ES2326020B1 - AUTONOMOUS DETECTION, MEASURE, GEOLOCATION, RESPONSE AND COMMUNICATION SYSTEM. - Google Patents

Abstract

Autonomous system of detection, measurement, geolocation, response and communication, useful for detection or measurement of the desired and corresponding incidents drive, as well as the possible storage of information and its possible communication to a control center, the system in a stand-alone set (1) consisting of a module (2) main and a module (3) autonomous sensory communication interchangeable, being constituted:

- the main module (2) by: at least one data storage card (4); at least one source of power supply; a multiparameter sensor; a GPS module; a connector to a computer, and; at least one antenna (6), and;

- the autonomous sensory module (3) of interchangeable communication, connectable to the main module (1), by: at least one internal sensor (7), and / or; at least one sensor external with at least one probe (8).

Description

Autonomous system of detection, measurement, geolocation, response and communication.

Object of the invention

The following invention, as expressed in the set forth herein, refers to a autonomous system of detection, measurement, geolocation, response and communication, being of the type of utility systems for the detection or measurement of the desired incidents, being able to act storing and / or responding and / or communicating them, in a way that the system is based on an autonomous set consisting of a main module and an autonomous sensory communication module, with self-detection capability, connectable to it and interchangeable, allowing to adapt the sensory module to the needs.

Thus, to the main module, equipped with a motion detector device, the module will be connected desired sensory autonomy, obtaining a unit set Mobile and autonomous interchangeable mounting anywhere and localizable by any type of conventional system and which can store the information and / or decide its performance and / or communicate information

Scope

This system describes a system Autonomous detection, measurement, geolocation, response and communication, which has a wide scope of application to power adapt any autonomous sensory module and even a sensor or more external with probe or not.

Thus, it can be applied in the environment monitoring, phenomenon monitoring atmospheric and terrestrial, monitoring of living and dead beings, monitoring of inanimate objects, etc.

It also applies to the creation of events and responses, such as triggering events that include the activation of external elements, triggering alarms that include the activation of notices, sending information to systems of storage for further processing, creation of spaces of information and location spaces, generation of semantic content in response to the parameters captured, selection and creation of multimedia or analog content advertising, etc.

Background of the invention

As is known, there are in the market different means of detection among which we can consider those that are based on the installation of one or several cameras of recording or those based on a simple detection sensor very different incidents that can act in different ways being able to act on some mechanism or notify of said detection.

In this way, every day the use of detection or measurement means, and may cite the US patent document 2006/0250276, which describes a system that includes a renewable energy source, with modules Wireless and / or optical communication, a processor and a sensor. Sensory systems can be deployed in different environments and the aforementioned sensor system can interact with a device to collect data in real time or in a time later.

In patent document CN 1977498, describes a system and method to implant a sensory network wireless, comprising a plurality of "motes" with a sensor and a wireless communication system to communicate with the "motes" neighbors.

Description of the invention

This system describes a system Autonomous detection, measurement, geolocation, response and communication, so that it can act by storing and / or responding and / or communicating the information obtained, so that The system is based on an autonomous unit set consisting of a main module and an autonomous sensory module capable of autodetection and interchangeable, allowing to adapt the module autonomous sensory to the needs.

Thus the system is based on an autonomous set constituted by main module and a sensory module interchangeable, being constituted:

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the main module by:

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at least one card data storage;

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at least one source of power supply;

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a sensor multiparameter;

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a GPS module;

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a connector to a computer, Y;

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at least one antenna, Y;

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the autonomous sensory module of communication and interchangeable, connectable to the main module, by:

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at least one internal sensor, I;

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at least one external sensor with, At least one probe.

In addition, the main module can incorporate a camera and / or a speaker and / or a microphone.

Moreover, the system can perform continuous measurements or at predetermined time intervals of so that the information obtained can be stored and / or the system itself can make decisions based on information obtained and / or the system can communicate the information obtained to a control center

The information saved on a data card It can be read later when desired.

The energy supply can be based on rechargeable lithium batteries and / or a solar panel, allowing have an autonomous system that can be installed in those places where there is no fixed energy source.

The main module incorporates a sensor multiparameter that will detect movement, inclination, integrated direction, direction, vibration and fall of the set modular unit.

The data or measures recorded by the module Autonomous sensory communication may be sent automatically or be saved on the storage card of data for later reading. Likewise, such information may be stored in its own internal memory microprocessor.

The autonomous sensory communication module it may be formed by one or more sensors of any type carry or no probes, so there will be so many types of modules sensory as sensor sets can be grouped into they.

To complement the description that then it will be done, and in order to help a better understanding of the features of the invention is accompanied by the present descriptive report, of a set of planes, in whose figures in an illustrative and non-limiting manner, the more characteristic details of the invention.

Brief description of the designs

Figure 1. Shows a view of the assembly autonomous on which the system is based, being constituted by a main module and an interchangeable sensory module.

Description of a preferred embodiment

In view of the commented figures and of according to the numbering adopted we can observe how the system It is based on an autonomous set 1 consisting of a module 2 main and a module 3 autonomous sensory communication e interchangeable, the main module 2 being constituted by:

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at least one card 4 of data storage;

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at least one source of power supply;

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a sensor multiparameter;

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a GPS module;

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a connector to a computer, Y;

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at least one antenna 6,

while the sensory autonomous module 3 of interchangeable communication, connectable to the main module 2, it is formed by:

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at least one internal sensor 7, I;

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at least one external sensor with, at least one probe 8.

The main module 2 can incorporate a camera and / or a speaker and / or a microphone.

In addition, the system may be powered by 9 batteries, for example lithium, rechargeable and / or for a solar panel 10, so that being able to have these sources power supply is an autonomous set that can be installed anywhere.

The main module incorporates a sensor multiparameter that will detect movement, inclination, integrated direction, direction, vibration and fall of the set modular unit.

Thus, the main module 2, by itself, is able to detect if the device is face up, face down, moving in either direction, vibrating or is suffering a fall, hit, push, swing or even if finds rotating or pendular movements.

Also, the system is perfectly located, both when mounted outdoors and in interiors

On the other hand, the system can:

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store information received on a memory card 4, and can be read with after being connected to a common computer or in a way wireless;

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decide, depending on the information received, respond to act on consequence;

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store information received in its own internal memory microprocessor;

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communicate the information received To a control center.

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The system may perform continuous measurements or at predetermined time intervals and the information obtained may be treated in the manner indicated, so that it may be read through the corresponding connection to the computer from which The main module is equipped.

Likewise, the system has a communication Bidirectional with the computer / s as desired.

Thus, we have a modular unit set mobile autonomous that facilitates interchangeable installation in the desired place and perfectly localizable, both outdoors as indoors, through the GPS module it incorporates.

Module 3 autonomous sensory communication With self-detection capability, you can have one or more internal sensors or you can have one or more probes 8 external allowing it to adapt to multiple measures.

That is, the autonomous sensory module 3 of communication may consist of one or more sensors any type carry or not probes, so that there will be so many types of sensory modules as sensor sets can be group in them.

For the main module 2 to be able to automatically detect which sensor set the module has autonomous sensory has developed a communication technique among them that allows the main module 2 to know which are the types of sensors that have been connected to the sensory module and accordingly treat the values received according to the nature and purpose of the measurements of each of them.

Also, the main module 2 can incorporate other elements such as an on / off switch 11 and one or Several power LEDs.

In short, it's about getting a set 1 autonomous consisting of a main module 2 and a module 3 autonomous sensory communication connectable to it, which can incorporate one or more internal sensors 7 or one or more probes 8 external, allowing measurement, detection, location, information storage, as well as decision making based on the information received and the corresponding response and the communication of a large plurality of variables.

In addition, it is an autonomous set 1 movable to be able to be installed and changed place where desired, localizable by any wireless technology or not, through the which obtains great flexibility and versatility to power adapt any type of sensor to the main module 2.

Thus, the data or measures recorded by the module 3 may be stored on a memory card 4, may be stored in a memory of the microprocessor itself, may be sent to a control center or based on them You can decide and act by sending an action response.

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Thus, the system has a wide range of use, as it may be used to:

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Environment monitoring: being able to monitor roads, roads, bridges, buildings (above and below ground), caves, mines, dams, lakes, rivers, ditches, swamps, canals, volcanoes, heísergs and other structures both natural and artificial. So, as examples of Monitoring on these elements are: monitoring your status and amount and in general of any element (animated or inanimate) that may alter in some way some physical parameter or chemical, both inherent and environmental.

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Phenomenon monitoring atmospheric and terrestrial both natural and artificial, such like storms, rains, hurricanes, lightning, thunder, tornadoes, hail, snow and other types of rainfall. Monitoring earthquakes, tremors, tsunamis, tidal waves, tides, waves. Fire, fire, combustion, radioactivity monitoring, explosions, gas leaks. Particle monitoring (and binding of this) of different size, including all kinds of elements chemicals as well as their molecular compositions (both gaseous, as liquid or solid). Particle monitoring as pollen.

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Living beings monitoring uni and multicellular including people, animals, plants or bacteria Body parameter monitoring: pulse, voltage, temperature or sweat and in general any physical / chemical parameter both own and environmental. Parameter monitoring emotional like stress, joy, anger or livid. Monitoring of extra items that are used such as clothing, accessories, Ornamental elements and normal use. Monitoring physical or chemical parameters that they may experience such as speed, acceleration, orientation, inclination, flexibility. Location inside and outside buildings.

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Dead beings monitoring (uni and multicellular). Virus presence monitoring. Dead animal monitoring for any variation of physical or chemical parameters, including states derived from these as the decomposition of the elements of those who were formed.

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Object monitoring inanimate (items, vehicles, artifacts). Indoor location and outside. Monitoring of their status and amount and in general of any element (animated or inanimate) that may alter somehow some physical or chemical parameter, both inherent and environmental.

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Monitoring of phenomena that may in some way affect their status or amount or that affect to the surrounding environment including or not other objects.

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Quantification and creation of sounds and sound structures (notes): the system allows the creation of sound notes by interpreting the parameters captured. These parameters can be captured from environment, of an object (lively or inanimate), of an animal, plant or person and in general of any single or multicellular being, as well as of any single or multi-molecular element.

As for the creation of events and responses, As an example, we can cite the following:

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Shooting events that include the activation of external elements, such as other systems or devices, machines, vehicles or structures. This includes the motor activation, rotors, doors, bridges, systems home automation, lighting and / or sound systems and in general the activation / modification or stop of any type of event Digital as analog.

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Trigger alarms that include the activation of warnings, including sound and / or light warnings. Notices are also included through communication networks wireless as well as wired, both digital and analog

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Sending information to storage systems for further treatment, including any information system in general. Examples of These are computers, databases, Internet, intranets, etc.

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Creation of space of information and location spaces by waves electromagnetic and mechanical (radiofrequency, sound, light ...) and through physical or chemical interaction: the system allows creation of information beacons. These beacons are capable both to create roads (or routes) with information collected from the environment or previously stored This information can be transmitted through wireless technologies (announcing its position and that of the way forward) or wired. In the same way they can function as information points being able to transmit wirelessly or wired information captured by the medium, transmitted by some communication technology or previously stored in they.

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Content Generation semantics in response to the parameters captured, so that through the collected parameters you can make beings inanimate or animated (including all kinds of living beings) as well how spaces, environments, objects or other phenomena have been able to express themselves and can translate the change in their status into lexical, syntactic and semantic structures in order to narrate, tell or quote something.

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Selection and creation of multimedia or analogue advertising content caused by monitored parameters or the interaction of the medium. Thus The device can choose or create ads, videos, notices, signals, etc. according to what you have previously captured and / or what have stored.

Claims (7)

1. Autonomous system of detection, measurement, geolocation, response and communication, being of the type of utility systems for the detection or measurement of the desired incidents and corresponding actuation, as well as the possible storage of information and its possible communication to a center of control, characterized in that the system is based on an autonomous set (1) consisting of a main module (2) and an autonomous sensor module (3) of interchangeable communication, being constituted:

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the main module (2) by:

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at least one card (4) of data storage;

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at least one source of power supply;

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a sensor multiparameter;

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a GPS module;

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a connector to a computer, Y;

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at least one antenna (6), Y;

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the autonomous sensory module (3) interchangeable communication, connectable to the module (1) main, by:

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at least one internal sensor (7), I;

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at least one external sensor with, at least one probe, (8).

2. Autonomous detection, measurement, geolocation, response and communication system, according to claim 1, characterized in that the main module can incorporate a camera and / or a speaker and / or a microphone. 3. Autonomous detection, measurement, geolocation, response and communication system, according to claim 1, characterized in that the main module (2) incorporates a multiparameter sensor that detects any type of movement. 4. Autonomous detection, measurement, geolocation, response and communication system, according to claim 1, characterized in that the system can perform continuous measurements or at predetermined time intervals. 5. Autonomous detection, measurement, geolocation, response and communication system according to claim 1, characterized in that the power supply can be based on rechargeable batteries (9) and / or a solar panel (10). 6. Autonomous detection, measurement, geolocation, response and communication system, according to claim 1, characterized in that the data or measurements recorded by the main module (3) may be:

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stored on a card (4) of memory;

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stored in a memory internal microprocessor itself;

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treated to decide, in function to them, act, and;

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automatically sent to a control center.

7. Autonomous detection, measurement, geolocation, response and communication system, according to claim 1, characterized in that the autonomous sensory communication module (3) may be formed by one or more sensors with or without a probe and it is communicated with the module (2) main so that it is able to automatically detect which sensor assembly the sensor module (2) carries.