ES2711642A1 - SYSTEM DEFIBRILLATORS AND STATE CONTROL PROCESS OF EACH OF THEM THROUGH A COMMUNICATING DEVICE COUPLED INSIDE (Machine-translation by Google Translate, not legally binding) - Google Patents

SYSTEM DEFIBRILLATORS AND STATE CONTROL PROCESS OF EACH OF THEM THROUGH A COMMUNICATING DEVICE COUPLED INSIDE (Machine-translation by Google Translate, not legally binding) Download PDF

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ES2711642A1
ES2711642A1 ES201731278A ES201731278A ES2711642A1 ES 2711642 A1 ES2711642 A1 ES 2711642A1 ES 201731278 A ES201731278 A ES 201731278A ES 201731278 A ES201731278 A ES 201731278A ES 2711642 A1 ES2711642 A1 ES 2711642A1
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communicator
defibrillator
aed
mode
sent
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Mauro Garcia
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Automated Devices S L
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Automated Devices S L
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    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61N—ELECTROTHERAPY; MAGNETOTHERAPY; RADIATION THERAPY; ULTRASOUND THERAPY
    • A61N1/00—Electrotherapy; Circuits therefor
    • A61N1/18—Applying electric currents by contact electrodes
    • A61N1/32—Applying electric currents by contact electrodes alternating or intermittent currents
    • A61N1/38—Applying electric currents by contact electrodes alternating or intermittent currents for producing shock effects
    • A61N1/39—Heart defibrillators
    • A61N1/3904—External heart defibrillators [EHD]

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  • Cardiology (AREA)
  • Heart & Thoracic Surgery (AREA)
  • Engineering & Computer Science (AREA)
  • Biomedical Technology (AREA)
  • Nuclear Medicine, Radiotherapy & Molecular Imaging (AREA)
  • Radiology & Medical Imaging (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Animal Behavior & Ethology (AREA)
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Abstract

Defibrillator system that is based on a communicating device, whose purpose is to attach itself to a defibrillator, in order to detect the state of the set of them at all times and communicate with a central system. Each defibrillator emits a signal by Bluetooth BT 2.1 in different circumstances signaling internal information. The communicator captures this BT signal, decodes it, interprets it and forwards the important data through GPRS (mobile network 2G) to a database. (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPCIONDESCRIPTION

Sistema de desfibriladores y proceso de control del estado de cada uno de ellos mediante un dispositivo comunicador acoplado en su interior.System of defibrillators and process of control of the state of each of them through a communicating device coupled inside.

Campo de aplicacion industrialField of industrial application

Se ha desarrollado un dispositivo comunicador, cuyo fin es acoplarse a un desfibrilador, con el fin de detectar el estado del conjunto en todo momento y comunicarse con un sistema central capaz de gestionar el conjunto de todos los dispositivos conectados.A communicator device has been developed, the purpose of which is to be coupled to a defibrillator, in order to detect the state of the set at all times and communicate with a central system capable of managing the set of all connected devices.

Estado de la tecnica anteriorState of the prior art

Existen infinidad de patentes sobre desfibriladores, denominados Automated External Desfibrilator o AED, con capacidad de comunicarse entre si o con algun centro de control, aunque casi todas se refieren a controlar el funcionamiento del propio desfibrilador, a instruir como debe utilizarse, a controlar sus funciones o movimientos, a dar avisos de emergencia, o a mandar datos medicos sobre la actuation sobre un paciente. Solamente una, la PCT WO2010140809, de origen coreano esta pensada para evitar el robo del dispositivo AED, a base de un sensor de vibraciones que hace saltar una alarma en caso de robo. La patente americana US2014087762, trata de un dispositivo para localizar un desfibrilador en todo momento, pero su funcionamiento es muy complicado, a base de mandar 2 "firmas digitales” en distintos momentos, comparandolas para situar asl la situation del AED. Y la patente PCT WO030131177 de origen USA, define un sistema a base de radio para localizar la situacion del desfibrilador, pero no explica como. Explica que el AED se comunica con un servidor para preguntar su estado (on, off o cargandose), nivel de la baterla o parametros de su configuration, pero no da detalles de como se realiza el proceso. La patente mas parecida a la nuestra creemos que es la WO2005058417, tambien de origen americano, la cual reivindica un sistema desfibrilador/monitor el cual posee un modulo capaz de comunicarse sin cables con una base. Pero el principal objeto del mismo es controlar las descargas del AED.There are countless patents on defibrillators, called Automated External Defibrillator or AED, with the ability to communicate with each other or with a control center, although almost all refer to controlling the operation of the defibrillator itself, to instruct how to use it, to control its functions or movements, to give emergency warnings, or to send medical data about the performance on a patient. Only one, the PCT WO2010140809, of Korean origin is thought to prevent the theft of the AED device, based on a vibration sensor that triggers an alarm in case of theft. The US patent US2014087762, deals with a device to locate a defibrillator at all times, but its operation is very complicated, based on sending 2 "digital signatures" at different times, comparing them to situate the situation of the AED and the PCT patent. WO030131177 of USA origin, defines a radio-based system to locate the situation of the defibrillator, but does not explain how it explains that the AED communicates with a server to inquire its status (on, off or charging), battery level or Parameters of its configuration, but does not give details of how the process is carried out The patent more similar to ours we believe is the WO2005058417, also of American origin, which claims a defibrillator / monitor system which has a module capable of communicating without cables with a base, but the main object of it is to control the AED discharges.

Explication de la inventionExplanation of the invention

Se trata de un sistema constituido por un dispositivo comunicador acoplado a un desfibrilador y el proceso de control asociado al conjunto, con el fin de conocer el estado del sistema en todo momento. Este sistema se comunica con un sistema central, provisto de una base de datos, desde donde se controlan todos los sistemas comunicadores conectados.It is a system constituted by a communicating device coupled to a defibrillator and the control process associated with the set, in order to know the state of the system at all times. This system communicates with a central system, provided with a database, from which all connected communicating systems are controlled.

El sistema desfibrilador emite una senal por bluetooth BT 2.1 en diferentes circunstancias senalizando informaciones internas. El comunicador capta esta senal de BT, la descodifica, la interpreta y reenvla los datos importantes a traves de GPRS (red movil 2G) a una base de datos.The defibrillator system emits a Bluetooth BT 2.1 signal in different circumstances signaling internal information. The communicator captures this BT signal, decodes it, interprets it and forwards the important data through GPRS (mobile network 2G) to a database.

El comunicador lleva un acelerometro y un sensor GPS. Cuando detecta un movimiento, es decir que alguien lo ha cogido de su position de reposo, a traves del acelerometro, lo primero que hace es ponerse en escucha por el bluetooth durante un determinado periodo de tiempo. El comunicador entiende el uso del desfibrilador y solo envla un mensaje de uso para alertar tambien a equipos medicos.The communicator has an accelerometer and a GPS sensor. When it detects a movement, that is to say that someone has taken it from its resting position, through the accelerometer, the first thing it does is to listen to the bluetooth during a certain period of time. The communicator understands the use of the defibrillator and only sends a message of use to also alert medical teams.

En caso de que pasado este tiempo nadie este haciendo uso del desfibrilador (no se recibe ningun mensaje por BT), el comunicador se pone en modo hurto activando el GPS y GPRS para triangulacion y posicionamiento, o bien se podrlan utilizar tambien otros sistemas como LoRA, etc, enviandose esta information por GPRS al servidor (server). El sistema continua en este modo hasta que se le acaba la baterla o se le intercepta y se le apaga. In the event that after this time no one is using the defibrillator (no message is received by BT), the communicator is put into theft mode by activating the GPS and GPRS for triangulation and positioning, or other systems such as LoRA could also be used. , etc, sending this information by GPRS to the server. The system continues in this mode until the battery runs out or is intercepted and shut off.

Hay una rutina especlfica para iniciar este modo anti hurto as! como el funcionamiento normal porque el comunicador se introduce en el desfibrilador durante la fabrication, se conecta a baterla y se le deja permaneciendo on-the-self hasta que es comprado, momento en el que se transporta hasta el cliente final y efectuando una determinada rutina de movimientos, detectados por el acelerometro, el comunicador empieza a funcionar de manera normal.There is a specific routine to start this anti theft mode! As normal operation because the communicator is inserted into the defibrillator during manufacturing, it is connected to a battery and left on-the-self until it is purchased, at which time it is transported to the end customer and performing a certain routine of movements, detected by the accelerometer, the communicator starts to function normally.

Breve description de los dibujosBrief description of the drawings

La figura 1 es un esquema de los componentes del sistema global. La figura 2 muestra las maneras de comunicarse entre si los distintos componentes del sistema.Figure 1 is a schematic of the components of the global system. Figure 2 shows the ways in which the different components of the system communicate with each other.

Exposition detallada de un modo de realizationDetailed exposition of a realization mode

Las fases durante el proceso de control son:The phases during the control process are:

- Emparejamiento (Pairing)- Pairing

- Almacenaje (Stocking)- Storage (Stocking)

- Activation (Activating)- Activation (Activating)

- Operation normal (Functioning)- Normal operation (Functioning)

Primeros Pasos:First steps:

En la figura 1 se representan los componentes del sistema Desfibrilador-Comunicador, donde se destacan otros 2 componentes flsicos propios, una antena A y una base de datos DB SERVER.Figure 1 shows the components of the Defibrillator-Communicator system, which highlights 2 other physical components, an antenna A and a DB SERVER database.

Una vez que se conecta la baterla por primera vez en el comunicador COMM, este comenzara a escanear los dispositivos cercanos (realizara 14 escaneos de 10 segundos cada uno). En este momento, el usuario del desfibrilador o AED, debera abrir la cubierta al mismo tiempo para hacerlo visible.Once the battery is connected for the first time to the COMM Communicator, it will start scanning nearby devices (it will perform 14 scans of 10 seconds each). At this time, the user of the defibrillator or AED, should open the cover at the same time to make it visible.

La forma mediante la cual el comunicador identificara al AED sera con la busqueda de dispositivos con nombre de 9 dlgitos. Esto significa que, si aparte del AED hay tambien otros dispositivos con 9 dlgitos en el nombre, el ultimo que esta siendo detectado serla el elegido y su nombre sera almacenado en memoria.The way in which the communicator will identify the AED will be with the search of devices with a name of 9 digits. This means that, if apart from the AED there are also other devices with 9 digits in the name, the last one that is being detected will be the one chosen and its name will be stored in memory.

Una vez se selecciona el AED, el comunicador COMM, intentara emparejarse con el (se haran 4 intentos de emparejamiento). Para este proposito se intercambiaran las claves requeridas para emparejarse.Once the AED is selected, the COMM communicator will attempt to pair with it (there will be 4 pairing attempts). For this purpose, the keys required for matching will be exchanged.

Cuando se haya realizado el emparejamiento, se manda un mensaje a la base de datos, DB SERVER, dando la information acerca del estado del emparejamiento (completado o no).When the pairing has been carried out, a message is sent to the database, DB SERVER, giving the information about the state of the pairing (completed or not).

En caso de que el emparejamiento no se haya completado o no se haya detectado ningun dispositivo mientras se escaneaba, el comunicador entrara en modo "sleep” hasta que se retire la baterla. Si el emparejamiento se ha completado correctamente el dispositivo entrara en modo "sleep”, pero bastara con una rutina de tres movimientos para despertarlo. La razon de esta rutina es ahorrar toda la baterla posible en los meses en los que la unidad este guardada en el almacen hasta que se envle al cliente. If the pairing has not been completed or no device has been detected while scanning, the communicator will enter "sleep" mode until the battery is removed.If the pairing has been successfully completed the device will enter sleep mode ", But a routine of three movements will suffice to awaken him. The reason for this routine is to save as much battery as possible in the months in which the unit is stored in the warehouse until it is sent to the customer.

Estos tres movimientos especlficos deben hacerse en 1 minuto. Si los tres movimientos no se realizan en este periodo de tiempo el sistema volvera al modo "sleep” y la rutina de los tres movimientos se reiniciara. Los movimientos seran detectados por un acelerometro, ACELER, por lo que, para el primer movimiento, el comunicador COMM necesita estar colocado en una cierta posicion y permanecer asl al menos 10 segundos. Esto lanzara una interruption al sistema y se configurara el segundo movimiento. De la misma manera, ahora el comunicador debe colocarse en otra posicion y permanecer asl al menos durante 10 segundos. El tercer movimiento sigue la misma regla. Si uno de los movimientos no dura al menos 10 segundos, entonces el tiempo de 1 minuto pasara y la rutina se reiniciara.These three specific movements must be done in 1 minute. If the three movements are not carried out in this period of time the system will return to the "sleep" mode and the routine of the three movements will be restarted. The movements will be detected by an accelerometer, ACCELER, so, for the first movement, the The COMM communicator needs to be placed in a certain position and remain there for at least 10 seconds.This will trigger an interruption to the system and the second movement will be configured.In the same way, the communicator must now be placed in another position and remain there for at least 10 seconds. The third movement follows the same rule, if one of the movements does not last at least 10 seconds, then the time of 1 minute will pass and the routine will restart.

Si los tres movimientos se realizan correctamente, se enviara un mensaje a la base de datos DB SERVER indicando que se han realizado correctamente.If all three movements are performed correctly, a message will be sent to the DB SERVER database indicating that they have been made correctly.

Despues de esto, el comunicador COMM se sincronizara con el AED. Es por esto que el usuario debe abrir la cubierta del AED para hacerlo visible. Entonces el comunicador empezara a escanear el AED (con el que se haya emparejado previamente y almacenado en memoria) y una vez detectado, intentara conectarse y leer el reloj del AED. En caso de que no se detecte (se haran 4 escaneos de 10 segundos cada uno), no sea capaz de conectarse (3 intentos por escaneo), o no consiga el valor del reloj del AED, se enviara un mensaje a la base de datos, constatando que la comunicacion no fue posible y despues entrara en modo "sleep”, esperando que se vuelva a realizar la rutina de los 3 movimientos.After this, the COMM communicator will synchronize with the AED. This is why the user must open the AED cover to make it visible. Then the communicator will begin to scan the AED (with which it was previously paired and stored in memory) and once detected, try to connect and read the AED clock. In case it is not detected (there will be 4 scans of 10 seconds each), is not able to connect (3 attempts per scan), or does not get the value of the AED clock, a message will be sent to the database , confirming that the communication was not possible and then entering "sleep" mode, waiting for the routine of the 3 movements to be repeated.

Si el AED es escaneado y ademas el comunicador consigue conectarse a el, se intercambiaran varios mensajes. Primero el comunicador fija el AED en modo "engineering”. Para ello se tiene que enviar un comando especlfico. Es importante mencionar que el AED solo reconocera comandos conocidos; si se envla un comando erroneo, el AED lo ignorara y no dara ninguna respuesta.If the AED is scanned and also the communicator manages to connect to it, several messages will be exchanged. First, the communicator sets the AED in "engineering" mode, for which a specific command has to be sent It is important to mention that the AED will only recognize known commands, if an erroneous command is sent, the AED will ignore it and will not respond.

Una vez en modo "engineering”, se enviara el comando para recuperar el RTC, reloj del AED en la figura 1 y el comunicador COMM decodificara la respuesta, fijara el reloj con la misma hora que el AED y fijara una alarma cada cierto tiempo.Once in "engineering" mode, the command to recover the RTC, the AED clock in figure 1 will be sent and the COMM communicator will decode the response, set the clock with the same time as the AED and set an alarm every so often.

Despues de que se sincronicen los relojes, el comunicador enviara un mensaje a la base de datos constatando que la sincronizacion se ha producido correctamente y despues volvera a entrar en modo "sleep”.After the clocks are synchronized, the communicator will send a message to the database stating that the synchronization has occurred correctly and then it will go back into "sleep" mode.

Funcionalidad Principal:Main Functionality:

El modo "sleep” despues de la sincronizacion (principal modo "sleep”) es el estado donde el comunicador pasara la mayor parte de su tiempo. La alarma fijada es una de las unicas dos razones por las que el comunicador se despertara.The "sleep" mode after synchronization (main "sleep" mode) is the state where the communicator will spend most of its time. The alarm set is one of the only two reasons why the communicator woke up.

Cuando la alarma se activa, el comunicador empezara escaneando el AED. La razon para esto es que el AED debera estar visible al mismo tiempo para permitir al comunicador recibir cierta informacion.When the alarm is activated, the communicator will start scanning the AED. The reason for this is that the AED should be visible at the same time to allow the communicator to receive certain information.

Una vez el dispositivo es escaneado, se hara la conexion y se enviara el comando para recuperar una prueba interna hecha por el AED. Esta prueba contiene information importante sobre el estado del AED. Una vez que se decodifica la informacion se envla a la base de datos indicando que la prueba interna se leyo con exito.Once the device is scanned, the connection will be made and the command will be sent to retrieve an internal test made by the AED. This test contains important information about the state of the AED. Once the information is decoded, it is sent to the database indicating that the internal test was successfully read.

En el caso de que la prueba interna no se lea (el AED no se escanea, no se conecta o no es posible recibir la informacion despues del comando) se enviara un mensaje a la base de datos indicando que no es posible realizar la prueba interna. In the event that the internal test is not read (the AED is not scanned, it is not connected or it is not possible to receive the information after the command) a message will be sent to the database indicating that it is not possible to perform the internal test .

Ahora el comunicador volvera a entrar en modo "sleep” hasta el siguiente d^ a a la misma hora, ya que cada dla se necesita leer la prueba interna.Now the communicator will go back into sleep mode until the next day at the same time, since every day you need to read the internal test.

La otra razon por la cual el comunicador puede despertare es debido al movimiento. El acelerometro, ACCEL, del sistema esta midiendo todo el rato el estado de la unidad, por lo que cuando se realiza un movimiento fuera del "estado conocido” se envia una alarma.The other reason why the communicator may wake up is due to movement. The accelerometer, ACCEL, of the system is measuring the state of the unit all the time, so when a movement is made outside the "known state" an alarm is sent.

El "estado conocido” se configura justo despues de entrar en el modo "sleep”. En ese momento el acelerometro fijara su posicion actual como la posicion conocida.The "known state" is set right after entering "sleep" mode. At that moment the accelerometer will fix its current position as the known position.

Cuando la alarma se activa, el acelerometro comprobara durante los proximos 3 minutos si el movimiento continua. El umbral por el cual se considera movimiento puede ser ajustado como se desee. Si durante esa ventana de 3 minutos el dispositivo permanece sin movimiento durante 1 minuto seguido, el comunicador cogera la ultima medicion del acelerometro y la fijara como el nuevo "estado conocido”. Sin embargo, si se detecta movimiento durante esos 3 minutos, el comunicador buscara una buena senal de GPS durante 6 minutos.When the alarm is activated, the accelerometer will check during the next 3 minutes if the movement continues. The threshold by which movement is considered can be adjusted as desired. If during that 3 minute window the device remains motionless for 1 minute, the communicator will take the last measurement of the accelerometer and set it as the new "known state." However, if movement is detected during those 3 minutes, the communicator Look for a good GPS signal for 6 minutes.

Si durante esos 6 minutos hay una senal de GPS, se enviaran a la base de datos 5 mensajes con 5 buenas mediciones de GPS. Si los mensajes se envlan antes de los 6 minutos, el comunicador se saldra del contador porque ya se tendra lo que se estaba buscando.If during those 6 minutes there is a GPS signal, 5 messages with 5 good GPS measurements will be sent to the database. If the messages are sent before 6 minutes, the communicator will leave the counter because you already have what you were looking for.

Si no se lee el GPS, se enviara un mensaje a la base de datos indicando que no se leyo correctamente el GPS pero que se detecto movimiento.If the GPS is not read, a message will be sent to the database indicating that the GPS was not read correctly but that movement was detected.

Despues del mensaje, el acelerometro fijara su posicion actual como "posicion conocida” y volvera al modo "sleep” de nuevo.After the message, the accelerometer will set its current position as "known position" and will return to "sleep" mode again.

En la figura 2 se puede apreciar que el desfibrilador emite una senal por bluetooth 2.1 (BT) en diferentes circunstancias senalizando informaciones internas. El comunicador capta esta senal de BT 2.1, la descodifica, la interpreta y reenvla los datos importantes a traves de GPRS (red movil 2G) a una base de datos. El funcionamiento del sistema garantiza que durante al menos 3 anos, la gestion energetica permite hacer este tipo de comunicaciones. In Figure 2 it can be seen that the defibrillator emits a signal by Bluetooth 2.1 (BT) in different circumstances signaling internal information. The communicator captures this BT 2.1 signal, decodes it, interprets it and forwards the important data through GPRS (mobile network 2G) to a database. The operation of the system guarantees that for at least 3 years, energy management allows this type of communication.

Claims (4)

REIVINDICACIONES 1. Sistema de desfibriladores en el cada uno de ellos incluye un comunicador y se comunican con un servidor que incluye una base de datos, caracterizado porque1. Defibrillator system in each of them includes a communicator and communicate with a server that includes a database, characterized because a. Cada desfibrilador posee un reloj digital internoto. Each defibrillator has an internal digital clock b. Cada comunicador incluye un GPS y un aceleradorb. Each communicator includes a GPS and an accelerator c. La comunicacion entre el desfibrilador y el comunicador se realiza mediante Bluetooth d. El comunicador capta la senal del desfibrilador, la interpreta y reenvla los datos importantes a traves de GPRS al servidor, para ser guardados en la base de datos 2. Proceso de control del estado de los desfibriladores conectados a un sistema mediante un dispositivo comunicador acoplado a cada uno de ellos, caracterizado porque las fases por las que pasa el desfibrilador durante el proceso de controlc. The communication between the defibrillator and the communicator is done via Bluetooth d. The communicator captures the defibrillator signal, interprets it and forwards the important data through GPRS to the server, to be stored in the database 2. Process of controlling the status of the defibrillators connected to a system by means of a communicating device coupled to each of them, characterized by the phases through which the defibrillator passes during the control process o Emparejamiento (Pairing) o Pairing o Operacion normal (Functioning) o Normal operation (Functioning) Y en situaciones intermedias,And in intermediate situations, o Almacenaje (Stocking) o Storage (Stocking) o Activacion (Activating) o Activation (Activating) 3. Proceso de control del estado de los desfibriladores conectados a un sistema mediante un dispositivo comunicador acoplado a cada uno de ellos, segun la reivindicacion 2, caracterizado porque en la fase de Emparejamiento3. Process of monitoring the state of the defibrillators connected to a system by means of a communicating device coupled to each of them, according to claim 2, characterized in that in the phase of Pairing • Una vez se selecciona el desfibrilador, el comunicador intentara emparejarse con el mediante 4 intentos de emparejamiento, intercambiandose las claves requeridas para emparejarse.• Once the defibrillator is selected, the communicator will attempt to pair with the defibrillator through 4 pairing attempts, exchanging the keys required to pair. • Cuando se haya realizado el emparejamiento, se manda un mensaje a la base de datos del servidor, dando la information acerca del estado del emparejamiento (completado o no)• When the pairing has been done, a message is sent to the server database, giving the information about the status of the pairing (completed or not) • En caso de que el emparejamiento no se haya completado o no se haya detectado ningun dispositivo mientras se escaneaba, el comunicador entrara en modo "sleep” hasta que se retire la baterla. Si el emparejamiento se ha completado correctamente el dispositivo entrara en modo "sleep”, pero bastara con una rutina de tres movimientos para despertarlo:• If the pairing has not been completed or no device has been detected while scanning, the communicator will enter "sleep" mode until the battery is removed, if the pairing has been successfully completed, the device will enter the mode " sleep ", but a three-movement routine will suffice to wake him up: • Si los tres movimientos no se realizan en 1 minuto el sistema volvera al modo "sleep” y la rutina de los tres movimientos se reiniciara.• If the three movements are not performed in 1 minute the system will return to "sleep" mode and the routine of the three movements will be restarted. • El comunicador necesita estar colocado en una cierta position y permanecer asl al menos 10 segundos.• The communicator needs to be placed in a certain position and remain at least 10 seconds. • A continuation el comunicador debe colocarse en otra posicion y permanecer asl al menos durante 10 segundos. • Then the communicator must be placed in another position and remain there for at least 10 seconds. • El tercer movimiento sigue la misma regla. Si uno de los movimientos no dura al menos 10 segundos, entonces el tiempo de 1 minuto pasara y la rutina se reiniciara.• The third movement follows the same rule. If one of the movements does not last at least 10 seconds, then the 1 minute time will pass and the routine will restart. • En caso de que no se detecte (se haran 4 escaneos de 10 segundos 5 cada uno), no sea capaz de conectarse (3 intentos por escaneo) o no consiga el valor del reloj del AED, se enviara un mensaje a la base de datos, constatando que la comunicacion no fue posible y despues entrara en modo "sleep”, esperando que se vuelva a realizar la rutina de los 3 movimientos.• In case it is not detected (there will be 4 scans of 10 seconds 5 each), it will not be able to connect (3 attempts per scan) or it will not get the value of the AED clock, it will send a message to the base of data, confirming that the communication was not possible and then entering "sleep" mode, waiting for the routine of the 3 movements to be repeated. • Si el desfibrilador es escaneado y ademas el comunicador consigue conectarse a el, el comunicador fija el AED en modo "engineering”.• If the defibrillator is scanned and also the communicator manages to connect to it, the communicator sets the AED in "engineering" mode. • Una vez en modo "engineering”, se enviara el comando para recuperar el RTC, reloj del AED y el comunicador decodificara la respuesta, fijara el reloj con la misma hora que el AED y fijara una alarma cada cierto tiempo.• Once in "engineering" mode, the command will be sent to recover the RTC, the AED clock and the communicator will decode the response, set the clock with the same time as the AED and set an alarm every so often. • Despues de que se sincronicen los relojes, el comunicador enviara un mensaje a la base de datos constatando que la sincronizacion se ha producido correctamente y despues volvera a entrar en modo "sleep”.• After the clocks are synchronized, the communicator will send a message to the database stating that the synchronization has occurred correctly and then it will go back into "sleep" mode. 4. Proceso de control del estado de los desfibriladores conectados a un sistema mediante un dispositivo comunicador acoplado a cada uno de ellos, segun la reivindicacion 2, caracterizado porque en la fase de funcionamiento normal,4. Process of monitoring the state of the defibrillators connected to a system by means of a communicating device coupled to each of them, according to claim 2, characterized in that in the normal operating phase, • Cuando la alarma se activa, el comunicador empezara escaneando el AED• When the alarm is activated, the communicator will start scanning the AED • Una vez el dispositivo es escaneado, se hara la conexion y se enviara el comando para recuperar una prueba interna hecha por el AED, cuyo contenido consiste en informacion importante sobre el estado del AED• Once the device is scanned, the connection will be made and the command will be sent to retrieve an internal test made by the AED, whose content consists of important information about the state of the AED • Si la prueba interna no se lee (el AED no se escanea, no se conecta o no es posible recibir la informacion despues del comando) se enviara un mensaje a la base de datos indicando que no es posible realizar la prueba interna.• If the internal test is not read (the AED is not scanned, it is not connected or it is not possible to receive the information after the command) a message will be sent to the database stating that it is not possible to perform the internal test. • Ahora el comunicador volvera a entrar en modo "sleep” hasta el siguiente dia a la misma hora, ya que cada dla se necesita leer la prueba interna.• Now the communicator will go back into sleep mode until the next day at the same time, since each day you need to read the internal test. • La otra razon por la cual el comunicador puede despertare es debido al movimiento. El acelerometro del sistema esta midiendo todo el rato el estado de la unidad, por lo que cuando se realiza un movimiento fuera del "estado conocido” se envia una alarma.• The other reason why the communicator may wake up is due to movement. The accelerometer of the system is measuring all the time the state of the unit, so when a movement is made outside the "known state" an alarm is sent. • Cuando la alarma se activa, el acelerometro comprobara durante los proximo 3 minutos si el movimiento continua• When the alarm is activated, the accelerometer will check during the next 3 minutes if the movement continues • Si durante esa ventana de 3 minutos el dispositivo permanece sin movimiento durante 1 minuto seguido, el comunicador cogera la ultima medicion del acelerometro y la fijara como el nuevo "estado conocido”. Sin embargo, si se detecta movimiento durante esos 3 minutos, el comunicador buscara una buena senal de GPS durante 6 minutos.• If during that 3-minute window the device remains motionless for 1 minute, the communicator will take the last measurement of the accelerometer and set it as the new "known state." However, if movement is detected during those 3 minutes, the communicator will look for a good GPS signal for 6 minutes. • Si durante esos 6 minutos hay una senal de GPS, se enviaran a la base de datos 5 mensajes con 5 buenas mediciones de GPS. Si los mensajes se envlan antes de los 6 minutos, el comunicador se saldra del contador porque ya se tendra lo que se estaba buscando • If during those 6 minutes there is a GPS signal, 5 messages with 5 good GPS measurements will be sent to the database. If the messages are sent before 6 minutes, the communicator will leave the counter because you will have what you were looking for Si no se lee el GPS, se enviara un mensaje a la base de datos indicando que no se leyo correctamente el GPS pero que se detecto movimiento.If the GPS is not read, a message will be sent to the database indicating that the GPS was not read correctly but that movement was detected. Despues del mensaje, el acelerometro fijara su posicion actual como “posicion conocida” y volvera al modo “sleep” de nuevo.After the message, the accelerometer will set its current position as "known position" and will return to "sleep" mode again. En caso de que pasado este tiempo nadie esta haciendo uso del desfibrilador (no se recibe ningun mensaje por BT), el comunicador se pone en modo hurto activando el GPS y GPRS para triangulacion y posicionamiento y envla esta information por GPRS al servidor (server).In case that after this time nobody is using the defibrillator (no message is received by BT), the communicator is put in theft mode activating GPS and GPRS for triangulation and positioning and send this information by GPRS to the server (server) . Hay una rutina especlfica para iniciar este modo anti hurto asl como el funcionamiento normal porque el comunicador se introduce en el desfibrilador durante la fabrication, se conecta a baterla y se le deja permaneciendo on-the-self hasta que es comprado, momento en el que se transporta hasta el cliente final y efectuando una determinada rutina de movimientos, detectados por el acelerometro, el comunicador empieza a funcionar de manera normal. There is a specific routine to initiate this anti-theft mode as well as normal operation because the communicator is inserted into the defibrillator during fabrication, connected to a battery and left on-the-self until it is purchased, at which time it is transported to the final client and by performing a certain routine of movements, detected by the accelerometer, the communicator begins to function normally.
ES201731278A 2017-11-02 2017-11-02 SYSTEM DEFIBRILLATORS AND STATE CONTROL PROCESS OF EACH OF THEM THROUGH A COMMUNICATING DEVICE COUPLED INSIDE (Machine-translation by Google Translate, not legally binding) Withdrawn ES2711642A1 (en)

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