably wireless, for the communication of the different components that form said system.
  • a network for remote communication preferably wireless
  • it may be a conventional remote communication network, such as the Internet, local area networks, among others; and the means of connection to said network can be conventional ones, such as WiFi or ethernet.
  • a database is necessary, which will contain all the information required for the "devices" mortuary (4); said database will be located remotely, such as in the cloud computing (10).
  • a computer program is also required to run a data analysis model; which will be stored remotely, such as in the cloud computing.
  • API Software Application Programming Interface
  • Signal processing software to combat noise in wireless signals, and improve the location module of the monitored "device” (4).
  • a further embodiment of the present invention is when the electronic device (1) of the present invention is useful for monitoring a "device" (4) in person by a technician or user (11).
  • said device (1) will be provided with means where the signal or monitoring and / or diagnostic information can be expressed.
  • These means can be an element that emits light, a screen, a vibration element, an audio, and the combination between them, to name a few examples.
  • Example 1 Construction of an electronic device (1) to monitor medical devices.
  • CPU central processing unit
  • a serial interface module (3) in combination with the analog connector (8) communicates the electronic device (1) with the medical device to be monitored (4); Y
  • a conventional battery (7) was used to store and provide power to said device (1).
  • a module (not illustrated) was implemented to acquire energy from the monitored medical equipment.
  • a housing (9) was constructed to accommodate the components of the electronic device (1) within it. Where said housing (9) was made a first frontal perforation (14) where the female connector (8) is exposed; a second front perforation (15), where the connection (19) of the power supply and load module is exposed
  • Example 2 System that includes an electronic device
  • the electronic device (1) of the present invention was tested in the following medical devices: a Space Labs-Ultraview brand vital signs monitor; an artificial fan brand Vyasis-Bearcub 750; and a Mindray-A series brand anesthesia machine; over a period of 6 months.
  • a male connector-adapter (18) was used to connect the electronic device (1) with the medical devices (4).
  • the electronic device (1) obtained the information of the operation of the medical devices (4); and connected to the internet, via WiFi, sent the information to the cloud computing (10) for storage and analysis.
  • the technician (11) involved used a mobile phone (12) to receive, in real time, information from the cloud computing (10) of medical devices (4). Where the information obtained was that the medical devices (4) were in good working condition, so in this case, the technician (11) did not register failures, nor preventive maintenance, and the location of medical devices was not necessary (4).
  • a computer (13) was used as an administration module, where the technician (11) visualized, diagnosed and administered, to the maintenance, inventories, maintenance records, based on the information provided and analyzed in the cloud computing (10), during the 6 month period.
  • a computer program was developed that provided a parameterizable communication protocol for requesting diagnostic information and obtaining error codes, which is provided in the cloud computing (10).
  • a computer program was also designed to locate medical devices (4), which program was provided on the device (1), the cloud computing (10), the mobile phone (12) and on the computer (13).
  • a database was also set up, which contains all the information for monitoring the devices (4); This database was located in the cloud computing (10).

Abstract

The invention relates to an electronic device for monitoring "apparatuses", formed by: a printed circuit board (PCB) having a communication module, a central processing unit (CPU), a serial interface module, a module for supplying and charging with power, and a connector for connecting the "apparatus" to be monitored; a battery for storing and providing power to the device; a module for acquiring power from the monitored "apparatus"; and a case containing and protecting the components of the electronic device. The invention also relates to a system for remotely monitoring "apparatuses", formed by: at least one electronic device for monitoring "apparatuses"; a virtual space where the electronic device sends the monitoring information to store and analyse same; a mobile apparatus for a technician to receive, in real time, notifications of faults or errors of the monitored "apparatuses"; an administration module where the technician views, diagnoses and administers maintenance operations, inventories and maintenance histories; a remote communication network; means for connecting to the network; and computer programs and databases that allow the system to operate.

Description

DISPOSITIVO ELECTRÓNICO Y SISTEM&, PARA MOMIT0KEMI APARATOS ELECTRONIC DEVICE AND SYSTEM &, FOR MOMIT0KEMI APPLIANCES
CAMPO TÉC ICO DE LA INVENCIÓN TECHNICAL FIELD OF THE INVENTION
La presente invención se relaciona con los campos técnicos de la Eléctrica, Electrónica, Mecánica, Tecnologías de laThe present invention relates to the technical fields of Electrical, Electronic, Mechanical, Technology of the
Información y Comunicación; debido a que proporciona un dispositivo electrónico y un sistema, para monitorear el estado funcional de aparatos, máquinas, equipos, etc., en tiempo real. Information and communication; because it provides an electronic device and a system, to monitor the functional status of devices, machines, equipment, etc., in real time.
ANTECEDENTES DE LA INVENCIÓN BACKGROUND OF THE INVENTION
Actualmente, el mantenimiento de aparatos, máquinas, equipos, herramientas, sistemas, mecanismo, etc., utilizados en la industria en general, es de la siguiente manera: (a) correctivo, sucede cuando el equipo se rompe o descompone, para ello se reporta la falla por un usuario, se revisa y diagnostica la falla por un técnico, y se resuelve o repara la falla, donde dicha reparación puede ser interna por el personal de la empresa o externa; (b) preventivo, se realiza por revisiones cada 6 meses debido a la exigencia de normas oficiales; y por (c) revisión rutinaria, lo cual no siempre lo realizan, y cuando se realiza, lo que se revisa es una inspección visual, encendido/apagado, y prueba de funcionamiento del aparato. Currently, the maintenance of equipment, machines, equipment, tools, systems, mechanism, etc., used in the industry in general, is as follows: (a) corrective, it happens when the equipment is broken or broken down, for this purpose the fault is reported by a user, the fault is reviewed and diagnosed by a technician, and the fault is resolved or repaired, where such repair can be internal by the company's personnel or external; (b) preventive, it is carried out by revisions every 6 months due to the requirement of official norms; and by (c) routine review, which is not always done, and when it is done, what is reviewed is a visual inspection, on / off, and test of the device's operation.
Esto conlleva a que se requiere de largos periodos de tiempo para transmitir la información de la descompostura del aparato. Para ello, se han desarrollado tecnologías para reducir este inconveniente, por ejemplo en el documento de patente ÜS8327408 (4 de diciembre de 2012) describe un proceso que consiste en que primero se levanta el ticket y después se realiza el sistema de diagnóstico. El sistema de autodiagnóstico no se corre automáticamente, el usuario debe ingresar una secuencia de teclas para que el autodiagnóstico se genere. El documento de patente ÜS14287902 {27 de mayo de 2014) describe casos de prueba basado en las propiedades de archivos binarios de una aplicación. Es más orientado a la creación de la prueba en si misma, más que al funcionamiento de la aplicación. No usa ningún hardware ni sensores, es totalmente basado en software . This leads to the fact that it takes long periods of time to transmit the decomposition information of the apparatus. To this end, technologies have been developed to reduce this inconvenience, for example in patent document ÜS8327408 (December 4, 2012) describes a process that consists in first raising the ticket and then performing the diagnostic system. The self-diagnosis system does not run automatically, the user must enter a sequence of keys for the self-diagnosis to be generated. Patent document ÜS14287902 {May 27, 2014) describes test cases based on the binary file properties of an application. It is more oriented towards the creation of the test itself, rather than the operation of the application. It does not use any hardware or sensors, it is totally software based.
En cuanto al documento de patente CN201510317138 (10 de junio de 2015) , describe un sistema donde se reciben datos desde un módulo y genera una palabra de un formato fijo. Únicamente arroja los resultados de una prueba, no hay visibilidad de configuraciones o parámetros en tiempo real que permitan un análisis más profundo. As for patent document CN201510317138 (June 10, 2015), it describes a system where data is received from a module and generates a word of a fixed format. It only yields the results of a test, there is no visibility of configurations or parameters in real time that allow a deeper analysis.
El documento de patente EP2007721388 (8 de junio de 2007) describe un método, sistema y aparato de localización automática, para aparatos de comunicación; donde se aislan fallas en un sistema de comunicaciones, en el que la información obtenida desde módulos internos se analiza para determinar el punto en el que ocurre la falla. No detecta configuraciones o errores de operación del sistema, únicamente usa sistemas de autodiagnóstico del aparato observado . Patent document EP2007721388 (June 8, 2007) describes an automatic location method, system and apparatus for communication devices; where failures are isolated in a communications system, in which the information obtained from internal modules is analyzed to determine the point at which the failure occurs. It does not detect configurations or system operation errors, it only uses self-diagnosis systems of the observed device.
Además, dichos aparatos, sistemas y métodos, etc., del estado de la técnica, sólo predicen errores o fallas para un solo aparato; no emiten las alertas o diagnósticos en tiempo real; tampoco plantean una solución completa que abarque todo el ciclo de vida del equipo monitoreado; entre otros inconvenientes . Por lo tanto, debido a los inconvenientes antes mencionados,, se ha desarrollado un dispositivo electrónico y sistema, para inonitorear "aparatos", donde dicho dispositivo electrónico es versátil ya que puede monitorear varios "aparatos"; emite alertas en tiempo real; y plantea soluciones durante todo el ciclo de vida del aparato. In addition, said apparatus, systems and methods, etc., of the prior art, only predict errors or failures for a single apparatus; do not issue alerts or diagnoses in real time; nor do they propose a complete solution that covers the entire life cycle of the monitored equipment; among other inconveniences. Therefore, due to the aforementioned drawbacks, an electronic device and system has been developed to inonitorize "devices", where said electronic device is versatile since it can monitor several "devices"; issues alerts in real time; and raises solutions throughout the life cycle of the device.
BREVE DESCRIPCIÓN DE LAS FIGURAS BRIEF DESCRIPTION OF THE FIGURES
La figura 1 es una vista explosiva del dispositivo electrónico para monitorear "aparatos" en tiempo real, de la presente invención. Figure 1 is an explosive view of the electronic device for monitoring "devices" in real time, of the present invention.
La figura 2 es una vista inferior del arreglo de tarjetas electrónicas que forman parte del dispositivo en cuestión . Figure 2 is a bottom view of the arrangement of electronic cards that are part of the device in question.
La figura 3 es un diagrama esquemático de circuitos electrónicos de los componentes que conforman a dicho dispositivo.  Figure 3 is a schematic diagram of electronic circuits of the components that make up said device.
La figura 4 es una vista frontal del dispositivo electrónico de la presente invención. Figure 4 is a front view of the electronic device of the present invention.
La figura 5 es una vista en perspectiva frontal del dispositivo en cuestión. Figure 5 is a front perspective view of the device in question.
La figura 6 es una vista en perspectiva posterior del Figure 6 is a rear perspective view of the
dispositivo e1ectr6nico .  electronic device.
La figura 7 es una vista en perspectiva explosiva del Figure 7 is an explosive perspective view of the
dispositivo electrónico con un "aparato" a monitorear .  electronic device with a "device" to monitor.
La figura 8 es una vista lateral del dispositivo electrónico de la presente invención, unido al "aparato" a monitorear,  Figure 8 is a side view of the electronic device of the present invention, attached to the "apparatus" to be monitored,
La figura 9 es un diagrama esquemático de un sistema para monitorear "aparatos" a distancia, el cual comprende al dispositivo electrónico de la presente invención. DESCRIPCIÓN DETALLADA DE LA INVENCIÓN Figure 9 is a schematic diagram of a system for monitoring "apparatus" remotely, which comprises the electronic device of the present invention. DETAILED DESCRIPTION OF THE INVENTION
La presente invención se refiere a un dispositivo electrónico para monitorear "aparatos" en tiempo real; y también se refiere a un sistema para monitorear "aparatos" en tiempo real, a distancia o via remota. The present invention relates to an electronic device for monitoring "devices" in real time; and also refers to a system to monitor "devices" in real time, remotely or remotely.
En este caso con el término "aparatos", se hace referencia a todo tipo de objetos mecánicos, eléctricos, electrónicos, electromecánicos, mecatrónicos, roboticos, nanotecnológicos, entre otros, que desempeñan alguna función en cualquier rama de la industria, ciencia, tecnología, economía, etc. Por lo que estos "aparatos" pueden ser, de manera enunciativa y no limitativa: máquinas, equipos, herramientas, accesorios, sistemas, mecanismos, utensilios, o cualquier otro objeto que pudiera ser monitoreado con el dispositivo electrónico (1) de la presente invención; poniendo mayor interés en el monitoreo de equipos médicos, In this case with the term "devices", reference is made to all types of mechanical, electrical, electronic, electromechanical, mechatronic, robotic, nanotechnological objects, among others, that play a role in any branch of industry, science, technology, economy, etc. So these "devices" can be, in an enunciative and non-limiting manner: machines, equipment, tools, accessories, systems, mechanisms, utensils, or any other object that could be monitored with the electronic device (1) of the present invention ; putting more interest in monitoring medical equipment,
También cabe señalar que con el término "monitorear" se hace referencia a cualquier acción para obtener información de los "aparatos", sobre todo de su funcionamiento; por lo que con el término "monitorear", se refiere también a diagnosticar, analizar, verificar, estudiar, entre otros. It should also be noted that the term "monitor" refers to any action to obtain information about the "devices", especially their operation; With the term "monitor", it also refers to diagnose, analyze, verify, study, among others.
Este dispositivo electrónico (1) puede ser incluido en sistemas para monitorear "aparatos" en tiempo real a diferentes distancias. Por lo que estos sistemas, que comprendan, al menos, un dispositivo electrónico (1), de acuerdo con la presente invención, quedan incluidos en el alcance de esta invención. Los detalles característicos del dispositivo electrónico (1) y sistema para monitorear "aparatos", de la presente invención, se exponen claramente en esta descripción, figuras y ejemplos, que se acompañan en esta solicitud; los cuales se incluyen sólo para ilustrar algunas realizaciones preferentes del dispositivo electrónico (1) y sistema, por lo que no deben ser considerados como una limitante para la presente invención. This electronic device (1) can be included in systems to monitor "devices" in real time at different distances. Therefore, these systems, comprising at least one electronic device (1), in accordance with the present invention, are included in the scope of this invention. The characteristic details of the electronic device (1) and system for monitoring "apparatus" of the present invention are clearly set forth in this description, figures and examples, which are accompanied in this application; which are included only to illustrate some preferred embodiments of the electronic device (1) and system, so they should not be considered as a limitation for the present invention.
El dispositivo electrónico (1) está diseñado para comunicarse directamente con, al menos, un "aparato" a monitorear (4), y tiene la ventaja de ser versátil, ya que puede monitorear distintos "aparatos", o sea que no es exclusivo de un solo "aparato" (4); por lo que dicho dispositivo electrónico (1) se conforma por una tarjeta de circuito impreso (PCB) (2) convencional, la cual se configura agregándole los siguientes componentes: The electronic device (1) is designed to communicate directly with at least one "device" to be monitored (4), and has the advantage of being versatile, since it can monitor different "devices", that is, it is not exclusive to a single "device" (4); whereby said electronic device (1) is made up of a conventional printed circuit board (PCB) (2), which is configured by adding the following components:
Un módulo de comunicación (5), el cual es un sistema de circuitos electrónicos embebidos {5} que maneja todos los protocolos de comunicación del dispositivo (1) ; en este módulo (5) se adiciona una unidad de procesamiento central (CPU) (no ilustrada) ; un ejemplo de este módulo es una tarjeta marca Photon. A communication module (5), which is an embedded electronic circuit system {5} that handles all communication protocols of the device (1); in this module (5) a central processing unit (CPU) (not shown) is added; An example of this module is a Photon brand card.
Un módulo de interfaz serial (3) se configura, para comunicar el dispositivo electrónico (1) con el "aparato" a monitorear (4) .  A serial interface module (3) is configured to communicate the electronic device (1) with the "device" to be monitored (4).
Un módulo de sum.inist.ro y carga de energía (6) se agrega; y  A module of sum.inist.ro and power load (6) is added; Y
- También se adiciona un conector (8) en la tarjeta de circuito impreso (2), donde se lleva a cabo la conexión con el "aparato" a monitorear ( 4 ) ; un ejemplo de este conector puede ser un conector análogo, más específicamente un conector análogo de 9 clavijas- A connector (8) is also added to the printed circuit board (2), where the connection to the "device" to be monitored (4) is made; An example of this connector can be an analog connector, more specifically a 9-pin analog connector
(DB9) . (DB9)
La unidad de procesamiento central (CPU) preferida, es aquella que tiene la capacidad de conectarse a internet, adquirir información sobre el estado del "aparato" a monitorear (4) , conectarse por medio de una aplicación API desarrollada para guardar códigos de error e interconectar las partes; calcular y determinar la localización del "aparato" monitoreado (4); y enviar la información obtenida para la traducción de los códigos de error para el entendimiento de un técnico (11) involucrado. The preferred central processing unit (CPU) is one that has the ability to connect to the internet, acquire information about the status of the "device" to be monitored (4), connect through an API application developed to store error codes and interconnect the parts; calculate and determine the location of the "apparatus" monitored (4); and send the information obtained for the translation of the error codes for the understanding of a technician (11) involved.
El dispositivo electrónico (1) también comprende una batería (7) convencional para almacenar y proveer de energía a dicho dispositivo (1). Así también se provee de un módulo (no ilustrado) para adquirir energía desde el "aparato" monitoreado (4). Una carcasa (9) se confecciona para contener y proteger a los componentes del dispositivo electrónico (1) en cuestión. Por lo que dicha carcasa (9) se configura de tal manera que permita la interacción de los componentes internos del dispositivo (1) con los elementos externos que intervienen en la conexión con el "aparato" a monitorear (4). Una tapa (17) se provee para cubrir la parte superior de la carcasa (9} . The electronic device (1) also comprises a conventional battery (7) for storing and providing power to said device (1). This also provides a module (not shown) to acquire energy from the monitored "device" (4). A housing (9) is made to contain and protect the components of the electronic device (1) in question. Therefore, said housing (9) is configured in such a way as to allow the interaction of the internal components of the device (1) with the external elements involved in the connection with the "device" to be monitored (4). A cover (17) is provided to cover the upper part of the housing (9}.
Un conector-adaptador (18) se requiere para que el dispositivo electrónico (1) se conecte con el "aparato" a monitorear (4). Por lo que dicho conector-adaptador (18) puede ser cualquier conector-adaptador ya conocido u otro que se desarrolle o modifique para lograr tal conexión. Cabe señalar que este dispositivo electrónico (1) debe tener uno o varios programas de cómputo para llevar acabo todas las funciones de obtener información del "aparato a monitorear {4} y enviar dicha información a un lugar de almacenamiento y análisis; asi como también debe contar con una base de datos donde se incluya toda la información requerida para llevar acabo el monitoreo y diagnóstico de tales "aparatos" a monitorear (4). An adapter connector (18) is required for the electronic device (1) to connect to the "device" to be monitored (4). Therefore, said adapter-connector (18) can be any known adapter-connector or another one that is developed or modified to achieve such a connection. It should be noted that this electronic device (1) must have one or more computer programs to carry out all the functions of obtaining information from the "device to be monitored {4} and sending said information to a storage and analysis location; as well as it must have a database that includes all the information required to carry out the monitoring and diagnosis of such "devices" to be monitored (4).
De esta manera obtenemos un dispositivo electrónico (1) útil en el monitoreo de "aparatos" (4), con las siguientes ventaj as : In this way we obtain an electronic device (1) useful in monitoring "devices" (4), with the following advantages:
Reportar y monitorear en tiempo real, el estado de un "aparato" (4) . Report and monitor in real time, the status of a "device" (4).
Mínima tasa de error, debido a las aplicaciones o software impl ementados .  Minimum error rate, due to the applications or software involved.
Bajo consumo de energía.  Low energy consumption.
Este dispositivo electrónico (1) puede ser utilizado en un sistema para monitorear aparatos (4) a distancia, para ello dicho dispositivo electrónico (1), una vez que haya obtenido la información de monitoreo del "aparato" (4), tiene la capacidad de enviar dicha información de monitoreo a un lugar virtual de almacenamiento y análisis, como por ejemplo puede ser la nube informática (10) ampliamente conocida, donde se almacena y analiza la información en base a patrones que permitan identificar fallas, preferentemente antes de que sucedan, armar reportes y presentar calendarios pronosticados para que un técnico o usuario (11) pueda tener una mejor planeación de sus mantenimientos . Por lo tanto, el sistema requiere que el técnico (11) tenga un aparato de comunicación móvil (12) para que reciba, en tiempo real, notificaciones de posibles fallas o errores de los "aparatos" (4) que se estén monitoreando. También, el técnico (11) puede dar de alta fallas, mantenimientos preventivos, localización del aparato monitoreado (4) y recepción de alertas. This electronic device (1) can be used in a system to monitor devices (4) remotely, for this said electronic device (1), once it has obtained the monitoring information of the "device" (4), has the capacity of sending said monitoring information to a virtual storage and analysis place, such as the widely known computing cloud (10), where the information is stored and analyzed based on patterns that allow identifying failures, preferably before they happen , prepare reports and present predicted calendars so that a technician or user (11) can have a better planning of their maintenance. Therefore, the system requires the technician (11) to have a mobile communication device (12) to receive, in real time, notifications of possible failures or errors of the "devices" (4) being monitored. Also, the technician (11) can register failures, preventive maintenance, location of the monitored device (4) and receive alerts.
El sistema, en cuestión, también comprende un módulo de administración (13), donde el técnico (11) visualiza, diagnostica y administra, a los mantenimientos, inventarios, historiales de mantenimientos, en base a la información proporcionada y analizada en la nube informática (10). The system, in question, also includes an administration module (13), where the technician (11) visualizes, diagnoses and manages, to the maintenance, inventories, maintenance records, based on the information provided and analyzed in the cloud computing (10)
Dicho sistema, por lo tanto requiere de una red para comunicación remota, preferentemente inalámbrica, para la comunicación de los diferentes componentes que forman a dicho sistema. Por ejemplo puede ser una red de comunicación remota convencional, tales como internet, redes de área local, entre otros; y los medios de conexión a dicha red pueden ser de los convencionales, tales como WiFi o ethernet. Said system, therefore requires a network for remote communication, preferably wireless, for the communication of the different components that form said system. For example, it may be a conventional remote communication network, such as the Internet, local area networks, among others; and the means of connection to said network can be conventional ones, such as WiFi or ethernet.
También requiere de un programa de cómputo que proporcione un protocolo de comunicación parametrizable, el cual se provee de forma remota, como por ejemplo, en la nube informática (10) . It also requires a computer program that provides a parameterizable communication protocol, which is provided remotely, such as in the cloud computing (10).
Así también se requiere de un programa de cómputo para localizar el "aparato" monitoreado (4), dicho programa se puede proveer en el dispositivo electrónico (1), o de manera remota, como por ejemplo: en la nube informática (10) o en el aparato móvil (12). Una base de datos es necesaria, la cual contendrá toda la información requerida para el mortitoreo de los "aparatos" (4); dicha base de datos se encontrará ubicada de manera remota, como por ejemplo en la nube informática (10). This also requires a computer program to locate the monitored "device" (4), this program can be provided in the electronic device (1), or remotely, such as: in the cloud computing (10) or in the mobile device (12). A database is necessary, which will contain all the information required for the "devices" mortuary (4); said database will be located remotely, such as in the cloud computing (10).
También se requiere de un programa de cómputo para que se ejecute un modelo de análisis de datos; el cual se encontrará almacenado de manera remota, como por ejemplo en la nube informática. A computer program is also required to run a data analysis model; which will be stored remotely, such as in the cloud computing.
A manera de resumen, los programas de cómputo que se requieren son: As a summary, the computer programs that are required are:
Software API (Aplication Programming Interface) , para acceder a la base de datos. API Software (Application Programming Interface), to access the database.
Firmware para garantizar mejorar el funcionamiento de las partes del hardware, del dispositivo electrónico (1) ·  Firmware to ensure improved performance of the hardware parts of the electronic device (1) ·
Software de procesamiento de señales, para combatir ruidos en las señales inalámbricas, y mejorar el módulo de localización del "aparato" monitoreado (4). Signal processing software, to combat noise in wireless signals, and improve the location module of the monitored "device" (4).
Software para obtención de patrones de comportamiento del "aparato" (4) y/o generación de tramas de solicitud de información. Software to obtain patterns of behavior of the "apparatus" (4) and / or generation of information request frames.
- Software de análisis de datos, con el fin de caracterizar el comportamiento del "aparato" (4) y predecir faltas, fallas, errores, etc., en el - Data analysis software, in order to characterize the behavior of the "device" (4) and predict faults, failures, errors, etc., in the
"aparato" a monitorear (4). "device" to be monitored (4).
Software de aplicación para administración de mantenimientos para que el usuario pueda visualizar la información que manda el hardware y el historial de los "aparatos" monitoreados (4). De esta manera obtenemos un sistema para monitorear "aparatos" (4} en tiempo real a distancia, con las siguientes ventajas : Application software for maintenance management so that the user can view the information sent by the hardware and the history of the "devices" monitored (4). In this way we obtain a system to monitor "devices" (4} in real time from a distance, with the following advantages:
Identificar con precisión la ubicación de los "aparatos" monitoreados (4) ., Accurately identify the location of the "devices" monitored (4).,
Mantener actualizada la bitácora de mantenimientos de los "aparatos" monitoreados (4) .  Maintain updated the maintenance log of the "devices" monitored (4).
Reducir el número de "aparatos" fuera de servicio.  Reduce the number of "devices" out of service.
Lograr predecir errores en el funcionamiento de los aparatos de interés, tales como equipos médicos,  Manage to predict errors in the operation of the devices of interest, such as medical equipment,
Planeación de compra de insumos, refacciones y partes. üna modalidad más de la presente invención, es cuando el dispositivo electrónico (1), de la presente invención, es útil para monitorear a un "aparato" (4) de manera presencial por un técnico o usuario (11) . Para ello, a dicho dispositivo (1) se le proveerá de medios donde se pueda manifestar la señal o información de monitoreo y/o diagnóstico. Esos medios pueden ser un elemento que emita luz, una pantalla, un elemento de vibración, un audio, y la combinación entre ellos, por citar algu os ejemplos .  Purchase planning of supplies, spare parts and parts. A further embodiment of the present invention is when the electronic device (1) of the present invention is useful for monitoring a "device" (4) in person by a technician or user (11). For this, said device (1) will be provided with means where the signal or monitoring and / or diagnostic information can be expressed. These means can be an element that emits light, a screen, a vibration element, an audio, and the combination between them, to name a few examples.
EJEMPLOS EXAMPLES
Los siguientes ejemplos ilustran una mejor manera de llevar a cabo la presente invención, los cuales son meramente ilustrativos, por lo que no deben ser considerados como una limitante para dicha invención. The following examples illustrate a better way of carrying out the present invention, which are merely illustrative, and therefore should not be considered as a limitation on said invention.
Ejemplo 1. Construcción de un dispositivo electrónico (1) para monitorear aparatos médicos. una tarjeta de circuito impreso (PCB) (2} convencional,, le adaptó: una tarjeta electrónica marca Photon (5) para hacer la función de un módulo de comunicación y manejar todos los protocolos de comunicación del dispositivo (1) ; esta tarjeta electrónica (5) ya comprende una unidad de procesamiento central (CPU) (no ilustrada) capaz de conectarse a internet, adquirir información sobre el estado del "aparato" a monitorear (4), conectarse por medio de una aplicación API para guardar códigos de error e interconectar las partes; calcular y determinar la localización del equipo médico dentro de las instalaciones de un hospital; y enviar la información obtenida para la traducción de los códigos de error para el entendimiento de un técnico (11) involucrado; Example 1. Construction of an electronic device (1) to monitor medical devices. a conventional printed circuit board (PCB) (2}, adapted to it: a Photon electronic card (5) to function as a communication module and handle all the communication protocols of the device (1); this electronic card (5) already includes a central processing unit (CPU) (not shown) capable of connecting to the internet, acquiring information on the status of the "device" to be monitored (4), connecting via an API application to store error codes and interconnect the parts; calculate and determine the location of the medical equipment within the facilities of a hospital; and send the information obtained for the translation of the error codes for the understanding of a technician (11) involved;
- un conector análogo (8) de 9 clavijas (DB9) para conectar el "aparato" a monitorear (4);  - a 9-pin analog connector (8) (DB9) to connect the "device" to be monitored (4);
un módulo de interfaz serial (3) en combinación con el conector análogo (8) comunican el dispositivo electrónico (1) con el aparato médico a monitorear (4); y  a serial interface module (3) in combination with the analog connector (8) communicates the electronic device (1) with the medical device to be monitored (4); Y
un módulo de suministro y carga de energía (6).  a power supply and charge module (6).
Se utilizó una batería (7) convencional para almacenar y proveer de energía a dicho dispositivo (1) . Así también se implemento un módulo (no ilustrado) para adquirir energía desde el equipo médico monitoreado . A conventional battery (7) was used to store and provide power to said device (1). Thus, a module (not illustrated) was implemented to acquire energy from the monitored medical equipment.
Se construyó una carcasa (9) para alojar dentro de ella a los componentes del dispositivo electrónico (1). Donde dicha carcasa (9) se le hizo una primera perforación frontal (14) donde se expone el conector hembra (8); una segunda perforación frontal (15) , donde queda expuesta la conexión (19) del módulo de suministro y carga de energíaA housing (9) was constructed to accommodate the components of the electronic device (1) within it. Where said housing (9) was made a first frontal perforation (14) where the female connector (8) is exposed; a second front perforation (15), where the connection (19) of the power supply and load module is exposed
(6); una perforación posterior (20) donde sobresale un botón de encendido y apagado (21) ; y perforaciones laterales (16) para el intercambio de temperatura, üna tapa(6); a subsequent perforation (20) where an on and off button (21) protrudes; and side perforations (16) for temperature exchange, a lid
(17) se provee para cubrir herméticamente la parte superior de la carcasa { 9) , (17) is provided to hermetically cover the upper part of the housing {9),
Ejemplo 2, Sistema que incluye un dispositivo electrónico Example 2, System that includes an electronic device
(1) , para el monitoreo de aparatos médicos, a distancia .  (1), for monitoring medical devices, remotely.
El dispositivo electrónico (1) de la presente invención, se probó en los siguientes aparatos médicos: un monitor de signos vitales marca Space Labs-Ultraview; un ventilador artificial marca Vyasis-Bearcub 750; y una máquina de anestesia marca Mindray-A series; durante un periodo de tiempo de 6 meses. Se utilizó un conector-adaptador (18) tipo macho, para conectar el dispositivo electrónico (1) con los aparatos médicos (4) . De esta manera, el dispositivo electrónico (1) obtuvo la información del funcionamiento de los aparatos médicos (4); y conectado a internet, por medio de WiFi, envió la información a la nube informática (10) para su almacenamiento y análisis. The electronic device (1) of the present invention was tested in the following medical devices: a Space Labs-Ultraview brand vital signs monitor; an artificial fan brand Vyasis-Bearcub 750; and a Mindray-A series brand anesthesia machine; over a period of 6 months. A male connector-adapter (18) was used to connect the electronic device (1) with the medical devices (4). In this way, the electronic device (1) obtained the information of the operation of the medical devices (4); and connected to the internet, via WiFi, sent the information to the cloud computing (10) for storage and analysis.
El técnico (11) involucrado utilizó un teléfono móvil (12) para recibir, en tiempo real, la información de la nube informática (10) de los aparatos médicos (4) . Donde dicha información obtenida fue que los aparatos médicos (4) se encontraban en buenas condiciones de funcionamiento, por lo que en este caso, el técnico (11) no dio de alta fallas, ni mantenimientos preventivos, y tampoco fue necesaria la localización de los aparatos médicos (4). The technician (11) involved used a mobile phone (12) to receive, in real time, information from the cloud computing (10) of medical devices (4). Where the information obtained was that the medical devices (4) were in good working condition, so in this case, the technician (11) did not register failures, nor preventive maintenance, and the location of medical devices was not necessary (4).
En este caso se usó una computadora (13) como un módulo de administración, donde el técnico (11) visualizó, diagnosticó y administró, a los mantenimientos, inventarios, historiales de mantenimientos, en base a la información proporcionada y analizada en la nube informática (10), durante el periodo de 6 meses. In this case a computer (13) was used as an administration module, where the technician (11) visualized, diagnosed and administered, to the maintenance, inventories, maintenance records, based on the information provided and analyzed in the cloud computing (10), during the 6 month period.
Se desarrolló un programa de cómputo que proporcionó un protocolo de comunicación parametrizable para la solicitud de información de diagnóstico y obtención de códigos de error, el cual se provee en la nube informática (10). A computer program was developed that provided a parameterizable communication protocol for requesting diagnostic information and obtaining error codes, which is provided in the cloud computing (10).
Asi también se diseñó un programa de cómputo para localizar a los aparatos médicos (4), dicho programa se proveyó en el dispositivo (1), la nube informática (10), el teléfono móvil (12) y en la computadora (13). Thus, a computer program was also designed to locate medical devices (4), which program was provided on the device (1), the cloud computing (10), the mobile phone (12) and on the computer (13).
También se constituyó una base de datos, la cual contiene toda la información para el monitoreo de los aparatos (4); dicha base de datos se ubicó en la nube informática (10) . A database was also set up, which contains all the information for monitoring the devices (4); This database was located in the cloud computing (10).
Un programa de cómputo se desarrolló para ejecut modelo de análisis de datos; el cual se presentó computadora (13). A computer program was developed to execute data analysis model; which was presented computer (13).

Claims

REIVINDICACIONES
Un dispositivo electrónico para monitorear "aparatos", caracterizado porque comprende: i) una tarjeta de circuito impreso (PCB) (2), la cual a su vez comprende: An electronic device for monitoring "devices", characterized in that it comprises: i) a printed circuit board (PCB) (2), which in turn comprises:
un módulo de comunicación (5), que es un sistema de circuitos electrónicos embebidos que maneja todos los protocolos de comunicación del dispositivo (i); y tiene una unidad de procesamiento central (CPU) ;  a communication module (5), which is an embedded electronic circuit system that handles all communication protocols of the device (i); and has a central processing unit (CPU);
un módulo de interfaz serial (3) para comunicar el dispositivo electrónico (1) con el "aparato" a monitorear ( } ;  a serial interface module (3) for communicating the electronic device (1) with the "device" to be monitored (};
un módulo de sum.in.ist.ro y carga de energía (6) ; y  a module of sum.in.ist.ro and load of energy (6); Y
un conector hembra (8) para conectar el "aparato" a monitorear (4);  a female connector (8) to connect the "device" to be monitored (4);
ii) una batería (7) para almacenar y proveer de energía a dicho dispositivo (1) ; ii) a battery (7) for storing and providing power to said device (1);
iii) un módulo para adquirir energía desde el "aparato" monitoreado (4); iii) a module for acquiring power from the monitored "apparatus" (4);
iv) una carcasa (9) contiene y protege a los componentes del dispositivo electrónico (1); y v) una tapa (17) cubre la parte superior de la carcasa ( 9) . iv) a housing (9) contains and protects the components of the electronic device (1); and v) a cover (17) covers the upper part of the housing (9).
El dispositivo de la reivindicación anterior, donde el módulo de comunicación (5) es una tarjeta electrónica comercialmente conocida como Photon, The device of the preceding claim, wherein the communication module (5) is an electronic card commercially known as Photon,
El dispositivo de la reivindicación 1, donde la unidad de procesamiento central (CPU) , tiene la capacidad de conectarse a internet, adquirir información sobre el estado del "aparato" a monitorear (4), conectarse por medio de una aplicación API desarrollada para guardar códigos de error e interconectar las partes; calcular y determinar la localización del "aparato" monitoreado (4); y enviar la información obtenida para la traducción de los códigos de error para el entendimiento de un técnico (11) involucrado. The device of claim 1, wherein the central processing unit (CPU) has the ability to connect to the internet, acquire information on the status of the "device" to be monitored (4), connect through an API application developed to store error codes and interconnect the parts; calculate and determine the location of the "apparatus" monitored (4); and send the information obtained for the translation of the error codes for the understanding of a technician (11) involved.
4. El dispositivo de la reivindicación 1, donde el conector hembra (8) es un conector análogo. 4. The device of claim 1, wherein the female connector (8) is an analog connector.
5. El dispositivo de la reivindicación precedente, donde el conector análogo es un conector análogo de 9 clavi as ( DB9 ) . 5. The device of the preceding claim, wherein the analog connector is a 9-pin analog connector (DB9).
6. El dispositivo de acuerdo con la reivindicación 1, donde la carcasa (9) comprende: i) una primera perforación frontal (14) donde se expone el conector hembra (8); 6. The device according to claim 1, wherein the housing (9) comprises: i) a first front bore (14) wherein the female connector (8) is exposed;
ii) una segunda perforación frontal (15) donde queda expuesta la conexión (19) del módulo de suministro y carga de energía (6);  ii) a second front perforation (15) where the connection (19) of the power supply and load module (6) is exposed;
iii) una perforación posterior (20) donde sobresale un botón de encendido y apagado (21); y  iii) a subsequent perforation (20) where an on and off button (21) protrudes; Y
iv) perforaciones laterales (16) para el intercambio de temperatura.  iv) lateral perforations (16) for temperature exchange.
7. El dispositivo de acuerdo con la reivindicación 1, caracterizado porque comprende, un conector-adaptador (18) para conectar el dispositivo electrónico (1) con 7. The device according to claim 1, characterized in that it comprises a connector-adapter (18) for connecting the electronic device (1) with
8. El dispositi o de la reivindicación anterior, donde el conector-adaptador (18) es un conector-adaptador tipo macho . 8. The device of the preceding claim, wherein the connector-adapter (18) is a male-adapter connector.
El dispositivo, tal y como se reclama en las reivindicaciones posteriores, donde el "aparato" a monitorear (4) es un equipo médico. The device, as claimed in the subsequent claims, wherein the "apparatus" to be monitored (4) is a medical device.
Un sistema para monitorear "aparatos", a distancia, caracterizado porque comprende: i) al menos, un dispositivo electrónico (1) para monitorear "aparatos" (4) , de conformidad con cualquiera de las reivindicaciones anteriores; A system for monitoring "devices", at a distance, characterized in that it comprises: i) at least one electronic device (1) for monitoring "devices" (4), in accordance with any of the preceding claims;
ii) un lugar virtual (10), donde el dispositivo electrónico (1) envía la información de monitoreo, para almacenarla y analizarla, en base a patrones que permitan identificar fallas, preferentemente antes de que sucedan, armar reportes y presentar calendarios pronosticados para que un técnico o usuario (11) pueda tener una mejor planeación de sus mantenimientos;  ii) a virtual place (10), where the electronic device (1) sends the monitoring information, to store and analyze it, based on patterns that allow identifying failures, preferably before they happen, assemble reports and present predicted calendars so that a technician or user (11) can have a better planning of their maintenance;
iii) un aparato de comunicación móvil (12) para que el técnico (11) reciba, en tiempo real, notificaciones de posibles fallas o errores de los iii) a mobile communication device (12) so that the technician (11) receives, in real time, notifications of possible failures or errors of the
"aparatos" monitoreados (4) ; y dar de alta fallas, mantenimientos preventivos, localización del "aparato" monitoreado (4) y recepción de alertas; iv) un módulo de administración (13) , donde el técnico (11) visualiza, diagnostica y administra, a los mantenimientos, inventarios, historiales de mantenimientos, en base a la información proporcionada y analizada en el lugar virtual (10) ; -2.7- v) una red de comunicación remota, preferentemente inalámbrica, para la comunicación de los diferentes componentes que forman a dicho sistema; vi) medios de conexión a dicha red; "devices" monitored (4); and register failures, preventive maintenance, location of the monitored "device" (4) and receipt of alerts; iv) an administration module (13), where the technician (11) visualizes, diagnoses and manages the maintenance, inventories, maintenance records, based on the information provided and analyzed in the virtual place (10); -2.7- v) a remote communication network, preferably wireless, for the communication of the different components that form said system; vi) means of connection to said network;
vii) un programa de cómputo que proporcione un protocolo de comunicación parametrizable, el cual se provee de forma remota, en el lugar virtual (10} ;  vii) a computer program that provides a parameterizable communication protocol, which is provided remotely, in the virtual location (10};
viii) un programa de cómputo para localizar el "aparato" monitoreado (4) , dicho programa de cómputo se puede proveer en el dispositivo electrónico (1), o de manera remota, en el lugar virtual (10) y en el aparato móvil (12);  viii) a computer program to locate the monitored "device" (4), said computer program can be provided in the electronic device (1), or remotely, in the virtual place (10) and in the mobile device ( 12);
ix) una base de datos que contendrá toda la información requerida para el monitoreo de los "aparatos" (4); dicha base de datos se encontrará ubicada de manera remota, en el lugar virtual (10); y  ix) a database that will contain all the information required for the monitoring of the "devices" (4); said database will be located remotely, in the virtual place (10); Y
x) un programa de cómputo para que se ejecute un modelo de análisis de datos; el cual se encontrará almacenado de manera remota, en el lugar virtual (10) . , El sistema de la reivindicación anterior, donde el lugar virtual (10) es la nube informática. , El sistema según la reivindicación 10, donde la red de comunicación remota es: internet y ethernet . , El sistema de acuerdo con la reivindicación 10, donde uno de los medios de conexión a la red de comunicación, x) a computer program for executing a data analysis model; which will be stored remotely, in the virtual place (10). , The system of the preceding claim, wherein the virtual place (10) is the cloud computing. , The system according to claim 10, wherein the remote communication network is: internet and ethernet. , The system according to claim 10, wherein one of the means of connection to the communication network,
14. El dispositivo de conformidad con la reivindicación 1, caracterizado porque comprende opcionalmente, medios donde se manifiesta la señal o i formación de monitoreo y/o diagnóstico, para cuando se desea monitorear a un "aparato" (4) de manera presencial por un técnico o usuario ( 11 ) . 14. The device according to claim 1, characterized in that it optionally comprises means where the signal or monitoring and / or diagnostic formation is manifested, for when it is desired to monitor a "device" (4) in person by a technician or user (11).
El dispositivo de la reivindicación precedente, donde los medios donde se manifiesta la señal o información de monitoreo y/o diagnóstico, son: elementos que emiten luz, pantallas, elementos de vibración, audios, y la combinación entre ellos. The device of the preceding claim, wherein the means where the signal or monitoring and / or diagnostic information is manifested, are: light emitting elements, screens, vibration elements, audios, and the combination between them.
PCT/MX2017/000026 2017-03-06 2017-03-07 Electronic device and system for monitoring apparatuses WO2018164560A1 (en)

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Citations (3)

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EP2362315A2 (en) * 2010-02-25 2011-08-31 Nihon Kohden Corporation Remote maintenance system and relay unit
US20140266713A1 (en) * 2013-03-14 2014-09-18 Carefusion 303, Inc. Predictive Maintenance For Medical Devices
EP3048547A1 (en) * 2015-01-21 2016-07-27 Samsung Electronics Co., Ltd. Medical device diagnostic apparatus and control method thereof

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP2362315A2 (en) * 2010-02-25 2011-08-31 Nihon Kohden Corporation Remote maintenance system and relay unit
US20140266713A1 (en) * 2013-03-14 2014-09-18 Carefusion 303, Inc. Predictive Maintenance For Medical Devices
EP3048547A1 (en) * 2015-01-21 2016-07-27 Samsung Electronics Co., Ltd. Medical device diagnostic apparatus and control method thereof

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