WO2013053033A1 - Device for interactively protecting a person's vital signs, and weapon and method for immobilising and capturing a person, using said device - Google Patents

Device for interactively protecting a person's vital signs, and weapon and method for immobilising and capturing a person, using said device Download PDF

Info

Publication number
WO2013053033A1
WO2013053033A1 PCT/BR2012/000389 BR2012000389W WO2013053033A1 WO 2013053033 A1 WO2013053033 A1 WO 2013053033A1 BR 2012000389 W BR2012000389 W BR 2012000389W WO 2013053033 A1 WO2013053033 A1 WO 2013053033A1
Authority
WO
WIPO (PCT)
Prior art keywords
lethal
weapons
type
individual
sensor
Prior art date
Application number
PCT/BR2012/000389
Other languages
Spanish (es)
French (fr)
Other versions
WO2013053033A8 (en
Inventor
Jorge Raul BARTULOS
Diego Guzman ALONSO MONTANO
Original Assignee
Bartulos Jorge Raul
Alonso Montano Diego Guzman
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Bartulos Jorge Raul, Alonso Montano Diego Guzman filed Critical Bartulos Jorge Raul
Publication of WO2013053033A1 publication Critical patent/WO2013053033A1/en
Publication of WO2013053033A8 publication Critical patent/WO2013053033A8/en

Links

Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F41WEAPONS
    • F41HARMOUR; ARMOURED TURRETS; ARMOURED OR ARMED VEHICLES; MEANS OF ATTACK OR DEFENCE, e.g. CAMOUFLAGE, IN GENERAL
    • F41H13/00Means of attack or defence not otherwise provided for
    • F41H13/0012Electrical discharge weapons, e.g. for stunning
    • F41H13/0025Electrical discharge weapons, e.g. for stunning for remote electrical discharge via conducting wires, e.g. via wire-tethered electrodes shot at a target

Definitions

  • the present invention relates to the field of devices, devices and arrangements employed by security personnel and more particularly refers to a device intended to protect the vital functions of an individual and which is applicable, preferably but not exclusively, to weapons of the type of immobilization and capture of the individual, which operate by electric shocks in the individual's body, in order to immobilize the individual but protecting him from the effects of electric shock discharged by the weapon, also including the invention the method and the immobilization weapon.
  • individual or objective can be understood as humans and / or animals.
  • Thomas D. Ryan suggested based on his research, that his device could inflict lethal outcomes on human or animal victims, such as atrial / atrial / ventricular fibrillation states; related to severe muscle spasms, caused by discharges electric.
  • the "Stun Gun” have the characteristic of requiring direct contact, of the "melee” type, with the human or animal objective, which is intended to immobilize and / or capture. This characteristic, also becomes an important limitation, since normally, it is not possible to approach those levels, a potential human aggressor who is carrying a "white weapon” for example, or an animal 'uncontrolled, rabid, etc.
  • the electrical impulses were produced at a rate of between two and ten pulses per second, with 20 kilovolts, delivering in each discharge, from 0.01 to 0.5 joules; capable of inducing involuntary muscle contractions and the desired immobilization.
  • the functional characteristic of these devices is based on the emission of a set of high voltage pulses, which, when circulating through the human body or an animal, "confuse” the neurotransmitter nerve mechanisms, causing arrhythmic and involuntary contractions of the affected muscle tissues ("NMI").
  • NMI arrhythmic and involuntary contractions of the affected muscle tissues
  • Taser International Inc. is no stranger to the lawsuits, but this time it received the lunge thoroughly. According to the Las Vegas Sun newspaper, the Scottsdale, Arizona factory is sued in a Taser gun lawsuit by the family of a Las Vegas doctor who died in 2008. He was only 33 years old. The lawsuit is another example of what some see as a risk of death posed by the use of Taser weapons in certain situations. The lawsuit says that Mr. Ryan Rich suffered a seizure while driving. The road patrol officer allegedly neutralized Rich using his Taser five times (twice as a paralyzing "stun gun"). When he was taken to a hospital, he was pronounced dead. The lawsuit alleges that Taser did not disclose the risks - lethal of its products ....
  • Neyada is one of the states in the jurisdiction of the 9th Circuit.
  • This device in the first instance, has a conductivity detector circuit, to ensure the good contact of the electrodes with the subject's skin, and then performs an immediate detection, filtering and indication of the cardiac electrical potentials, and the so-called " QRS complexes "; to provide an indication of ECG (Electrocardiogram).
  • ECG Electrocardiogram
  • an object of the present invention to provide an interactive protection device for the vital signs of an individual and a weapon and method of immobilization and capture of the individual, using said device, being a device intended for protection of the vital functions of an individual and that is applicable, preferably but not exclusively, to weapons of the type of immobilization and capture of the individual, which operate by electric shocks or other emissions in the individual's body, in order to immobilize the individual but protecting it from the effects of electric shock, the device comprising sensors of the individual's vital conditions and signal processing circuits that control the blocking and / or regulation of the electric shock of the weapon before, during and after the "firing" effective, understood as electric shock, but not restrictively.
  • At least one sensor connected to said cables to collect a reading of vital physiological conditions of the individual before impact and / or once impacted the darts in the individual's body
  • An extractor and signal integrator circuit having an input connected to said at least one sensor, to take at least one signal corresponding to said reading of physiological conditions collected by said at least one sensor,
  • At least one pulse detector connected to said cables to read at least a period of time of no electrical activity
  • said extractor and signal integrator circuit and said pulse detector connected to said microprocessor of the device to block and / or modify the pulse discharge patterns to be performed on the individual based on said vital physiological conditions detected in the individual
  • the invention allows if an agent of the forces police, Military, Penitentiary, Private Security, "Law Enforcement”, etc., would be “firing” with a "Taser” type device, on an alleged or confirmed criminal / suspect, and another second agent will generate another shot of a similar device "not lethal” on the same goal; the principles of operation involved in this invention, in a non-limiting way of its implementation, would prevent a "force abuse", protecting the person (or animal) from the knowledge of the state of their vital functions interacting with the levels of emissions (or blocking them) and / or generating "alarms" for the operator of these devices, avoiding unnecessary additional shots (additional downloads), particularly if the subject was already controlled.
  • a first "firing" controlled sequence of high voltage electrical pulses, in a non-limiting way
  • the experience and generalized methods demonstrate that there is a time of "shock", confusion and recovery of several seconds.
  • Figures 1, 2 and 3 illustrate, in a non-limiting and schematic manner; the most typical configurations containing this type of "non-lethal weapons” technologies and devices, which commonly operate through high voltage pulse discharges. Also, as a non-limiting example, the possible accessories, which could be included therein, are shown to extend their range. Finally, it is presented in a non-limiting manner and by way of example, the inclusion of the Device of the invention, which involves the methods, systems and technologies of this invention in these devices, as well as, in generic form, in the body of a firearm (lethal).
  • Figure 4 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons" , type “Taser”; presenting components of this invention, with their corresponding flow and insertion / interconnection diagram, with the current art, the known parts being, illustrated in dashed lines or points (non-continuous) while the parts of the invention are illustrated in solid lines or continue.
  • This non-limiting schematic model of the application of the innovative criteria of this invention refers to a possible human objective, which counts in your body, with the implantation / assistance of some cardiac electronic device (Pacemaker, etc).
  • Figure 5 Illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons" , type “Taser”; presenting the basic components of this invention, with its corresponding flow and insertion / interconnection diagram, with the current art, the known parts being, illustrated in dashed lines or points (non-continuous) while the parts of the invention are illustrated in solid or continuous lines.
  • This non-limiting schematic model of the application of the innovative criteria of this invention refers to a possible pregnant female human objective.
  • Figure 6 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type “Taser”; presenting the basic components of this invention, with its corresponding flowchart and insertion / interconnection, with the current art, the known parts being, illustrated in dashed lines or points (non-continuous) while the parts of the invention are illustrated in solid or continuous lines.
  • This non-limiting schematic model of the application of the innovative criteria of this invention refers to a possible human objective, whose heart is in severe risk states.
  • Figure 7 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type “Taser”; presenting the basic components of this invention, with its corresponding flow chart and insertion / interconnection in a descriptive detail 'which is intended to highlight Tas main functions of each part, interacting with the current art, being known parties, illustrated in dashed lines or points (not continuous) while the parts of the invention are illustrated in solid or continuous lines.
  • ⁇ ' a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of “non-lethal immobilization and capture weapons", type “Taser”
  • Figure 8 presents a non-limiting graph of a diagram of the cardiac response of the heart of the human target of Figure 7.
  • Figure 9 graphically in synthetic and non-limiting form, a sequence of high voltage pulses that travels through Cable 26 of Figure 7.
  • Figure 10 shows a graph similar to that of Figure 9 where the pulse train values are decreased once the circuit through the individual is closed.
  • Figure 1 1 shows a graph that shows, on the one hand, the presence of high voltage pulses generated ("fired") by these non-lethal weapons, and the times without activity supplied by the Pulse Detector to the Sensor Radio Frequency to activate the Antenna / Sensor system.
  • Figure 12 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type “Taser”; presenting components of this invention, with their corresponding flow and insertion / interconnection diagram, with the current art, arranged within the microprocessors, which normally constitute them, the known parts being, illustrated in dashed lines or points (not continuous) ) while the parts of the invention are illustrated in solid or continuous lines.
  • This non-limiting schematic model of the application of the invention refers to a possible human objective, which counts in your body, with the implantation / assistance of some cardiac electronic device (Pacemaker, etc.).
  • Figure 13 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type “Taser”; presenting the components of this invention, with their corresponding flow and insertion / interconnection diagram, with the current art, arranged within the microprocessor (s), which normally constitute them, the known parts being, illustrated in dashed lines or points (not continuous) ) while the parts of the invention are illustrated in solid or continuous lines.
  • This non-limiting schematic model of the application of the invention refers to a possible pregnant female human target.
  • Figure 14 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization weapons and capture ", type” Taser ", presenting components of this invention, with their corresponding flowchart and insertion / interconnection, with the current art, arranged within the microprocessor (s), which normally constitute them, being the known parts, illustrated in lines Stroke or dots (non-continuous) while the parts of the invention are illustrated in solid or continuous lines.
  • This non-limiting schematic model of the application of the invention refers to a possible human objective, whose heart is in states of severe risk.
  • Figure 15 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type “Taser”; Presenting components of this invention, with their corresponding flow and insertion / interconnection diagram, with the different -possible alternative configurations for converting the Transmission cables (TX) and Reception (RX) systems to the conductive cables used in the art actual, the known parts being illustrated in dashed lines or points (non-continuous) while the parts of the invention are illustrated in solid or continuous lines.
  • TX Transmission cables
  • RX Reception
  • Figure 16 illustrates, in a non-limiting and schematic manner, an exemplary configuration of this type of "non-lethal immobilization and capture weapons” technologies and devices, which commonly operate by high voltage pulse discharges; implemented in its design, with the innovations of the present invention. Also, they are shown by way of non-limiting example, an application where the implementation of the invention allows detecting at medium distance, even without firing (discharge of high voltage electrical pulses), special physiological data, of a possible human target , which has in your body, with the implantation / assistance of some electronic cardiac device (pacemaker, etc.).
  • Figure 17 illustrates in a non-limiting and schematic way, a diagram where the presence of an existing time slot is exemplified while performing, for example, the tasks of aiming and deterring a potential target with a weapon as illustrated in Figure 16.
  • Figure 18 illustrates, in a non-limiting and schematic manner, an exemplary configuration of this type of "non-lethal immobilization and capture weapons” technologies and devices, which commonly operate by means of high voltage pulse discharges; implemented in its design, with the device of the present invention and in use against a possible human target that is pregnant.
  • Figure 19 shows in a non-limiting way, a graph that illustrates what happens in the situation of Figure 18 as time passes, when the Darts impact on the target, after traveling an additional distance, closing the electrical circuit on the same and activating only at that time, the High Voltage Pulse train.
  • Figure 20 illustrates, in a non-limiting and schematic manner, an exemplary configuration of this type of "non-lethal immobilization and capture weapons” technologies and devices, which commonly operate by high voltage pulse discharges; implemented in its design, with the innovations of the present invention. Also, they are shown by way of non-limiting example, an application where the implementation of this invention allows to detect before, during the trip (discharge of high voltage electrical pulses, by means of conductive cables, darts, etc.), and once the darts made physical contact with the target; special physiological data of a possible human objective whose heart is in severe risk states, the known parts being illustrated in dashed lines or (non-continuous) points while the parts of the invention are illustrated in solid lines or you continue
  • Figure 21 is a diagram that graphs the interactive detections and measurements, during successive time periods.
  • Figure 22 illustrates, in a non-limiting and schematic manner, an exemplary configuration of this type of "non-lethal immobilization and capture weapons” technologies and devices, which commonly operate by high voltage pulse discharges; implemented in its design, with the innovations involved in this invention, in the hands of an operator ("A").
  • Figure 23 is a diagram that allows us to better understand that interactive detections and measurements, successive to those made during the initial period, are repeated between times after the discharge of the High Voltage Pulse, and so on.
  • Figure 24 illustrates, in a non-limiting and schematic manner, an exemplary configuration of this type of "non-lethal immobilization and capture weapons” technologies and devices, implemented in its design, with the innovations of this invention, in the hands of an operator ("A"), which has already caused high voltage pulse discharges, on the target.
  • A an operator
  • B an operator
  • the parts being known, illustrated, in dashed lines or points (not continuous) while the Parts of the invention are illustrated in solid or continuous lines.
  • Figure 25 illustrates, in a non-limiting and schematic manner, the measurement process, which is performed by implementing the Device of this invention, on the non-lethal weapon; during periods of time or time, to record that critical state of the objective.
  • Figure 26 shows how a second non-lethal weapon detects in advance, at the time of aiming, before firing, the presence of the critical state of the target 60, perceiving the Alarm.
  • Figure 27 illustrates, in a non-limiting and schematic way, an exemplary configuration of this type of "non-lethal immobilization and capture weapons” technologies and devices, implemented in its design, with the innovations of this invention, in the hands of an operator ("A"), which has already caused high voltage pulse discharges, on the target.
  • A an operator
  • B an operator
  • Figure 28 illustrates in a non-limiting and schematic way the process of measurement, which is performed by the Device of the invention, on the non-lethal weapon; during halftime, to record that critical state of the objective.
  • Figure 29 shows how a second non-lethal weapon has been maintained in the space of time, without causing the "firing" of electric shock pulses, "NMI", etc; on the objective, but having been launched and anchored in the body of this the
  • Figure 30 illustrates a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type “Taser”; in a configuration capable of executing multiple shots (discharges), showing the implementation of components of the present invention, with their corresponding flowchart and interconnection insertion, in the current art, the known parts being, illustrated in dashed lines or points (not continuous) while the parts of the invention are illustrated in solid or continuous lines.
  • Figure 31 illustrates in a non-limiting and schematic manner, by way of example, the most typical configurations containing such "non-lethal immobilization and capture weapons” technologies and devices, which commonly operate by pulse discharges of high voltage, with the possible external mounting alternatives, as an accessory added to the current known art, of the Protective Device of the invention, which can also be incorporated, in generic form, on the body of a lethal (fire) weapon.
  • Figure 32 illustrates, in a non-limiting and schematic way by way of example, the most typical configurations, which contain this type of "non-lethal ! Immobilization and capture” technologies and devices applied to the so-called “Stun Gun ", which commonly operate by pulse discharges of high voltage, with the possible external mounting alternatives, as an accessory added to the current known art, of the Protective Device of the invention, which can also be incorporated, in generic form, on the body of a weapon of the same or different type.
  • Figure 33 illustrates, in a non-limiting and schematic way by way of example, the most typical configurations, which contain such technologies and devices of "non-lethal immobilization and capture weapons", configured as an “electrified machete” , which commonly operate by means of high voltage pulse discharges, with possible external mounting alternatives, as an accessory added to the current known art, of the Protective Device of the invention
  • Figure 34 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type “Taser”; presenting the basic components of this invention, including, according to another embodiment of the invention, a "Defibrillator Module” which is shown with its corresponding interaction with the flowchart and insertion / interconnection in a descriptive detail that aims to highlight the main functions of each part, interacting with the current art, the known parts being illustrated in dashed lines or points (non-continuous) while the parts of the invention are illustrated in solid or continuous lines.
  • Figure 35 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type “Taser”; presenting components of this invention, including, according to another embodiment of the invention, a Defibrillator Module and its corresponding interaction with its corresponding flowchart and insertion / interconnection, with the current art, arranged within the microprocessors, the known parts being illustrated in dashed lines or points (non-continuous) while the parts of the invention are illustrated in solid or continuous lines.
  • the Defibrillator Module may also be inserted / included within the Microprocessors themselves, which normally form part of the basic functional circuits of these non-lethal weapons, in a non-limiting manner.
  • Figure 36 illustrates, in a non-limiting and schematic way by way of example, the most typical configurations, which contain these types of "non-lethal immobilization and capture weapons” technologies and devices, already implemented with the technologies involved in this invention patent; where the. detection of a critical life-threatening state, such as "Ventricular Fibrillation", for example, and the possibility of switching and activating the integrated Defibrillator Module, operating (discharging high voltage pulses), through the Cables / Darts of The normally removable "Cartridges" refill these devices.
  • a critical life-threatening state such as "Ventricular Fibrillation”
  • the integrated Defibrillator Module operating (discharging high voltage pulses)
  • Cables / Darts of The normally removable "Cartridges” refill these devices.
  • Figure 37 illustrates, in a non-limiting and schematic way by way of example, the most typical configurations, which contain this type of "non-lethal immobilization and capture weapons” technologies and devices, already implemented with the technologies involved in this invention patent; where the detection of a critical state with life risk is detailed, such as "Ventricular Fibrillation", for example, and the possibility of switching and activating the integrated Defibrillator Module, operating (discharging high voltage pulses), through the Cables and Contacts of a compatible and interchangeable Unit, with the normally removable "Refill Cartridges", of these devices.
  • a critical state with life risk such as "Ventricular Fibrillation”, for example, and the possibility of switching and activating the integrated Defibrillator Module, operating (discharging high voltage pulses), through the Cables and Contacts of a compatible and interchangeable Unit, with the normally removable "Refill Cartridges", of these devices.
  • Figure 38 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type “Taser”; presenting components of this invention, including, according to the invention, the optional aggregate of a Defibrillator Module and its corresponding interaction with its corresponding flowchart and insertion / interconnection, with the current art; highlighting the possibility of detecting and warning remotely, about possible states of Alert, related to the physiological parameters of an operator, the security forces, "Law Enforcement", etc.
  • Figure 1 schematically illustrates, by way of non-limiting example, the typical configurations of this type of non-lethal weapons and device technologies and devices, which operate primarily by discharges from pulses of electrical energy (“NMI”). etc), but not in a limiting way, such as “Taser” weapons in all possible versions and presentations; where the non-limiting model of "non-lethal electric shock gun” 25 is presented, with the effect of the "electric arc of discharge” 30, where the effect of the "electric arc of discharge” 30 type is plotted in all of them “Sturf Gun", in its different presentations and models, handheld, type “machete / electrified baton”, etc .; where cabinet 22 exemplifies an electric shock weapon by direct contact, usually denominated in the industry "Stun Gun”.
  • this "voltaic arc of discharge" 30, can extend its range of action, by means of the set consisting of: Conductor Cable 26, by which the discharge is “triggered” and reaches its target through Conductive Dart 28 , closing the circuit, by electric discharge 30, and returning to close the electrical circuit, by Conductor Dart 29 and Conductor Cable 27.
  • a protective block or device 20 can be provided, which is schematically illustrated by way of non-limiting example, providing the possible alternatives of integration of the device, as well as the methods, systems and technologies involved. in this invention, within the design of the non-limiting model of "non-lethal electric shock gun" 25.
  • Figure 2 exemplifies, in a non-limiting manner, a handheld device, usually referred to as the "Stun Gun” type 22, where the "voltaic arc of discharge” 30 is presented, and the “electrodes” are also exemplified. of discharge “21, which can be connected to the" Extended Contact Device “24, as an external accessory, which is normally connected to extend its range of action, by means of the set consisting of: Conductor Cable 26, by which it” trips “ the discharge and reaches its objective, through Conductor Dart 28, closing ePcircuito, by electric discharge 30, and returning to close the electrical circuit, by Conductor Dart 29 and Conductor Cable 27.
  • a block or Protective Device 20 can be provided, which is schematically illustrated by way of non-limiting example, involving the possible alternatives of integration of the methods, systems and technologies of this invention, within the design of the non-limiting model of the so-called "Stun Gun” type 22.
  • Figure 3 exemplifies, in a non-limiting manner, a handheld device, normally called the “electric discharge machete” 23, where the "voltaic arc of discharge” 30 * is presented and the “electrodes of download "21, which can be connected to the" Extended Contact Device “24, as a replaceable external accessory, with manual and / or automatic decoupling, which is normally connected to extend its range of action, by at least one set consisting of: Conductor Cable 26, by which the discharge is “triggered” and reaches its target, through Conductor Dart 28, closing the circuit, by electric discharge 30, and returning to close the electrical circuit, by Conductor Dart 29 and the Conductor Cable 27.
  • a block or Protective Device 20 can be provided, which is schematically illustrated by way of non-limiting example, including the possible alternatives of integration of the methods, systems and technologies involved in this invention. , within the design of the non-limiting model of the so-called "electric discharge machete" 23.
  • non-lethal electric shock gun 25 the set consisting of: Conductor Cable 26, by which the discharge is “triggered” and reaches its target, through Conductor Dart 28, closing the circuit, by electric shock 30, and returning to close the electric circuit, by Conductor Dart 29 and Conductor Cable 27; It is integrated in its cabinet 25, normally arranged in interchangeable sub compartments.
  • the protective block or device 20 which is schematically illustrated by way of non-limiting example, can be applied or provided, either in cabinet design 22 "Stun Gun” , the “electric shock machete” 23 and the non-limiting model of "non-lethal electric shock gun” 25.
  • This invention is presented as also applicable, in a non-limiting way, to the field of armaments called “Lethal”, in which, the incorporation of the functional criteria of this invention, could make them “intelligent and Interactive”, considering the critical physiological functional parameters of the objective, before or after the eventual firing of a bullet / ammunition.
  • FIG 4 illustrates, in a non-limiting and schematic manner, a flowchart or block diagram of the most commonly used and arranged block of known art for the implementation of this type of "non-lethal immobilization and capture weapons ", type” Laser “, which by way of description are shown in dashed or dotted lines (not continuous), and are synthesized in a Source 52, which connects to a Switch / Switch 51, which sends the energy to a Transformer 53, which charges a Capacitor 54, whose output produces the high voltage pulses used in this type of devices, through the Output Transformer 55; All this can be triggered by a Trigger 49, which derives its command signal to Microprocessor 50, which controls all the functions and parameters of the device.
  • a Trigger 49 which derives its command signal to Microprocessor 50, which controls all the functions and parameters of the device.
  • an interactive Protective Device is provided for the vital functions of the individual and indicated by reference number 20, which will be described below in a synthetic and non-limiting manner, including the main modules that compose, and applied to an electric shock weapon such as any of those described above.
  • the Pulse Detector 44 is connected in its inputs with Inductive / Capacitive Sensors 35 and 36, mainly, which can operate as a a non-limiting example, such as an amperometric clamp, recording the electrical activity and the start and termination of high voltage pulses on Cables 26 and 27, and sending said synchronization data to the Pulse Detector 44, via cables 45 and 46.
  • Inductive / Capacitive Sensors 35 and 36 mainly, which can operate as a a non-limiting example, such as an amperometric clamp, recording the electrical activity and the start and termination of high voltage pulses on Cables 26 and 27, and sending said synchronization data to the Pulse Detector 44, via cables 45 and 46.
  • the Pulse Detector 44 will indicate to a Radio Frequency Sensor device 41, the time spaces in which the latter can operate, to detect the basic functional physiological parameters, through the different types of technologies already described previously, in a non-limiting way.
  • the Radio Frequency Sensor device 41 is responsible for interpreting the basic physiological signals, which it processes, after sending over a Cable 47, which is in solidarity with Cable 26, converted into Antenna / Sensor 31, operating as a true TX 32 transmitter; the signals that will allow to discriminate these parameters, in a non-limiting way, using for example the "Doppler" Effect, verifying the differences received through the RX 34 receiver, which is in solidarity with the cable 27, operating as an RX 34 receiving antenna, which conducts the information to the Radio Frequency Sensor 41, via a Cable 48.
  • the device 20 also includes a Signal Extractor / Integrator 42, which is presented as a device capable of rearming the information, which it receives in interrupted form, from the Radio Frequency Sensor 41, to be sent to the Dispatcher Interactive Classifier 43, which can define an Alarm, which will finally interpret the polible alerts and conditions, so that they are informed to Microprocessor 50, through Contact 46a; to condition, modify or block, the type of discharge, that is, the trip, which is to be generated from these non-lethal devices, which are implemented with the methods, systems and technologies, involved in a non-limiting manner in this invention.
  • Signal Extractor / Integrator 42 which is presented as a device capable of rearming the information, which it receives in interrupted form, from the Radio Frequency Sensor 41, to be sent to the Dispatcher Interactive Classifier 43, which can define an Alarm, which will finally interpret the polible alerts and conditions, so that they are informed to Microprocessor 50, through Contact 46a; to condition, modify or block, the type of discharge, that is
  • Figure 5 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", “Taser” type, which are shown in dashed lines (not continuous), and are synthesized in Source 52, which is connected to Switch / Switch 51, which sends the energy to Transformer 53, which charges Capacitor 54 , whose output produces the high voltage pulses used in this type of devices, through the Output Transformer 55; all this activated by Trigger 49, which derives its command signal to Microprocessor 50, which controls all the functions and parameters of the device.
  • Trigger 49 which derives its command signal to Microprocessor 50, which controls all the functions and parameters of the device.
  • Device 20 includes, in a non-limiting manner, the Pulse Detector 44, which detects the presence of high voltage pulses that are transmitted from the output of the non-lethal device / weapon, through the Cable 26, TX 32, and Dart 28, closing the electrical discharge circuit, through the passage of electrical pulses through Human target 56, and returning through Dart 29, continuing on RX 34, Cable 27, until the non-lethal device / weapon.
  • the Pulse Detector 44 which detects the presence of high voltage pulses that are transmitted from the output of the non-lethal device / weapon, through the Cable 26, TX 32, and Dart 28, closing the electrical discharge circuit, through the passage of electrical pulses through Human target 56, and returning through Dart 29, continuing on RX 34, Cable 27, until the non-lethal device / weapon.
  • Pulse Detector 44 is connected to Inductive / Capacitive Sensors 35 and 36, which can operate as a non-limiting example, as an amperometric clamp, recording the electrical activity and the start and termination of high voltage pulses, on Cables 26 and 27, and sending said synchronization data, to Pulse Detector 44, through cables 45 and 46.
  • Inductive / Capacitive Sensors 35 and 36 which can operate as a non-limiting example, as an amperometric clamp, recording the electrical activity and the start and termination of high voltage pulses, on Cables 26 and 27, and sending said synchronization data, to Pulse Detector 44, through cables 45 and 46.
  • a direct supply from the output of the Microprocessor 50, through the conductor 45a is presented in this non-limiting model of application of this invention. .
  • the Pulse Detector 44 will indicate to the Radio Frequency Sensor device 41, the time spaces in which the latter can operate, to detect the basic functional physiological parameters, through the different types of technologies already described previously, in a non-limiting way.
  • the Radio Frequency Sensor device 41 is responsible for interpreting the basic physiological signals, which it processes, after sending over Cable 47, which is in solidarity with Cable 26, converted into Antenna / Sensor 31 , operating as a true TX 32 transmitter; the signals that will allow to discriminate these parameters, in a non-limiting way, using for example the "Doppler" Effect, verifying the differences received through the RX 34 receiver, which is in solidarity with the cable 27, operating as an RX 34 receiving antenna, which conducts the information to the Radio Frequency Sensor 41, via Cable 48.
  • the Signal Extractor / Integrator 42 is presented as a device capable of rearming the information, which it receives in an interrupted way, from the Radio Frequency Sensor 41, to send them to the Alarm Dispatcher Interactive Classifier 43, which will finally interpret the possible alerts and conditions, so that they are informed to Microprocessor 50, through Contact 46a; to condition, modify or block, the type of download or "trigger" to be generated from these devices non-lethal, that are implemented with the methods, systems and technologies, involved in a non-limiting way in this invention.
  • FIG. 6 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", "Taser” type, which are shown in dashed lines (not continuous), and are synthesized in Source 52, which is connected to Switch / Switch 51, which sends the energy to Transformer 53, which charges Capacitor 54 , whose output produces the high voltage pulses used in this type of devices, through the Output Transformer 55; all this activated by a Trigger 49, which derives its command signal to Microprocessor 50, which controls all the functions and parameters of the device.
  • Trigger 49 which derives its command signal to Microprocessor 50, which controls all the functions and parameters of the device.
  • a first non-limiting model of the functional criteria of this invention is made, in a schematic diagram, referring to a possible Human Objective 60, whose Heart 59 is in some severe risk state, being able to non-limiting, trigger in a box for example of 58 'Ventricular Fibrillation
  • an interactive protective device of the individual's vital functions is provided and is indicated by reference number 20, which will be described below in a synthetic and non-limiting manner, including the main modules which they compose it, and applied to an electric shock weapon such as any of those described above.
  • the Pulse Detector 44 is connected to the Inductive / Capacitive Sensors 35 and 36, which can operate as a non-limiting example, such as an amperometric clamp, recording the electrical activity and the start and termination of high voltage pulses, on the Cables 26 and 27, and sending said synchronization data, to the Pulse Detector 44, through the cables 45 and 46.
  • the Inductive / Capacitive Sensors 35 and 36 can operate as a non-limiting example, such as an amperometric clamp, recording the electrical activity and the start and termination of high voltage pulses, on the Cables 26 and 27, and sending said synchronization data, to the Pulse Detector 44, through the cables 45 and 46.
  • a direct supply from the output of the Microprocessor 50 through from the conductor 45a.
  • the Pulse Detector 44 will indicate to the Radio Frequency Sensor device 41, the time spaces in which the latter can operate, to detect the basic functional physiological parameters, through the different types of technologies already described previously, in a non-limiting way.
  • the Radio Frequency Sensor device 41 is responsible for interpreting the basic physiological signals, which it processes, after sending over Cable 47, which is in solidarity with Cable 26, converted into Antenna / Sensor 31 , operating as a true TX 32 transmitter; the signals that will allow to discriminate these parameters, in a non-limiting way, using for example the "Doppler" Effect, verifying the differences received through the RX 34 receiver, which is in solidarity with the cable 27, operating as an RX 34 receiving antenna, which conducts the information to the Radio Frequency Sensor 41, via Cable 48.
  • Figure 7 illustrates in a non-limiting and schematic way, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type “Taser”, which are descriptively shown in dashed lines (not continuous), and are synthesized in Source 52, which is connected to Switch / Switch 51, which sends power to Transformer 53, which charges Capacitor 54, whose output produces the high voltage pulses used in this type of devices, through the Output Transformer 55; all this activated by Trigger 49, which derives its command signal to Microprocessor 50, which controls all the functions and parameters of the device; with a greater functional detail and insertion / interconnection of the methods, systems * and technologies involved in this invention, providing a descriptive that highlights the main functions of each part, interacting with current art.
  • Trigger 49 which derives its command signal to Microprocessor 50, which controls all the functions and parameters of the device
  • Figure 9 graphically in synthetic and non-limiting form, a sequence of high voltage pulses 62, which travels through Cable 26, see Figure 7, where the amplitude thereof is highlighted in the voltage level scale 70, in Volt, with level VI, and a time scale where the spaces without electrical activity 63 are presented, presented as TI to Tn, being "n" undefined.
  • Said train of pulses which constitute in a non-limiting manner those denominated in the industry, "NMI", Electric Shock Signal, etc., are detected at the output of Transformer 55, by Sensor 35, which sends the information to the Detector.
  • Pulse 44 through conductor 45, as shown in Figure 7.
  • the pulse train is reduced in its values 64, as shown in Figure 10. It, as shown in Figure 7, will be detected by Sensor 36, which will send said information to Pulse Detector 44 through Cable 46, where in addition the periods of non-electrical activity 65 or between times of non-electrical activity, will be very similar to those of output 63, see Figure 9 and Figure 10.
  • Figure 8 presents a non-limiting graph, of a diagram of the cardiac response 61, of the Heart 59, of the human objective 60, of Figure 7.
  • This information / reading is made in lapses 63 and 65, is say TI, T2, T3 .... Tn, of Figure 9 and Figure 10, from the Radio Frequency Sensor 41, in synchronized form, with the indications that arrive from the Pulse Detector 44, shown in Figure 7.
  • Figure 1 1 shows a graph 66, which shows, on the one hand, the presence of high voltage pulses 67, generated ("fired") by these non-lethal weapons, and times without activity (TI, T2, T3 .... Tn), supplied by Pulse Detector 44, to the Radio Frequency Sensor 41, so that it activates the Antenna / Sensor system 31 and 33 ( Figure 7), and can make measurements of critical physiological parameters, in those lapses 68, so that later, they are integrated by the Signal Extractor / Integrator 42 ( Figure 7 ), as shown by the reconstructed signal 69, of similar characteristics to the original 61.
  • this data is passed to the Interactive Dispatcher / Alarm Classifier 43, so that the most critical physiological patterns such as the presence of artificial electronic assistants 39 (Pacemakers, etc.), or the presence of overlapping fetal beats 57, or near or triggered critical states of ventricular fibrillation 58; and the corresponding alarms are sent, to Microprocessor 50, through Contact 46a; so that the shot is blocked and / or the discharge levels are conditioned ("shot"), on target 60, to avoid severe damage or death of the subject / target.
  • the Interactive Dispatcher / Alarm Classifier 43 so that the most critical physiological patterns such as the presence of artificial electronic assistants 39 (Pacemakers, etc.), or the presence of overlapping fetal beats 57, or near or triggered critical states of ventricular fibrillation 58; and the corresponding alarms are sent, to Microprocessor 50, through Contact 46a; so that the shot is blocked and / or the discharge levels are conditioned ("shot"), on target 60, to avoid severe damage or death of the subject / target.
  • Figure 12 illustrates in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type “Taser”; wherein at least part of the components of the device of the invention are integrated, in this embodiment, into the microprocessor (s) normally present in these prior art weapons.
  • Conventional components of art are illustrated with “dotted" (non-continuous) strokes; while the components and parts of the device of the invention are illustrated in continuous lines.
  • This non-limiting schematic model of the application of the innovative criteria of this invention refers to a possible human objective, which has in its body, the implantation / assistance of some cardiac electronic device (pacemaker, etc.).
  • Figure 13 illustrates in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type “Taser”; wherein at least part of the components of the device of the invention are integrated, in this embodiment, into the microprocessor (s) normally present in these prior art weapons.
  • Conventional components of art are illustrated with “dotted" (non-continuous) strokes; while the components and parts of the device of the invention are illustrated in continuous lines.
  • This non-limiting schematic model of the application of the innovative criteria of this invention refers to a possible pregnant female human objective.
  • Figure 14 illustrates in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type “Taser”; wherein at least part of the components of the device of the invention are integrated, in this embodiment, into the microprocessor (s) normally present in these prior art weapons.
  • Conventional components of the art are illustrated by “dotted" (non-continuous) strokes; while the components and parts of the device of the invention are illustrated in continuous lines.
  • This non-limiting schematic model of the application of the innovative criteria of this invention It refers to a possible human objective, whose heart is in severe risk states.
  • Figure 15 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used block of components known in the art, from the output generating the "shots" (high voltage pulses, in non-limiting form), normally constituted by an Exit Transformer (55), for the implementation of this type of "non-lethal immobilization and capture weapons", type “Taser”; presenting the basic components of this invention, with its corresponding flow and insertion / interconnection diagram, with the different possible alternative configurations to convert into Transmission Antenna / Sensor 31 (TX) 32 and Receiving Antenna / Sensor 33 (RX) systems ) 34, to conductive cables 26 and 27, used in current art.
  • Conventional components of the prior art are illustrated with “dotted” (non-continuous) strokes; while the components and parts of the device of the invention are illustrated in continuous lines.
  • diagrams 71, 72 and 73 present in a non-limiting way, different application models, to convert the current Conductor cables 26 and 27, of the current art; in true Transmission 31/32 and Reception 33/34 systems, with positioned attachments and at full wavelength or fractional distances, of the frequencies used from the Radio Frequency Sensor 41, guaranteeing a distance not less than one meter, from the Darts 28 and 29, to achieve a "broad irradiation cone", which allows to obtain cardiac reading, mainly, but not in a limited way; regardless of the position in which the last spheres are fixed on the target (human / animal).
  • diagrams 74, 75, 76, 77 and 78 present in a non-limiting way, different application models, modifying the Conductor cables 26 and 27, of the current art; making them partially “bifilar", extending the cables 47 and 48 that are connected to the Radio Frequency Sensor 41, to achieve the necessary Transmission and Reception objectives.
  • diagram 75 exemplifies, in a non-limiting manner, the implementation of a "micro-parabolic drop-down antenna", on a second cable added to 26 and 27, extending cables 47 and 48 that are connected to the Sensor.
  • Radio Frequency 41 which with the impulse of the shot and effect of the frontal air, 76 will be deployed, aiming at the human or animal target.
  • diagram 77 exemplifies in a non-limiting way, the implementation of another type of "micro antenna", grouping the second cable extending cables 47 and 48 that are connected to the Radio Frequency Sensor 41.
  • diagram 78 exemplifies, in a non-limiting manner , the implementation of another type of "micro antenna", twisting the second cables 47 and 48 that are connected to the Radio Frequency Sensor 41.
  • Figure 16 illustrates, in a non-limiting and schematic manner, an exemplary configuration of this type of "non-lethal immobilization and capture weapons” technologies and devices, which commonly operate by means of high voltage 1 pulse discharges; impure in its design, with the innovations involved in this invention as indicated by the device or Block 20 of the invention. Also, by way of non-limiting example, an application is shown where the implementation of these innovations allows detecting at medium distance DI, even without firing (discharge of high voltage electrical pulses) from gun 25, special physiological data 39, of a possible human objective 37, which counts in your body, with the implantation / assistance of some cardiac electronic device 38 (Pacemaker, etc.).
  • the signals 81, transmitted by the Radio Frequency Sensor 41, of Figure 7, are projected to the target 37, returning reflected signals 82, which according to their type of variation, will be interpreted, within the Device or Block 20 , exemplary in a non-limiting manner of this invention, to generate an indication of Interactive Alert 80 (visual, audible, etc.), and modify and / or condition the functional parameters of non-lethal weapons 2-5, to safeguard the life of the target 38.
  • Interactive Alert 80 visual, audible, etc.
  • Figure 17 illustrates in a non-limiting and schematic way, a diagram where the presence of a time slot 79, (TI) existing in a usual manner while performing, for example, the tasks of pointing and deterrence to a target potential 37, with these non-lethal weapons 25 ( Figure 16).
  • TI time slot 79
  • This time 79 is the one existing before a trip is made ("NMI" discharge, etc.), causing the presence of the first High Voltage Pulse Pl, then generating a new time, without electrical activity T2, and so on (Tn), during the time that the Pulse train is extended, which configures each shot (discharge) of these non-lethal weapons 25.
  • Figure 18 illustrates, in a non-limiting and schematic manner, an exemplary configuration of this type of "immobilization and capture" non-laminar weapons and devices 25, which commonly operate by means of high voltage pulse discharges; implemented in its design, with the device or block 20 according to The present invention.
  • Figure 19 shows in a non-limiting manner, as all this occurs, while time 79 (TI) passes, after which, when Darts 28 and 29 hit, on target 56, once the additional distance D3 has been traveled , closing the electrical circuit on it and activating only at that time, the train of High Voltage Pulses (" ⁇ , etc.), which begin with Pl.
  • Figure 20 illustrates, in a non-limiting and schematic manner, an exemplified configuration of this type of "non-lethal immobilization and capture weapons" technologies and devices 25, which commonly operate by means of high voltage pulse discharges. ; implemented in its design, with Device 20 of the present invention.
  • the distance D5 is the one that has resulted in a non-limiting way, being the most appropriate, based on experiments, as to propose a possible application model of this invention; since in that way, dispersion angles of antenna lobes can be achieved, which allow to cover the functional physiological zones keys, such as the heart area, even if Darts 28 and 29 have been anchored, in distant or inappropriate places on target 60, for that purpose.
  • Figure 22 illustrates, in a non-limiting and schematic manner, an exemplary configuration of this type of "non-lethal immobilization and capture weapons" technologies and devices 25, which commonly operate by high voltage pulse discharges; in which the Device or Block 20 of the invention is implemented.
  • Figure 23 is a diagram that allows us to better understand that the interactive detections and measurements, successive to those made during the period 79 (TI), are repeated between times T2, after the discharge of the High Voltage Pulse ( start of "Shot") Pl, and so on.
  • Figure 24 illustrates 1 in a non-limiting and schematic way, an exemplary configuration where more than one weapon, in this case two application weapons of application, are presented in the same scene, on the same target 60 this invention, ie "non-lethal immobilization and capture weapons" 25, referred to as "A” and "B", which commonly operate by high voltage pulse discharges; and incorporating the Protective Device 20 of the present invention.
  • the implementation of the present innovations of this invention in one case, in which the non-lethal weapon "A" (25) has detected that the target 60 has been placed in critical condition 59, close, for example, to "ventricular fibrillation” 58, adjusting from the operating criteria of this invention, with the Device or Block 20, interactively the functional parameters of the device 25.
  • Figure 25 illustrates in a non-limiting and schematic way, the measurement process, which is carried out by means of the implementation of Device 20 of this invention, on the non-lethal weapon "A” (25); during periods or periods 63 (TI, T2, T3, T4, Tn), to record the critical state of objective 60; while in Figure 26, it is shown as the non-lethal weapon “B” (25), detects in advance, at the time of aiming, before firing ("TI"), the presence of critical state 58, of objective 60 , receiving Alarm 80.
  • TI time of aiming, before firing
  • Figure 27 illustrates another situation in schematic form where it can be understood that even having generated the "expulsion" of Darts 28 and 29 of the non-lethal weapon "B" (25), and having anchored them on the target 60, in critical condition 58, for example "ventricular fibrillation” 59, the principles of non-limiting operation of this invention by means of Device 20, would cause "Blocking" 85, of this weapon, avoiding accelerating a process close to death of objective 60, or present situations that are difficult to justify, related to the abuse of force.
  • Figure 28 illustrates in a non-limiting and schematic way, the measurement process, which is carried out by the Device 20 of the invention, on the non-lethal weapon "A” (25); during halftime 63 (TI, T2, T3, T4, Tn), to record that critical state of objective 60; while in Figure 29, it is shown as the non-lethal weapon “B” (25), it has been maintained in the space of time ("TI"), without causing the "firing" of electric shock pulses, "NMI” , etc; on target 60, but having been launched and anchored in the body of this, Darts 28 and 29.
  • TI space of time
  • Figure 30 illustrates, in a non-limiting and schematic manner, an exemplary configuration of this type of "non-lethal immobilization and capture weapons” technologies and devices 25, which commonly operate by high voltage pulse discharges; incorporating or implemented in its design, with the innovations involved in this invention, that is, with the Device or Block 20; for an operation of operation / execution of "multiple shots (discharge of high voltage pulses," NMI ", etc.)", normally defined as “repetition” or “multishot” where the different sets basically constituted by cables and darts; they can be solidary physically and electrically connected to the weapon, or be ejected and disconnected, at the end of each shot ("discharge of high-voltage electrical pulses).
  • a functional diagram is not limitative of the application criteria of the device 20 of the invention, I ran three differentiated objectives, where "D” 37, refers to possible urf objective, which has in its body an electronic cardiac assist device (pacemaker, etc.), which is detected and classified, by means of the application parameters of Device 20, in a non-limiting manner, by indication 39.
  • " E "56 refers to a possible pregnant target, which has in its body a fetal presence, which is detected and classified, by means of the application parameters of Device 20, in a non-limiting manner, by indication 57.
  • F “60 refers to a possible objective, which is in a critical physiological state, close to" ventricular fibrillation ", which is detected and classified, by means of the application parameters of Device 20, in a non-limiting manner, by indication 58
  • the latter has been given the suffix "n”, indicating that this criterion of application of this invention could be extended to a greater number of similar devices.
  • this multi-shot application could be supported (high voltage pulse discharges, "NMI”, etc); using a corresponding set of Pulse Detectors, Cables operating as Antenna / Sensor (Transmitter and Receiver), basically.
  • the set of Pulse Detectors 35a and 36a will transmit the detected signals, by cables 45a and 46a; where the Antennas / Sensors, implemented in the cables, would operate as Transmitter “TX” 47 a and Receiver “RX” 48 a.
  • Figure 31 illustrates in a non-limiting and schematic way, by way of example, the most typical configurations containing such technologies and devices of "non-lethal immobilization and capture weapons" 25, which commonly operate by high voltage pulse discharges, with the possible external mounting alternatives, as an accessory added to the current known art, of the Protective Device 20 of the invention, which can also be incorporated, in generic form, on the body of a lethal weapon (of fire).
  • a possible upper external assembly 96 would allow fixations in anchors normally provided for aiming elements (such as telescopic sights, etc.), intermediate modules 97 and 98, could be coupled to the body of the non-lethal weapon 25, integrating the technology of this invention, and allowing from them, the assembly and disassembly of other mobile accessories, as they are typically for example, the "cartridges containing the set of Cables and Darts" 100, etc.
  • Figure 32 illustrates, in a non-limiting and schematic way by way of example, the most typical configurations, which contain such technologies and devices of "non-lethal immobilization and capture weapons" applied to the so-called “Stun Gun” 22, which commonly operate by means of high voltage pulse discharges, with the possible external mounting alternatives, as an accessory added to the current known art, of the Protective Device 20 of the invention, which can also be incorporated, in generic form, on the body of a weapon of the same or different type.
  • Figure 33 illustrates, in a non-limiting and schematic way by way of example, the most typical configurations, which contain such technologies and devices of "non-lethal immobilization and capture weapons", configured as an “electrified machete” 23, which commonly operate by means of high voltage pulse discharges, with the possible external mounting alternatives, as an accessory added to the current known art, of the Protective Device 20 of the invention, which can also be incorporated, in generic form, on some part of the body of the weapon or machete.
  • it may be a possible upper external assembly 94 extending the electrodes thereof, or a lower application 95, in the "cylinder head" of these devices.
  • Figure 34 illustrates in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of known components for the implementation of this type of " non-lethal weapons of immobilization and capture ", type” Taser ", that to Descriptive titles are shown in dashed lines (not continuous), and are synthesized in Source 52, which is connected to Switch / Switch 51, which sends energy to Transformer 53, which loads Capacitor 54, whose output produces the pulses of high voltage used in this type of devices, through the Output Transformer 55; all this activated by Trigger 49, which derives its command signal to Microprocessor 50, which controls all the functions and parameters of the device; with greater functional detail and insertion / interconnection of the methods, systems and technologies involved in this invention.
  • a Defibrillator Module 40 is introduced, presenting its interaction with current art, and highlighting the provision that this defibrillator module provides in the assistance of the affected individual.
  • Conventional components are illustrated in dashed or "dotted" lines (not continuous); while the parts of the invention are shown in continuous lines.
  • Figure 35 graphically in synthetic and non-limiting form, the same functional diagram of Figure 34, where the possibility of integration of all the innovations of this invention, including the Module, is detailed Defibrillator 40 within the Microprocessor (s) 50, normally constituting the basic circuits of weapons and non-devices lethal, which mainly operates by means of discharges from pulses of electric energy ("NMI", etc.), but not limited to, type "Stun Gun” (in its different presentations and models, hand held, type “machete / baton electrified ", etc.) as” Taser "weapons in all possible versions and presentations.
  • NMI pulses of electric energy
  • Figure 36 illustrates, in a non-limiting and schematic way by way of example, the most typical configurations, which contain such technologies and devices of "non-lethal immobilization and capture weapons" 25, already implemented with the technologies involved in this invention; where the detection of a critical state with life risk is detailed, 58 such as "Ventricular Fibrillation", for example, and the possibility of switching and activating the integrated Defibrillator Module 40, operating (discharging high voltage pulses), through the Cables / Darts of the normally removable "Refill Cartridges" 100, of these devices.
  • 58 such as "Ventricular Fibrillation", for example, and the possibility of switching and activating the integrated Defibrillator Module 40, operating (discharging high voltage pulses), through the Cables / Darts of the normally removable "Refill Cartridges" 100, of these devices.
  • Figure 37 illustrates, in a non-limiting and schematic way by way of example, the most typical configurations, which contain this type of non-lethal "weapons” technologies and devices for immobilization and capture "25, already implemented with the technologies involved in this invention, where the detection of a critical state with life risk is detailed, 58 such as "Ventricular Fibrillation", for example, and the possibility of switching and activating the integrated Defibrillator Module 40, operating (discharging the pulses high voltage), through the Cables 102 and Contacts 103 of a compatible and interchangeable Unit 101, with the normally removable "Cartridges" of recharge, of these devices, on a human target 60 or animal at risk of life.
  • 58 such as "Ventricular Fibrillation", for example, and the possibility of switching and activating the integrated Defibrillator Module 40, operating (discharging the pulses high voltage), through the Cables 102 and Contacts 103 of a compatible and interchangeable Unit 101, with the normally removable "Cartridges”
  • Figure 38 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used component block and arranged in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type “Taser”; presenting components of this invention, with the optional aggregate of the Defibrillator Module and its corresponding interaction with its corresponding flowchart and insertion / interconnection, with the current art; highlighting, more particularly in accordance with this embodiment, the possibility of detecting and warning remotely, about possible states of Alert, related to the physiological parameters of an operator of the Security Forces, "Law Enforcement", etc. "88, of Security forces, "Law Enforcement”, etc.
  • one of the main objectives of the present invention is to "save lives" in environments of use of “non-lethal weapons and devices, which operate primarily by discharges from pulses of electrical energy or other types of energy and emissions developed or developed for that purpose, but not in a limiting way, as it could be applied to lethal devices and weapons "; It only focuses on the survey, detection, monitoring, measurement, etc., of the fundamental parameters, which can determine in the highest percentage, the physiological conditions (human and animal), capable of causing them to be irreparable and / or death.
  • the present invention may use Doppler Radio Frequency Sensor technology, known in English as "Radio Frequency Doppler Sensor”, already disseminated in the current art, which for that reason is not detailed and is the most recommended 1 ⁇ to implement one of the application models of this invention, focused on the detection of "cardiac signals”, in a non-limiting manner; as the mechanism of distance capture of critical physiological signals, of the objective (human or animal).
  • the invention provides methods, systems and technologies; that integrate and adapt 'intelligent and interactive, and physiological mechanisms detection / biometrics, as well as mechanisms, methods, systems and technologies alert; within the "non-lethal weapons and devices, which mainly operate through discharges from pulses of electrical energy, but not in a limited way.”
  • cardiac pacemakers or electronic assistants which are normally permanently implanted under the skin, which by means of an electronic circuit emitting electrical pulses, which when reaching the heart through electrodes also implanted, regulates the rhythm of the heartbeat It is used to produce a normal heart rhythm and is susceptible to being affected or interfered with by any external electronic equipment, especially those that can generate high voltage pulse discharges.
  • shots high-voltage pulse discharges
  • NMI pulses of electrical energy
  • All electronic cardiac assistants generate and emit electrical signals, which can be recognizable and detected; for its differentiation with the natural physiological impulses and emissions of the human body (and animals too), basically.
  • pacemaker technologies which are activated by sending heart rate pulses, only when they detect abnormalities, generated by stress, nervous tension, distress, etc.; that cause the person (or the animal) to modify the parameters that should be appropriate for the device.
  • these tables specifically, without exception, are those generated in situations related to the use of these weapons and non-lethal devices, which mainly operate through discharges from pulses of electrical energy ("NMI” , etc.), but not limited to, type “Stun Gun” (in its different presentations and models, handheld, type “machete / electrified baton”, etc.) as “Taser” type weapons in all possible versions and presentations; therefore, the signals of this type of artificial pacemaker would also become easily recognizable, in the subject harassed / involved in these situations. " 1 ',?
  • One of the methods, systems and technologies of this invention is then to provide these devices, and therefore the forces of police, Military, Private Security Prisoners, "Law Enforcement”, etc., that the operate of an intelligent system of recognition of targets (human and animal) that have implanted electronic pacemakers, even at a time before the discharge ("fired") of the high voltage pulses originates, after the activation of the weapons and non-lethal devices, which operate mainly through discharges from pulses of electrical energy ("NMI”, etc.), but not in a limited way, type "Stun Gun” (in its different presentations and models, hand-held, type “machete / electrified baton ", etc.) as” Taser "type weapons in all possible versions and presentations, blocking or modifying their discharge pattern (" NMI ", etc.), to minimize the life risks of the recipient of these downloads.
  • NMI electrical energy
  • Taser (in its different presentations and models, hand-held, type” machete / electrified baton ", etc.) as” Taser "weapons in all possible versions and presentations; on human or animal targets, by frames such as” fibrillation atrial / ventricular ", which led to cardiac arrest and death.
  • All these systems and technologies of non-lethal devices are characterized, among other things, by having pointing elements, such as lasers, flashlights, etc .; which are normally activated by the operator, prior to having to generate a trip (download).
  • the methods, systems and technologies, involved in this invention can be activated in conjunction with the pointing action, allowing the device developed with this novel technology, to begin to detect physiological states and eventual alerts, both manually and / or automatically, that would condition the type of electric shock pulse pattern to be provoked, on the target (human or animal), or block the "firing", indicating to the user, that it would be a special situation.
  • this invention basically allows the inclusion of the defibrillator module, reusing some characteristics of the typical functional circuits of these non-lethal Weapons, Taser type, etc .; in a non-limiting way; how part of the main circuit or as an external accessory adaptable to them.
  • this integrated defibrillator module could even be used to attempt to recover in an emergency environment from an operator of the Police, Military, Prison, Private Security, Law Enforcement, etc., or for a third party, who is in that critical state, without another nearby resource, to try to save his life.
  • this invention is not limited to applying these readings and monitoring of vital / biometric physiological functions (such as ECG, etc.), to interactively feedback and modify the type of discharge pattern of these weapons and devices.
  • lethal which operate mainly by discharges from pulses of electrical energy ("NMI”, etc.), but not limited to, type "Stun Gun” (in its different presentations and models, hand, type “machete / baton electrified” , etc.) as “Taser” weapons in all possible versions and presentations; but also contemplates the "simultaneous” implementation (while high voltage pulse discharges occur), of these methods, using other mechanisms of easy isolation of the related problem at the risk of damaging sensors and detectors, in relation to the high circulating voltage, mainly.
  • the present invention contemplates and protects the use of other methods of measurement, detection, etc. remotely, with or without physical contact with the person or animal, of vital parameters, such as heart rate, breathing, etc., for other applications, where the support of contacts / electrodes / darts / will not be used etc. to position the antennas at a suitable distance from the subject (human or animal), the introduction of methods, systems and technologies such as those known as "Ultra-wideband Radar Methods and Techniques of Medical Sensing and Imaging" are presented; which facilitate more complex readings, which can operate at effective distances of the order of 7.5 Mtrs.
  • non-lethal weapons and devices which operate primarily through discharges from pulses of electrical energy (“ NMI “, etc.), but not in a limited way; type” Stun Gun “(in its different presentations and models, hand-held, type “machete / electrified baton”, etc.) such as “Taser” weapons, operate from direct contact, up to several meters of the target (human or animal), in the latter cases, by the use of cables and metal darts that conduct the electrical discharge pulses to it.
  • This invention takes advantage of the means of "permanent approach and aiming,” which typically exists in the application of the methods, systems and technologies of these various non-lethal weapons and devices, which operate primarily through discharges from pulses of electrical energy.
  • NMI non-lethal weapons and devices
  • type "Stun Gun” in its different presentations and models, handheld, type “machete / electrified baton”, etc.
  • Teaser weapons in all possible versions and presentations; to achieve the insertion of methods, systems and technologies that enable automatic or manual interaction with these devices, adjusting and conditioning their operating parameters, with the fundamental objective of avoiding abuse, permanent damage and saving lives.
  • the invention takes advantage of those periods of time or "between times” in which there is no electrical activity in these devices, to interact and convert to their contact terminals, electrodes, darts, cables, functional circuits, etc. , in a true method, system and technology for interactive monitoring of the physiological vital functions of the target (human or animal), which is being "shot” or is already being emitted (“firing") high discharge pulses tension, taking advantage of the level of contact, closeness and permanent focus on it.
  • the invention also provides and protects the concept of allowing the blocking and / or interactive adjustment of the electrical emissions of these non-lethal weapons and devices, which operate mainly by discharges from pulses of electric power ("NMI", etc.), but not limited to; "Stun Gun” type (in its different presentations and models, hand-held, "machete / electrified baton” type, etc.), such as "Taser” weapons in all possible versions and presentations; manually or automatically; to reduce the levels of lethal risks, depending on the anticipated reading, during and after a pulse discharge caused by them, on a target (human or animal).
  • NMI pulses of electric power
  • the "High Voltage Pulse Detection System” may be synchronized with the pulse generation system, which is normally based on these devices, on a Microprocessor, which controls all the functions thereof. . In this way, if both were arranged simultaneously, they could operate to provide redundant or protective information, in the event that either of them fails.

Landscapes

  • Engineering & Computer Science (AREA)
  • Radar, Positioning & Navigation (AREA)
  • Remote Sensing (AREA)
  • General Engineering & Computer Science (AREA)
  • Emergency Lowering Means (AREA)
  • Electrotherapy Devices (AREA)
  • Respiratory Apparatuses And Protective Means (AREA)

Abstract

The invention relates to a device for interactively protecting a person's vital signs and to a weapon and method for immobilising and capturing the person, using said device. The device is intended to protect a person's vital functions and is preferably, but not exclusively, intended for weapons of the type used to immobilise and capture a person, which apply electric shocks or other emissions to the body in order to immobilise the person, but while simultaneously providing protection against the effects of the electric shock. The device comprises sensors that detect the person's vital signs and signal-processing circuits that control the blocking and/or regulation of the electric shock discharged from the weapon at the moment of use.

Description

UN DISPOSITIVO DE PROTECCIÓN INTERACTIVA DE LOS SIGNOS VITALES DE UN INDIVIDUO Y UN ARMA Y MÉTODO DE INMOVILIZACIÓN Y CAPTURA DEL INDIVIDUO, QUE UTILIZAN DICHO DISPOSITIVO  AN DEVICE FOR INTERACTIVE PROTECTION OF THE VITAL SIGNS OF AN INDIVIDUAL AND AN ARMOR AND METHOD OF IMMOBILIZATION AND CAPTURE OF THE INDIVIDUAL, USING SUCH DEVICE
ESTADO DEL ARTE DE LA INVENCION STATE OF THE ART OF THE INVENTION
[0001] La presente invención se relaciona con el campo de los dispositivos, aparatos y disposiciones empleadas por personal de seguridad y más particularmente se refiere a un dispositivo destinado a la protección de las funciones vitales de un individuo y que es aplicable, preferiblemente pero no exclusivamente, a armas del tipo de inmovilización y captura del individuo, que operan por descargas eléctricas en el cuerpo del individuo, con el objeto de inmovilizar al individuo pero protegiéndolo de los efectos del shock eléctrico descargado por el arma, incluyendo también la invención el método y el arma de inmovilización. A los fines de esta descripción, individuo u objetivo pueden entenderse como humanos y/o animales. [0001] The present invention relates to the field of devices, devices and arrangements employed by security personnel and more particularly refers to a device intended to protect the vital functions of an individual and which is applicable, preferably but not exclusively, to weapons of the type of immobilization and capture of the individual, which operate by electric shocks in the individual's body, in order to immobilize the individual but protecting him from the effects of electric shock discharged by the weapon, also including the invention the method and the immobilization weapon. For the purposes of this description, individual or objective can be understood as humans and / or animals.
DESCRICIPCIÓN DEL ARTE PREVIO  DESCRIPTION OF THE PRIOR ART
[0002] Antes de ingresar en la descripción de los dispositivos y sistemas conocidos en el arte y empleados en general por personal de seguridad para la intimidación y detención de individuos, conviene hacer referencias a conceptos técnicos que ayudarán a comprender mejor el objeto y contenido de la invención. [0002] Before entering the description of the devices and systems known in the art and generally employed by security personnel for the intimidation and detention of individuals, it is appropriate to make references to technical concepts that will help to better understand the object and content of the invention.
[0003] Actualmente crecen día a día en forma descontrolada los problemas relacionados con la falta de seguridad, crisis sociales, manifestaciones y amotinamientos callejeros, desbandes en eventos públicos, descontrol en eventos deportivos, toma de terrenos/usurpaciones, delincuencia juvenil, control carcelario, seguridad en urbanizaciones cerradas; solo por destacar algunos de una extensa lista.  [0003] Currently, problems related to lack of security, social crises, demonstrations and street riots, disruptions in public events, lack of control in sporting events, land takeover / usurpations, juvenile delinquency, prison control, are growing day by day. security in gated communities; just to highlight some of an extensive list.
[0004] Los problemas económicos, la desigualdad social, la decadencia educativa, la falta de modelos a seguir; sumados al enorme avance de la droga, han tornado nuestro mundo mucho más peligroso y difícil de controlar, imponiendo a las fuerzas responsables de mantener el orden; un nivel de exigencia y desafío sin precedentes. [0004] Economic problems, social inequality, educational decline, the lack of role models; added to the enormous advance of the drug, they have made our world much more dangerous and difficult to control, imposing on the forces responsible for maintaining order; an unprecedented level of demand and challenge.
[0005] Las fuerzas de Policiales, Militares, Penitenciarias, de Seguridad Privada, "Law Enforcement", etc; deben enfrentar a diario, conflictos en donde el principal objetivo, debe ser el de poder controlar una situación de amenaza, aplicando soluciones adecuadas y proporcionales, para que se pueda reducir al máximo, las probabilidades de tener que ejercer una respuesta de riesgo letal. [0005] Police, Military, Penitentiary, Private Security, Law Enforcement, etc; they must face daily, conflicts where the main objective must be to be able to control a threat situation, applying appropriate and proportional solutions, so that the chances of having to exert a lethal risk response can be minimized.
[0006] Tradicionalmente estas fuerzas del orden, utilizan como herramienta principal para lograr estos objetivos, armas de fuego, que claramente están diseñadas y destinadas a poder provocar la muerte!  [0006] Traditionally these law enforcement agencies use firearms as their main tool to achieve these objectives, which are clearly designed and intended to cause death!
[0007] En estos escenarios, el uso de armas letales tradicionales, cobra diariamente en todo el mundo, cuantiosas muertes y/o daños irreparables, que en muchos casos podrían haberse evitado, de contar con soluciones intermedias, "no letales" o de menor grado de daño potencial; para los agresores/ criminales/ convictos/ delincuentes/ sospechosos/ etc, como así también para terceros absolutamente inocentes ajenos a los hechos y el propio personal de las fuerzas del orden, que permanentemente arriesga su vida por lograr el bienestar general de nuestras sociedades.  [0007] In these scenarios, the use of traditional lethal weapons, charges daily worldwide, numerous deaths and / or irreparable damages, which in many cases could have been avoided, to have intermediate solutions, "non-lethal" or minor degree of potential damage; for the aggressors / criminals / convicts / criminals / suspects / etc, as well as for absolutely innocent third parties outside the facts and the law enforcement personnel themselves, who permanently risk their lives to achieve the general welfare of our societies.
[0008] Por otro lado, en todo el Mundo, las fuerzas de Policiales, Militares, Penitenciarias, de Seguridad Privada, "Law Enforcement", etc; buscan utilizar las armas adecuadas para poder contrarrestar en forma efectiva, los avances de la criminalidad, sin quedar expuestos ante la sociedad, como abusadores del poder que su función del otorga.  [0008] On the other hand, throughout the World, the forces of Police, Military, Prison, Private Security, Law Enforcement, etc; They seek to use the appropriate weapons to effectively counter crime advances, without being exposed to society, as abusers of the power granted by their function.
[0009] Finalmente, las estadísticas y estudios demuestran que un muy elevado porcentaje de los 'hechds delictivos, podría repelerse y controlarse, sin necesidad de utilizar armas letales, que suman innecesarias y numerosas muertes a diario, en todo el Planeta. [0009] Finally, statistics and studies show that a very high percentage of criminal acts could be repelled and controlled, without the need for use lethal weapons, which add up to unnecessary and numerous daily deaths, throughout the planet.
[0010] Esta problemática, no es nueva, aunque sí es mayor en nuestros tiempos, y la ciencia, tecnología e inventiva del hombre; han permitido crear desde épocas milenarias, elementos de carácter "no letal", como alternativas de las armas letales, utilizadas en casos extremos.  [0010] This problem is not new, although it is greater in our times, and the science, technology and inventiveness of man; they have created since ancient times, elements of a "non-lethal" nature, as alternatives to lethal weapons, used in extreme cases.
[0011] Así, por ejemplo, remontándonos a épocas de Ninjas y Samurai, vemos que se contaba con armas concebidas como "no letales", que se destacaron dentro del "Kobudo/Ninjutsu", como los "Shuriken", el "Nunchaku", etc.; que buscaban principalmente "inmovilizar" o anular el avance de un potencial agresor, sin necesariamente provocar su muerte.  [0011] Thus, for example, going back to times of Ninjas and Samurai, we see that there were weapons conceived as "non-lethal", which stood out within the "Kobudo / Ninjutsu", such as the "Shuriken", the "Nunchaku" , etc.; that mainly sought to "immobilize" or cancel the advance of a potential aggressor, without necessarily causing his death.
[0012] El desarrollo armamentista ha sido profuso a lo largo de los años, y por otro lado, el advenimiento y múltiples usos de la energía eléctrica, no han dejado de lado, la consideración de utilizarla, como una fuerza capaz de constituirse en un verdadero poder de disuasión, inmovilización y hasta de provocar la muerte de un eventual agresor.  [0012] The arms development has been profuse over the years, and on the other hand, the advent and multiple uses of electric energy have not neglected the consideration of using it as a force capable of becoming a true power of deterrence, immobilization and even of causing the death of an eventual aggressor.
[0013] De esta manera, por ejemplo, el concepto de las cercas electrificadas, comenzó con desarrollos en Estados Unidos y Nueva Zelandia, allí por el año 1.889; con el objetivo inicial de controlar el ganado, para luego pasar a ser también una barrera de seguridad, que actualmente se implementa en todo el Mundo, en forma indiscriminada y sin demasiados controles; para proteger perímetros residenciales, industriales, limitar la fuga de prisioneros, etc. Estas barreras electrificadas, cuyo principal objetivo debería ser el de disuadir y alejar potenciales intentos por traspasarlas, han generado y se siguen cobrando cuantiosas muertes a nivel global.  [0013] Thus, for example, the concept of electrified fences, began with developments in the United States and New Zealand, there by 1889; with the initial objective of controlling livestock, and then also becoming a security barrier, which is currently implemented worldwide, indiscriminately and without too many controls; to protect residential, industrial perimeters, limit prisoner escape, etc. These electrified barriers, whose main objective should be to dissuade and ward off potential attempts to cross them, have generated and continue to receive large deaths worldwide.
[0014] Por otro lado, una de las más contundentes demostraciones del uso de la energía eléctrica y su poder letal, se constituyó en la creación de la silla eléctrica, una máquina diseñada y utilizada para la aplicación de la pena capital, con el procedimiento que se dio a llamar, "electrocución". [0014] On the other hand, one of the most convincing demonstrations of the use of Electric power and its lethal power, was constituted in the creation of the electric chair, a machine designed and used for the application of capital punishment, with the procedure that was called, "electrocution".
[0015] Se utilizó principalmente en Estados Unidos desde el 6 de agosto de 1.890 cuando se realizó la primera ejecución con este método; el cual terminó utilizando como tecnología más efectiva, la energía proveniente de la corriente alterna (más parecida a un tren de pulsos), más allá de las disputas entre su Inventor Harold P. Brown con Thomas Edison y Nikola Tesla.  [0015] It was mainly used in the United States since August 6, 1890 when the first execution was carried out with this method; which ended up using as more effective technology, the energy coming from the alternating current (more similar to a train of pulses), beyond the disputes between its Inventor Harold P. Brown with Thomas Edison and Nikola Tesla.
[0016] También, en 1852, el Dr. Albert Soundenburg y Phillipp Rechten obtuvieron la Patente de Invención N° 8,843 en Estados Unidos, de un dispositivo para cazar ballenas, mediante un arpón capaz de provocar una descarga de alta tensión, mediante la conexión del mismo a un cable conductor que transmitía la energía, generada por una máquina de rotación de magneto-eléctrica. De esa manera "electrocutaban" a las ballenas, para luego faenarlas, incluso si el arpón provocaba heridas superficiales.  [0016] Also, in 1852, Dr. Albert Soundenburg and Phillipp Rechten obtained Invention Patent No. 8,843 in the United States, of a device for hunting whales, by means of a harpoon capable of causing a high voltage discharge, by connecting from the same to a conductor cable that transmitted the energy, generated by a magneto-electric rotation machine. That way they "electrocuted" the whales, and then slaughtered them, even if the harpoon caused superficial wounds.
[0017] En el año 1937, fue patentado en Estados Unidos, un conjunto de dispositivos, como espadas, arpones, lanzas y flechas, con una fuente de energía interna con capacidad de generar una serie de pulsos de de alta tensión, cuyos objetivos, abarcaban el estado de "inmovilización/ incapacitación", hasta la muerte de una persona o animal objetivo. La misma se registró con la denominación dé "Arma Eléctrica" ("ELECTRIC WEAPONS"), y fue inventada por Thomas D. Ryan, bajo el número 2,805,067, del registro de patentes de ese País. [0017] In 1937, a set of devices, such as swords, harpoons, spears and arrows, was patented in the United States, with an internal energy source capable of generating a series of high voltage pulses, whose objectives, they covered the state of "immobilization / incapacitation", until the death of a target person or animal. It was registered under the name "Electric Weapon" ("ELECTRIC WEAPONS"), and was invented by Thomas D. Ryan, under the number 2,805,067, of the patent registry of that Country.
[0018] Ya desde esos momentos, Thomas D. Ryan sugirió en base a sus investigaciones, que su dispositivo podría infligir en las víctimas humanas o animales, resultados letales, como estados de fibrilación auricular/auricular/ ventricular; relacionadas con los espasmos musculares severos, provocados por las descargas eléctricas. [0018] Already from that moment, Thomas D. Ryan suggested based on his research, that his device could inflict lethal outcomes on human or animal victims, such as atrial / atrial / ventricular fibrillation states; related to severe muscle spasms, caused by discharges electric.
[0019] Se realizaron varios estudios y experimentaciones, sobre voluntarios y animales, con el objetivo de poder cuantificar los efectos de estas descargas eléctricas sobre un organismo vivo; considerando principalmente las variables de tensión, corriente, frecuencia y la duración de las mismas.  [0019] Several studies and experiments were conducted on volunteers and animals, in order to quantify the effects of these electric shocks on a living organism; mainly considering the variables of voltage, current, frequency and their duration.
[0020] Así por ejemplo, en un artículo publicado en IEEE SPECTRUM de Febrero de 1969, en las páginas 44-50, con el título "Lethal Electric Currents", Dalziel y Lee realizan una síntesis de sus artículos publicados en 1.968 en "IEEE Transactions of Industry and General Applications", Vol. IGA-4, páginas 467-476; donde suministraron valiosa información sobre los efectos perjudiciales del choque eléctrico en base a los experimentos que se habían realizado.  [0020] Thus, for example, in an article published in IEEE SPECTRUM of February 1969, on pages 44-50, with the title "Lethal Electric Currents", Dalziel and Lee summarize their articles published in 1.968 in "IEEE Transactions of Industry and General Applications ", Vol. IGA-4, pages 467-476; where they provided valuable information on the harmful effects of electric shock based on the experiments that had been performed.
[0021] Las conclusiones experimentales, tienden a establecer la fibrilación auricular/ ventricular como la más probable causa de muertes atribuidas a "electrocución" de este tipo, donde además se pueden provocar la interrupción de funciones fisiológicas como la respiración, producir quemaduras y daños generales irreversibles a órganos vitales.  [0021] The experimental conclusions tend to establish atrial / ventricular fibrillation as the most likely cause of deaths attributed to "electrocution" of this type, which can also cause the interruption of physiological functions such as breathing, burn and general damage irreversible to vital organs.
[0022] Se publicaron también otros estudios, realizados por el laboratorio Uiíderwriters en el año 1.939, donde analizaban el problema de poder establecer un estándar de seguridad relativo al tipo de descargas utilizadas en cercas eléctricas y según su informe N° 14, de Diciembre de ese año, la recomendación indicaba utilizar pulsos de "shocks" de magnitudes definidas, separados por recomendados intervalos de tiempo, para tratar de preservar la vida del receptor de dichas descargas.  [0022] Other studies were also published, carried out by the Uiíderwriters laboratory in 1939, where they analyzed the problem of being able to establish a safety standard related to the type of discharges used in electric fences and according to their report No. 14 of December that year, the recommendation indicated to use pulses of "shocks" of defined magnitudes, separated by recommended time intervals, to try to preserve the life of the receiver of said discharges.
[0023] Con la intención de reducir el número de muertes y los crecientes problemas derivados de la utilización casi exclusiva y muchas veces, indiscriminada de armas letales para todo evento asociado al delito confirmado o presumido; se ha avanzado notablemente en la investigación y el desarrollo de nuevos dispositivos de mano, que pudieran brindar capacidades de inmovilización y captura, pero sin infligir un daño grave o irreversible. [0023] With the intention of reducing the number of deaths and the growing problems derived from the almost exclusive and often indiscriminate use of lethal weapons for any event associated with the confirmed or presumed crime; has advanced notably in the research and development of new handheld devices, which could provide immobilization and capture capabilities, but without inflicting serious or irreversible damage.
[0024] Así también, derivado del uso habitual en el campo y la hacienda, para arriar el ganado y conducirlo en todo el proceso de faena; el uso de las indispensables y difundidas "Picanas para Ganado", llegó a ser utilizada contra el ser humano, de manera indeseable.  [0024] Likewise, derived from the habitual use in the field and the farm, to lower the cattle and to conduct it in the whole process of slaughter; the use of the indispensable and widespread "Picanas for cattle", came to be used against the human being, in an undesirable way.
[0025] Está grabada en la memoria de muchas sociedades del Mundo, los abusos, torturas, muertes; encuadrados como delitos de lesa humanidad, en donde aparecen estos dispositivos implicados en estos actos.  [0025] It is engraved in the memory of many societies of the World, abuse, torture, death; framed as crimes against humanity, where these devices involved in these acts appear.
[0026] Pero lo cierto, es que los problemas relacionados a las faltas de seguridad y el avance descontrolado de la delincuencia, han impulsado la elaboración de dispositivos, que sin la necesidad de provocar la muerte, dejen anulado en forma temporal a un eventual objetivo de peligro.  [0026] But the truth is that the problems related to security breaches and the uncontrolled progress of crime have prompted the development of devices that, without the need to cause death, leave an eventual objective temporarily canceled. the dangerous.
[0027] ^ De esta manera, observando los comportamientos y efectos sobre animales y voluntarios humanos, de las descargas eléctricas de las "picanas", se profundizaron estudios e investigaciones, procurando llegar a establecer las características funcionales de esas descargas y sus límites máximos de aplicación en el ser humano, como para lograr efectos temporales "reversibles" de inmovilización, sin llegar a la muerte.  [0027] ^ In this way, observing the behaviors and effects on animals and human volunteers, of the electric shocks of the "picanas", studies and research were deepened, trying to establish the functional characteristics of these discharges and their maximum limits of application in humans, as to achieve "reversible" temporary effects of immobilization, without reaching death.
[0028] Esta línea de investigación y desarrollos, se mostraba como prometedora, para la creación de una nueva generación de dispositivos "no letales", para uso de las fuerzas de orden, como así también por parte de los ciudadanos comunes, como un medio básico de protección y autodefensa. [0028] This line of research and developments, was shown as promising, for the creation of a new generation of "non-lethal" devices, for use by law enforcement, as well as by ordinary citizens, as a means Basic protection and self defense.
[0029] Los denominados "Stun Gun", resultaron ser los primeros dispositivos derivados de las "picanas tradicionales", y se constituyeron en efectivos, simple y prácticos elementos tipo manual ("hand held"), de amplia difusión en todo el Mundo; que hoy en día, incluso se los encuentra en forma camuflada, en otros dispositivos, como equipos de telefonía celular, linternas, etc. [0029] The so-called "Stun Gun", turned out to be the first devices derived from the "traditional picanas", and became effective, simple and practical hand-held elements, widely distributed throughout the world; that today, they are even found in camouflaged form, in other devices, such as cell phone equipment, flashlights, etc.
[0030] Los "Stun Gun", tienen la característica, de requerir un contacto directo, del tipo "cuerpo a cuerpo", con el objetivo humano o animal, que se pretende inmovilizar y/o capturar. Esta característica, también se convierte en una importante limitación, ya que normalmente, no es posible acercarse a esos niveles, a un potencial agresor humano que se encuentre portando un "arma blanca" por ejemplo, o a un animal 'descontrolado, rabioso, etc.  [0030] The "Stun Gun" have the characteristic of requiring direct contact, of the "melee" type, with the human or animal objective, which is intended to immobilize and / or capture. This characteristic, also becomes an important limitation, since normally, it is not possible to approach those levels, a potential human aggressor who is carrying a "white weapon" for example, or an animal 'uncontrolled, rabid, etc.
[0031] La observación de esta limitación, relativa al factor de "distancia" relativa al objetivo; pero con el reconocimiento de la efectividad del poder del "choque eléctrico"; generó en todo el Mundo, un elevado número de desarrollos avalados por varias patentes internacionales," en las cuales se procuraba lograr una serie de dispositivos de carácter primordialmente "no letal", que permitieran ejercer esa capacidad a una distancia prudencial del objetivo, símil las distancias típicas de uso, para las "armas letales" (de fuego, normalmente). [0031] The observation of this limitation, relative to the "distance" factor relative to the objective; but with the recognition of the effectiveness of the power of the "electric shock"; generated worldwide, a large number of developments backed by several international patents, " in which it was sought to achieve a series of devices of a primarily" non-lethal "nature, which allowed to exercise that capacity at a safe distance from the objective, similar to Typical distances of use, for "lethal weapons" (fire, normally).
[0032] Así, con la intención de reducir el número de muertes relacionadas con el uso, innecesario de armas letales; compañías de todo el Mundo, como Karbon Arms (que adquirió en el año 2010 a Stinger Systems); Taser International, Inc.; Cóndor Tecnologías Náo-Letais (www.condornaoletal.com.br), que recientemente lanzó sus armas no letales denominadas "Spark"; Security Devices international Inc.; entre muchos otros desarrolladores y fabricantes; avanzaron en la construcción de dispositivos de mano, para ser utilizados como "armas no letales", cuyos objetivos básicos debieran ser la "inmovilización y captura" del ser humano o animal objetivo.  [0032] Thus, with the intention of reducing the number of deaths related to the use, unnecessary lethal weapons; companies around the world, such as Karbon Arms (which acquired Stinger Systems in 2010); Taser International, Inc .; Condor Technologies Náo-Letais (www.condornaoletal.com.br), which recently launched its non-lethal weapons called "Spark"; Security Devices international Inc .; among many other developers and manufacturers; they advanced in the construction of handheld devices, to be used as "non-lethal weapons", whose basic objectives should be the "immobilization and capture" of the target human being or animal.
[0033] Muchos de estos desarrollos, denominados más técnicamente como "Hand- held stun gun for incapacitating a human target", tal como por ejemplo se los describe en la Patente US No. 6,636,412; asignada a la compañía Taser International, Inc., de Scottsdale, AZ (US), fueron involucrando novedades patentables al respecto, basadas en las referencias no limitativas de las siguientes invenciones y patentes, de las cuales se pueden mencionar US 3,523,538; US 3,803,463; US 4,253,132; US 4,541 ,191 ; US 4,872,084; US 4,982,645; US 5,654,867; US 5,698,815; US 5,758,448; US 5,786,546; US 5,831,199; US 5,936,183; US 5,955,695; US 5,962,806; US 6,053,088; US 6,256,916; US 6,269,726; US 6,360,645 y US 6,393,752. [0033] Many of these developments, more technically referred to as "Hand- held stun gun for incapacitating a human target, "as described for example in US Patent No. 6,636,412; assigned to the company Taser International, Inc., of Scottsdale, AZ (US), were involving patentable developments in this regard, based on the non-limiting references of the following inventions and patents, of which US 3,523,538; US 3,803,463; US 4,253,132; US 4,541, 191; US 4,872,084; US 4,982,645; US 5,654,867; US 5,698,815; US 5,758,448; US 5,786,546 ; US 5,831,199; US 5,936,183; US 5,955,695; US 5,962,806; US 6,053,088; US 6,256,916; US 6,269,726; US 6,360,645 and US 6,393,752.
[0034] Estas invenciones relacionas a la creación de aparatos y métodos "no letales", para neutralizar mediante el efecto paralizador de una descarga eléctrica de alto poder, se basaron principalmente en la implementación de elementos como "dardos metálicos/conductores", con capacidad de ser lanzados al objetivo a varios metros, manteniendo el vínculo de conducción eléctrica mediante cables conductores retraídos, que adosados a la fuente de poder del dispositivo, provocaban la descarga deseada, cerrando el circuito eléctrico a través de la circulación de esas corrientes, por el cuerpo del objetivo (humano/ animal). Este vínculo para poder "cerrar" el circuito de descarga a través del cuerpo del objetivo (humano/animal), los dardos y cables conductores, suele permanecer físicamente unido a las "armas no letales", aunque existen desarrollos, especialmente provenientes de Rusia, donde se han implementado aplicaciones de "repetición y pronta carga", en las cuales, estos conjuntos de cables conductores y dardos (básicamente), se desacoplan/ desconectan, permitiendo que la descarga de la fuente de poder, se despliegue a través de otro conjunto "temporalmente" solidario al dispositivo.  [0034] These inventions related to the creation of "non-lethal" devices and methods, to neutralize by means of the paralyzing effect of a high-power electric shock, were mainly based on the implementation of elements such as "metal darts / conductors", with capacity of being thrown at the target several meters, maintaining the electrical conduction link by means of retracted conductive cables, which, attached to the power source of the device, caused the desired discharge, closing the electrical circuit through the circulation of these currents, through the target body (human / animal). This link to "close" the discharge circuit through the body of the target (human / animal), darts and conductive cables, usually remains physically attached to the "non-lethal weapons", although there are developments, especially from Russia, where "repeat and prompt load" applications have been implemented, in which these sets of conductor cables and darts (basically) are decoupled / disconnected, allowing the discharge of the power source to be deployed through another set "temporarily" in solidarity with the device.
[0035] Para cualquiera de estas posibles aplicaciones, los métodos, sistemas y tecnologías involucradas en esta patente, son de absoluta aplicación, en forma no restrictiva ni limitativa, para otras posibles configuraciones de estas existentes "armas y dispositivos no letales". [0035] For any of these possible applications, the methods, systems and technologies involved in this patent are of absolute application, not restrictive or limiting, for other possible configurations of these existing "non-lethal weapons and devices".
[0036] La amplia documentación y experimentación mundial, que existe sobre la aplicación de impulsos eléctricos, sin llegar a los límites de la letalidad, ha sido utilizada como base por todos los principales fabricantes de este tipo de "armas no letales".  [0036] The extensive documentation and worldwide experimentation, which exists on the application of electrical impulses, without reaching the limits of lethality, has been used as a basis by all the leading manufacturers of this type of "non-lethal weapons".
[0037] Así, en el año 1981, con la Patente de Estados Unidos N° 4,253,132, del inventor John H. Cover, denominada: "POWER SUPPLY FOR WEAPON FOR IMMOBILIZATION AND CAPTURE"; ya se presentaba un arma completa de este tipo, y se ratificaba la conveniencia de utilizar "pulsos" de descarga con intervalos "neutros", para lograr los efectos deseados para deshabilitar a un ser humano o animal vivo; resguardando a su vez, las capacidades de recuperación y duración de las limitadas fuentes de poder.  [0037] Thus, in 1981, with US Patent No. 4,253,132, by the inventor John H. Cover, called: "POWER SUPPLY FOR WEAPON FOR IMMOBILIZATION AND CAPTURE"; a complete weapon of this type was already presented, and the convenience of using "pulses" of discharge with "neutral" intervals was ratified, to achieve the desired effects to disable a living human or animal being; safeguarding in turn, the resilience and duration of limited sources of power.
[0038] Se han desarrollado a través de los años, novedosas adecuaciones de estos "pulsos de energía eléctrica", relativos a estas armas de intención "no letal"; definiendo amplitudes, tiempos, repeticiones, niveles de tensión y corriente, etc.; para lograr el mejor efecto de "inmovilización y captura", procurando salvaguardar el restablecimiento sin daños permanentes, del individuo receptor de dichas descargas. Para estos niveles se ha definido el término, "let-go", como el umbral, entre lo que no provocaría daño, y lo que si dañaría.  [0038] Novel adaptations of these "pulses of electrical energy" have been developed over the years, relating to these "non-lethal" weapons of intent; defining amplitudes, times, repetitions, voltage and current levels, etc .; to achieve the best effect of "immobilization and capture", trying to safeguard the restoration without permanent damage of the individual receiving such discharges. For these levels the term "let-go" has been defined as the threshold between what would not cause harm, and what would damage.
[0039] Lo cierto, es que por tratarse de dispositivos, que deben ser "portables" ("Hand held"), de similares características a las armas letales de fuego convencionales; deben procurar lograr una máxima eficiencia relativa la consumo (normalmente funcionan por baterías recargables de alta eficiencia), para que finalmente, los dispositivos comercializados, resulten aplicables y prácticos para el usuario final. [0040] Adicionalmente, no resultarían nada deseables, situaciones, en las cuales, las fuerzas de Policiales, Militares, Penitenciarias, de Seguridad Privada, "Law Enforcement", etc; tuvieran que contar con la necesidad de utilizar estos dispositivos, como defensa, para salvar una vida, protegerse, etc; y los mismos, no estuvieran disponibles, por una pronta "descarga" de sus fuentes de poder interno (Baterías, normalmente). [0039] The truth is that because they are devices, which must be "portable"("Handheld"), of similar characteristics to conventional lethal firearms; They must try to achieve maximum efficiency relative to consumption (they usually work by high-efficiency rechargeable batteries), so that finally, the marketed devices are applicable and practical for the end user. [0040] Additionally, there would be nothing desirable, situations, in which the forces of Police, Military, Prison, Private Security, Law Enforcement, etc; they had to count on the need to use these devices, as a defense, to save a life, protect themselves, etc; and the same, were not available, for a quick "discharge" of their internal power sources (Batteries, normally).
[0041] Es por ello, que la determinación, por parte de todos los fabricantes de este tipo de "armas no letales"; se ha basado en la emisión de "pulsos eléctricos con espacios de no emisión", ya que han podido lograr resultados de descargas, que pueden llegar a provocar incluso la muerte (es decir máximo poder), optimizando simultáneamente los niveles de consumo, de estos dispositivos, logrando finalmente una enorme cantidad de "disparos" ("pulsos de descarga eléctrica controlada") de alta efectividad, sin necesidad de recargar los mismos con alta periodicidad.  [0041] That is why the determination, by all manufacturers of this type of "non-lethal weapons"; It has been based on the emission of "electrical pulses with non-emission spaces", since they have been able to achieve discharge results, which can even cause death (ie maximum power), simultaneously optimizing the consumption levels of these devices, finally achieving a huge amount of "shots" ("pulses of controlled electrical discharge") of high effectiveness, without recharging them with high periodicity.
[0042] Los primeros sistemas de "armas no letales", sustentados en esta patente de 1981, de John H. Cover, se basaron en impulsos eléctricos que viajaban desde el arma al primer dardo, luego desde ese primer dardo a través del cuerpo de la persona o animal objeto del disparo ("descarga"), para regresar por el segundo dardo y el cable conductor, hasta el arma, cerrando así el circuito eléctrico. [0042] The first "non-lethal weapons" systems, supported by this 1981 patent by John H. Cover, were based on electrical impulses that traveled from the weapon to the first dart, then from that first dart through the body of the person or animal subject to the shot ("discharge"), to return by the second dart and the conductor cable, to the weapon, thus closing the electrical circuit.
[0043] Los impulsos eléctricos se producían a un ritmo de entre dos y diez pulsos por segundo, con 20 kilovoltios, entregando en cada descarga, de 0,01 a 0,5 julios; capaces de inducir contracciones musculares involuntarias y la inmovilización deseada.  [0043] The electrical impulses were produced at a rate of between two and ten pulses per second, with 20 kilovolts, delivering in each discharge, from 0.01 to 0.5 joules; capable of inducing involuntary muscle contractions and the desired immobilization.
[0044] Más tarde, surgieron en el Mundo, muchas otras patentes, procurando optimizar estos dispositivos y los pulsos de descarga controlada, responsables de lograr los efectos de inmovilización deseados. [0044] Later, many other patents emerged in the World, trying to optimize these devices and controlled discharge pulses, responsible for achieving the desired immobilization effects.
[0045] Por otro lado, muchas experiencias lograron demostrar con voluntarios, que estos esquemas de pulsos de descarga, no resultaban altamente efectivos; ya que en muchos casos, las personas que las recibían, podían seguir caminando o corriendo hasta el objetivo que tenían enfrente. [0045] On the other hand, many experiences were able to demonstrate with volunteers, that these discharge pulse schemes were not highly effective; since in many cases, the people who received them, could continue walking or running to the target in front of them.
[0046] Esta situación, llevada a casos reales, involucrando a las fuerzas de Policiales, Militares, Penitenciarias, de Seguridad Privada, "Law Enforcement", etc; provocaría resultados catastróficos, ya que ninguna de estas fuerzas, podría confiar en estos dispositivos, y sus vidas estaría en serio peligro.  [0046] This situation, taken to real cases, involving the forces of Police, Military, Prison, Private Security, Law Enforcement, etc .; it would cause catastrophic results, since none of these forces could rely on these devices, and their lives would be in serious danger.
[0047] La primera respuesta a esta situación, fue redefinir las características de estos "pulsos de descarga", elevando y modificando algunos parámetros, para incrementar el grado de efectividad, relativo a la inmovilización y posibilidad de posterior captura, buscada por las fuerzas del orden.  [0047] The first response to this situation was to redefine the characteristics of these "discharge pulses", raising and modifying some parameters, to increase the degree of effectiveness, relative to the immobilization and possibility of subsequent capture, sought by the forces of the order.
[0048] El mercado para la difusión y venta de estas armas "no letales", creció rápidamente, así como crecía la delincuencia y criminalidad; logrando ventas principalmente en algunos estados de Estados Unidos y otros países del Mundo.  [0048] The market for the dissemination and sale of these "non-lethal" weapons grew rapidly, as crime and crime grew; achieving sales mainly in some states of the United States and other countries of the World.
[0049] Sin embargo, en forma simultánea con la introducción y difusión de estas armas alternativas, cuyo objetivo fundamental inicial, era el de "salvar vidas, disminuyendo el innecesario uso de armas letales"; se comenzaron a registrar por el contrario, un enorme número de muertes, relacionadas con el uso y la aplicación de las mismas. [0049] However, simultaneously with the introduction and dissemination of these alternative weapons, whose initial fundamental objective was to "save lives, reducing the unnecessary use of lethal weapons"; on the contrary, a huge number of deaths related to the use and application of the same began to be registered.
[0050] Se comprobaron excesos y abusos en el uso de estos dispositivos, por parte de las fuerzas Policiales, Militares, Penitenciarias, de Seguridad Privada, "Law Enforcement", etc; que se terminaron de caratular, como situaciones de "tortura".  [0050] Excesses and abuses in the use of these devices were verified by the Police, Military, Prison, Private Security, Law Enforcement, etc; that finished being caratular, like situations of "torture".
[0051] 11 Las armas "no letales", pasaron a ser caratuladas por prestigiosas e influyentes organizaciones gubernamentales y no gubernamentales, como peligrosas y de tortura. [0052] "Amnesty Inernational" (www.amnesty.org), solo por mencionar a una de las más importantes organizaciones de defensa de los derechos humanos en todo el Mundo, que con su movimiento global cuenta con más de 2,2 millones de personas, presentes en más de 150 Países; y ha presentado muchos reclamos internacionales y documentos recientes, extremadamente comprometedores, en donde se brindan listados detallados de los muertos relacionados con el uso de estos dispositivos. [0051] 11 "Non-lethal" weapons became known by prestigious and influential governmental and non-governmental organizations, such as dangerous and torture. [0052] "Amnesty Inernational" (www.amnesty.org), just to mention one of the most important organizations for the defense of human rights in the whole World, which with its global movement has more than 2.2 million people, present in more than 150 countries; and has submitted many international claims and recent documents, extremely compromising, where detailed listings of the dead related to the use of these devices are provided.
[0053] Bajo el título, de uno de sus últimos informes "Less than lethal? The use of stun weapons in US law enforcement (Index: AMR 51/010/2008)", del 16 de Diciembre de 2008, "Amnesty International", presentó en todo el Mundo, este reporte detallado de muertes asociadas a los usos de estos dispositivos, destacando los dispositivos más implicados con el nombre "Taser", refiriéndose a uno o más productos de TASER International, Inc., como así también para los productos en ese momento de Stinger Systems, Inc. (hoy Karbon Arms), entre otros. [0053] Under the title of one of his latest reports "Less than lethal? The use of stun weapons in US law enforcement (Index: AMR 51/010/2008)", dated December 16, 2008, "Amnesty International" , presented worldwide, this detailed report of deaths associated with the uses of these devices, highlighting the devices most involved with the name "Taser", referring to one or more products of TASER International, Inc., as well as for products at that time of Stinger Systems, Inc. (today Karbon Arms), among others.
[0054] En este Link, se detallan enorme cantidad de casos y reclamos documentados-.; que generaron y generan actuales demandas, contra los fabricantes de dispositivos tipo "Taser", y han bloqueado su utilización en prácticamente todos los [0054] In this Link, a huge number of cases and documented claims are detailed; that generated and generate current lawsuits, against the manufacturers of "Taser" devices, and have blocked their use in virtually all
Países, que incluso estas compañías, brindan como referencia comercial: Countries, which even these companies, provide as a commercial reference:
[0055] http://www.amnesty.org/es/ai search?keywords=taser&op=Buscar&f orm ic search theme form&form token=d85247310feb1 1f9d6672c7034e8a9 [0055] http://www.amnesty.org/es/ai search? Keywords = taser & op = Search & f orm ic search theme form & form token = d85247310feb1 1f9d6672c7034e8a9
56 56
[0056] Los datos presentados por "Amnesty International" sobre estas víctimas en el uso de armas "no letales", con el título "LIST OF DEATHS FOLLO WING USE OF STUN WEAPONS ΓΝ US LAW ENFORCEMENT, incluyen todos los detalles de estas muertes y las implicancias de uso de las "Taser", en esos eventos.  [0056] The data submitted by "Amnesty International" on these victims in the use of "non-lethal" weapons, with the title "LIST OF DEATHS WING USE OF STUN WEAPONS FOLLOW ΓΝ US LAW ENFORCEMENT, includes all the details of these deaths and the implications of using the "Tasers" in those events.
[0057] Existen numerosos estudios e investigaciones privadas, propuestas por compañías tales como la firma Taser International, Inc. (http://www2.taser.com/research/Science/Paqes/CurrentElectronicControlDevic eResearch.aspx). pero los mismos en términos generales, no han sido aceptados por la comunidad internacional, como para permitir la difusión y el uso de estos "electronic control devices (ECDs)" (o Inmovilizadores Temporales Disuasivos "ITDs", entre otras denominaciones); y las muertes y/o daños irreversibles no han cesado, en los ambientes restringidos donde estos dispositivos se aplican. [0057] There are numerous private studies and investigations, proposed by companies such as Taser International, Inc. (http://www2.taser.com/research/Science/Paqes/CurrentElectronicControlDevic eResearch.aspx). but in general terms, they have not been accepted by the international community, as to allow the diffusion and use of these "electronic control devices (ECDs)" (or Temporary Immobilizers Deterrent "ITDs", among other denominations); and irreversible deaths and / or damage have not ceased, in the restricted environments where these devices are applied.
[0058] Lo cierto, es que incluso, en Estados Unidos, donde residen la mayor cantidad de inventos, experiencias y compañías manufactureras de estos dispositivos; las restricciones de uso, son importantes para varios grandes estados de esta nación.  [0058] The truth is that even in the United States, where the greatest number of inventions, experiences and manufacturing companies of these devices reside; the restrictions of use, are important for several great states of this nation.
[0059] Tanto Amnesty International, como muchas otras entidades, gobiernos, municipios, ciudadanos, organizaciones no gubernamentales, asociaciones civiles, abogados y jueces, familiares de víctimas, etc.; vienen reclamando y obstaculizando en forma enérgica la difusión y permisos de uso, de los dispositivos tipo "Taser"', en todo el Mundo.  [0059] Amnesty International, as well as many other entities, governments, municipalities, citizens, non-governmental organizations, civil associations, lawyers and judges, relatives of victims, etc .; they have been vigorously demanding and impeding the dissemination and use permits of "Taser" devices, all over the World.
[0060] Los argumentos en contra, se basan principalmente, en el hecho, de que a pesar de la denominación genérica de estos dispositivos, como "no letales"; está demostrado y documentado claramente, que pueden provocar cuantiosas muertes.  [0060] The arguments against it are based mainly on the fact that despite the generic designation of these devices, as "non-lethal"; It is clearly demonstrated and documented that they can cause large deaths.
[0061] Los usuarios principales de estos dispositivos, provenientes de las fuerzas Policiales, Militares, Penitenciarias, de Seguridad Privada, "Law Enforcement", etc.; no pueden determinar ante la necesidad de uso de estas armas, por ejemplo, si la persona a la cual se le disparará, tiene en su cuerpo implantado un sistema electrónico de asistencia cardiaca (marcapasos electrónico,1 etc.), ePcuál seguramente estará operando ante esas situaciones de "estrés", y que obviamente, se verá seriamente afectado, cuando circulen por su cuerpo, estos tremendos pulsos de energía, que pueden generarle con altísima probabilidad, un serio trauma fisiológico o provocarle la muerte. [0061] The main users of these devices, coming from Police, Military, Prison, Private Security, Law Enforcement, etc .; they cannot determine the need to use these weapons, for example, if the person to whom they will be shot has an electronic cardiac assist system (electronic pacemaker, 1 etc.) implanted in their body, ePcuál will surely be operating before those "stress" situations, and that obviously, will be seriously affected, when they circulate through your body, these tremendous pulses of energy, which can generate with very high probability, a serious physiological trauma or cause death.
[0062] Por otro lado, la característica funcional, de estos dispositivos, se basa en la emisión de un conjunto de pulsos de alta tensión, que al circular por el cuerpo humano o de un animal, "confunden" los mecanismos nerviosos neurotransmisores, provocando contracciones arrítmicas e involuntarias de los tejidos musculares afectados ("NMI"). A pesar de los intentos de los diseñadores, por minimizar estos efectos trabajando con el denominado umbral "let-go", lo cierto, es que intervienen demasiadas variables de propagación electromagnética en el cuerpo humano o de un animal; como para poder garantizar que el corazón, no se verá afectado, por estos fuertes impactos eléctricos. [0062] On the other hand, the functional characteristic of these devices is based on the emission of a set of high voltage pulses, which, when circulating through the human body or an animal, "confuse" the neurotransmitter nerve mechanisms, causing arrhythmic and involuntary contractions of the affected muscle tissues ("NMI"). Despite the attempts of the designers, to minimize these effects by working with the so-called "let-go" threshold, the truth is that too many electromagnetic propagation variables are involved in the human or animal body; as to be able to guarantee that the heart will not be affected, by these strong electrical impacts.
[0063] Así es que se han documentado, una enorme cantidad de casos y lamentablemente se siguen registrando en los ámbitos restringidos, donde estas armas tipo "Taser" se están utilizando; de muertes por estados críticos como los de "fibrilación auricular/ventricular", que pueden desencadenar en paro cardíaco, provocadas por el "shock" eléctrico recibido. [0063] So it has been documented, a huge number of cases and unfortunately are still registered in the restricted areas, where these "Taser" weapons are being used; of deaths due to critical conditions such as "atrial / ventricular fibrillation", which can lead to cardiac arrest, caused by the electrical shock received.
[0064] Estudios recientes realizados con animales han concluido que el uso actual de este tipo de armas de electrochoque tipo "Taser" puede causar arritmias mortales en cerdos, lo que suscita dudas adicionales sobre su uso en humanos.  [0064] Recent studies with animals have concluded that the current use of this type of "Taser" type electric shock weapon can cause fatal arrhythmias in pigs, which raises additional questions about its use in humans.
[0065] Además, recientemente s ha informado de que casi el diez por ciento de las 41 armas "Taser" probadas en un estudio encargado por la "Canadian Broadcasting Corportation", aplicaban una corriente considerablemente mayor que la que el fabricante indicaba como posible, lo que subraya la necesidad de implementar los criterios de protección de la vida, involucrados en las innovaciones que aquí se detallarán. [0065] In addition, it has recently been reported that almost ten percent of the 41 "Taser" weapons tested in a study commissioned by the "Canadian Broadcasting Corportation" applied a considerably greater current than the one the manufacturer indicated as possible, which underlines the need to implement life protection criteria, involved in the innovations that will be detailed here.
Existen incluso, aberrantes documentos (gravados también en videos), donde las fuerzas Policiales, Militares, Penitenciarias, de Seguridad Privada, "Law Enforcement", etc.; propinaban disparos ("pulsos de descargas eléctricas") adicionales con estos dispositivos de control electrónico (en inglés "electronic control devices" (ECDs)), a un presunto delincuente/objetivo; cuando este ya se encontraba según los estudios forenses posteriores en un estado de "fibrilación auricular/ ventricular", ya inmediato a la muerte, que efectivamente se concretó, de manera desafortunada. There are even aberrant documents (also recorded in videos), where Police, Military, Prison, Private Security, Law Enforcement, etc .; they gave additional shots ("electric shock pulses") with these electronic control devices (in English "electronic control devices" (ECDs)), to an alleged criminal / target; when this was already according to subsequent forensic studies in a state of "atrial / ventricular fibrillation", and immediately after death, which actually took place, unfortunately.
[0066] Más crítico aún, es el accionar ya registrado de este tipo de armas, sobre niños y mujeres que estaban embarazadas; donde los riesgos son mucho mayores. [0066] Even more critical is the already registered actions of this type of weapons on children and women who were pregnant; where the risks are much greater.
[0067] Las empresas líderes en el desarrollo y manufactura de estos dispositivos, como Taser International, Inc.; han registrado enormes pérdidas y sus mejores resultados comerciales, quedan restringidos, a que en la mayoría de los casos, solo les admiten permisos, para "poner en esquemas de prueba", por largos períodos estas armas "no letales"; que además en muchos de esos casos, las fábricas deben entregar sin costo, para facilitar estos procesos-, que en general están detenidos o se han perdido en términos de inserción comercial, en todos los sitios que han intentado ingresar. [0067] The leading companies in the development and manufacturing of these devices, such as Taser International, Inc .; they have registered huge losses and their best commercial results, are restricted, in which in most cases, they are only allowed permits, to "put in test schemes", for long periods these "non-lethal" weapons; In addition, in many of these cases, factories must deliver at no cost, to facilitate these processes - which in general are stopped or have been lost in terms of commercial insertion, in all the sites they have tried to enter.
[0068] Lo cierto, es que todos esos esfuerzos por parte de los fabricantes principales, por tratar de demostrar que estas armas "no letales" (ECDs, etc), resultan seguras, efectivas y con mínima incidencia e interferencia en el normal funcionamiento de la fisiología del cuerpo humano o de un animal; los hechos negativos y la opinión pública, va en contra, argumentando que de ninguna manera, se tienen en cuenta los parámetros vitales. [0068] The truth is that all these efforts by the main manufacturers, to try to demonstrate that these "non-lethal" weapons (ECDs, etc.), are safe, effective and with minimal incidence and interference in the normal operation of the physiology of the human body or an animal; Negative facts and public opinion, goes against, arguing that in no way, vital parameters are taken into account.
[0069] Las compañías desarrolladoras y fabricantes de este tipo de dispositivos tipo Stun Gun, "Taser", etc; están siendo jaqueadas, por centenares de millonarias demandas internacionales, presentadas en general por familiares de personas que han fallecido o sufrido serios daños, en incidentes dónde fueron utilizados los mismos. [0070] Así por ejemplo, detallo a continuación material relativo a un caso reciente, que se encuentra entre las últimas demandas que recibió la Compañía Taser International, Inc., por la suma de USD 6.200.000.- : [0069] Developing and manufacturing companies of this type of Stun Gun, "Taser" devices, etc; they are being checked, by hundreds of millions of international lawsuits, presented in general by relatives of people who have died or suffered serious damage, in incidents where they were used. [0070] Thus, for example, I detail below material related to a recent case, which is among the last demands received by the Taser International, Inc. Company, for the sum of USD 6,200,000.-:
[0071] http://www.lasvepassun.com/news/2008/nov/28/taser-suit-ends-lose- one-win-one-scenario/  [0071] http://www.lasvepassun.com/news/2008/nov/28/taser-suit-ends-lose- one-win-one-scenario /
[0072] By Abipail Goldman  [0072] By Abipail Goldman
[0073] For Taser, suit ends in lose-one, win-one scenario  [0073] For Taser, suit ends in lose-one, win-one scenario
[0074] Friday, Nov. 28, 2008 | 2 a.m. [0074] Friday, Nov. 28, 2008 | 2 am.
[0075] "Demanda contra Taser destaca riesgos en defunciones por Taser http://bloasJindlaw.com/iniured/2010/01/taser-lawsuit-hiQhliphts-ri  [0075] "Lawsuit against Taser highlights risks in deaths by Taser http://bloasJindlaw.com/iniured/2010/01/taser-lawsuit-hiQhliphts-ri
deaths.html deaths.html
[0076] Taser International Inc. no es ajeno a las demandas, pero esta vez recibió la estocada a fondo. Según el diario Las Vegas Sun, la fábrica de Scottsdale, Arizona, es demandada en un pleito de armas Taser por la familia de un médico de Las Vegas que murió éh 2008. Tenía sólo 33 años. La demanda es otro ejemplo de lo que algunos ven como un riesgo de muerte planteado por el uso de armas Taser en situaciones determinadas. La demanda dice que el Sr. Ryan Rich sufrió una convulsión mientras conducía. El oficial de la patrulla de caminos supuestamente neutralizó a Rich usando su Taser cinco veces (dos veces como "stun gun" paralizante). Cuando se lo llevó a un hospital, fue declarado muerto. La demanda alega que Taser no dio a conocer los riesgos-- letales de sus productos.... el producto puede causar un paro cardíaco y "fíbrilación ventricular." La demanda también alega que la empresa no advirtió a los agentes del orden que llevaran desfíbriladores para mitigar los riesgos de daño cerebral o la muerte si el sospechoso entra en paro cardíaco después de que funcionarios usan el dispositivo. AZ Central informó que la demanda por muerte injusta de Robert C. Heston desembocó en un fallo contra Taser Inc. por la cantidad de $ 6,2 millones de dólares en daños y perjuicios. [0076] Taser International Inc. is no stranger to the lawsuits, but this time it received the lunge thoroughly. According to the Las Vegas Sun newspaper, the Scottsdale, Arizona factory is sued in a Taser gun lawsuit by the family of a Las Vegas doctor who died in 2008. He was only 33 years old. The lawsuit is another example of what some see as a risk of death posed by the use of Taser weapons in certain situations. The lawsuit says that Mr. Ryan Rich suffered a seizure while driving. The road patrol officer allegedly neutralized Rich using his Taser five times (twice as a paralyzing "stun gun"). When he was taken to a hospital, he was pronounced dead. The lawsuit alleges that Taser did not disclose the risks - lethal of its products .... the product can cause cardiac arrest and "ventricular fibrillation." The lawsuit also alleges that the company did not warn law enforcement officials to wear defibrillators to mitigate the risks of brain damage or death if the suspect goes into cardiac arrest after officials use the device. AZ Central reported that Robert C.'s wrongful death lawsuit Heston resulted in a ruling against Taser Inc. for the amount of $ 6.2 million in damages.
[0077] Según el diario Las Vegas Sun, el 9o Circuito pronto se pronunciará sobre directrices estrictas sobre el uso de armas Taser por aplicación de la ley. Neyada es uno de los estados en la jurisdicción del 9 ° Circuito." [0077] According to the Las Vegas Sun, the 9th Circuit will soon rule on strict guidelines on the use of tasers by law enforcement. Neyada is one of the states in the jurisdiction of the 9th Circuit. "
[0078] Esta verdadera avalancha de resultados negativos, e imposibilidad de expandir estas tecnología y aplicaciones a una verdadera escala internacional, impulsó la implementación, de varias tecnologías y patentes adicionales; pero que finalmente no produjeron a la fecha, la reversión de la opinión de las principales organizaciones defensoras de los derechos humanos y otras entidades, y los dispositivos tipo "Taser", están cada vez más asociados al concepto de "tortura" en amplios sectores de la sociedad mundial.  [0078] This true avalanche of negative results, and the impossibility of expanding these technologies and applications to a true international scale, drove the implementation of several additional technologies and patents; but that finally did not produce to date, the reversal of the opinion of the main human rights organizations and other entities, and the "Taser" type devices, are increasingly associated with the concept of "torture" in broad sectors of World society
[0079] Así, por ejemplo, se incorporaron elementos especiales de identificación, de cada "disparo" ("pulso de descarga"), para dejar evidencias en la escena de uso de estas armas "no letales"; sistemas de grabación de audio y video de activación automática con el disparo, destinados a dejar un documento probatorio, de cómo las fuerzas Policiales, Militares, Penitenciarias, de Seguridad Privada, "Law Enforcement", etc, desplegaron su accionar, etc.  [0079] Thus, for example, special identification elements were incorporated, for each "shot" ("discharge pulse"), to leave evidence in the scene of use of these "non-lethal" weapons; automatic audio and video recording systems with the triggering, intended to leave a probative document, of how the Police, Military, Penitentiary, Private Security, Law Enforcement, etc., deployed their actions, etc.
[0080] También se desarrollaron tecnologías de calibración del tipo de "pulso de descarga" propinado ("Pulse Calibration System" de Taser International, Inc., por ejemplo), que en teoría se ajusta para procurar garantizar un efectivo resultado de "inmovilización/ incapacidad neuromuscular (lo que firmas como Taser International, Inc., denominan con el término "NMI"), utilizando los menores niveles de descarga posible sobre el objetivo (una persona o animal), para que estos sean más seguros.  [0080] Calibration technologies of the "discharge pulse" type ("Pulse Calibration System" of Taser International, Inc., for example) were also developed, which in theory is adjusted to ensure an effective "immobilization / Neuromuscular disability (what you sign as Taser International, Inc., call the term "NMI"), using the lowest possible discharge levels on the target (a person or animal), so that they are safer.
[0081] Estas innovaciones, también en algunos dispositivos, permiten guardar registros y realizar controles manuales opcionales por parte del operador, sobre los componentes principales de estos "pulsos de descarga" (corriente, tiempo, amplitud, repetición, etc). [0081] These innovations, also on some devices, allow saving records and perform optional manual controls by the operator, on the main components of these "discharge pulses" (current, time, amplitude, repetition, etc.).
[0082] Encontramos muchas de estas aplicaciones, avaladas por algunas de las siguientes Patentes de Estados Unidos números: US 7.075.770 Bl, US 2006/0209489, US 2007/0097592 Al, US 2007/0130815 Al, US 2009/0180234 Al, US 4.541.191 , US 7.778.005 B2, básicamente.  [0082] We find many of these applications, endorsed by some of the following US Patents numbers: US 7,075,770 Bl, US 2006/0209489, US 2007/0097592 Al, US 2007/0130815 Al, US 2009/0180234 Al, US 4,541,191, US 7,778,005 B2, basically.
[0083] En casos como el de la compañía Taser International Inc., se obtuvo un informe privado, basado en un estudio del Instituto de Medicina Legal de Málaga en Cuadernos de Medicina n° 35 de 2004; en que se alude que estos dispositivos, generan en vacío 50.000 voltios, pero en contacto con la persona, este valor se reduce a unos 400 voltios con una corriente de 0,0021 amperios, lo que lo hace "no-letal" per se, ya que es sabido que en general el efecto letal de la corriente eléctrica depende de la intensidad y no del voltaje.  [0083] In cases such as that of the company Taser International Inc., a private report was obtained, based on a study of the Institute of Legal Medicine of Malaga in Medical Notebooks No. 35 of 2004; in which it is mentioned that these devices generate 50,000 volts in vacuum, but in contact with the person, this value is reduced to about 400 volts with a current of 0.0021 amps, which makes it "non-lethal" per se, since it is known that in general the lethal effect of electric current depends on the intensity and not on the voltage.
[0084] Sin embargo, estos estudios, no han sido aceptados por la comunidad en general y los defensores de los derechos humanos de todo el Mundo, en vista de lamentables hechos que siguen ocurriendo.  [0084] However, these studies have not been accepted by the community in general and human rights defenders around the World, in view of unfortunate events that continue to occur.
[0085] En efecto, esto no redujoj ni las muertes que se siguen generando, ni el impacto negativo y la percepción de la sociedad en su conjunto, junto a gobiernos, oficinas de seguridad municipal, fuerzas Policiales, Militares, Penitenciarias, de Seguridad Privada, "Law Enforceméht", organizaciones defensoras de los derechos humanos, etc.  [0085] In effect, this did not reduce the deaths that continue to be generated, nor the negative impact and perception of society as a whole, together with governments, municipal security offices, police forces, military forces, prisons, private security , "Law Enforceméht", human rights organizations, etc.
[0086] Sobran los escenarios de oposición, y solo por mencionar otras de las campañas Mundiales en contra de dispositivos tipo "Taser" (asumiendo que es la compañía líder actual en esta industria y se ha convertido en una denominación genérica), incluyo este Link: [0086] There are plenty of opposition scenarios, and just to mention other World campaigns against "Taser" devices (assuming it is the current leading company in this industry and has become a denomination generic), I include this Link:
[0087] www.campaignagainstthetaser.com  [0087] www.campaignagainstthetaser.com
[0088] En su carrera comercial por sobrevivir, compañías como Taser International, Inc., Karbon Arms, Inc., etc; anuncian en sus comunicados de prensa y por todos los diferentes medios de promoción y difusión posibles, que cuentan con presencia y aplicaciones crecientes en más de 50 Países, más allá de Estados Unidos y uno de ellos es por mencionar un ejemplo, Argentina.  [0088] In his commercial career to survive, companies such as Taser International, Inc., Karbon Arms, Inc., etc; They announce in their press releases and by all the different means of promotion and dissemination possible, that they have a growing presence and applications in more than 50 countries, beyond the United States and one of them is to mention an example, Argentina.
[0089] La realidad indica, concretamente, que este tipo de dispositivos, "ECDs", "Armas No letales", etc; se encuentran específicamente bloqueados y prohibidos para su uso en Argentina, como lo demuestran los siguientes artículos y links que se adjuntan a continuación:  [0089] Reality indicates, specifically, that this type of device, "ECDs", "Non-lethal Weapons", etc; They are specifically blocked and banned for use in Argentina, as evidenced by the following articles and links attached below:
[0090] http://www.amnestv.org.ar/noticias-v-documentos/archivo-de- noticias/argentina-5  [0090] http://www.amnestv.org.ar/noticias-v-documentos/archivo-de- noticias / argentina-5
[0091] La Cámara dijo adiós a las pistolas Taser  [0091] The Chamber said goodbye to Taser guns
[0092] Publicado el 1 de Diciembre de 2010 [0092] Published on December 1, 2010
[0093] La Sala II de la Cámara en lo Contencioso Administrativo y Tributario ratificó el fallo de primera instancia que suspendió en julio último de manera definitiva el uso de las armas Taser X 26 para la Policía Metropolitana, luego de un recurso de amparo que había presentado el Observatorio de Derechos Humanos de la Ciudad (ODH). La primera resolución subrayaba datos del Comité Contra la Tortura de la ONU y otros organismos internacionales que aseguran que las armas tipo Taser, utilizada en más de 40 países, puede matar o dañar la integridad física y la salud de las personas. El tribunal de apelaciones falló luego de escuchar al ODH y a Eugenio Burzaco.  [0093] The Chamber II of the Chamber in the Contentious Administrative and Taxation ratified the ruling of first instance that definitively suspended in last July the use of Taser X 26 weapons for the Metropolitan Police, after an amparo appeal that had presented the Observatory of Human Rights of the City (ODH). The first resolution underlined data from the UN Committee Against Torture and other international organizations that ensure that Taser-type weapons, used in more than 40 countries, can kill or damage the physical integrity and health of people. The appeals court ruled after hearing the ODH and Eugenio Burzaco.
[0094] http://tiempo.elargentino.com/notas/camara-diio-adios-las-pistolas- taser [0094] http://tiempo.elargentino.com/notas/camara-diio-adios-las-pistolas- taser
[0095] Además, finalmente, solo llegaron a entrar a este País, menos de 10 unidades de este tipo de dispositivos; con lo cual, queda claro, el enorme problema que se relaciona al estado actual de esta tecnología.  [0095] In addition, finally, only less than 10 units of this type of device came into this country; with which, it is clear, the huge problem that relates to the current state of this technology.
[0096] En todos los sitios en donde se llegaron a vender o introducir a prueba, estos dispositivos; se presentaron serios cuestionamientos y conflictos de oposición social, gubernamental, de organizaciones no gubernamentales, defensores de los derechos humanos, etc; para que estas "armas no letales", no se permitan.  [0096] At all sites where these devices were sold or introduced for testing; There were serious questions and conflicts of social opposition, government, non-governmental organizations, human rights defenders, etc; so that these "non-lethal weapons" are not allowed.
[0097] Todas las compañías más exitosas e importantes del Mundo, referidas al diseño y producción de estos dispositivos, como Karbon Arms (que adquirió en el año 2010 a Stinger Systems); Taser International, Inc.; entre otros; vienen sufriendo enormes pérdidas y mucho peor aún, sus mayores esfuerzos de marketing promocional, se ven seriamente afectados, llegando a poner a muchas protagonistas de esta industria, en situaciones de quiebra. [0097] All the most successful and important companies in the World, referring to the design and production of these devices, such as Karbon Arms (which acquired Stinger Systems in 2010); Taser International, Inc .; among others; They are suffering huge losses and much worse, their major promotional marketing efforts are seriously affected, putting many players in this industry, in bankruptcy situations.
[0098] Yo he realizado investigaciones de los últimos Años, referidas, a las propagaciones de pulsos de energía eléctrica, generadores dé campos electromagnéticos, y su incidencia en el ser humano, que terminaron generando en una de sus aplicaciones, mi Patente de Invención referida a "UN SISTEMA PASIVO DE DETECCIÓN E INDICACIÓN, DE RADIACIONES ELECTROMAGNÉTICAS NO IONIZANTES Y ELECTRICIDAD ESTÁTICA, ESPECIALMENTE DISEÑADO PARA APLICARSE / INTEGRARSE EN TODO TIPO DE FILTROS ANTI- RADIACIÓN / ANTI-ESTÁTICOS / ANTI-REFLEJO, DESTINADOS AL BLOQUEO DE ESTAS EMISIONES EN DISPOSITIVOS CON TUBOS DE RAYOS CATÓDICOS (TRC) , PRINCIPALMENTE".)  [0098] I have carried out research in recent years, referring to the propagation of pulses of electric energy, generators of electromagnetic fields, and their incidence in humans, which ended up generating in one of its applications, my Patent of Invention referred a "A PASSIVE DETECTION AND INDICATION SYSTEM, OF NON-IONIZING ELECTROMAGNETIC RADIATIONS AND STATIC ELECTRICITY, SPECIALLY DESIGNED TO APPLY / INTEGRATE IN ALL TYPES OF ANTI-RADIATION / ANTI-STATIC / ANTI-REFLECTION BATTERIES IN EMBOSSED DISPOSALS WITH CATHODIC RAY TUBES (TRC), MAINLY ".)
[0099] Esta patente' que se otorgó en el Registro de Patentes y Marcas de ARGENTINA, con el número "AR005692B1", también fue registrada en Estados Unidos, como "Passive svstem for the detection and indication of non-ionizinq electromaqnetic radiations and static electricitv", con el número US 6,577,132 B2 en la USPTO; en Países Europeos y China, principalmente; involucraba un manejo específico de los efectos contraproducentes en nuestro organismo de las descargas de Alta tensión, provenientes de dispositivos tipo "Flyback", insertos típicamente en dispositivos integrados con "TRC" (Tubos de Rayos Catódicos), en forma no limitativa. [0099] This patent 'which was granted in the Patent and Trademark Registry of ARGENTINA, with the number "AR005692B1", was also registered in the United States, as "Passive svstem for the detection and indication of non-ionizinq electromaqnetic radiations and static electricitv", with the number US 6,577,132 B2 in the USPTO; in European countries and China, mainly; It involved a specific management of the counterproductive effects in our body of High Voltage discharges, coming from "Flyback" type devices, typically inserted in devices integrated with "TRC" (Cathode Ray Tubes), in a non-limiting manner.
[00100] Esta base, me sirvió, para entender claramente los principios funcionales, de estas denominadas "armas no letales", "ECD", lanzadoras de liquido electrificado, plasma eléctrico, armas de energía dirigida, Proyectil de Pulso Electromagnético (PEP), dardos inalámbricos de descarga eléctrica, Cercas Electrificadas, etc.; sus implicancias dentro del organismo del ser humano (y los animales), y descubrir innovaciones que son la base de esta Patente de Invención, cuyo objetivo principal será el de "salvar vidas", sumando un inestimable valor agregado a industrias tipo "Taser" y otros dispositivos "no letales", desarrolladores de Cercas Electrificadas, etc, - que revolucionará los conceptos y revertirá las objeciones que los mercados presentan a nivel Mundial, provocando de esa manera enormes beneficios en términos de ventas, inserción y adopción de métodos, sistemas y equipamientos, con un gran desarrollo comercial.  [00100] This base helped me to clearly understand the functional principles of these so-called "non-lethal weapons", "ECD", electrified liquid launchers, electric plasma, directed energy weapons, Electromagnetic Pulse Projectile (PEP), wireless electric darts, Electrified Fences, etc .; its implications within the organism of the human being (and animals), and discover innovations that are the basis of this Invention Patent, whose main objective will be to "save lives", adding an invaluable added value to "Taser" type industries and other "non-lethal" devices, Electrified Fence developers, etc. - that will revolutionize the concepts and reverse the objections that the markets present worldwide, thereby causing enormous benefits in terms of sales, insertion and adoption of methods, systems and equipment, with a great commercial development.
[00101] Otro de los grandes objetivos buscados, es lograr la implementación en todo el Mundo, de normativas que exijan la inclusión de los métodos, sistemas y tecnologías implicadas en forma no limitativa en esta Patente de Invención, para salvaguardar de esa manera la integridad física de las fuerzas Policiales, Militares, Penitenciarias, de Seguridad Privada, "Law Enforcement", organizaciones defensoras de los derechos humanos, etc.; como así también los ciudadanos comunes; evitando usos abusivos, y entornos de tortura, relacionados con el accionar de la actual tecnología disponible de "armas no letales" o del Inglés "Less Lethal Weapons", a nivel global. [00101] Another of the great objectives sought is to achieve the worldwide implementation of regulations that require the inclusion of the methods, systems and technologies involved in a non-limiting way in this Invention Patent, in order to safeguard in this way the integrity Physics of the Police, Military, Prison, Private Security, "Law Enforcement", organizations that defend rights humans, etc .; as well as ordinary citizens; avoiding abusive uses, and torture environments, related to the operation of the current available technology of "non-lethal weapons" or the English "Less Lethal Weapons", globally.
[00102] En referencia a las normativas que deberían implementarse en todo el Mundo, en relación al funcionamiento de estas "armas y sistemas no letales" o del Inglés "Less Lethal Weapons"; sería la anular y prohibir, la "emisión continua" (disparo continuo), de un conjunto de pulsos de alta tensión ("NMI"), sin límites preestablecidos, pudiendo incluso accionarlos, hasta que las baterías se consuman. [00102] In reference to the regulations that should be implemented throughout the World, in relation to the operation of these "non-lethal weapons and systems" or the English "Less Lethal Weapons"; it would be to cancel and prohibit, the "continuous emission" (continuous firing), of a set of high voltage pulses ("NMI"), without preset limits, being able to even activate them, until the batteries are consumed.
[00103] Está claro y extensamente probado a nivel Mundial, que el estado actual de estos denominados, métodos, sistemas y tecnologías "no letales", se encuentran bloqueados en sus buenas intensiones de difusión, debido a la imposibilidad que presentan, de poder tomar en consideración, los estados básicos funcionales fisiológicos, de la persona (o animal) que es objeto de los ataques proferidos por estos dispositivos. [00103] It is clear and widely proven worldwide that the current state of these so-called "non-lethal" methods, systems and technologies, are blocked in their good diffusion intensities, due to the impossibility they present, of being able to take in consideration, the basic physiological functional states of the person (or animal) that is the object of the attacks made by these devices.
[00104] Por otra parte, también son conocidos diversos métodos, sistemas y tecnologías destinados a suministrar información pronta y precisa, de los parámetros fisiológicos funcionales principales, del ser humano y los animales. Estos sistemas destinados a suministrar información pronta y precisa, de los parámetros fisiológicos funcionales principales, del ser humano y los animales; pueden operar a través de diferentes niveles de acercamiento y contacto, con el cuerpo humano o de un animal, por medio de la utilización de "sensores de contacto y sin contacto, es decir a distancia.  [00104] On the other hand, various methods, systems and technologies are also known to provide prompt and accurate information, of the main functional physiological parameters, of human beings and animals. These systems designed to provide prompt and accurate information on the main functional physiological parameters of humans and animals; they can operate through different levels of approach and contact, with the human body or an animal, through the use of "contact and contactless sensors, that is, at a distance.
[00105] Estos métodos, técnicas y dispositivos, permiten registrar con precisión, datos fundamentales, del comportamiento de nuestro organismo o el un animal, mediante la aplicación de sensores sobre la superficie de la piel, con agregados de productos para optimizar este contacto, como "geles", o incluso mediante agujas insertas a nivel de epidermis; logran lecturas de ritmo cardíaco, respiratorio, movimientos corporales, etc. [00105] These methods, techniques and devices, allow to record with precision, fundamental data, of the behavior of our organism or of an animal, by applying sensors on the surface of the skin, with aggregates of products to optimize this contact, such as "gels", or even by needles inserts at epidermis level; achieve heart rate, respiratory readings, body movements, etc.
[00106] Incluso se han desarrollado diferentes tecnologías, que en forma muy simplificada y confiable, permiten registrar estos signos vitales fundamentales, como el ritmo cardíaco y sus anomalías; por medio de solo dos electrodos, dispuestos en zonas alejadas incluso del músculo cardíaco, proveyendo correctas y prontas lecturas.  [00106] Even different technologies have been developed, which in a very simplified and reliable way, allow to record these vital vital signs, such as heart rate and its anomalies; by means of only two electrodes, arranged in areas far away even from the heart muscle, providing correct and prompt readings.
[00107] Así por ejemplo, la Patente US 4,027,663; denominada "HEART BEAT DETECTOR", describe una de estas alternativas, aplicable incluso a condiciones extremadamente inestables, ruidosas, en ambientes de emergencia, con vibraciones, sin posibilidad de encontrar puntos de aplicación ideales para los dos electrodos en cuanto a la cercanía a las zonas cardíacas, etc. Como muchos otros dispositivos similares, se trata de circuitos simples, de reducido espacio y capaces de operar con baterías convencionales. [00107] Thus, for example, US Patent 4,027,663; called "HEART BEAT DETECTOR", describes one of these alternatives, applicable even to extremely unstable, noisy conditions, in emergency environments, with vibrations, without the possibility of finding ideal application points for the two electrodes in terms of proximity to areas cardiac, etc. Like many other similar devices, these are simple circuits, of reduced space and capable of operating with conventional batteries.
[00108] Este dispositivo, posee en primera instancia un circuito detector de conductividad, para garantizar el buen contacto de los electrodos con la piel del sujeto, y luego realiza una inmediata detección, filtrado e indicación de los potenciales eléctricos cardíacos, y los denominados "complejos QRS"; para brindar una indicación de ECG (Electrocardiograma).  [00108] This device, in the first instance, has a conductivity detector circuit, to ensure the good contact of the electrodes with the subject's skin, and then performs an immediate detection, filtering and indication of the cardiac electrical potentials, and the so-called " QRS complexes "; to provide an indication of ECG (Electrocardiogram).
[00109] Buscando evitar los problemas relacionados con el eventual contacto y acoplamiento conductivo, entre los sensores descriptos anteriormente y la piel de la persona analizada; la Publicación de Solicitud de Patente US 2009/0309605 Al, denominada "ELECTRIC POTENTIAL SENSOR", describe electrodos de este tipo, donde se implementa una detección de los potenciales cardíacos, con un acoplamiento capacitivo, que prescinde de la necesidad del contacto eléctrico "sensor-piel", logrando excelentes resultados, solo con coritacto físico de las partes. Esta "Electric Potential Sensing technology", está muy probada y desarrollada por ejemplo, por la University of Sussex, Brighton, (GB). [00109] Seeking to avoid problems related to eventual contact and conductive coupling, between the sensors described above and the skin of the person analyzed; US Patent Application Publication 2009/0309605 Al, called "ELECTRIC POTENTIAL SENSOR", describes electrodes of this type, where a detection of cardiac potentials is implemented, with a capacitive coupling, which dispenses with the need for electrical contact "sensor -skin ", achieving excellent results, only with physical action of the parts. This "Electric Potential Sensing technology ", is very tested and developed for example, by the University of Sussex, Brighton, (GB).
[00110] Pero, pensando principalmente en pacientes con dificultades en la piel, como quemaduras y otro tipo de controles, donde adherir los sensores al cuerpo, podía resultar un problema, se generaron dispositivos, para poder realizar las mediciones de los campos eléctricos que emana el cerebro y el corazón (Electroencefalograma/EEG y Electrocardiograma ECG, respectivamente); sin el contacto con el sujeto.  [00110] But, thinking mainly of patients with skin difficulties, such as burns and other controls, where adhering the sensors to the body, could be a problem, devices were generated, to be able to make measurements of the electric fields that emanates the brain and the heart (Electroencephalogram / EEG and ECG electrocardiogram, respectively); Without contact with the subject.
[00111] En la Solicitud de Patentes Publicada US 2011/0043225 Al, denominada "NON-CONTACT BIOPOTENTIAL SENSOR", se recurre al uso de un sistema de bio-sensores capacitivos ("Capacitive Biosensor System"), que logran este mismo tipo de lecturas biométricas/ fisiológicas, sin contacto entre el sensor y la piel del sujeto; logrando una eficiente respuesta en el rango de separación de algunos milímetros (menos de 4mm), pensado para poder operar por encima de una ropa liviana o el mismo pelo, que pueda separar la piel del sensor. [00111] In US Patent Application Published 2011/0043225 Al, called "NON-CONTACT BIOPOTENTIAL SENSOR", the use of a capacitive bio-sensor system ("Capacitive Biosensor System"), which achieve this same type of biometric / physiological readings, without contact between the sensor and the subject's skin; achieving an efficient response in the separation range of a few millimeters (less than 4mm), designed to operate over light clothes or the same hair, which can separate the skin from the sensor.
[00112] Continuando en la investigación sobre las tecnologías, métodos y sistemas disponibles, aplicables a medición a distancia (sin contacto), de los estados fisiológicos/biométricos básicos, como el ritmo cardíaco (ECG), el ritmo respiratorio, etc; se encuentra gran cantidad de desarrollos, que pueden servir para implementar la presente invención.  [00112] Continuing research on available technologies, methods and systems, applicable to distance measurement (without contact), of basic physiological / biometric states, such as heart rate (ECG), respiratory rate, etc; a large number of developments are found, which can serve to implement the present invention.
[00113] La combinación de los denominados sensores de bio-radar inalámbricos, en Inglés "wireless bio-radar sensor", operativos con 1 o 2 antenas, utilizando frecuencias libres ISM (como 902 - 928 MHz; 2.4 - 2.483 GHz; 5.15 - 5.35 y 5.725 - 5.875 GHz, por ejemplo), en conjunción con la aplicación del efecto "Doppler"; han permitido lograr mediciones "sin contacto" muy precisas, a distancias del orden de los 50 cm del sujeto (humano o animal). El uso de estas bandas de frecuencia, y los diseños conocidos, permiten lograr resultados basados en circuitos muy reducidos, económicos y de bajo consumo eléctrico. [00113] The combination of so-called wireless bio-radar sensors, in English "wireless bio-radar sensor", operating with 1 or 2 antennas, using free ISM frequencies (such as 902 - 928 MHz; 2.4 - 2,483 GHz; 5.15 - 5.35 and 5,725-5,875 GHz, for example), in conjunction with the application of the "Doppler"effect; they have allowed to achieve very precise "contactless" measurements, at distances of the order of 50 cm of the subject (human or animal). The use of these frequency bands, and the designs known, allow to achieve results based on very small, economical and low power consumption circuits.
[00114] Así por ejemplo, en Progress In Electromagnetics Research C, Vol. 5, 149— 168, 2008, se difundió el armado de un "WIRELESS BIO-RADAR SENSOR FOR HEARTBEAT AND RESPIRATION DETECTION", B.-J. Jang del Department of Electrical Engineering, Kookmin University; S.-H. Wi and J.-G. Yook del Department of Electrical Engineering, Yonsei University; M.-Q. Lee del Department of Electronic, Electrical and Computer Engineering, University of Seoul y K.-J. Lee, Department of Biomedical Engineering, Yonsei University, todos de Korea; demostraron muy buenos y confiables resultados, basados en el uso de estos principios combinados.  [00114] Thus, for example, in Progress In Electromagnetics Research C, Vol. 5, 149-168, 2008, the assembly of a "WIRELESS BIO-RADAR SENSOR FOR HEARTBEAT AND RESPIRATION DETECTION", B.-J. Jang of the Department of Electrical Engineering, Kookmin University; S.-H. Wi and J.-G. Yook of the Department of Electrical Engineering, Yonsei University; M.-Q. Lee of the Department of Electronic, Electrical and Computer Engineering, University of Seoul and K.-J. Lee, Department of Biomedical Engineering, Yonsei University, all of Korea; they demonstrated very good and reliable results, based on the use of these combined principles.
[00115] Por otro lado, en la Solicitud de Patente Publicada US 2009/0203972 Al, denominada "APPARATUS, SYSTEM, AND METHOD FOR MONITORING PHYSIOLOGICAL SIGNS", se aplican también señales de radiofrecuéncia combinadas con sensores de transmisión y recepción tipo "UWB" ("ultrawideband Radio Frequency Sensor"), en conjunción con el efecto "Doppler", con la introducción de una señal "patrón" como una "onda de pulso continuo" ("pulsed continuous wave signal"), tomando las diferencias entre lo transmitido y recibido a distancia desde el sujeto (humano o animal), luego de ser amplificado y filtrado; permite conseguir efectivas e infnediá as lecturas EGC, de ritmo respiratorio y movimientos, a distancias de separación del orden del metro. [00115] On the other hand, in the Published Patent Application US 2009/0203972 Al, called "APPARATUS, SYSTEM, AND METHOD FOR MONITORING PHYSIOLOGICAL SIGNS", radiofrequency signals combined with "UWB" transmission and reception sensors are also applied. ("ultrawideband Radio Frequency Sensor"), in conjunction with the "Doppler" effect, with the introduction of a "standard" signal as a "pulsed continuous wave signal", taking the differences between the transmitted and received remotely from the subject (human or animal), after being amplified and filtered; it allows to obtain effective and infringia as the readings EGC, of respiratory rate and movements, to distances of separation of the order of the meter.
[00116] En virtud del actual estado de la técnica resultaría muy conveniente contar con una nueva tecnología de protección de las funciones vitales de los individuos, acoplable a las mencionadas armas de inmovilización del tipo que se conocen en el arte así como otras de diferentes tipos donde dicha protección resulte necesaria.  [00116] Under the current state of the art it would be very convenient to have a new technology for the protection of the vital functions of individuals, attachable to the aforementioned immobilization weapons of the type known in the art as well as others of different types where such protection is necessary.
BREVE DESCRIPCION DE LA INVENCION [00117] Es por lo tanto un objeto de la presente invención proveer un dispositivo de protección interactiva de los signos vitales de un individuo y un arma y método de inmovilización y captura del individuo, que utilizan dicho dispositivo, siendo un dispositivo destinado a la protección de las funciones vitales de un individuo y que es aplicable, preferiblemente pero no exclusivamente, a armas del tipo de inmovilización y captura del individuo, que operan por descargas eléctricas u otras emisiones en el cuerpo del individuo, con el objeto de inmovilizar al individuo pero protegiéndolo de los efectos de la descarga eléctrica, comprendiendo el dispositivo sensores de las condiciones vitales del individuo y circuitos de procesamiento de señal que controlan el bloqueo y/o regulación de la descarga eléctrica del arma antes, durante y después de realizado el "disparo" efectivo, entendido como descarga eléctrica, pero en forma no restrictiva. BRIEF DESCRIPTION OF THE INVENTION [00117] It is therefore an object of the present invention to provide an interactive protection device for the vital signs of an individual and a weapon and method of immobilization and capture of the individual, using said device, being a device intended for protection of the vital functions of an individual and that is applicable, preferably but not exclusively, to weapons of the type of immobilization and capture of the individual, which operate by electric shocks or other emissions in the individual's body, in order to immobilize the individual but protecting it from the effects of electric shock, the device comprising sensors of the individual's vital conditions and signal processing circuits that control the blocking and / or regulation of the electric shock of the weapon before, during and after the "firing" effective, understood as electric shock, but not restrictively.
[00118] Es además un objeto de la presente invención proveer un dispositivo de protección interactiva de los signos vitales de un individuo aplicable a un arma de inmovilización y captura del individuo que opera por descargas eléctricas u otras emisiones, para uso de fuerzas de seguridad, tal como elemento de defensa personal, siendo un arma que presenta al menos un par de dardos destinados a entrar en contacto con el cuerpo del individuo a inmovilizar y capturar, estando dichos dardos conectados a respectivos cables conductores que se conectan a un transformador alimentado por una fuente capaz de proveer una diferencia de potencial eléctrico a través de dichos cables de los dardos para generar una descarga eléctrica a través del cuerpo de dicho individuo, y un microprocesador para controlar las funciones y parámetros del arma, en tanto dicho dispositivo de protección comprende:  [00118] It is also an object of the present invention to provide an interactive protection device for the vital signs of an individual applicable to an immobilization and capture weapon of the individual operating by electric shocks or other emissions, for the use of security forces, such as a self-defense element, being a weapon that presents at least a pair of darts intended to come into contact with the body of the individual to be immobilized and captured, said darts being connected to respective conductive cables that are connected to a transformer powered by a source capable of providing a difference in electrical potential through said dart cables to generate an electric shock through the body of said individual, and a microprocessor to control the functions and parameters of the weapon, while said protection device comprises:
[00119] Por lo menos un sensor conectado a dichos cables para recoger uná lectura de condiciones fisiológicas vitales del individuo antes del impacto y/o una vez impactados los dardos en el cuerpo del individuo, [00119] At least one sensor connected to said cables to collect a reading of vital physiological conditions of the individual before impact and / or once impacted the darts in the individual's body,
[00120] Un circuito extractor e integrador de señales que tiene una entrada conectada a dicho al menos un sensor, para tomar al menos una señal correspondiente a dicha lectura de condiciones fisiológicas recogidas por dicho al menos un sensor,  [00120] An extractor and signal integrator circuit having an input connected to said at least one sensor, to take at least one signal corresponding to said reading of physiological conditions collected by said at least one sensor,
[00121] Al menos un detector de pulsos conectado a dichos cables para leer al menos un periodo de tiempo de no actividad eléctrica, [00121] At least one pulse detector connected to said cables to read at least a period of time of no electrical activity,
[00122] Estando dicho sensor, dicho circuito extractor e integrador de señales y dicho detector de pulsos conectados a dicho microprocesador del dispositivo para bloquear y/o modificar los patrones de descarga de pulsos a efectuar sobre el individuo en función de dichas condiciones fisiológicas vitales detectadas en el individuo.  [00122] Being said sensor, said extractor and signal integrator circuit and said pulse detector connected to said microprocessor of the device to block and / or modify the pulse discharge patterns to be performed on the individual based on said vital physiological conditions detected in the individual
[00123] Es también un objeto de la presente invención proveer un arma y un método que empleen el mencionado dispositivo de la invención, conformando una nueva tecnología que permita integrarse a "armas no letales" y dispositivos similares; para lograr algo único e innovador: "permitir, que estos sistemas, se adecúen en su funcionamiento, en función de las características y condiciones fisiológicas particulares, del ser humano o animal objetivo, entre otras aplicaciones y beneficios sustanciales, que se detallarán más adelante, en forma no limitativa". Es decir, con la implementación de la presente invención, esta industria, dejará de estar "ciega" y forzadamente independiente de las funciones vitales, de las personas y/o animales receptores de las emisiones de estas "armas y dispositivos de inmovilización no letales. [00123] It is also an object of the present invention to provide a weapon and method that employ the aforementioned device of the invention, forming a new technology that allows "non-lethal weapons" and similar devices to be integrated; to achieve something unique and innovative: "allow, that these systems, are adapted in their operation, depending on the particular physiological characteristics and conditions, of the human being or objective animal, among other applications and substantial benefits, which will be detailed later, in a non-limiting way. " That is, with the implementation of the present invention, this industry will cease to be "blind" and necessarily independent of the vital functions, of the people and / or animals receiving the emissions of these "non-lethal weapons and immobilization devices.
[00124] De esta manera, considerando los principios funcionales generales y aprovechando las características básicas aplicadas a la constitución de estos métodos, sistemas y tecnologías "no letales"; se propone insertar diferentes tipos de sensores fisiológicos, que agregarán un nuevo concepto de "interactividad operativa", que revolucionará el mercado actual, como para poder crear una nueva generación de métodos, sistemas y tecnologías "no letales", que se caracterizarán, entre otras funciones y prestaciones; po la "interactividad" con el objetivo destinatario potencial, de su aplicación, sea humano o animal. [00124] Thus, considering the general functional principles and taking advantage of the basic characteristics applied to the constitution of these "non-lethal" methods, systems and technologies; It is proposed to insert different types of physiological sensors, which will add a new concept of "operational interactivity", which will revolutionize the current market, so as to create a new generation of "non-lethal" methods, systems and technologies, which will be characterized, among other functions and benefits; For the "interactivity" with the potential target of its application, whether human or animal.
[00125] Es aún otro objeto de la presente invención proveer un dispositivo para que un operador de las fuerzas Policiales, Militares, Penitenciarias, de Seguridad Privada, "Law Enforcement", así como mecanismos de accionamiento remoto/independiente con y sin control, etc., puedan "liberar" la descarga de un dispositivo tipo "Taser" a un potencial/confirmado delincuente/sospechoso, detectando si el mismo es dependiente de un sistema electrónico artificial de asistencia cardiaca (marcapasos, etc.), y de esa manera evitar la emisión de una descarga de pulsos de alta tensión, que seguramente resultaría fatal. Es decir, este conjunto de métodos, sistemas y tecnologías materia de esta invención, se convertirá mediante su implementación, en forma no limitativa, en una verdadera-' ecnología Interactiva para la Protección de la Vida".  [00125] It is yet another object of the present invention to provide a device for an operator of the Police, Military, Prison, Private Security, "Law Enforcement" forces, as well as remote / independent drive mechanisms with and without control, etc. ., can "release" the download of a "Taser" type device to a potential / confirmed offender / suspect, detecting if it is dependent on an artificial electronic cardiac assist system (pacemaker, etc.), and thereby avoid the emission of a discharge of high voltage pulses, which would surely prove fatal. That is to say, this set of methods, systems and technologies, subject of this invention, will become, through its implementation, in a non-limiting way, a true Interactive Technology for the Protection of Life.
[00126] Por otro lado, mientras los dispositivos tipo "Taser", estarían descargando como mínimo, unos 5 a 7 segundos promedio de emisión de pulsos de alta tensión, para lograr el "NMI" sobre un objetivo, los principios de funcionamiento involucrados en esta Invención, en forma no limitativa de su implementación, podrían estar monitoreando "simultáneamente" los cambios en el ritmo cardíaco, u otros signos vitales críticos, como la frecuencia respiratoria, convulsiones motrices, etc. de la persona (o animal) objeto de la descarga; y enviando en forma "interactiva" señales, para que las "armas y dispositivos de inmovilización no letales", se ajusten en forma inteligente los niveles y características de las emisiones generadas, con el fin de evitar llegar a estados vitales críticos, como los umbrales de "Fibrilación ÁuricúTar/V entrictílar", ó pddér provocar la muerte. [00126] On the other hand, while the "Taser" type devices, they would be discharging at least about 5 to 7 seconds of high voltage pulse emission, to achieve the "NMI" on a target, the operating principles involved in This Invention, in a non-limiting manner of its implementation, could be "simultaneously" monitoring changes in heart rate, or other critical vital signs, such as respiratory rate, motor seizures, etc. of the person (or animal) subject to the discharge; and sending "interactively" signals, so that "non-lethal weapons and immobilization devices", intelligently adjust the levels and characteristics of the emissions generated, in order to avoid reaching critical vital states, such as thresholds of "atrial fibrillation / V entrictílar", or cause death.
[00127] Adicionalmente, la invención permite que si un agente de las fuerzas Policiales, Militares, Penitenciarias, de Seguridad Privada, "Law Enforcement", etc., estaría "disparando" con un dispositivo tipo "Taser", sobre un presunto o confirmado delincuente/ sospechoso, y otro segundo agente generara otro disparo de un dispositivo similar "no letal" sobre el mismo objetivo; los principios de funcionamiento involucrados en esta Invención, en forma no limitativa de su implementación, evitarían que se realice un "abuso de fuerza", protegiendo a la persona (o animal) desde el conocimiento del estado de sus funciones vitales interactuando con los niveles de emisiones (o bloqueando las mismas) y/o generando "alarmas" para el operador de estos dispositivos, evitando que se sumen disparos adicionales innecesarios (descargas adicionales), particularmente si el sujeto ya estuviera controlado. Luego de un primer "disparo" (secuencia controlada de pulsos eléctricos de alta tensión, en forma no limitativa) a un ser humano o animal, la experiencia y métodos generalizados, demuestran que existe un tiempo de "shock", confusión y recuperación de varios segundos. [00127] Additionally, the invention allows if an agent of the forces Police, Military, Penitentiary, Private Security, "Law Enforcement", etc., would be "firing" with a "Taser" type device, on an alleged or confirmed criminal / suspect, and another second agent will generate another shot of a similar device "not lethal" on the same goal; the principles of operation involved in this invention, in a non-limiting way of its implementation, would prevent a "force abuse", protecting the person (or animal) from the knowledge of the state of their vital functions interacting with the levels of emissions (or blocking them) and / or generating "alarms" for the operator of these devices, avoiding unnecessary additional shots (additional downloads), particularly if the subject was already controlled. After a first "firing" (controlled sequence of high voltage electrical pulses, in a non-limiting way) to a human or animal being, the experience and generalized methods demonstrate that there is a time of "shock", confusion and recovery of several seconds.
[00128] Es también objeto de la presente invención proveer métodos de por lo menos, un "bloqueo removible en casos de emergencia", para evitar, que un agente de las fuerzas Policiales, Militares, Penitenciarias, ' de Seguridad Privada, "Law Enforcement", etc; pueda ejecutar otro disparo/descarga, en forma inmediata, consecutiva a la anterior descarga.  [00128] It is also the object of the present invention to provide methods of at least one "removable blockade in emergencies", to prevent an agent of the Police, Military, Prison, Private Security, Law Enforcement ", etc; can execute another shot / download, immediately, consecutive to the previous download.
[00129] Los principios dé funcionamiento involucrados en esta Invención, en forma no limitativa de su implementación, permiten monitorear en forma "interactiva", indicando y ajustando las condiciones de posibles descargas consecutivas; evitando situaciones de ' riesgo -cardíaco como los umbrales de "Fibrilación Auricular/Ventricular", que podrían provocar la muerte, de la persona (o animal) objeto de la descarga. [00130] Es decir, los objetivos principales de los métodos, sistemas y tecnologías, implicadas en esta invención, permitirán la creación de una nueva generación de armas y dispositivos no letales o letales a los cuales se les pueda agregar estas innovaciones", por ejemplo en el uso de armas de fuego, sobre un objetivo, que quedó herido, etc.; la posibilidad de poder monitorear las funciones fisiológicas vitales de la persona o animal objetivo, "ajusfando y limitando" en consecuencia los tipos de descargas, emisiones, etc.; que sobre ellos se perpetre, procurando salvaguardar su integridad física, evitando abusos de poder, daños irreversibles y la muerte; sin dejar de considerar la misión básica de las mismas. Estas innovaciones, sin duda, revolucionarán el ámbito Mundial de aplicación y uso, desde las fuerzas Policiales, Militares, Penitenciarias, de Seguridad Privada, "Law Enforcement", etc.; ya que por primera vez, estos dispositivos y métodos "no letales", tipo "Taser" por ejemplo, podrán ser utilizados, sin riesgo de sufrir condenas sociales, de la opinión pública, de los defensores de los derechos humanos, etc.; y/o correr el riesgo de ser sumariados por las fuerzas legales de control. [00129] The operating principles involved in this Invention, in a non-limiting manner of its implementation, allow for "interactive" monitoring, indicating and adjusting the conditions of possible consecutive discharges; avoiding situations of 'cardiac risk' such as the thresholds of "Atrial / Ventricular Fibrillation", which could cause death, of the person (or animal) subject to discharge. [00130] That is, the main objectives of the methods, systems and technologies, involved in this invention, will allow the creation of a new generation of non-lethal or lethal weapons and devices to which these innovations can be added ", for example in the use of firearms, on a target, which was injured, etc .; the possibility of being able to monitor the vital physiological functions of the target person or animal, "adjusting and limiting" accordingly the types of discharges, emissions, etc. .; that they be perpetrated upon them, seeking to safeguard their physical integrity, avoiding abuses of power, irreversible damage and death; while still considering their basic mission. These innovations will undoubtedly revolutionize the global scope of application and use , from the Police, Military, Prison, Private Security, "Law Enforcement", etc .; since for the first time, these "non-lethal" devices and methods, type "Rate r "for example, may be used, without risk of suffering social convictions, public opinion, human rights defenders, etc .; and / or run the risk of being summed up by the legal control forces.
BREVE DESCRIPCION DE LOS DIBUJOS  BRIEF DESCRIPTION OF THE DRAWINGS
[00131] Para mayor claridad y comprensión del objeto de la presente invención, la misma ha sido ilustrada en varias figuras, en las que se ha representado al invento en algunas de las formas preferidas de realización, todo a título de ejemplo, en donde: [00131] For greater clarity and understanding of the object of the present invention, it has been illustrated in several figures, in which the invention has been represented in some of the preferred embodiments, all by way of example, where:
[00132] Las Figuras 1, 2 y 3 ilustran, en forma no limitativa y esquemática; las configuraciones más típicas que contienen este tipo de tecnologías y dispositivos de "armas no letales", que operan comúnmente mediante descargas de pulsos de alta tensión. También, se muestran a modo de ejemplo no limitativo, los posibles accesorios, que se podrían incluir a las mismas, para extender sus rangos de alcance. Finalmente, se presenta en forma no limitativa y a modo de ejemplo, la inclusión del Dispositivo de la invención, que involucra los métodos, sistemas y tecnologías de esta invención en estos dispositivos, como así también, en forma genérica, en el cuerpo de un arma de fuego (letal). [00132] Figures 1, 2 and 3 illustrate, in a non-limiting and schematic manner; the most typical configurations containing this type of "non-lethal weapons" technologies and devices, which commonly operate through high voltage pulse discharges. Also, as a non-limiting example, the possible accessories, which could be included therein, are shown to extend their range. Finally, it is presented in a non-limiting manner and by way of example, the inclusion of the Device of the invention, which involves the methods, systems and technologies of this invention in these devices, as well as, in generic form, in the body of a firearm (lethal).
[00133] La Figura 4, ilustra en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el , arte conocido, para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Taser"; presentando componentes de esta invención, con su correspondiente diagrama de flujo e inserción/interconexión, con el arte actual, siendo las partes conocidas, ilustradas en líneas de trazo o puntos (no continuos) mientras que las partes de la invención se ilustran en líneas sólidas o continuas. Este modelo esquemático no limitativo de la aplicación de los criterios innovadores de esta invención, se refiere a un posible objetivo humano, que cuenta en su cuerpo, con la implantación/ asistencia de algún dispositivo electrónico cardíaco (Marcapasos, etc).  [00133] Figure 4 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons" , type "Taser"; presenting components of this invention, with their corresponding flow and insertion / interconnection diagram, with the current art, the known parts being, illustrated in dashed lines or points (non-continuous) while the parts of the invention are illustrated in solid lines or continue This non-limiting schematic model of the application of the innovative criteria of this invention, refers to a possible human objective, which counts in your body, with the implantation / assistance of some cardiac electronic device (Pacemaker, etc).
[00134] La Figura 5' ilustra, en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Taser"; presentando los componentes básicos de esta invención, con su correspondiente diagrama de flujo e inserción/interconexión, con el arte actual, siendo las partes conocidas, ilustradas en líneas de trazo o puntos (no continuos) mientras que las partes de la invención se ilustran en líneas sólidas o continuas. Este modelo esquemático no limitativo de la aplicación de los criterios innovadores de esta invención, se refiere a un posible objetivo humano femenino embarazado. [00134] Figure 5 'illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons" , type "Taser"; presenting the basic components of this invention, with its corresponding flow and insertion / interconnection diagram, with the current art, the known parts being, illustrated in dashed lines or points (non-continuous) while the parts of the invention are illustrated in solid or continuous lines. This non-limiting schematic model of the application of the innovative criteria of this invention refers to a possible pregnant female human objective.
[00135] La Figura 6 ilustra, en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, para la implementación de éste tipo de "armas no letales de inmovilización y captura", tipo "Taser"; presentando los componentes básicos de esta invención, con su correspondiente diagrama de flujo e inserción/interconexión, con el arte actual, siendo las partes conocidas, ilustradas en líneas de trazo o puntos (no continuos) mientras que las partes de la invención se ilustran en líneas sólidas o continuas. Este modelo esquemático no limitativo de la aplicación de los criterios innovadores de esta invención, se refiere a un posible objetivo humano, cuyo corazón, se encuentra en estados de riesgo severo. [00135] Figure 6 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type "Taser"; presenting the basic components of this invention, with its corresponding flowchart and insertion / interconnection, with the current art, the known parts being, illustrated in dashed lines or points (non-continuous) while the parts of the invention are illustrated in solid or continuous lines. This non-limiting schematic model of the application of the innovative criteria of this invention refers to a possible human objective, whose heart is in severe risk states.
[00136] La Figura 7 ilustra, en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Taser"; presentando los componentes básicos de esta invención, con su correspondiente diagrama de flujo e inserción/interconexión en un descriptivo de detallé'que pretende destacar Tas funciones principales de cada parte, interactuando con el arte actual, siendo las partes conocidas, ilustradas en líneas de trazo o puntos (no continuos) mientras que las partes de la invención se ilustran en líneas sólidas o continuas. " Ξ' [00136] Figure 7 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type "Taser"; presenting the basic components of this invention, with its corresponding flow chart and insertion / interconnection in a descriptive detail 'which is intended to highlight Tas main functions of each part, interacting with the current art, being known parties, illustrated in dashed lines or points (not continuous) while the parts of the invention are illustrated in solid or continuous lines. '
[00137] La Figura 8 presenta un gráfico no limitativo, de un diagrama de la respuesta cardiaca del corazón del objetivo humano de la Figura 7.  [00137] Figure 8 presents a non-limiting graph of a diagram of the cardiac response of the heart of the human target of Figure 7.
[00138] La Figura 9, gráfica en forma sintética y no limitativa, una secuencia de pulsos de alta tensión que viaja por el Cable 26 de la Figura 7. [00138] Figure 9, graphically in synthetic and non-limiting form, a sequence of high voltage pulses that travels through Cable 26 of Figure 7.
[00139] La Figura 10 muestra un gráfico similar al de la Figura 9 donde se ven disminuidos los valores del tren de pulsos una vez cerrado el circuito a través del individuo.  [00139] Figure 10 shows a graph similar to that of Figure 9 where the pulse train values are decreased once the circuit through the individual is closed.
[00140] La Figura 1 1, muestra una gráfica que presenta por un lado, la presencia de pulsos de alta tensión generados ("disparados") por estas armas no letales, y los tiempos sin actividad que suministra el Detector de Pulsos al Sensor de Radio Frecuencia para que active el sistema de Antena/ Sensor. [00140] Figure 1 1 shows a graph that shows, on the one hand, the presence of high voltage pulses generated ("fired") by these non-lethal weapons, and the times without activity supplied by the Pulse Detector to the Sensor Radio Frequency to activate the Antenna / Sensor system.
[00141] La Figura 12 ilustra, en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Taser"; presentando componentes de esta invención, con su correspondiente diagrama de flujo e inserción/interconexión, con el arte actual, dispuestos dentro de el/ los microprocesadores, que normalmente los constituyen, siendo las partes conocidas, ilustradas en líneas de trazo o puntos (no continuos) mientras que las partes de la invención se ilustran en líneas sólidas o continuas. Este modelo esquemático no limitativo de la aplicación de la invención, se refiere a un posible objetivo humano, que cuenta en su cuerpo, con la implantación/asistencia de algún dispositivo electrónico cardíaco (Marcapasos, etc.).  [00141] Figure 12 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type "Taser"; presenting components of this invention, with their corresponding flow and insertion / interconnection diagram, with the current art, arranged within the microprocessors, which normally constitute them, the known parts being, illustrated in dashed lines or points (not continuous) ) while the parts of the invention are illustrated in solid or continuous lines. This non-limiting schematic model of the application of the invention refers to a possible human objective, which counts in your body, with the implantation / assistance of some cardiac electronic device (Pacemaker, etc.).
[00142] La Figura 13 ilustra, en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Taser"; presentando los componentes de esta invención, con su correspondiente diagrama de flujo e inserción/interconexión, con el arte actual, dispuestos dentro del o los microprocesadores, que normalmente los constituyen, siendo las partes conocidas, ilustradas en líneas de trazo o puntos (no continuos) mientras que las partes de la invención se ilustran en líneas sólidas o continuas. Este modelo esquemático no limitativo de la aplicación de la invención, se refiere a un posible objetivo humano femenino embarazado.  [00142] Figure 13 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type "Taser"; presenting the components of this invention, with their corresponding flow and insertion / interconnection diagram, with the current art, arranged within the microprocessor (s), which normally constitute them, the known parts being, illustrated in dashed lines or points (not continuous) ) while the parts of the invention are illustrated in solid or continuous lines. This non-limiting schematic model of the application of the invention refers to a possible pregnant female human target.
[00143] La Figura 14 ilustra, en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, pará la implementación de éste tipo de "armas no letales de inmovilización y captura", tipo "Taser"; presentando componentes de esta invención, con su correspondiente diagrama de flujo e inserción/interconexión, con el arte actual, dispuestos dentro del o los microprocesadores, que normalmente los constituyen, siendo las partes conocidas, ilustradas en líneas de trazo o puntos (no continuos) mientras que las partes de la invención se ilustran en líneas sólidas o continuas. Este modelo esquemático no limitativo de la aplicación de la invención, se refiere a un posible objetivo humano, cuyo corazón, se encuentra en estados de riesgo severo. [00143] Figure 14 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization weapons and capture ", type" Taser ", presenting components of this invention, with their corresponding flowchart and insertion / interconnection, with the current art, arranged within the microprocessor (s), which normally constitute them, being the known parts, illustrated in lines Stroke or dots (non-continuous) while the parts of the invention are illustrated in solid or continuous lines.This non-limiting schematic model of the application of the invention refers to a possible human objective, whose heart is in states of severe risk.
[00144] La Figura 15 ilustra, en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Taser"; presentando componentes de esta invención, con su correspondiente diagrama de flujo e inserción/interconexión, con las diferentes -posibles configuraciones de alternativas para convertir en sistemas de Antenas de Transmisión (TX) y Recepción (RX), a los cables conductores utilizados en el arte actual, siendo las partes conocidas, ilustradas en líneas de trazo o puntos (no continuos) mientras que las partes de la invención se ilustran en líneas sólidas o continuas. [00144] Figure 15 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type "Taser"; Presenting components of this invention, with their corresponding flow and insertion / interconnection diagram, with the different -possible alternative configurations for converting the Transmission cables (TX) and Reception (RX) systems to the conductive cables used in the art actual, the known parts being illustrated in dashed lines or points (non-continuous) while the parts of the invention are illustrated in solid or continuous lines.
[00145] La Figura 16 ilustra, en forma no limitativa y esquemática, una configuración ejemplificativa de este tipo de tecnologías y dispositivos de "armas no letales de inmovilización y captura", que operan comúnmente mediante descargas de pulsos de alta tensión; implementada en su diseño, con las innovaciones de la presente invención. También, se muestran a modo de ejemplo no limitativo, una aplicación en donde la implementación de la invención permite detectar a distancia media, aún sin efectuar un disparo (descarga de pulsos eléctricos de alta tensión), datos especiales fisiológicos, de un posible objetivo humano, que cuenta en su cuerpo, con la implantación/asistencia de algún dispositivo electrónico cardíaco (Marcapasos, etc.). [00146] La Figura 17 ilustra en forma no limitativa y esquemática, un diagrama en donde se ejemplifica la presencia de un espacio de tiempo existente en forma habitual mientras se realizan por ejemplo, las tareas de apuntamiento y disuasión a un potencial objetivo con un arma tal como se ilustra en la Figura 16. [00145] Figure 16 illustrates, in a non-limiting and schematic manner, an exemplary configuration of this type of "non-lethal immobilization and capture weapons" technologies and devices, which commonly operate by high voltage pulse discharges; implemented in its design, with the innovations of the present invention. Also, they are shown by way of non-limiting example, an application where the implementation of the invention allows detecting at medium distance, even without firing (discharge of high voltage electrical pulses), special physiological data, of a possible human target , which has in your body, with the implantation / assistance of some electronic cardiac device (pacemaker, etc.). [00146] Figure 17 illustrates in a non-limiting and schematic way, a diagram where the presence of an existing time slot is exemplified while performing, for example, the tasks of aiming and deterring a potential target with a weapon as illustrated in Figure 16.
[00147] La Figura 18 ilustra en forma no limitativa y esquemática una configuración ejemplificativa de este tipo de tecnologías y dispositivos de "armas no letales de inmovilización y captura", que operan comúnmente mediante descargas de pulsos de alta tensión; implementada en su diseño, con el dispositivo de la presente invención y en uso frente a un posible objetivo humano que se encuentra embarazado.  [00147] Figure 18 illustrates, in a non-limiting and schematic manner, an exemplary configuration of this type of "non-lethal immobilization and capture weapons" technologies and devices, which commonly operate by means of high voltage pulse discharges; implemented in its design, with the device of the present invention and in use against a possible human target that is pregnant.
[00148] La Figura 19 muestra en forma no limitativa, un gráfico que ilustra lo que ocurre en la situación de la Figura 18 mientras transcurre el tiempo, cuando impactan los Dardos sobre el objetivo, una vez recorrida una distancia adicional, cerrándose el circuito eléctrico sobre el mismo y activándose recién en ese momento, el tren de Pulsos de Alta tensión. [00148] Figure 19 shows in a non-limiting way, a graph that illustrates what happens in the situation of Figure 18 as time passes, when the Darts impact on the target, after traveling an additional distance, closing the electrical circuit on the same and activating only at that time, the High Voltage Pulse train.
[00149] La Figura 20 ilustra, en forma no limitativa y esquemática, una configuración ejemplificativa de este tipo de tecnologías y dispositivos de "armas no letales de inmovilización y captura", que operan comúnmente mediante descargas de pulsos de alta tensión; implementada en su diseño, con las innovaciones de la presente invención. También, se muestran a modo de ejemplo no limitativo, una aplicación en donde la implementación de esta invención permite detectar antes, durante el disparo (descarga de pulsos eléctricos de alta tensión, mediante cables conductores, dardos, etc.), y una vez que los dardos tomaron contacto físico con el objetivo; datos especiales fisiológicos, de un posible objetivo humano, cuyo corazón, se encuentra en estados de riesgo severo, siendo las partes conocidas, ilustradas en líneas de trazo o puntos (no continuos) mientras que las partes de la invención se ilustran en líneas sólidas o continuas. [00149] Figure 20 illustrates, in a non-limiting and schematic manner, an exemplary configuration of this type of "non-lethal immobilization and capture weapons" technologies and devices, which commonly operate by high voltage pulse discharges; implemented in its design, with the innovations of the present invention. Also, they are shown by way of non-limiting example, an application where the implementation of this invention allows to detect before, during the trip (discharge of high voltage electrical pulses, by means of conductive cables, darts, etc.), and once the darts made physical contact with the target; special physiological data of a possible human objective whose heart is in severe risk states, the known parts being illustrated in dashed lines or (non-continuous) points while the parts of the invention are illustrated in solid lines or you continue
[00150] La Figura 21 es un diagrama que gráfica las detecciones y mediciones interactivas, durante los sucesivos lapsos de tiempo.  [00150] Figure 21 is a diagram that graphs the interactive detections and measurements, during successive time periods.
[00151] La Figura 22 ilustra, en forma no limitativa y esquemática, una configuración ejemplificativa de este tipo de tecnologías y dispositivos de "armas no letales de inmovilización y captura", que operan comúnmente mediante descargas de pulsos de alta tensión; implementada en su diseño, con las innovaciones involucradas en esta invención, en manos de un operador ("A"). También se muestra, a modo de ejemplo no limitativo, una aplicación en donde la implementación de estas innovaciones permite detectar antes, durante el disparo (descarga de pulsos eléctricos de alta tensión, mediante cables conductores, dardos, etc.), y una vez que los dardos tomaron contacto físico con el objetivo; datos especiales fisiológicos, de un posible objetivo humano, cuyo corazón, se encuentra en estado normal, previo a recibir la dicha descarga, siéndo las partes conocidas, ilustradas en líneas de trazo o puntos (no continuos), mientras que las partes de la invención se ilustran en líneas sólidas o continuas.  [00151] Figure 22 illustrates, in a non-limiting and schematic manner, an exemplary configuration of this type of "non-lethal immobilization and capture weapons" technologies and devices, which commonly operate by high voltage pulse discharges; implemented in its design, with the innovations involved in this invention, in the hands of an operator ("A"). It is also shown, by way of non-limiting example, an application where the implementation of these innovations allows to detect before, during the trip (discharge of high voltage electrical pulses, by means of conductive cables, darts, etc.), and once the darts made physical contact with the target; special physiological data of a possible human objective, whose heart is in a normal state, prior to receiving said discharge, the known parts being, illustrated in dashed lines or points (not continuous), while the parts of the invention They are illustrated in solid or continuous lines.
[00152] La Figura 23 es un diagrama que permite entender mejor que las detecciones y mediciones interactivas, sucesivas a las realizadas durante el lapso inicial, se repiten en los entre tiempos luego de la descarga del Pulso de alta tensión, y así sucesivamente.  [00152] Figure 23 is a diagram that allows us to better understand that interactive detections and measurements, successive to those made during the initial period, are repeated between times after the discharge of the High Voltage Pulse, and so on.
[00153] La Figura 24 ilustra, en forma no limitativa y esquemática, una configuración ejemplificativa de este tipo de tecnologías y dispositivos de "armas no letales de inmovilización y captura", implementada en su diseño, con las innovaciones de esta invención, en manos de un operador ("A"), que ya ha provocado las descargas de pulsos de alta tensión, sobre el objetivo. Por otro lado, se presenta una segunda "arma no letal de inmovilización y captura", implementada en su diseño, con las innovaciones de esta invención, en manos de un operador ("B"), que pretende ejecutar un disparo (descarga), sobre el mismo objetivo, siendo las partes conocidas, ilustradas, en líneas de trazo o puntos (no continuos) mientras que las partes de la invención se ilustran en líneas sólidas o continuas. [00153] Figure 24 illustrates, in a non-limiting and schematic manner, an exemplary configuration of this type of "non-lethal immobilization and capture weapons" technologies and devices, implemented in its design, with the innovations of this invention, in the hands of an operator ("A"), which has already caused high voltage pulse discharges, on the target. On the other hand, a second "non-lethal immobilization and capture weapon", implemented in its design, is presented, with the innovations of this invention, in the hands of an operator ("B"), which intends to execute a shot (discharge), on the same objective, the parts being known, illustrated, in dashed lines or points (not continuous) while the Parts of the invention are illustrated in solid or continuous lines.
[00154] La Figura 25, ilustra en forma no limitativa y esquemática, el proceso de medición, que se realiza mediante la implementación del Dispositivo de esta invención, sobre el arma no letal; durante los periodos de tiempo o entretiempos, para registrar ese estado crítico del objetivo.  [00154] Figure 25 illustrates, in a non-limiting and schematic manner, the measurement process, which is performed by implementing the Device of this invention, on the non-lethal weapon; during periods of time or time, to record that critical state of the objective.
[00155] La Figura 26 muestra como una segunda arma no letal detecta en forma anticipada, al momento de apuntar, antes de disparar, la presencia del estado crítico del objetivo 60, percibiendo la Alarma.  [00155] Figure 26 shows how a second non-lethal weapon detects in advance, at the time of aiming, before firing, the presence of the critical state of the target 60, perceiving the Alarm.
[00156] La Figura 27 ilustra, en forma no limitativa y esquemática, una configuración ejemplificativa de este tipo de tecnologías y dispositivos de "armas no letales de inmovilización y captura", implementada en su diseño, con las innovaciones de esta invención, en manos de un operador ("A"), que ya ha provocado las descargas de pulsos de alta tensión, sobre el objetivo. Por otro lado, se presenta una segunda "arma no letal de inmovilización y captura", implementada en su diseño, con las innovaciones involucradas en esta invención, en manos de un operador ("B"), que ya ha realizado generadd el contácto físico con el mismo objétivo, sin haber podido aún efectivizar el disparo (es decir la descarga de pulsos eléctricos de alta tensión, mediante cables conductores, dardos, etc.), sobre este posible objetivo humano, cuyo corazón, se encuentra en estados de riesgo severo, siendo las partes conocidas, ilustradas en líneas de trazo o puntos (no continuos) mientras que las partes de la invención se ilustran en líneas sólidas o continuas.  [00156] Figure 27 illustrates, in a non-limiting and schematic way, an exemplary configuration of this type of "non-lethal immobilization and capture weapons" technologies and devices, implemented in its design, with the innovations of this invention, in the hands of an operator ("A"), which has already caused high voltage pulse discharges, on the target. On the other hand, a second "non-lethal immobilization and capture weapon", implemented in its design, is presented, with the innovations involved in this invention, in the hands of an operator ("B"), who has already generated the physical contact. with the same objective, without having been able to carry out the trip (that is, the discharge of high-voltage electrical pulses, by means of conductive cables, darts, etc.), on this possible human objective, whose heart is in severe risk states the known parts being illustrated in dashed lines or points (not continuous) while the parts of the invention are illustrated in solid or continuous lines.
[00157] La Figura 28 ilustra en forma no limitativa y esquemática, el proceso de medición, que se realiza mediante el Dispositivo de la invención, sobre el arma no letal; durante los entretiempos, para registrar ese estado crítico del objetivo. [00157] Figure 28 illustrates in a non-limiting and schematic way the process of measurement, which is performed by the Device of the invention, on the non-lethal weapon; during halftime, to record that critical state of the objective.
[00158] La Figura 29 muestra como una segunda arma no letal se ha mantenido en el espacio de tiempo, sin provocar el "disparo" de pulsos de descarga eléctrica, "NMI", etc; sobre el objetivo, pero sí habiéndose lanzado y anclado en el cuerpo de este los [00158] Figure 29 shows how a second non-lethal weapon has been maintained in the space of time, without causing the "firing" of electric shock pulses, "NMI", etc; on the objective, but having been launched and anchored in the body of this the
Dardos. Darts.
[00159] La Figura 30 ilustra un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Taser"; en una configuración apta para poder ejecutar múltiples disparos (descargas), mostrando la implementación de componentes de la presente invención, con su correspondiente diagrama de flujo e inserción interconexión, en el arte actual, siendo las partes conocidas, ilustradas en líneas de trazo o puntos (no continuos) mientras que las partes de la invención se ilustran en líneas sólidas o continuas.  [00159] Figure 30 illustrates a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type "Taser"; in a configuration capable of executing multiple shots (discharges), showing the implementation of components of the present invention, with their corresponding flowchart and interconnection insertion, in the current art, the known parts being, illustrated in dashed lines or points (not continuous) while the parts of the invention are illustrated in solid or continuous lines.
[00160] La Figura 31 ilustra en forma no limitativa y esquemática, a modo de ejemplo, las configuraciones más típicas que contienen este tipo de tecnologías y dispositivos de "armas no letales de inmovilización y captura", que operan comúnmente mediante descargas de pulsos de alta tensión, con las posibles alternativas de montaje externo, como accesorio agregado al arte actual conocido, del Dispositivo Protector de la invención, el cual puede ser incorporado también, en forma genérica, sobre el cuerpo de un arma letal (de fuego).  [00160] Figure 31 illustrates in a non-limiting and schematic manner, by way of example, the most typical configurations containing such "non-lethal immobilization and capture weapons" technologies and devices, which commonly operate by pulse discharges of high voltage, with the possible external mounting alternatives, as an accessory added to the current known art, of the Protective Device of the invention, which can also be incorporated, in generic form, on the body of a lethal (fire) weapon.
[00161] La Figura 32 ilustra, en forma no limitativa y esquemática a modo de ejemplo, las configuraciones más típicas, que contienen este tipo de tecnologías y dispositivos de "armas no letales !de inmovilización y captura" aplicado a los denominados "Stun Gun", que operan comúnmente mediante descargas de pulsos de alta tensión, con las posibles alternativas de montaje externo, como accesorio agregado al arte actual conocido, del Dispositivo Protector de la invención, el cual puede ser incorporado también, en forma genérica, sobre el cuerpo de un arma del mismo o diferente tipo. [00161] Figure 32 illustrates, in a non-limiting and schematic way by way of example, the most typical configurations, which contain this type of "non-lethal ! Immobilization and capture" technologies and devices applied to the so-called "Stun Gun ", which commonly operate by pulse discharges of high voltage, with the possible external mounting alternatives, as an accessory added to the current known art, of the Protective Device of the invention, which can also be incorporated, in generic form, on the body of a weapon of the same or different type.
[00162] La Figura 33 ilustra, en forma no limitativa y esquemática a modo de ejemplo, las configuraciones más típicas, que contienen este tipo de tecnologías y dispositivos de "armas no letales de inmovilización y captura", configuradas como un "machete electrificado", que operan comúnmente mediante descargas de pulsos de alta tensión, con las posibles alternativas de montaje externo, como accesorio agregado al arte actual conocido, del Dispositivo Protector de la invención  [00162] Figure 33 illustrates, in a non-limiting and schematic way by way of example, the most typical configurations, which contain such technologies and devices of "non-lethal immobilization and capture weapons", configured as an "electrified machete" , which commonly operate by means of high voltage pulse discharges, with possible external mounting alternatives, as an accessory added to the current known art, of the Protective Device of the invention
[00163] La Figura 34 ilustra, en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Taser"; presentando los componentes básicos de esta invención, incluyéndose, de acuerdo con otra realización de la invención, un "Módulo Desfibrilador" el cual se muestra con su correspondiente interacción con el diagrama de flujo e inserción/interconexión en un descriptivo de detalle que pretende destacar las funciones principales de cada parte, interactuando con el arte actual, siendo las partes conocidas ilustradas en líneas de trazo o puntos (no continuos) mientras que las partes de la invención se ilustran en líneas sólidas o continuas.  [00163] Figure 34 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type "Taser"; presenting the basic components of this invention, including, according to another embodiment of the invention, a "Defibrillator Module" which is shown with its corresponding interaction with the flowchart and insertion / interconnection in a descriptive detail that aims to highlight the main functions of each part, interacting with the current art, the known parts being illustrated in dashed lines or points (non-continuous) while the parts of the invention are illustrated in solid or continuous lines.
[00164] La Figura 35 ilustra, en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Taser"; presentando componentes de esta invención, incluyéndose, de acuerdo con otra realización de la invención, un Módulo Desfibrilador y su correspondiente interacción con su correspondiente diagrama de flujo e inserción/interconexión, con el arte actual, dispuestos dentro del/los microprocesadores, siendo las partes conocidas, ilustradas en líneas de trazo o puntos (no continuos) mientras que las partes de la invención se ilustran en líneas sólidas o continuas. El Módulo Desfibrilador, puede también, estar inserto/incluido, dentro del/los mismos Microprocesadores, que normalmente forman parte de los circuitos funcionales básicos de estas armas no letales, en forma no limitativa. [00164] Figure 35 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type "Taser"; presenting components of this invention, including, according to another embodiment of the invention, a Defibrillator Module and its corresponding interaction with its corresponding flowchart and insertion / interconnection, with the current art, arranged within the microprocessors, the known parts being illustrated in dashed lines or points (non-continuous) while the parts of the invention are illustrated in solid or continuous lines. The Defibrillator Module may also be inserted / included within the Microprocessors themselves, which normally form part of the basic functional circuits of these non-lethal weapons, in a non-limiting manner.
[00165] La Figura 36 ilustra, en forma no limitativa y esquemática a modo de ejemplo, las configuraciones más típicas, que contienen este tipo de tecnologías y dispositivos de "armas no letales de inmovilización y captura", ya implementada con las tecnologías involucradas en esta patente de invención; en donde se detalla la . detección de un estado crítico con riesgo de vida, como la "Fibrilación Ventricular", por ejemplo, y la posibilidad de conmutar y accionar el Módulo Desfibrilador integrado, operando (descargando los pulsos de alta tensión), a través de los Cables/Dardos de los normalmente desmontables "Cartuchos" de recarga, de estos dispositivos.  [00165] Figure 36 illustrates, in a non-limiting and schematic way by way of example, the most typical configurations, which contain these types of "non-lethal immobilization and capture weapons" technologies and devices, already implemented with the technologies involved in this invention patent; where the. detection of a critical life-threatening state, such as "Ventricular Fibrillation", for example, and the possibility of switching and activating the integrated Defibrillator Module, operating (discharging high voltage pulses), through the Cables / Darts of The normally removable "Cartridges" refill these devices.
[00166] La Figura 37 ilustra, en forma no limitativa y esquemática a modo de ejemplo, las configurad onés más típicas, qué contienen este tipo de tecnologías y dispositivos de "armas no letales de inmovilización y captura", ya implementada con las tecnologías involucradas en esta patente de invención; en donde se detalla la detección de un estado crítico con riesgo de vida, como la "Fibrilación Ventricular", por ejemplo, y la posibilidad de conmutar y accionar el Módulo Desfibrilador integrado, operando (descargando los pulsos de alta tensión), a través de los Cables y Contactos de una Unidad compatible e intercambiable, con los normalmente desmontables "Cartuchos" de recarga, de estos dispositivos. [00167] La Figura 38 ilustra, en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Taser"; presentando componentes de esta invención, incluyendo, de acuerdo con la invención, el agregado opcional de un Módulo Desfibrilador y su correspondiente interacción con su correspondiente diagrama de flujo e inserción/interconexión, con el arte actual; destacando la posibilidad de detectar y avisar de manera remota, sobre posibles estados de Alerta, relacionados a los parámetros fisiológicos de un operador, de las fuerzas de Seguridad, "Law Enforcement", etc. [00166] Figure 37 illustrates, in a non-limiting and schematic way by way of example, the most typical configurations, which contain this type of "non-lethal immobilization and capture weapons" technologies and devices, already implemented with the technologies involved in this invention patent; where the detection of a critical state with life risk is detailed, such as "Ventricular Fibrillation", for example, and the possibility of switching and activating the integrated Defibrillator Module, operating (discharging high voltage pulses), through the Cables and Contacts of a compatible and interchangeable Unit, with the normally removable "Refill Cartridges", of these devices. [00167] Figure 38 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type "Taser"; presenting components of this invention, including, according to the invention, the optional aggregate of a Defibrillator Module and its corresponding interaction with its corresponding flowchart and insertion / interconnection, with the current art; highlighting the possibility of detecting and warning remotely, about possible states of Alert, related to the physiological parameters of an operator, the security forces, "Law Enforcement", etc.
DESCRIPCION DETALLADA DE LA INVENCION  DETAILED DESCRIPTION OF THE INVENTION
[00168] Haciendo ahora referencia a las figuras que representan ejemplos aplicativos de realización, no limitativos, se puede entender claramente la invención que comprende un dispositivo aplicable a armas del tipo inmovilizador por descarga eléctrica y el método de inmovilización que utiliza el arma y el dispositivo. [00168] Referring now to the figures representing non-limiting application examples of realization, it can be clearly understood the invention comprising a device applicable to weapons of the type electric shock immobilizer and the method of immobilization used by the weapon and the device .
[00169] La Figura 1, ilustra esquemáticamente a modo de ejemplo no limitativo, las configuraciones típicas que presentan este tipo de tecnologías y dispositivos de armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc) , pero no en forma limitativa, como las armas tipo "Taser" en todas las posibles versiones y presentaciones; en donde se presenta el modelo no limitativo de "pistola de descarga eléctrica no letal" 25, con el efecto del "arco voltaico de descarga" 30, en donde se gráfica en todos ellos, el efecto del "arco voltaico de descarga" 30 tipo "Sturf Gun", en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.; en donde el gabinete 22, ejemplifica a un arma de descarga eléctrica por contacto directo, normalmente denominadas en la industria "Stun Gun". De igual modo, se presenta el "machete de descarga eléctrica" 23, y un modelo no limitativo de "pistola de descarga eléctrica no letal" 25, en donde se gráfica en todos ellos, el efecto del "arco voltaico de descarga" 30. Por otro lado, este "arco voltaico de descarga" 30, puede extender su rango de acción, mediante el conjunto compuesto por: Cable Conductor 26, por el cual se "dispara" la descarga y llega a su objetivo a través del Dardo Conductor 28, cerrando el circuito, por la descarga eléctrica 30, y retornando para cerrar el circuito eléctrico, por el Dardo Conductor 29 y el Cable Conductor 27. [00169] Figure 1 schematically illustrates, by way of non-limiting example, the typical configurations of this type of non-lethal weapons and device technologies and devices, which operate primarily by discharges from pulses of electrical energy ("NMI"). etc), but not in a limiting way, such as "Taser" weapons in all possible versions and presentations; where the non-limiting model of "non-lethal electric shock gun" 25 is presented, with the effect of the "electric arc of discharge" 30, where the effect of the "electric arc of discharge" 30 type is plotted in all of them "Sturf Gun", in its different presentations and models, handheld, type "machete / electrified baton", etc .; where cabinet 22 exemplifies an electric shock weapon by direct contact, usually denominated in the industry "Stun Gun". Similarly, the "electric discharge machete" 23 is presented, and a non-limiting model of "non-lethal electric discharge gun" 25, where the effect of the "electric discharge arc" 30 is plotted in all of them. On the other hand, this "voltaic arc of discharge" 30, can extend its range of action, by means of the set consisting of: Conductor Cable 26, by which the discharge is "triggered" and reaches its target through Conductive Dart 28 , closing the circuit, by electric discharge 30, and returning to close the electrical circuit, by Conductor Dart 29 and Conductor Cable 27.
[00170] De acuerdo con la invención, se puede proveer un bloque o dispositivo protector 20, que se ilustra en forma esquemática a modo de ejemplo no limitativo, brindándose las posibles alternativas de integración del dispositivo, así como los métodos, sistemas y tecnologías involucradas en esta invención, dentro del diseño del modelo no limitativo de "pistola de descarga eléctrica no letal" 25.  [00170] According to the invention, a protective block or device 20 can be provided, which is schematically illustrated by way of non-limiting example, providing the possible alternatives of integration of the device, as well as the methods, systems and technologies involved. in this invention, within the design of the non-limiting model of "non-lethal electric shock gun" 25.
[00171] De manera similar, la Figura 2, ejemplifica en forma no limitativa, un dispositivo de mano, normalmente denominado tipo "Stun Gun" 22, donde se presenta el "arco voltaico de descarga" 30, y además se ejemplifican los "electrodos de descarga" 21 , que pueden conectarse al "Dispositivo de Contacto Extendido" 24, como un accesorio externo, que normalmente se conecta para extender su rango de acción, mediante el conjunto compuesto por: Cable Conductor 26, por el cual se "dispara" la descarga y llega a su objetivo, a través del Dardo Conductor 28, cerrando ePcircuito, por la descarga eléctrica 30, y retornando para cerrar el circuito eléctrico, por el Dardo Conductor 29 y el Cable Conductor 27. [00171] Similarly, Figure 2 exemplifies, in a non-limiting manner, a handheld device, usually referred to as the "Stun Gun" type 22, where the "voltaic arc of discharge" 30 is presented, and the "electrodes" are also exemplified. of discharge "21, which can be connected to the" Extended Contact Device "24, as an external accessory, which is normally connected to extend its range of action, by means of the set consisting of: Conductor Cable 26, by which it" trips " the discharge and reaches its objective, through Conductor Dart 28, closing ePcircuito, by electric discharge 30, and returning to close the electrical circuit, by Conductor Dart 29 and Conductor Cable 27.
[00172] Nuevamente, de acuerdo con la invención, se puede proveer un bloque o Dispositivo Protector 20, que se ilustra en forma esquemática a modo de ejemplo no limitativo, involucrando las posibles alternativas de integración de los métodos, sistemas y tecnologías de esta invención, dentro del diseño del modelo no limitativo del denominado tipo "Stun Gun" 22. [00172] Again, according to the invention, a block or Protective Device 20 can be provided, which is schematically illustrated by way of non-limiting example, involving the possible alternatives of integration of the methods, systems and technologies of this invention, within the design of the non-limiting model of the so-called "Stun Gun" type 22.
[00173] Luego, la Figura 3, ejemplifica en forma no limitativa, un dispositivo de mano, normalmente denominado "machete de descarga eléctrica" 23, donde se presenta el "arco voltaico de descarga" 30* y además se ejemplifican los "electrodos de descarga" 21, que pueden conectarse al "Dispositivo de Contacto Extendido" 24, como un accesorio externo recambiable, de desacople manual y/o automático, que normalmente se conecta para extender su rango de acción, mediante por lo menos un conjunto compuesto por: Cable Conductor 26, por el cual se "dispara" la descarga y llega a su objetivo, a través del Dardo Conductor 28, cerrando el circuito, por la descarga eléctrica 30, y retornando para cerrar el circuito eléctrico, por el Dardo Conductor 29 y el Cable Conductor 27.  [00173] Next, Figure 3 exemplifies, in a non-limiting manner, a handheld device, normally called the "electric discharge machete" 23, where the "voltaic arc of discharge" 30 * is presented and the "electrodes of download "21, which can be connected to the" Extended Contact Device "24, as a replaceable external accessory, with manual and / or automatic decoupling, which is normally connected to extend its range of action, by at least one set consisting of: Conductor Cable 26, by which the discharge is "triggered" and reaches its target, through Conductor Dart 28, closing the circuit, by electric discharge 30, and returning to close the electrical circuit, by Conductor Dart 29 and the Conductor Cable 27.
[00174] También de acuerdo con la invención, se puede proveer un bloque o Dispositivo Protector 20, que se ilustra en forma esquemática a modo de ejemplo no limitativo, incluyendo las posibles alternativas de integración de los métodos, sistemas y tecnologías involucradas en esta invención, dentro del diseño del modelo no limitativo del denominado "machete de descarga eléctrica" 23.  [00174] Also according to the invention, a block or Protective Device 20 can be provided, which is schematically illustrated by way of non-limiting example, including the possible alternatives of integration of the methods, systems and technologies involved in this invention. , within the design of the non-limiting model of the so-called "electric discharge machete" 23.
[00175] En el modelo no limitativo de "pistola de descarga eléctrica no letal" 25, el conjunto compuesto por: Cable Conductor 26, por el cual se "dispara" la descarga y llega a su objetivo, a través del Dardo Conductor 28, cerrando el circuito, por la descarga eléctrica 30, y retornando para cerrar el circuito eléctrico, por el Dardo Conductor 29 y el Cable Conductor 27; se encuentra integrado en el su gabinete 25, normalmente dispuesto dentro de sub compartimentos intercambiables.  [00175] In the non-limiting model of "non-lethal electric shock gun" 25, the set consisting of: Conductor Cable 26, by which the discharge is "triggered" and reaches its target, through Conductor Dart 28, closing the circuit, by electric shock 30, and returning to close the electric circuit, by Conductor Dart 29 and Conductor Cable 27; It is integrated in its cabinet 25, normally arranged in interchangeable sub compartments.
[00176] Tanto en gabinete "Stun Gun" 22, como en el que ejemplifica a un "machete de descarga eléctrica" 23, y un modelo no limitativo de "pistola de descarga eléctrica no letal" 25; se presenta la alternativa del "arco voltaico de descarga" 30; descargando en sus bornes de salida, sin considerar el conjunto compuesto por: el Cable Conductor 26, por el cual se "dispara" la descarga y llega a su objetivo, a través del Dardo Conductor 28, cerrando el circuito, por la descarga eléctrica 30, y retornando para cerrar el circuito eléctrico, por el Dardo Conductor 29 y el Cable Conductor 27. [00176] Both in "Stun Gun" 22 cabinet, and in which it exemplifies an "electric shock machete" 23, and a non-limiting model of "electric shock gun non-lethal "25; the alternative of the" voltaic arc of discharge "30 is presented; unloading at its output terminals, without considering the set consisting of: the Conductor Cable 26, by which the discharge is" triggered "and reaches its objective, through Conductor Dart 28, closing the circuit, by electric discharge 30, and returning to close the electrical circuit, by Conductor Dart 29 and Conductor Cable 27.
[00177] De acuerdo con la invención, en todos estas armas se puede aplicar o proveer el bloque o dispositivo protector 20, que se ilustra en forma esquemática a modo de ejemplo no limitativo, ya sea en el diseño del gabinete 22 "Stun Gun", el "machete de descarga eléctrica" 23 y el modelo no limitativo de "pistola de descarga eléctrica no letal" 25. [00177] In accordance with the invention, in all these weapons the protective block or device 20, which is schematically illustrated by way of non-limiting example, can be applied or provided, either in cabinet design 22 "Stun Gun" , the "electric shock machete" 23 and the non-limiting model of "non-lethal electric shock gun" 25.
[00178] A los fines de la presente descripción, todos estos dispositivos de inmovilización y captura que operan por medio de descargas eléctricas a través del cuerpo del individuo objetivo, se denominarán con el término general de "arma" pero ello no significa que deba restringirse este término solo a aquellas armas de puño como una pistola.  [00178] For the purposes of this description, all these immobilization and capture devices that operate by means of electric shocks through the body of the target individual, will be referred to as the general term "weapon" but that does not mean that it should be restricted this term only to those fist weapons like a gun.
[00179] Esta invención, se presenta como aplicable también, en forma no limitativa, al ámbito de los armamentos denominados "Letales", en los cuales, la incorporación de los criterios funcionales de esta invención, podrían tornarlas "inteligentes e Interactivas", considerando los parámetros funcionales fisiológicos críticos, del objetivo, antes o después del eventual disparo de una bala/ munición.  [00179] This invention is presented as also applicable, in a non-limiting way, to the field of armaments called "Lethal", in which, the incorporation of the functional criteria of this invention, could make them "intelligent and Interactive", considering the critical physiological functional parameters of the objective, before or after the eventual firing of a bullet / ammunition.
[00180] La Figura 4 ilustra, en forma no limitativa y esquemática, un esquema o diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Táser", qué a título descriptivo se muestran en líneas de trazo o punteados (no continuos), y se sintetizan en una Fuente 52, que se conecta a un Conmutador/Interruptor 51, el cual envía la energía a un Transformador 53, que carga un Capacitor 54, cuya salida produce los pulsos de alta tensión utilizados en este tipo de dispositivos, a través del Transformador de Salida 55; todo esto pudiendo ser accionado por un Gatillo 49, que deriva su señal de comando al Microprocesador 50, que controla todas las funciones y parámetros del dispositivo. [00180] Figure 4 illustrates, in a non-limiting and schematic manner, a flowchart or block diagram of the most commonly used and arranged block of known art for the implementation of this type of "non-lethal immobilization and capture weapons ", type" Laser ", which by way of description are shown in dashed or dotted lines (not continuous), and are synthesized in a Source 52, which connects to a Switch / Switch 51, which sends the energy to a Transformer 53, which charges a Capacitor 54, whose output produces the high voltage pulses used in this type of devices, through the Output Transformer 55; All this can be triggered by a Trigger 49, which derives its command signal to Microprocessor 50, which controls all the functions and parameters of the device.
[00181] De esta manera, se realiza una primer aplicación no limitativa de los criterios funcionales de esta invención, en un modelo esquemático, referido a un posible Objetivo Humano 37, que cuenta en su Corazón 38, con la implantación/asistencia de algún Dispositivo Electrónico Cardíaco 39, tal como un Marcapasos, etc.  [00181] In this way, a first non-limiting application of the functional criteria of this invention is made, in a schematic model, referred to a possible Human Objective 37, which counts in its Heart 38, with the implantation / assistance of some Device Cardiac Electronic 39, such as a pacemaker, etc.
[00182] De acuerdo con la invención, se provee un Dispositivo Protector interactivo de las funciones vitales del individuo y que se indica con el número de referencia 20, que se describirá a continuación de manera sintética y no limitativa, incluyendo los módulos principales que lo componen, y aplicado a un arma de descarga eléctrica tal como cualquiera de las descriptas anteriormente.  [00182] In accordance with the invention, an interactive Protective Device is provided for the vital functions of the individual and indicated by reference number 20, which will be described below in a synthetic and non-limiting manner, including the main modules that compose, and applied to an electric shock weapon such as any of those described above.
[00183] Así, se describen en forma no limitativa, los principios básicos funcionales de esta invención,8 para esteTmodelo de. aplicación, en donde se provee un Detector de Pulso 44 que detecta a través de por lo menos una entrada del mismo la presencia de pulsos de alta tensión, que se transmiten desde la salida del dispositivo/arma no letal, a través del Cable 26, TX 32, y el Dardo 28, cerrando el circuito eléctrico de descarga a través del pasaje de los pulsos eléctricos por el individuo u objetivo humano 37, y regresando a través del Dardo 29, continuando por el RX 34, Cable 27, hasta el dispositivo/arma no letal. ¾ ' [00183] Thus, the basic functional principles of this invention are described in a non-limiting manner, 8 for this T model of. application, where a Pulse Detector 44 is provided which detects through at least one input thereof the presence of high voltage pulses, which are transmitted from the output of the non-lethal device / weapon, via Cable 26, TX 32, and Dart 28, closing the electrical discharge circuit through the passage of electrical pulses by the individual or human target 37, and returning through Dart 29, continuing on RX 34, Cable 27, to the device / non-lethal weapon. ¾ '
[00184] El Detector de Pulso 44, se encuentra conectado en sus entradas con Sensores Inductivos/Capacitivos 35 y 36, principalmente, que pueden operar como un ejemplo no limitativo, como una pinza amperométricá, registrando la actividad eléctrica y el inicio y terminación de pulsos de alta tensión sobre los Cables 26 y 27, y enviando dichos datos de sincronización al Detector de Pulso 44, a través de cables 45 y 46. Por otro lado, y a modo de protección/redundancia de información, para la sincronización del Detector de Pulso 44, se presenta en este modelo no limitativo de aplicación de esta invención, un suministro directo desde la salida del Microprocesador 50, a través desde el conductor 45a. [00184] The Pulse Detector 44, is connected in its inputs with Inductive / Capacitive Sensors 35 and 36, mainly, which can operate as a a non-limiting example, such as an amperometric clamp, recording the electrical activity and the start and termination of high voltage pulses on Cables 26 and 27, and sending said synchronization data to the Pulse Detector 44, via cables 45 and 46. On the other hand, and by way of protection / redundancy of information, for the synchronization of the Pulse Detector 44, there is presented in this non-limiting model of application of this invention, a direct supply from the output of the Microprocessor 50, through the driver 45th
[00185] El Detector de Pulso 44 indicará a un dispositivo Sensor de Radio Frecuencia 41, los espacios de tiempo en los cuales, éste último, podrá operar, para detectar los parámetros fisiológicos funcionales básicos, a través de los diferentes tipos de tecnologías ya descriptas anteriormente, en forma no limitativa.  [00185] The Pulse Detector 44 will indicate to a Radio Frequency Sensor device 41, the time spaces in which the latter can operate, to detect the basic functional physiological parameters, through the different types of technologies already described previously, in a non-limiting way.
[00186] Por otro lado, el dispositivo Sensor de Radio Frecuencia 41 es el responsable de interpretar las señales fisiológicas básicas, que procesa, tras enviar por un Cable 47, que se encuentra solidario con el Cable 26, convertido en Antena/Sensor 31, operando como un verdadero transmisor TX 32; las señales que permitirán discriminar estos parámetros, en forma no limitativa, utilizando por ejemplo el Efecto "Doppler", verificando las diferencias recibidas a través del receptor RX 34, que se encuentra solidario al cable 27, operando como una antena receptora RX 34, que conduce la información al Sensor de Radio Frecuencia 41, por un Cable 48. [00186] On the other hand, the Radio Frequency Sensor device 41 is responsible for interpreting the basic physiological signals, which it processes, after sending over a Cable 47, which is in solidarity with Cable 26, converted into Antenna / Sensor 31, operating as a true TX 32 transmitter; the signals that will allow to discriminate these parameters, in a non-limiting way, using for example the "Doppler" Effect, verifying the differences received through the RX 34 receiver, which is in solidarity with the cable 27, operating as an RX 34 receiving antenna, which conducts the information to the Radio Frequency Sensor 41, via a Cable 48.
[00187] El dispositivo 20 incluye además un Extractor de Señales/Integrador 42, que se presenta como u¾ dispositivo capaz de rearmar la información, que recibe en forma interrumpida, desde el Sensor de Radio Frecuencia 41, para enviarlas al Clasificador Interactivo Despachador 43, que puede definir una Alarma, el cual finalmente interpretará los polibles alertas y condicionamientos, para que sean informados al Microprocesador 50, a través del Contacto 46a; para condicionar, modificar o bloquear, el tipo de descarga, es decir el disparo, que se ha de generar desde estos dispositivos no letales, que se implementen con los métodos, sistemas y tecnologías, involucradas en forma no limitativa en esta invención. [00187] The device 20 also includes a Signal Extractor / Integrator 42, which is presented as a device capable of rearming the information, which it receives in interrupted form, from the Radio Frequency Sensor 41, to be sent to the Dispatcher Interactive Classifier 43, which can define an Alarm, which will finally interpret the polible alerts and conditions, so that they are informed to Microprocessor 50, through Contact 46a; to condition, modify or block, the type of discharge, that is, the trip, which is to be generated from these non-lethal devices, which are implemented with the methods, systems and technologies, involved in a non-limiting manner in this invention.
[00188] La Figura 5 ilustra, en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Taser", que a título descriptivo se muestran en trazo punteados (no continuos), y se sintetizan en la Fuente 52, que se conecta al Conmutador/Interruptor 51, el cual envía la energía al Transformador 53, que carga el Capacitor 54, cuya salida produce los pulsos de alta tensión utilizados en este tipo de dispositivos, a través del Transformador de salida 55; todo esto accionado por el Gatillo 49, que deriva su señal de comando al Microprocesador 50, que controla todas las funciones y parámetros del dispositivo.  [00188] Figure 5 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", "Taser" type, which are shown in dashed lines (not continuous), and are synthesized in Source 52, which is connected to Switch / Switch 51, which sends the energy to Transformer 53, which charges Capacitor 54 , whose output produces the high voltage pulses used in this type of devices, through the Output Transformer 55; all this activated by Trigger 49, which derives its command signal to Microprocessor 50, which controls all the functions and parameters of the device.
[00189] De esta manera, se presenta un modelo no limitativo de los rcritérios funcionales de esta invención, en un diagrama esquemático, referido al Objetivo Humano 56, que se encuentra embarazada, con una o más presencias cardíacas fetales 57. '· [00189] Thus, a nonlimiting model of functional criteria r this invention is presented in a schematic diagram, based on the human target 56, she is pregnant, with presences or more fetal heart 57.
[00190] De acuerdo con la invención, el Dispositivo 20 incluye, en forma no limitativa, el Detector de Pulso 44, que detecta la presencia de pulsos de alta tensión que se transmiten desde la salida del dispositivo/arma no letal, a través del Cable 26, TX 32, y el Dardo 28, cerrando el circuito eléctrico de descarga, a través del pasaje de los pulsos eléctricos por el objetivo Humano 56, y regresando a través del Dardo 29, continuando por el RX 34, Cable 27, hasta el dispositivo/arma no letal. [00190] According to the invention, Device 20 includes, in a non-limiting manner, the Pulse Detector 44, which detects the presence of high voltage pulses that are transmitted from the output of the non-lethal device / weapon, through the Cable 26, TX 32, and Dart 28, closing the electrical discharge circuit, through the passage of electrical pulses through Human target 56, and returning through Dart 29, continuing on RX 34, Cable 27, until the non-lethal device / weapon.
[00191] El Detector de Pulso 44 se encuentra conectado a los Sensores Inductivos/Capacitivos 35 y 36, que pueden operar como un ejemplo no limitativo, como una pinza amperométrica, registrando la actividad eléctrica y el inicio y terminación de pulsos de alta tensión, sobre los Cables 26 y 27, y enviando dichos datos de sincronización, al Detector de Pulso 44, a través de los cables 45 y 46. Por otro lado, y a modo de protección/redundancia de información, para la sincronización del Detector de Pulso 44, se presenta en este modelo no limitativo de aplicación de esta invención, un suministro directo desde la salida del Microprocesador 50, a través desde el conductor 45a. [00191] Pulse Detector 44 is connected to Inductive / Capacitive Sensors 35 and 36, which can operate as a non-limiting example, as an amperometric clamp, recording the electrical activity and the start and termination of high voltage pulses, on Cables 26 and 27, and sending said synchronization data, to Pulse Detector 44, through cables 45 and 46. By on the other hand, and by way of protection / redundancy of information, for the synchronization of the Pulse Detector 44, a direct supply from the output of the Microprocessor 50, through the conductor 45a is presented in this non-limiting model of application of this invention. .
[00192] El Detector de Pulso 44, indicará al dispositivo Sensor de Radio Frecuencia 41, los espacios de tiempo en los cuales, éste último, podrá operar, para detectar los parámetros fisiológicos funcionales básicos, a través de los diferentes tipos de tecnologías ya descriptas anteriormente, en forma no limitativa.  [00192] The Pulse Detector 44, will indicate to the Radio Frequency Sensor device 41, the time spaces in which the latter can operate, to detect the basic functional physiological parameters, through the different types of technologies already described previously, in a non-limiting way.
[00193] Por otro lado, el dispositivo Sensor de Radio Frecuencia 41, es el responsable de interpretar las señales fisiológicas básicas, que procesa, tras enviar por el Cable 47, que se encuentra solidario con el Cable 26, convertido en Antena/Sensor 31, operando como un verdadero transmisor TX 32; las señales que permitirán discriminar estos parámetros, en forma no limitativa, utilizando por ejemplo el Efecto "Doppler", verificando las diferencias recibidas a través del receptor RX 34, que se encuentra solidario al cable 27, operando como una antena receptora RX 34, que conduce la información al Sensor de Radio Frecuencia 41, por el Cable 48.  [00193] On the other hand, the Radio Frequency Sensor device 41, is responsible for interpreting the basic physiological signals, which it processes, after sending over Cable 47, which is in solidarity with Cable 26, converted into Antenna / Sensor 31 , operating as a true TX 32 transmitter; the signals that will allow to discriminate these parameters, in a non-limiting way, using for example the "Doppler" Effect, verifying the differences received through the RX 34 receiver, which is in solidarity with the cable 27, operating as an RX 34 receiving antenna, which conducts the information to the Radio Frequency Sensor 41, via Cable 48.
[00194] El Extractor de Señales/Integrador 42, se presenta como un dispositivo capaz de rearmar la información, que recibe en forma interrumpida, desde el Sensor de Radio Frecuencia 41, para enviarlas al Clasificador Interactivo Despachador Alarma 43, el cual finalmente interpretará los posibles alertas y condicionamientos, para que sean informados al Microprocesador 50, a través del Contacto 46a; para condicionar, modificar o bloquear, el tipo de descarga o "disparo" a generar desde estos dispositivos no letales, que se implementen con los métodos, sistemas y tecnologías, involucradas en forma no limitativa en esta invención. [00194] The Signal Extractor / Integrator 42, is presented as a device capable of rearming the information, which it receives in an interrupted way, from the Radio Frequency Sensor 41, to send them to the Alarm Dispatcher Interactive Classifier 43, which will finally interpret the possible alerts and conditions, so that they are informed to Microprocessor 50, through Contact 46a; to condition, modify or block, the type of download or "trigger" to be generated from these devices non-lethal, that are implemented with the methods, systems and technologies, involved in a non-limiting way in this invention.
[00195] La Figura 6, ilustra en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Taser", que a título descriptivo se muestran en trazo punteados (no continuos), y se sintetizan en la Fuente 52, que se conecta al Conmutador/Interruptor 51, el cual envía la energía al Transformador 53, que carga el Capacitor 54, cuya salida produce los pulsos de alta tensión utilizados en este tipo de dispositivos, a través del Transformador de salida 55; todo esto accionado por un Gatillo 49, que deriva su señal de comando al Microprocesador 50, que controla todas las funciones y parámetros del dispositivo.  [00195] Figure 6 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", "Taser" type, which are shown in dashed lines (not continuous), and are synthesized in Source 52, which is connected to Switch / Switch 51, which sends the energy to Transformer 53, which charges Capacitor 54 , whose output produces the high voltage pulses used in this type of devices, through the Output Transformer 55; all this activated by a Trigger 49, which derives its command signal to Microprocessor 50, which controls all the functions and parameters of the device.
[00196] De esta manera, se realiza un primer modelo no limitativo de los criterios funcionales dé esta invención, en uh diagrama esquemático, reférido a un posible Objetivo Humano 60, cuyo Corazón 59 se encuentra en algún estado de riesgo severo, pudiendo en forma no limitativa, desencadenar en un cuadro por ejemplo de Fibrilación Ventricular 58 '  [00196] In this way, a first non-limiting model of the functional criteria of this invention is made, in a schematic diagram, referring to a possible Human Objective 60, whose Heart 59 is in some severe risk state, being able to non-limiting, trigger in a box for example of 58 'Ventricular Fibrillation
[00197] De acuerdo con la invención, se provee un dispositivo protector interactivo de las funciones vitales del individuo y que se indica con el número de referencia 20, que se describirá a continuación de 'manera sintética y no limitativa, incluyendo los módulos principales que lo componen, y aplicado a un arma de descarga eléctrica tal como cualquiera de las descriptas anteriormente.  [00197] In accordance with the invention, an interactive protective device of the individual's vital functions is provided and is indicated by reference number 20, which will be described below in a synthetic and non-limiting manner, including the main modules which they compose it, and applied to an electric shock weapon such as any of those described above.
[00198] Así, describimos en formá no limitativa, los principios básicos funcioñales de esta invención, para este modelo de aplicación, en donde se provee el Detector de Pulso 44, que detecta la presencia la de pulsos de alta tensión, que se transmiten desde la salida del dispositivo/arma no letal, a través del Cable 26, TX 32, y el Dardo 28, cerrando el circuito eléctrico de descarga, a través del pasaje de los pulsos eléctricos por el objetivo Humano 60, y regresando a través del Dardo 29, continuando por el RX 34, Cable 27, hasta el dispositivo/ arma no letal. [00198] Thus, we describe in a non-limiting way, the basic functional principles of this invention, for this application model, where the Pulse Detector 44 is provided, which detects the presence of high voltage pulses, which are transmitted from the output of the non-lethal device / weapon, through Cable 26, TX 32, and Dart 28, closing the electrical discharge circuit, through the passage of the electrical pulses through the Human target 60, and returning through the Dart 29, continuing on RX 34, Cable 27, to the non-lethal device / weapon.
(00199] El Detector de Pulso 44 se encuentra conectado a los Sensores Inductivos/Capacitivos 35 y 36, que pueden operar como un ejemplo no limitativo, como una pinza amperométrica, registrando la actividad eléctrica y el inicio y terminación de pulsos de alta tensión, sobre los Cables 26 y 27, y enviando dichos datos de sincronización, al Detector de Pulso 44, a través de los cables 45 y 46. Por otro lado, y a modo de protección/redundancia de información, para la sincronización del Detector de Pulso 44, se pfesenta en este modelo no limitativo de aplicación de esta invención, un suministro directo desde la salida del Microprocesador 50, a través desde el conductor 45a.  (00199) The Pulse Detector 44 is connected to the Inductive / Capacitive Sensors 35 and 36, which can operate as a non-limiting example, such as an amperometric clamp, recording the electrical activity and the start and termination of high voltage pulses, on the Cables 26 and 27, and sending said synchronization data, to the Pulse Detector 44, through the cables 45 and 46. On the other hand, and by way of protection / redundancy of information, for the synchronization of the Pulse Detector 44 , in this non-limiting model of application of this invention, a direct supply from the output of the Microprocessor 50, through from the conductor 45a.
[00200] El Detector de Pulso 44, indicará al dispositivo Sensor de Radio Frecuencia 41, los espacios de tiempo en los cuales, éste último, podrá operar, para detectar los parámetros fisiológicos funcionales básicos, a través de los diferentes tipos de tecnologías ya descriptas anteriormente, en forma no limitativa.  [00200] The Pulse Detector 44, will indicate to the Radio Frequency Sensor device 41, the time spaces in which the latter can operate, to detect the basic functional physiological parameters, through the different types of technologies already described previously, in a non-limiting way.
[00201] Por otro lado, el dispositivo Sensor de Radio Frecuencia 41, es el responsable de interpretar las señales fisiológicas básicas, que procesa, tras enviar por el Cable 47, que se encuentra solidario con el Cable 26, convertido en Antena/ Sensor 31, operando como un verdadero transmisor TX 32; las señales que permitirán discriminar estos parámetros, en forma no limitativa, utilizando por ejemplo el Efecto "Doppler", verificando las diferencias recibidas a través del receptor RX 34, que se encuentra solidario al cable 27, operando como una antena receptora RX 34, que conduce la información al Sensor de Radio Frecuencia 41, por el Cable 48. capaz de rearmar la información, que recibe en forma interrumpida/fragmentada, desde el Sensor de Radio Frecuencia 41 , para enviarlas al Clasificador Interactivo Despachador Alarma 43, el cual finalmente interpretará los posibles alertas y condicionamientos, para que sean informados al Microprocesador 50, a través del Contacto 46a; para condicionar, modificar o bloquear, el tipo de descarga ("disparo") a generar desde estos dispositivos no letales, que se implementen con los métodos, sistemas y tecnologías, involucradas en forma no limitativa en esta invención. . [00201] On the other hand, the Radio Frequency Sensor device 41, is responsible for interpreting the basic physiological signals, which it processes, after sending over Cable 47, which is in solidarity with Cable 26, converted into Antenna / Sensor 31 , operating as a true TX 32 transmitter; the signals that will allow to discriminate these parameters, in a non-limiting way, using for example the "Doppler" Effect, verifying the differences received through the RX 34 receiver, which is in solidarity with the cable 27, operating as an RX 34 receiving antenna, which conducts the information to the Radio Frequency Sensor 41, via Cable 48. capable of rearming the information, which it receives in an interrupted / fragmented way, from the Radio Frequency Sensor 41, to send them to the Alarm Dispatcher Interactive Classifier 43, which will finally interpret the possible alerts and conditions, so that they are informed to the Microprocessor 50, to through Contact 46a; to condition, modify or block, the type of discharge ("shot") to be generated from these non-lethal devices, which are implemented with the methods, systems and technologies, involved in a non-limiting manner in this invention. .
[00203] La Figura 7 ilustra en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Taser", que a título descriptivo se muestran en trazo punteados (no continuos), y se sintetizan en la Fuente 52, que se conecta al Conmutador/Interruptor 51, el cual envía la energía al Transformador 53, que carga el Capacitor 54, cuya salida produce los pulsos de alta tensión utilizados en este tipo de dispositivos, a través del Transformador de salida 55; todo esto accionado por el Gatillo 49, que deriva su señal de comando al Microprocesador 50, que controla todas las funciones y parámetros del dispositivo; con un mayor detalle funcional y de inserción/interconexión de los métodos, sistemas* y tecnologías involucradas en esta invención, brindando un descriptivo que destaca las funciones principales de cada parte, interactuando con el arte actual. [00203] Figure 7 illustrates in a non-limiting and schematic way, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type "Taser", which are descriptively shown in dashed lines (not continuous), and are synthesized in Source 52, which is connected to Switch / Switch 51, which sends power to Transformer 53, which charges Capacitor 54, whose output produces the high voltage pulses used in this type of devices, through the Output Transformer 55; all this activated by Trigger 49, which derives its command signal to Microprocessor 50, which controls all the functions and parameters of the device; with a greater functional detail and insertion / interconnection of the methods, systems * and technologies involved in this invention, providing a descriptive that highlights the main functions of each part, interacting with current art.
[00204] Los componentes convencionales se ilustran en líneas de trazo o "punteados" (no continuos); mientras que las partes de la invención se muestran en trazos continuos.  [00204] Conventional components are illustrated in dashed or "dotted" lines (not continuous); while the parts of the invention are shown in continuous lines.
[00205] De esta manera, se presenta un diagrama no limitativo de los criterios funcionales de esta invención, en un modelo esquemático, referido a un posible Objetivo Humano 60, cuyo Corazón 59, genera una "señal cardiaca" 61 que se ilustra en la Figura 8. [00205] In this way, a non-limiting diagram of the criteria is presented of this invention, in a schematic model, referred to a possible Human Objective 60, whose Heart 59 generates a "cardiac signal" 61 illustrated in Figure 8.
[00206] De esta manera, la Figura 9, gráfica en forma sintética y no limitativa, una secuencia de pulsos de alta tensión 62, que viaja por el Cable 26, ver la Figura 7, en donde se destacan la amplitud de los mismos en la escala de niveles de Tensión 70, en Volt, con nivel VI, y una escala de tiempo en donde se presentan los espacios sin actividad eléctrica 63, presentados como TI a Tn, siendo "n" indefinido.  [00206] Thus, Figure 9, graphically in synthetic and non-limiting form, a sequence of high voltage pulses 62, which travels through Cable 26, see Figure 7, where the amplitude thereof is highlighted in the voltage level scale 70, in Volt, with level VI, and a time scale where the spaces without electrical activity 63 are presented, presented as TI to Tn, being "n" undefined.
[00207] Dicho tren de pulsos, que constituyen en forma no limitativa los denominados en la industria, "NMI", Señal de Electrochoque, etc, son detectados a la salida del Transformador 55, por el Sensor 35, que envía la información al Detector de Pulso 44, a través del conductor 45, como lo muestra la Figura 7. Una vez que el circuito de descarga se cierra pasando por el Cable 26, el Dardo 28, el Objetivo humano o animal 60, el Dardo 29, y el Cable 27; el tren de pulsos se ve disminuido en sus valores 64, como lo muestra la Figura 10. El mismo, comd muestra la Figura 7, será detectado por el Sensor 36, que enviará dicha información al Detector de Pulso 44 a través del Cable 46, en donde además los periodos de no-actividad eléctrica 65 o entre tiempos de no-actividad eléctrica, serán muy similares a los de salida 63, ver Figura 9 y Figura 10. [00207] Said train of pulses, which constitute in a non-limiting manner those denominated in the industry, "NMI", Electric Shock Signal, etc., are detected at the output of Transformer 55, by Sensor 35, which sends the information to the Detector. Pulse 44, through conductor 45, as shown in Figure 7. Once the discharge circuit is closed through Cable 26, Dart 28, Human or Animal Target 60, Dart 29, and Cable 27; the pulse train is reduced in its values 64, as shown in Figure 10. It, as shown in Figure 7, will be detected by Sensor 36, which will send said information to Pulse Detector 44 through Cable 46, where in addition the periods of non-electrical activity 65 or between times of non-electrical activity, will be very similar to those of output 63, see Figure 9 and Figure 10.
[00208] La Figura 8 presenta un gráfico no limitativo, de un diagrama de la respuesta cardiaca 61, del Corazón 59, del objetivo humano 60, de la Figura 7. Esta información/lectura, es realizada en los lapsos 63 y 65, es decir TI, T2, T3....Tn, de la Figura 9 y Figura 10, desde el Sensor de Radio Frecuencia 41, en forma sincronizada, con las indicaciones que le llegan del Detector de Pulso 44, mostrados en la Figura 7.  [00208] Figure 8 presents a non-limiting graph, of a diagram of the cardiac response 61, of the Heart 59, of the human objective 60, of Figure 7. This information / reading, is made in lapses 63 and 65, is say TI, T2, T3 .... Tn, of Figure 9 and Figure 10, from the Radio Frequency Sensor 41, in synchronized form, with the indications that arrive from the Pulse Detector 44, shown in Figure 7.
[00209] La Figura 1 1, muestra una gráfica 66, que presenta por un lado, la presencia de Pulsos de alta tensión 67, generados ("disparados") por estas armas no letales, y los tiempos sin actividad (TI, T2, T3....Tn), que suministra el Detector de Pulsos 44, al Sensor de Radio Frecuencia 41, para que active el sistema de Antena/ Sensor 31 y 33 (Figura 7), y pueda realizar mediciones de parámetros fisiológicos críticos, en esos lapsos 68, para que luego, sean integrados por el Extractor de Señales/Integrador 42 (Figura 7), tal como muestra la señal reconstruida 69, de similares características a la original 61. [00209] Figure 1 1 shows a graph 66, which shows, on the one hand, the presence of high voltage pulses 67, generated ("fired") by these non-lethal weapons, and times without activity (TI, T2, T3 .... Tn), supplied by Pulse Detector 44, to the Radio Frequency Sensor 41, so that it activates the Antenna / Sensor system 31 and 33 (Figure 7), and can make measurements of critical physiological parameters, in those lapses 68, so that later, they are integrated by the Signal Extractor / Integrator 42 (Figure 7 ), as shown by the reconstructed signal 69, of similar characteristics to the original 61.
[00210] De esta manera, en la Figura 7, estos datos pasan al Clasificador Despachador Interactivo/Alarma 43, para que se interpreten los patrones fisiológicos más críticos como la presencia de asistentes electrónicos artificiales 39 (Marcapasos, etc.), o presencia de latidos fetales superpuestos 57, o estados críticos próximos o desencadenados de fibrilación ventricular 58; y se envíen las correspondientes alarmas, al Microprocesador 50, a través del Contacto 46a; para que se bloquee el disparo y/o se acondicionen los niveles de descarga ("disparo"), sobre el objetivo 60, para evitar, daños severos o la muerte del sujeto/objetivo.  [00210] Thus, in Figure 7, this data is passed to the Interactive Dispatcher / Alarm Classifier 43, so that the most critical physiological patterns such as the presence of artificial electronic assistants 39 (Pacemakers, etc.), or the presence of overlapping fetal beats 57, or near or triggered critical states of ventricular fibrillation 58; and the corresponding alarms are sent, to Microprocessor 50, through Contact 46a; so that the shot is blocked and / or the discharge levels are conditioned ("shot"), on target 60, to avoid severe damage or death of the subject / target.
[00211] La Figura 12 ilustra en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Taser"; en donde al menos parte de los componentes del dispositivo de la invención se integran, en esta realización, dentro del o los microprocesadores que normalmente están presentes en estas armas del arte previo. Los componentes convencionales del arte se ilustran con trazos "punteados" (no continuos); mientras que los componentes y partes del dispositivo de la invención se ilustran en trazos continuos. Este modelo esquemático no limitativo de la aplicación de los criterios innovadores de esta invención, se refiere a un posible objetivo humano, que cuenta en su cuerpo, con la implantación/asistencia de algún dispositivo electrónico cardíaco (Marcapasos, etc.). [00211] Figure 12 illustrates in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type "Taser"; wherein at least part of the components of the device of the invention are integrated, in this embodiment, into the microprocessor (s) normally present in these prior art weapons. Conventional components of art are illustrated with "dotted" (non-continuous) strokes; while the components and parts of the device of the invention are illustrated in continuous lines. This non-limiting schematic model of the application of the innovative criteria of this invention refers to a possible human objective, which has in its body, the implantation / assistance of some cardiac electronic device (pacemaker, etc.).
[00212] La Figura 13 ilustra en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Taser"; en donde al menos parte de los componentes del dispositivo de la invención se integran, en esta realización, dentro del o los microprocesadores que normalmente están presentes en estas armas del arte previo. Los componentes convencionales del arte se ilustran con trazos "punteados" (no continuos); mientras que los componentes y partes del dispositivo de la invención se ilustran en trazos continuos. Este modelo esquemático no limitativo de la aplicación de los criterios innovadores de esta invención, se refiere a un posible objetivo humano femenino embarazado. [00212] Figure 13 illustrates in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type "Taser"; wherein at least part of the components of the device of the invention are integrated, in this embodiment, into the microprocessor (s) normally present in these prior art weapons. Conventional components of art are illustrated with "dotted" (non-continuous) strokes; while the components and parts of the device of the invention are illustrated in continuous lines. This non-limiting schematic model of the application of the innovative criteria of this invention refers to a possible pregnant female human objective.
[00213] La Figura 14 ilustra en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Taser"; en donde al menos parte de los componentes del dispositivo de la invención se integran, en esta realización, dentro del o los microprocesadores que normalmente están presentes en estas armas del arte previo. Los componentes convencionales del arte se ilustran coii trazos "punteados" (no continuos); mientras que los componentes y partes del dispositivo de la invención se ilustran en trazos continuos. Este modelo esquemático no limitativo de la aplicación de los criterios innovadores de esta invención; se refiere a un posible objetivo humano, cuyo corazón, se encuentra en estados de riesgo severo. [00213] Figure 14 illustrates in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of components in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type "Taser"; wherein at least part of the components of the device of the invention are integrated, in this embodiment, into the microprocessor (s) normally present in these prior art weapons. Conventional components of the art are illustrated by "dotted" (non-continuous) strokes; while the components and parts of the device of the invention are illustrated in continuous lines. This non-limiting schematic model of the application of the innovative criteria of this invention; It refers to a possible human objective, whose heart is in severe risk states.
[00214] La Figura 15, ilustra en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, a partir de la salida generadora de los "disparos" (pulsos de alta tensión, en forma no limitativa), normalmente constituida en por un Trasformador de Salida (55), para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Taser"; presentando los componentes básicos de esta invención, con su correspondiente diagrama de flujo e inserción/interconexión, con las diferentes posibles configuraciones de alternativas para convertir en sistemas de Antena/Sensor 31 de Transmisión (TX) 32 y Antena/Sensor 33 de Recepción (RX) 34, a los cables conductores 26 y 27, utilizados en el arte actual. Los componentes convencionales del arte previo se ilustran con trazos "punteados" (no continuos); mientras que los componentes y partes del dispositivo de la invención se ilustran en trazos continuos. [00214] Figure 15 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used block of components known in the art, from the output generating the "shots" (high voltage pulses, in non-limiting form), normally constituted by an Exit Transformer (55), for the implementation of this type of "non-lethal immobilization and capture weapons", type "Taser"; presenting the basic components of this invention, with its corresponding flow and insertion / interconnection diagram, with the different possible alternative configurations to convert into Transmission Antenna / Sensor 31 (TX) 32 and Receiving Antenna / Sensor 33 (RX) systems ) 34, to conductive cables 26 and 27, used in current art. Conventional components of the prior art are illustrated with "dotted" (non-continuous) strokes; while the components and parts of the device of the invention are illustrated in continuous lines.
[00215] Así, los diagramas 71, 72 y 73, presentan en forma no limitativa, diferentes modelos de aplicación, para convertir los actuales Cables conductores 26 y 27, del arte actual; en verdaderos sistemas de Transmisión 31/ 32 y Recepción 33/34, con aditamentos posicionados y a distancias de longitud de onda completa o fracción, de las frecuencias utilizadas desde el Sensor de Radio Frecuencia 41, garantizándo una distancia no menor al metro, desde los Dardos 28 y 29, para lograr un "cono de irradiación amplio", que permita obtener lectura cardíacas, principalmente, pero no en forma limitativa; independientemente de la posición en que esfos últimos se fijen sobre el objetivo (humano/animal). [00215] Thus, diagrams 71, 72 and 73, present in a non-limiting way, different application models, to convert the current Conductor cables 26 and 27, of the current art; in true Transmission 31/32 and Reception 33/34 systems, with positioned attachments and at full wavelength or fractional distances, of the frequencies used from the Radio Frequency Sensor 41, guaranteeing a distance not less than one meter, from the Darts 28 and 29, to achieve a "broad irradiation cone", which allows to obtain cardiac reading, mainly, but not in a limited way; regardless of the position in which the last spheres are fixed on the target (human / animal).
[00216] En el diagrama no limitativo 71 , se presenta un diseño, en el sector indicado, dé una concentración de cable enrulado de 26 y 27, y pintado con un ' material mejorador o favorecedor de efecto electromagnético, tal como grafito, que tienda a comportarse como una pequeña antena tipo "helicoidal".  [00216] In the non-limiting diagram 71, a design is presented, in the indicated sector, giving a concentration of curled cable of 26 and 27, and painted with an 'electromagnetic effect enhancing or favoring material, such as graphite, which tends to behave like a small "helical" type antenna.
[00217] En el diagrama no limitativo 72, se presenta un diseño, en el sector indicado del cable 26 y 27, de un entubamiento de grafito, que tienda a facilitar las condiciones de resonancia en ese sitio del mismo. [00218] En el diagrama no limitativo 73, se presenta un diseño de inserción de un micro toroide de grafito, al cual se le bobinará, en el sector indicado, una parte de los cable 26 y 27, individualmente, para lograr los efectos de antena/sensor deseados. [00217] In the non-limiting diagram 72, there is a design, in the indicated sector of the cable 26 and 27, of a graphite tubing, which tends to facilitate the resonance conditions at that site thereof. [00218] In the non-limiting diagram 73, an insert design of a graphite micro toroid is presented, which will be wound, in the indicated sector, a part of the cables 26 and 27, individually, to achieve the effects of desired antenna / sensor.
[00219] Así, los diagramas 74, 75, 76, 77 y 78, presentan en forma no limitativa, diferentes modelos de aplicación, modificando los Cables conductores 26 y 27, del arte actual; convirtiéndolos en parcialmente "bifilares", extendiendo los cables 47 y 48 que se encuentran conectados al Sensor de Radio Frecuencia 41, para lograr los objetivos de Transmisión y Recepción necesarios. [00219] Thus, diagrams 74, 75, 76, 77 and 78, present in a non-limiting way, different application models, modifying the Conductor cables 26 and 27, of the current art; making them partially "bifilar", extending the cables 47 and 48 that are connected to the Radio Frequency Sensor 41, to achieve the necessary Transmission and Reception objectives.
[00220] De esta manera, el diagrama 75, ejemplifica en forma no limitativa, la implementación de una "micro antena parabólica desplegable", sobre un segundo cable agregado a 26 y 27, extendiendo los cables 47 y 48 que se encuentran conectados al Sensor de Radio Frecuencia 41, que con el impulso del disparo y efecto del aire frontal, se desplegará 76, apuntando al objetivo humano o animal.  [00220] Thus, diagram 75 exemplifies, in a non-limiting manner, the implementation of a "micro-parabolic drop-down antenna", on a second cable added to 26 and 27, extending cables 47 and 48 that are connected to the Sensor. Radio Frequency 41, which with the impulse of the shot and effect of the frontal air, 76 will be deployed, aiming at the human or animal target.
[00221] Por otro lado, el diagrama 77, ejemplifica en forma no limitativa, la implementación de otro tipo de "micro antena", agrupando el segundo cable extendiendo los cables 47 y 48 que se encuentran conectados al Sensor de Radio Frecuencia 41.  [00221] On the other hand, diagram 77, exemplifies in a non-limiting way, the implementation of another type of "micro antenna", grouping the second cable extending cables 47 and 48 that are connected to the Radio Frequency Sensor 41.
[00222] Finalmente, el diagrama 78, ejemplifica en forma no limitativa, , la implementación de otro tipo de "micro antena", enroscando los segundos cables 47 y 48 que se encuentran conectados al Sensor de Radio Frecuencia 41. [00222] Finally, diagram 78 exemplifies, in a non-limiting manner , the implementation of another type of "micro antenna", twisting the second cables 47 and 48 that are connected to the Radio Frequency Sensor 41.
[00223] La Figura 16, ilustra en forma no limitativa y esquemática, una configuración ejemplificativa de este tipo de tecnologías y dispositivos de "armas no letales de inmovilización y captura", que operan comúnmente mediante descargas de pulsos de alta1 tensión; impíementada en su diseño, con las innovaciones involucradas en esta invención tal como se indica con el dispositivo o Bloque 20 de la invención. También, se muestran a modo de ejemplo no limitativo, una aplicación en donde la implementación de estas innovaciones, permite detectar a distancia media DI, aún sin efectuar un disparo (descarga de pulsos eléctricos de alta tensión) desde la pistola 25, datos especiales fisiológicos 39, de un posible objetivo humano 37, que cuenta en su cuerpo, con la implantación/asistencia de algún dispositivo electrónico cardíaco 38 (Marcapasos, etc.). [00223] Figure 16 illustrates, in a non-limiting and schematic manner, an exemplary configuration of this type of "non-lethal immobilization and capture weapons" technologies and devices, which commonly operate by means of high voltage 1 pulse discharges; impure in its design, with the innovations involved in this invention as indicated by the device or Block 20 of the invention. Also, by way of non-limiting example, an application is shown where the implementation of these innovations allows detecting at medium distance DI, even without firing (discharge of high voltage electrical pulses) from gun 25, special physiological data 39, of a possible human objective 37, which counts in your body, with the implantation / assistance of some cardiac electronic device 38 (Pacemaker, etc.).
[00224] Las señales 81 , transmitidas por el Sensor de Radio Frecuencia 41, de la Figura 7, se proyectan al objetivo 37, devolviendo señales reflejadas 82, que de acuerdo a su tipo de variación, serán interpretadas, dentro del Dispositivo o Bloque 20, ejemplificativo en forma no limitativa de esta invención, para generar una indicación de Alerta interactiva 80 (visual, sonora, etc), y modificar y/o condicionar los parámetros funcionales de las armas no letales 2-5, para salvaguardar la vida del objetivo 38.  [00224] The signals 81, transmitted by the Radio Frequency Sensor 41, of Figure 7, are projected to the target 37, returning reflected signals 82, which according to their type of variation, will be interpreted, within the Device or Block 20 , exemplary in a non-limiting manner of this invention, to generate an indication of Interactive Alert 80 (visual, audible, etc.), and modify and / or condition the functional parameters of non-lethal weapons 2-5, to safeguard the life of the target 38.
[00225] La Figura 17 ilustra en forma no limitativa y esquemática, un diagrama en donde se ejemplifica la presencia de un espacio de tiempo 79, (TI) existente en forma habitual mientras se realizan por ejemplo, las tareas de apuntamiento y disuasión a un potencial objetivo 37, con estas armas no letales 25 (Figura 16). [00225] Figure 17 illustrates in a non-limiting and schematic way, a diagram where the presence of a time slot 79, (TI) existing in a usual manner while performing, for example, the tasks of pointing and deterrence to a target potential 37, with these non-lethal weapons 25 (Figure 16).
[00226] Este tiempo 79 (TI), es el existente antes que se realice un disparo (descarga "NMI", etc), provocando la presencia del primer Pulso de Alta tensión Pl, generando luego un nuevo tiempo, sin actividad eléctrica T2, y así sucesivamente (Tn), durante el tiempo que se extienda el tren de Pulsos, que configura cada disparo (descarga) de estas armas no letales 25.  [00226] This time 79 (TI), is the one existing before a trip is made ("NMI" discharge, etc.), causing the presence of the first High Voltage Pulse Pl, then generating a new time, without electrical activity T2, and so on (Tn), during the time that the Pulse train is extended, which configures each shot (discharge) of these non-lethal weapons 25.
[00227] La Figura 18 ilustra en forma no limitativa y esquemática una configuración ejemplificativa de este tipo de tecnologías y dispositivos de "armas no látales de inmovilización y captura" 25, que operan comúnmente mediante descargas de pulsos de alta tensión; implementada en su diseño, con el dispositivo o bloque 20 de acuerdo con la presente invención. También se muestran a modo de ejemplo no limitativo, una aplicación en donde la implementación de estas innovaciones, permite detectar o continuar detectando, a la distancia media D2, una vez efectuado el disparo del conjunto de Cable 26, operando como Antena/Sensor 31, Transmisora (TX) 32, y el Dardo 28, y el conjunto del Cable 27, operando como Antena/Sensor 33, Receptora (RX) 34, y el Dardo 29 (descarga de pulsos eléctricos de alta tensión) de 25; datos especiales fisiológicos 57, de un posible objetivo humano 56, que se encuentra embarazado, según indicación 57, presentando estados cardiacos especiales 38 ("latido fetal superpuesto", por ejemplo). [00227] Figure 18 illustrates, in a non-limiting and schematic manner, an exemplary configuration of this type of "immobilization and capture" non-laminar weapons and devices 25, which commonly operate by means of high voltage pulse discharges; implemented in its design, with the device or block 20 according to The present invention. They are also shown as a non-limiting example, an application where the implementation of these innovations, allows detecting or continuing to detect, at the average distance D2, once the Cable 26 assembly has been triggered, operating as Antenna / Sensor 31, Transmitter (TX) 32, and Dart 28, and Cable 27 assembly, operating as Antenna / Sensor 33, Receiver (RX) 34, and Dart 29 (discharge of high voltage electrical pulses) of 25; special physiological data 57, of a possible human objective 56, which is pregnant, according to indication 57, presenting special cardiac states 38 ("superimposed fetal beat", for example).
[00228] Estas lecturas fisiológicas especiales se obtienen por las señales 81, transmitidas por el Sensor de Radio Frecuencia 41, de la Figura 7, que se proyectan al objetivo 56, devolviendo señales reflejadas 82, que de acuerdo a su tipo de variación, serán interpretadas-, dentro del Dispositivo o Bloque 20, ejemplificado' en forma no limitativa de esta invención, para generar una indicación de Alerta interactiva 80 (visual, sonora, etc.), y modificar y/o condicionar los parámetros funcionales de las armas no letales 25, para salvaguardar la vida del objetivo 56 protegiendo especialmente la vida en formación que alberga, mucho más sensible aún, al tipo de descargas propinadas por las armas letales 25.  [00228] These special physiological readings are obtained by signals 81, transmitted by the Radio Frequency Sensor 41, of Figure 7, which are projected to objective 56, returning reflected signals 82, which according to their type of variation, will be interpreted-, within the Device or Block 20, exemplified 'in a non-limiting manner of this invention, to generate an indication of Interactive Alert 80 (visual, sound, etc.), and modify and / or condition the functional parameters of the weapons not lethal 25, to safeguard the life of objective 56, especially protecting life in formation that houses, much more sensitive, the type of discharges caused by lethal weapons 25.
[00229] Todo esto ocurre, cuando aún el objetivo 56, no ha sido alcanzado por los Dardos 28 y 29, restando cubrir el salto de distancia D3, para impactar en el mismo.  [00229] All this happens, when even the objective 56, has not been reached by Darts 28 and 29, subtracting cover the distance jump D3, to impact it.
[00230] La Figura 19 muestra en forma no limitativa, como todo esto ocurre, mientras transcurre el tiempo 79 (TI), luego del cual, cuando impactan los Dardos 28 y 29, sobre el objetivo 56, una vez recorrida la distancia adicional D3, cerrándose el circuito eléctrico sobre el mismo y activándose recién en ese momento, el tren de Pulsos de Alta tensión ("ΝΜΓ, etc.), que comienzan con Pl . [00231] Por su parte, la Figura 20 ilustra en forma no limitativa y esquemática, una configuración ejemplificada de este tipo de tecnologías y dispositivos de "armas no letales de inmovilización y captura" 25, que operan comúnmente mediante descargas de pulsos de alta tensión; implementada en su diseño, con el Dispositivo 20 de la presente invención. En esta aplicación a modo de ejemplo no limitativo, se muestra la implementación de las presentes innovaciones de esta invención, para permitir detectar antes, durante o una vez finalizado el disparo (descarga de pulsos de alta tensión, "NMI, etc) generados desde un arma no letal 25; estados fisiológicos especiales 59, de un objetivo 60, que puedan modificar o bloquear la forma de descarga ("disparo") de estas armas no letales 25, generando señales de Alarma 80, para el operador de las mismas, con la detección interactiva de estados críticos fisiológicos, como los cercanos a una "fibrilación Ventricular 58, por ejemplo. [00230] Figure 19 shows in a non-limiting manner, as all this occurs, while time 79 (TI) passes, after which, when Darts 28 and 29 hit, on target 56, once the additional distance D3 has been traveled , closing the electrical circuit on it and activating only at that time, the train of High Voltage Pulses ("ΝΜΓ, etc.), which begin with Pl. [00231] For its part, Figure 20 illustrates, in a non-limiting and schematic manner, an exemplified configuration of this type of "non-lethal immobilization and capture weapons" technologies and devices 25, which commonly operate by means of high voltage pulse discharges. ; implemented in its design, with Device 20 of the present invention. In this application as a non-limiting example, the implementation of the present innovations of this invention is shown, in order to detect before, during or after the end of the trip (discharge of high voltage pulses, "NMI, etc.) generated from a non-lethal weapon 25; special physiological states 59, of a target 60, that can modify or block the form of discharge ("firing") of these non-lethal weapons 25, generating Alarm 80 signals, for the operator thereof, with interactive detection of physiological critical conditions, such as those near a "Ventricular fibrillation 58, for example.
[00232] Estas detecciones, que producen modificaciones simultáneas e interactivas, sobre las armas no letales 25, mediante la interacción de los criterios funcionales de esta invención, en forma no limitativa, operando sobre los circuitos básicos de generación dé pulsos de descarga eléctrica ("Disparos"), de las mismas; se logran mediante la actuación del conjunto de Cable 26, operando como Antena/Sensor 31 , Transmisora (TX) 32, que emite las señales 81, y el conjunto del Cable 27, operando como Antena/Sensor 33, Receptora (RX) 34, que recibe las señales 82, a una distancia promedio D5, por ejemplo en el orden de 1 Metro, del objetivo 60, quedando a la distancia D4, que la separa hasta el arma no letal 25.  [00232] These detections, which produce simultaneous and interactive modifications, on non-lethal weapons 25, through the interaction of the functional criteria of this invention, in a non-limiting manner, operating on the basic circuits for generating electric shock pulses (" Shooting "), thereof; they are achieved by actuating the Cable 26 assembly, operating as Antenna / Sensor 31, Transmitter (TX) 32, which emits signals 81, and the Cable 27 assembly, operating as Antenna / Sensor 33, Receiver (RX) 34, which receives the signals 82, at an average distance D5, for example in the order of 1 meter, of the target 60, remaining at the distance D4, which separates it to the non-lethal weapon 25.
[00233] La distancia D5, es la que ha resultado en forma no limitativa, ser la más adecuada, en base a experimentaciones, como para proponer un posible modelo aplicativo de esta invención; dado que de esa manera, se pueden lograr, ángulos de dispersión de lóbulos de antena, que permitan abarcar las zonas fisiológicas funcionales claves, como la zona cardiaca, aún habiéndose anclado los Dardos 28 y 29, en lugares distantes o no apropiados sobre el objetivo 60, para tal fin. [00233] The distance D5 is the one that has resulted in a non-limiting way, being the most appropriate, based on experiments, as to propose a possible application model of this invention; since in that way, dispersion angles of antenna lobes can be achieved, which allow to cover the functional physiological zones keys, such as the heart area, even if Darts 28 and 29 have been anchored, in distant or inappropriate places on target 60, for that purpose.
[00234] La Figura 22 ilustra, en forma no limitativa y esquemática, una configuración ejemplificativa de este tipo de tecnologías y dispositivos de "armas no letales de inmovilización y captura" 25, que operan comúnmente mediante descargas de pulsos de alta tensión; en la cual se implementa el Dispositivo o Bloque 20 de la invención. En esta aplicación a modo de ejemplo no limitativo, se muestra la implementación de las presentes innovaciones de esta invención, para permitir detectar antes, durante o una vez finalizado el disparo (descarga de pulsos de alta tensión, "NMI, etc) generados desde un arma no letal 25; estados fisiológicos normales 84, de un objetivo 60, que podrían modificarse, a partir de la aplicación de la descarga ("disparo") de estas armas no letales 25, modificando los estados normales de Alarma 80, para el operador de las mismas, con la detección interactiva de estados críticos fisiológicos, como los cercanos a una "fibrilación Ventricular 58, por ejemplo.  [00234] Figure 22 illustrates, in a non-limiting and schematic manner, an exemplary configuration of this type of "non-lethal immobilization and capture weapons" technologies and devices 25, which commonly operate by high voltage pulse discharges; in which the Device or Block 20 of the invention is implemented. In this application as a non-limiting example, the implementation of the present innovations of this invention is shown, in order to detect before, during or after the end of the trip (discharge of high voltage pulses, "NMI, etc.) generated from a non-lethal weapon 25; normal physiological states 84, of a target 60, which could be modified, from the application of the discharge ("firing") of these non-lethal weapons 25, modifying the normal states of Alarm 80, for the operator of these, with the interactive detection of physiological critical states, such as those near a "Ventricular fibrillation 58, for example.
[00235] La Figura 23 es un diagrama que permite entender mejor que las detecciones y mediciones interactivas, sucesivas a las realizadas durante el lapso 79 (TI), se repiten en los entre tiempos T2, luego de la descarga del Pulso de alta tensión (inicio de "Disparo") Pl, y así sucesivamente. [00235] Figure 23 is a diagram that allows us to better understand that the interactive detections and measurements, successive to those made during the period 79 (TI), are repeated between times T2, after the discharge of the High Voltage Pulse ( start of "Shot") Pl, and so on.
[00236] Por su parte, la Figura 24 ilustra1 en forma no limitativa y esquemática, una configuración ejemplificativa en donde se presentan en una misma escena, sobre un mismo objetivo 60, más de un arma, en este caso dos armas de aplicación de esta invención, es decir "armas no letales de inmovilización y captura" 25, denominadas como "A" y "B", que operan comúnmente mediante descargas de pulsos de alta tensión; y que incorporan el Dispositivo Protector 20 de la presente invención. En esta aplicación a modo de ejemplo no limitativo, se muestra la implementación de las presentes innovaciones de esta invención, en un caso, en el que, el arma no letal "A" (25), ha detectado que el objetivo 60 se ha puesto en estado crítico 59, cercanos, por ejemplo, a la "fibrilación ventricular" 58, ajustando desde los criterios de funcionamiento de esta invención, con el Dispositivo o Bloque 20, en forma interactiva los parámetros funcionales del dispositivo 25. [00236] On the other hand, Figure 24 illustrates 1 in a non-limiting and schematic way, an exemplary configuration where more than one weapon, in this case two application weapons of application, are presented in the same scene, on the same target 60 this invention, ie "non-lethal immobilization and capture weapons" 25, referred to as "A" and "B", which commonly operate by high voltage pulse discharges; and incorporating the Protective Device 20 of the present invention. In this application as a non-limiting example, the implementation of the present innovations of this invention, in one case, in which the non-lethal weapon "A" (25) has detected that the target 60 has been placed in critical condition 59, close, for example, to "ventricular fibrillation" 58, adjusting from the operating criteria of this invention, with the Device or Block 20, interactively the functional parameters of the device 25.
[00237] En forma casi simultánea, se presentaría el portador del arma no letal "B" (25), para intentar disparar (enviar una descarga de pulsos de alta tensión, "NMI", etc), sobre el mismo objetivo 60, en estado crítico de supervivencia 58; resultando que al apuntar "B" (25), las señales 81 y 82, indicarían a través de los principios funcionales de la invención, insertas en el arma no letal 25; el estado crítico 58, con presencia de Alarma 80.  [00237] Almost simultaneously, the carrier of the non-lethal weapon "B" (25) would be presented, to try to fire (send a discharge of high-voltage pulses, "NMI", etc.), on the same target 60, in critical state of survival 58; it turns out that by pointing "B" (25), signals 81 and 82, would indicate through the functional principles of the invention, inserted into the non-lethal weapon 25; the critical state 58, with the presence of Alarm 80.
[00238] Por su parte, la Figura 25, ilustra en forfria no limitativa y esquemática, el proceso de medición, que se realiza mediante la implementación deL Dispositivo 20 de esta invención, sobre el arma no letal "A" (25); durante los periodos o entretiempos 63 (TI, T2, T3, T4, Tn), para fégistrar'ese estado crítico del objetivo 60; mientras que en la Figura 26, se muestra como el arma no letal "B" (25), detecta en forma anticipada, al momento de apuntar, antes de disparar ("TI"), la presencia del estado crítico 58, del objetivo 60, percibiendo la Alarma 80.  [00238] For its part, Figure 25 illustrates in a non-limiting and schematic way, the measurement process, which is carried out by means of the implementation of Device 20 of this invention, on the non-lethal weapon "A" (25); during periods or periods 63 (TI, T2, T3, T4, Tn), to record the critical state of objective 60; while in Figure 26, it is shown as the non-lethal weapon "B" (25), detects in advance, at the time of aiming, before firing ("TI"), the presence of critical state 58, of objective 60 , receiving Alarm 80.
[00239] La Figura 27 ilustra otra situación en forma esquemática en donde se puede entender que aun habiéndose generado la "expulsión" de las Dardos 28 y 29 del arma no letal "B" (25), y habiéndose anclado los mismos sobre el objetivo 60, en estado crítico 58, de por ejemplo "fibrilación ventricular" 59, los principios de funcionamiento no limitativos de esta invención por medio del Dispositivo 20, provocaría el "Bloqueo" 85, de este arma, evitando acelerar un proceso cercano a la muerte del objetivo 60, o presentar situaciones difíciles de justificar, relacionadas con el abuso de fuerza. [00240] A pesar del "Bloqueo" 85, del arma no letal "B" (25), se prevé que el operador de la misma, tenga la opción, de igualmente "destrabar" del Gatillo (49, en Figura 7), para casos de fuerza mayor. Esta activación especial, podría operarse, mediante un "doble" gatillado, o destrabando otro interruptor en el arma no letal 25. También en esos momentos se podría iniciar, un registro especial de lo que se estaría desarrollando, para fines de investigación posteriores. [00239] Figure 27 illustrates another situation in schematic form where it can be understood that even having generated the "expulsion" of Darts 28 and 29 of the non-lethal weapon "B" (25), and having anchored them on the target 60, in critical condition 58, for example "ventricular fibrillation" 59, the principles of non-limiting operation of this invention by means of Device 20, would cause "Blocking" 85, of this weapon, avoiding accelerating a process close to death of objective 60, or present situations that are difficult to justify, related to the abuse of force. [00240] Despite "Blocking" 85, of the non-lethal weapon "B" (25), it is expected that the operator of the same, has the option, also "unlock" of the Trigger (49, in Figure 7), for cases of force majeure. This special activation could be operated, by means of a "double" trigger, or by unlocking another switch on the non-lethal weapon 25. A special record of what would be being developed could also be initiated at that time, for later research purposes.
[00241] Por su parte, la Figura 28 ilustra en forma no limitativa y esquemática, el proceso de medición, que se realiza mediante el Dispositivo 20 de la invención, sobre el arma no letal "A" (25); durante los entretiempos 63 (TI, T2, T3, T4, Tn), para registrar ese estado crítico del objetivo 60; mientras que en la Figura 29, se muestra como el arma no letal "B" (25), se ha mantenido en el espacio de tiempo ("TI"), sin provocar el "disparo" de pulsos de descarga eléctrica, "NMI", etc; sobre el objetivo 60, pero sí habiéndose lanzado y anclado en el cuerpo de este, los Dardos 28 y 29.  [00241] For its part, Figure 28 illustrates in a non-limiting and schematic way, the measurement process, which is carried out by the Device 20 of the invention, on the non-lethal weapon "A" (25); during halftime 63 (TI, T2, T3, T4, Tn), to record that critical state of objective 60; while in Figure 29, it is shown as the non-lethal weapon "B" (25), it has been maintained in the space of time ("TI"), without causing the "firing" of electric shock pulses, "NMI" , etc; on target 60, but having been launched and anchored in the body of this, Darts 28 and 29.
[00242] La Figura 30 ilustra, en forma no limitativa y esquemática, una configuración ejemplificativa de este tipo de tecnologías y dispositivos de "armas no letales de inmovilización y captura" 25, que operan comúnmente mediante descargas de pulsos de alta tensión; incorporando o implementada en su diseño, con las innovaciones involucradas en esta invención, es decir con el Dispositivo o Bloque 20; para una funcionalidad de operación/ejecución de "múltiples disparos (descarga de pulsos de alta tensión, "NMI", etc)", normalmente definida como de "repetición" o "multishot" donde los diferentes conjuntos básicamente constituidos por cables y dardos; pueden quedar solidarios conectados física y eléctricamente al arma, o ser eyectados y desconectados, al finalizar cada disparo ("descarga de pulsos eléctricos de alta tensión). Se presenta un diagrama funcional no limitativo de los criterios de aplicación del dispositivo 20 de la invención, cori tres objetivos diferenciados, donde "D" 37, se refiere a urf po'sible objetivo, que cuenta en su cuerpo con un dispositivo electrónico de asistencia cardiaca (marcapasos, etc.), que es detectado y clasificado, mediante los parámetros aplicativos del Dispositivo 20, en forma no limitativa, mediante la indicación 39. Por otro lado, "E" 56, se refiere a un posible objetivo embarazado, que cuenta en su cuerpo con una presencia fetal, que es detectada y clasificada, mediante los parámetros aplicativos del Dispositivo 20, en forma no limitativa, mediante la indicación 57. Finalmente, "F" 60, se refiere a un posible objetivo, que se encuentra en un estado crítico fisiológico, cercano a la "fibrilación ventricular", que es detectado y clasificado, mediante los parámetros aplicativos del Dispositivo 20, en forma no limitativa, mediante la indicación 58. A este último, también, se le ha puesto el sufijo "n", indicando que podría extenderse este criterio de aplicación de esta invención, a un mayor número de dispositivos similares. [00242] Figure 30 illustrates, in a non-limiting and schematic manner, an exemplary configuration of this type of "non-lethal immobilization and capture weapons" technologies and devices 25, which commonly operate by high voltage pulse discharges; incorporating or implemented in its design, with the innovations involved in this invention, that is, with the Device or Block 20; for an operation of operation / execution of "multiple shots (discharge of high voltage pulses," NMI ", etc.)", normally defined as "repetition" or "multishot" where the different sets basically constituted by cables and darts; they can be solidary physically and electrically connected to the weapon, or be ejected and disconnected, at the end of each shot ("discharge of high-voltage electrical pulses). A functional diagram is not limitative of the application criteria of the device 20 of the invention, I ran three differentiated objectives, where "D" 37, refers to possible urf objective, which has in its body an electronic cardiac assist device (pacemaker, etc.), which is detected and classified, by means of the application parameters of Device 20, in a non-limiting manner, by indication 39. On the other hand, " E "56, refers to a possible pregnant target, which has in its body a fetal presence, which is detected and classified, by means of the application parameters of Device 20, in a non-limiting manner, by indication 57. Finally," F "60, refers to a possible objective, which is in a critical physiological state, close to" ventricular fibrillation ", which is detected and classified, by means of the application parameters of Device 20, in a non-limiting manner, by indication 58 The latter, too, has been given the suffix "n", indicating that this criterion of application of this invention could be extended to a greater number of similar devices.
[00243] De esta manera, con los mismos sistemas constitutivos, que conforman los bloques principales, en forma no limitativa de esta invención; se podría soportar esta aplicación de múltiples disparos (descargas de pulsos de alta tensión,"NMI", etc); utilizando un correspondiente conjunto de Detectores de Pulsos, Cables operando como Antena/Sensor (Transmisor y Receptor), básicamente.  [00243] Thus, with the same constitutive systems, which make up the main blocks, in a non-limiting manner of this invention; this multi-shot application could be supported (high voltage pulse discharges, "NMI", etc); using a corresponding set of Pulse Detectors, Cables operating as Antenna / Sensor (Transmitter and Receiver), basically.
[00244] Así, para el ejemplo presentado con el objetivo "D" 37, el conjunto de Detectores de Pulsos 35a y 36a, transmitirá las señales detectadas, por los cables 45a y 46a; donde las Antenas/Sensores, implementadas en los cables, operarían como Transmisor "TX" 47 a y Receptor "RX" 48 a.  [00244] Thus, for the example presented with the objective "D" 37, the set of Pulse Detectors 35a and 36a, will transmit the detected signals, by cables 45a and 46a; where the Antennas / Sensors, implemented in the cables, would operate as Transmitter "TX" 47 a and Receiver "RX" 48 a.
[00245] Así, para el ejemplo presentado con el objetivo "E" 56, el conjunto de Detectores de Pulsos 35b y 36b, transmitiría las señales detectadas, por los cables 45b y 46b; donde las Antenas/ Sensores, implementadas en los cables, operarían como Transmisor "TX" 47 b y Receptor "RX" 48 b. [00246] Finalmente, para el ejemplo presentado con el objetivo "F" 60, el conjunto de Detectores de Pulsos 35c y 36c, transmitiría las señales detectadas, por los cables 45c y 46c; donde las Antenas/Sensores, implementadas en los cables, operarían como Transmisor "TX" 47c y Receptor "RX" 48c. Para otras configuraciones del arte conocido, donde la salida generadora de esta capacidad de disparos a "repetición" o "multishot" (múltiples descargas eléctricas, en forma no limitativa), se opere desde un único dispositivo administrador de Salida, como un "SWITCH" (Conmutador), en lugar de múltiples Trasformadores de Salida (por ejemplo); el conjunto de Detectores de Pulsos, Cables, Antenas y Sensores, podrían minimizarse también. [00245] Thus, for the example presented with the objective "E" 56, the set of Pulse Detectors 35b and 36b, would transmit the detected signals, by cables 45b and 46b; where the Antennas / Sensors, implemented in the cables, would operate as Transmitter "TX" 47 by Receiver "RX" 48 b. [00246] Finally, for the example presented with the objective "F" 60, the set of Pulse Detectors 35c and 36c, would transmit the detected signals, by cables 45c and 46c; where the Antennas / Sensors, implemented in the cables, would operate as Transmitter "TX" 47c and Receiver "RX" 48c. For other configurations of known art, where the generating output of this "repetition" or "multishot" shooting capability (multiple electrical discharges, in a non-limiting manner), is operated from a single Output management device, such as a "SWITCH" (Switch), instead of multiple Output Transformers (for example); The set of Pulse Detectors, Cables, Antennas and Sensors could also be minimized.
[00247] Por último, la Figura 31 ilustra en forma no limitativa y esquemática, a modo de ejemplo, las configuraciones más típicas que contienen este tipo de tecnologías y dispositivos de "armas no letales de inmovilización y captura" 25, que operan comúnmente mediante descargas de pulsos de alta tensión, con las posibles alternativas de montaje externo, como accesorio agregado al arte actual conocido, del Dispositivo Protector 20 de la invención, el cual puede ser incorporado también, en forma genérica, sobre el-euerpo de un arma letal (de fuego). [00247] Finally, Figure 31 illustrates in a non-limiting and schematic way, by way of example, the most typical configurations containing such technologies and devices of "non-lethal immobilization and capture weapons" 25, which commonly operate by high voltage pulse discharges, with the possible external mounting alternatives, as an accessory added to the current known art, of the Protective Device 20 of the invention, which can also be incorporated, in generic form, on the body of a lethal weapon (of fire).
[00248] De esa manera, un posible montaje externo superior 96, permitiría fijaciones en anclajes normalmente previstos para elementos de apuntamiento (como miras telescópicas, etc.), módulos intermedios 97 y 98, se podrían acoplar al cuerpo del arma no letal 25, integrando la tecnología de esta invención, y permitiendo a partir de ellos, el montaje y desmontaje de otros accesorios móviles, como lo son típicamente por ejemplo, los "cartuchos que contienen el conjunto de Cables y Dardos" 100, etc.  [00248] Thus, a possible upper external assembly 96, would allow fixations in anchors normally provided for aiming elements (such as telescopic sights, etc.), intermediate modules 97 and 98, could be coupled to the body of the non-lethal weapon 25, integrating the technology of this invention, and allowing from them, the assembly and disassembly of other mobile accessories, as they are typically for example, the "cartridges containing the set of Cables and Darts" 100, etc.
[00249] Por último, considerando los accesorios de Cámaras de grabación, en sus diferentes tipos, que posee el arte actual de estas armas no letales 25, se presenta una posible integración de la tecnología de esta invención, integrada junto con un accesorio 99. [00249] Finally, considering the accessories of Recording Cameras, in their different types, which has the current art of these non-lethal weapons 25, a possible integration of the technology of this invention, integrated together with an accessory, is presented 99.
[00250] La Figura 32 ilustra, en forma no limitativa y esquemática a modo de ejemplo, las configuraciones más típicas, que contienen este tipo de tecnologías y dispositivos de "armas no letales de inmovilización y captura" aplicado a los denominados "Stun Gun" 22, que operan comúnmente mediante descargas de pulsos de alta tensión, con las posibles alternativas de montaje externo, como accesorio agregado al arte actual conocido, del Dispositivo Protector 20 de la invención, el cual puede ser incorporado también, en forma genérica, sobre el cuerpo de un arma del mismo o diferente tipo.  [00250] Figure 32 illustrates, in a non-limiting and schematic way by way of example, the most typical configurations, which contain such technologies and devices of "non-lethal immobilization and capture weapons" applied to the so-called "Stun Gun" 22, which commonly operate by means of high voltage pulse discharges, with the possible external mounting alternatives, as an accessory added to the current known art, of the Protective Device 20 of the invention, which can also be incorporated, in generic form, on the body of a weapon of the same or different type.
[00251] De esa manera, un posible montaje externo superior 94, que extienda los electrodos del mismo, o una aplicación inferior 95, en la "culata" de estos dispositivos.  [00251] Thus, a possible upper external assembly 94, which extends the electrodes thereof, or a lower application 95, in the "cylinder head" of these devices.
[00252] La Figura 33 ilustra, en forma no limitativa y esquemática a modo de ejemplo, las configuraciones más típicas, que contienen este tipo de tecnologías y dispositivos de "armas no letales de inmovilización y captura", configuradas como un "machete electrificado" 23, que operan comúnmente mediante descargas de pulsos de alta tensión, con las posibles alternativas de montaje externo, como accesorio agregado al arte actual conocido, del Dispositivo Protector 20 de la invénción, el cual puede ser incorporado también, en forma genérica, sobre alguna parte del cuerpo del arma o machete. Por ejemplo, puede ser un posible montaje externo superior 94 que extienda los electrodos del mismo, o una aplicación inferior 95, en la "culata" -de estos dispositivos. [00252] Figure 33 illustrates, in a non-limiting and schematic way by way of example, the most typical configurations, which contain such technologies and devices of "non-lethal immobilization and capture weapons", configured as an "electrified machete" 23, which commonly operate by means of high voltage pulse discharges, with the possible external mounting alternatives, as an accessory added to the current known art, of the Protective Device 20 of the invention, which can also be incorporated, in generic form, on some part of the body of the weapon or machete. For example, it may be a possible upper external assembly 94 extending the electrodes thereof, or a lower application 95, in the "cylinder head" of these devices.
[00253] De acuerdo con aún otra realización de la invención, la Figura 34 ilustra en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Taser", que a título descriptivo se muestran en trazo punteados (no continuos), y se sintetizan en la Fuente 52, que se conecta al Conmutador/Interruptor 51, el cual envía la energía al Transformador 53, que carga el Capacitor 54, cuya salida produce los pulsos de alta tensión utilizados en este tipo de dispositivos, a través del Transformador de salida 55; todo esto accionado por el Gatillo 49, que deriva su señal de comando al Microprocesador 50, que controla todas las funciones y parámetros del dispositivo; con un mayor detalle funcional y de inserción/interconexión de los métodos, sistemas y tecnologías involucradas en esta invención. Más particularmente de acuerdo con esta realización, se introduce un Módulo Desfibrilador 40, presentándose su interacción con el arte actual, y destacándose la prestación que brinda este módulo desfibrilador en la asistencia del individuo afectado. Los componentes convencionales se ilustran en líneas de trazo o "punteados" (no continuos); mientras que las partes de la invención se muestran en trazos continuos. [00253] In accordance with yet another embodiment of the invention, Figure 34 illustrates in a non-limiting and schematic manner, a flow chart of the most commonly used and arranged block of known components for the implementation of this type of " non-lethal weapons of immobilization and capture ", type" Taser ", that to Descriptive titles are shown in dashed lines (not continuous), and are synthesized in Source 52, which is connected to Switch / Switch 51, which sends energy to Transformer 53, which loads Capacitor 54, whose output produces the pulses of high voltage used in this type of devices, through the Output Transformer 55; all this activated by Trigger 49, which derives its command signal to Microprocessor 50, which controls all the functions and parameters of the device; with greater functional detail and insertion / interconnection of the methods, systems and technologies involved in this invention. More particularly in accordance with this embodiment, a Defibrillator Module 40 is introduced, presenting its interaction with current art, and highlighting the provision that this defibrillator module provides in the assistance of the affected individual. Conventional components are illustrated in dashed or "dotted" lines (not continuous); while the parts of the invention are shown in continuous lines.
[00254] De esta manera, se presenta un diagrama no limitativo de los criterios funcionales de esta invención, en un modelo esquemático, referido a uií posible Objetivo Humano 60, cuyo Corazón 59 genera una "señal cardiaca de serio riesgo inminente", tal como por ejemplo un cuadro de "Fibrilación Ventricular, indicado con la referencia 61, alertando sobre la necesidad de implementar de "inmediato", un proceso de "desfibrilación cardiaca", es decir un tren de descargas especiales de alta tensión que podrá ser brindado por medio del módulo 40 de la invención.  [00254] In this way, a non-limiting diagram of the functional criteria of this invention is presented, in a schematic model, referring to a possible Human Objective 60, whose Heart 59 generates a "cardiac signal of serious imminent risk", such as for example, a "Ventricular Fibrillation" box, indicated with reference 61, warning about the need to implement a "cardiac defibrillation" process immediately, that is, a special high-voltage discharge train that can be provided through of module 40 of the invention.
[00255] También de acuerdo con otra realización, la Figura 35, gráfica en forma sintética y no limitativa, el mismo diagrama funcional de la Figura 34, en donde se detalla la posibilidad de integración de todas las innovaciones de esta invención, incluyendo el Módulo Desfibrilador 40 dentro del o los Microprocesadores 50, normalmente constitutivos de los circuitos básicos de las armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.) , pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.) como las armas tipo "Taser" en todas las posibles versiones y presentaciones. [00255] Also according to another embodiment, Figure 35, graphically in synthetic and non-limiting form, the same functional diagram of Figure 34, where the possibility of integration of all the innovations of this invention, including the Module, is detailed Defibrillator 40 within the Microprocessor (s) 50, normally constituting the basic circuits of weapons and non-devices lethal, which mainly operates by means of discharges from pulses of electric energy ("NMI", etc.), but not limited to, type "Stun Gun" (in its different presentations and models, hand held, type "machete / baton electrified ", etc.) as" Taser "weapons in all possible versions and presentations.
[00256] La Figura 36 ilustra, en forma no limitativa y esquemática a modo de ejemplo, las configuraciones más típicas, que contienen este tipo de tecnologías y dispositivos de "armas no letales de inmovilización y captura" 25, ya implementada con las tecnologías involucradas en esta invención; en donde se detalla la detección de un estado crítico con riesgo de vida 58, tal como la "Fibrilación Ventricular", por ejemplo, y la posibilidad de conmutar y accionar el Módulo Desfibrilador 40 integrado, operando (descargando los pulsos de alta tensión), a través de los Cables/Dardos de los normalmente desmontables "Cartuchos" de recarga 100, de éstos dispositivos. [00256] Figure 36 illustrates, in a non-limiting and schematic way by way of example, the most typical configurations, which contain such technologies and devices of "non-lethal immobilization and capture weapons" 25, already implemented with the technologies involved in this invention; where the detection of a critical state with life risk is detailed, 58 such as "Ventricular Fibrillation", for example, and the possibility of switching and activating the integrated Defibrillator Module 40, operating (discharging high voltage pulses), through the Cables / Darts of the normally removable "Refill Cartridges" 100, of these devices.
[00257] La Figura 37 ilustra, en forma no limitativa y esquemática a modo de ejemplo, las configuraciones más típicas, que contienen este tipo de tecnologías y dispositivos de "armas "no letales dé inmovilización y captura" 25, ya implementada con las tecnologías involucradas en esta invención; en donde se detalla la detección de un estado crítico con riesgo de vida 58, tal como la "Fibrilación Ventricular", por ejemplo, y la posibilidad de conmutar y accionar el Módulo Desfibrilador 40 integrado, operando (descargando los pulsos de alta tensión), a través de los Cables 102 y Contactos 103 de una Unidad compatible e intercambiable 101, con los normalmente desmontables "Cartuchos" de recarga, de estos dispositivos, sobre un objetivo humano 60 o animal en riesgo de vida. [00257] Figure 37 illustrates, in a non-limiting and schematic way by way of example, the most typical configurations, which contain this type of non-lethal "weapons" technologies and devices for immobilization and capture "25, already implemented with the technologies involved in this invention, where the detection of a critical state with life risk is detailed, 58 such as "Ventricular Fibrillation", for example, and the possibility of switching and activating the integrated Defibrillator Module 40, operating (discharging the pulses high voltage), through the Cables 102 and Contacts 103 of a compatible and interchangeable Unit 101, with the normally removable "Cartridges" of recharge, of these devices, on a human target 60 or animal at risk of life.
[00258] Finalmente, de acuerdo con aún otra realización alternativa de la invención, la Figura 38 ilustra, en forma no limitativa y esquemática, un diagrama de flujo del bloque de componentes más comúnmente utilizados y dispuestos en el arte conocido, para la implementación de este tipo de "armas no letales de inmovilización y captura", tipo "Taser"; presentando componentes de esta invención, con el agregado opcional del Módulo Desfibrilador y su correspondiente interacción con su correspondiente diagrama de flujo e inserción/interconexión, con el arte actual; destacando, más particularmente de acuerdo con esta realización, la posibilidad de detectar y avisar de manera remota, sobre posibles estados de Alerta, relacionados a los parámetros fisiológicos de un operador de la Fuerzas de Seguridad, "Law Enforcement", etc" 88, de las fuerzas de Seguridad, "Law Enforcement", etc. De esa manera, gracias a los mecanismos de detección de parámetros fisiológicos integrados en esta invención 20, aplicados en forma no limitativa a este tipo de "armas no letales de inmovilización y captura", tipo "Taser"; en forma no limitativa 25; se presenta este último, en la situación "de reposo" 87, que podría estar configurada para detectar y transmitir por medios de comunicación disponibles en el arte actual 89 ("M2M", WiFi, ZigBee, GPRS, etc.), para dar aviso en forma no limitativa, a un Centro de Control 90; en forma permanente, información sobre sus parámetros fisiológicos básicos funcionales o estados especiales de Alerta 58, a través de las señales inalámbricas 81 y 82, que recibirían estos datos del corazón 59, que serían transmitidos . Por otro lado,, gracias a los mecanismos de detección de parámetros fisiológicos integrados en esta invención 20, aplicados en forma no limitativa a este tipo de "armas no letales de inmovilización y captura", tipo "Taser"; en forma no limitativa 25; se presenta el caso del operador de la Fuerzas de Seguridad, "Law Enforcement", etc." 88, de las fuerzas de Seguridad, "Law Enforcement", etc., en la situación "de portación" 86, sobre la cual, se podrían configurar parámetros de identificación y reconocimiento biométrico; que solo permitirían la activación y uso de estos dispositivos a su propietario asignado. [00258] Finally, according to yet another alternative embodiment of the invention, Figure 38 illustrates, in a non-limiting and schematic manner, a flow chart of the most commonly used component block and arranged in the known art, for the implementation of this type of "non-lethal immobilization and capture weapons", type "Taser"; presenting components of this invention, with the optional aggregate of the Defibrillator Module and its corresponding interaction with its corresponding flowchart and insertion / interconnection, with the current art; highlighting, more particularly in accordance with this embodiment, the possibility of detecting and warning remotely, about possible states of Alert, related to the physiological parameters of an operator of the Security Forces, "Law Enforcement", etc. "88, of Security forces, "Law Enforcement", etc. Thus, thanks to the physiological parameter detection mechanisms integrated in this invention 20, applied in a non-limiting manner to this type of "non-lethal immobilization and capture weapons", type "Taser", in a non-limiting way 25, the latter is presented, in the "resting" situation 87, which could be configured to detect and transmit by means of communication available in the current art 89 ("M2M", WiFi, ZigBee, GPRS, etc.), to give notice in a non-limiting way, to a Control Center 90; permanently, information on its basic functional physiological parameters or special states of Alert 58, through the wireless signals 81 and 82, which would receive this data from the heart 59, which would be transmitted. On the other hand, thanks to the physiological parameter detection mechanisms integrated in this invention 20, applied in a non-limiting way to this type of "non-lethal immobilization and capture weapons", type "Taser"; in a non-limiting manner 25; the case of the operator of the Security Forces, "Law Enforcement", etc. "88, of the Security forces," Law Enforcement ", etc., is presented in the" porting "situation 86, on which They could configure biometric identification and recognition parameters, which would only allow the activation and use of these devices to their assigned owner.
[00259] Tal como surge de la anterior descripción, uno de los objetivos principales de la presente invención, es el de "salvar vidas" en ambientes de uso de "armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica u otros tipos de energías y emisiones desarrolladas o a desarrollarse para tal fin, pero no en forma limitativa, ya que podría aplicarse a dispositivos y armamentos letales"; solo se focaliza en el relevamiento, detección, seguimiento, medición, etc, de los parámetros fundamentales, que pueden determinar en el más elevado porcentaje, las condiciones fisiológicas (humanas y animales), capaces de provocar darlos irreparables y/o la muerte. [00259] As it appears from the previous description, one of the main objectives of the present invention, is to "save lives" in environments of use of "non-lethal weapons and devices, which operate primarily by discharges from pulses of electrical energy or other types of energy and emissions developed or developed for that purpose, but not in a limiting way, as it could be applied to lethal devices and weapons "; It only focuses on the survey, detection, monitoring, measurement, etc., of the fundamental parameters, which can determine in the highest percentage, the physiological conditions (human and animal), capable of causing them to be irreparable and / or death.
[00260] Lo que se procura obtener, son datos básicos, rápidos y efectivos, que sirvan para "retroalimentar" en forma automática y/o manual, las condiciones de descarga ("disparo"), de las "armas y dispositivos no letales, que operan principalmente mediante pulsos de energía eléctrica, pero no en forma limitativa, ya que podría aplicarse a dispositivos y armamentos letales"; para que puedan salvarse vidas, fundamentalmente.  [00260] What we are trying to obtain, are basic, fast and effective data, that serve to "feed back" automatically and / or manually, the conditions of unloading ("firing"), of "non-lethal weapons and devices, that operate mainly by means of pulses of electrical energy, but not in a limiting way, since it could be applied to lethal devices and armaments "; so that lives can be saved, fundamentally.
[00261] Sin embargo, dado que los alcances de la presente invención lo contempla, se pretende proteger todo tipo de posibles aplicaciones de relevamiento, detección, seguimiento, medición, etc., de los parámetros y condiciones fisiológicas (humanas y animales), que puedan agregarse para este u otros fines, sobre este tipo de "armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica, pero no en forma limitativa, ya que podría aplicarse a dispositivos y armamentos letales".  [00261] However, since the scope of the present invention contemplates it, it is intended to protect all kinds of possible applications of survey, detection, monitoring, measurement, etc., of the physiological parameters and conditions (human and animal), which may be added for this or other purposes, on this type of "non-lethal weapons and devices, which operate primarily through discharges from pulses of electrical energy, but not in a limited way, as it could be applied to lethal devices and armaments."
[00262 Como también se indicó, la presente invención puede utilizar tecnología de Sensores de Radiofrecuencia Doppler, conocida en Inglés como "Radio Frequency Doppler Sensor", ya difundida en el arte actual, que por ese motivo no se detalla y que resulta la más recomendada1} para implementar uno de los modelos de aplicación de esta invención, focalizada en la detección de "señales cardíacas", en forma no limitativa; como el mecanismo de captación a distancia de señales fisiológicas críticas, del objetivo (humano o animal). [00262 As also indicated, the present invention may use Doppler Radio Frequency Sensor technology, known in English as "Radio Frequency Doppler Sensor", already disseminated in the current art, which for that reason is not detailed and is the most recommended 1 } to implement one of the application models of this invention, focused on the detection of "cardiac signals", in a non-limiting manner; as the mechanism of distance capture of critical physiological signals, of the objective (human or animal).
[00263] Sin entrar en un mayor análisis de estas materias que son bien conocidas en el arte y no se examinarán en detalle en esta invención; es importante destacar, que todos estos circuitos y métodos, son económicos, capaces de suministrar lecturas fisiológicas muy precisas y son de fácil integración a la actual tecnología de armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.) como las armas tipo "Taser" en todas las posibles versiones y presentaciones.  [00263] Without going into further analysis of these matters that are well known in the art and will not be examined in detail in this invention; It is important to note that all these circuits and methods are economical, capable of providing very accurate physiological readings and are easily integrated into the current technology of weapons and non-lethal devices, which operate mainly through discharges from pulses of electrical energy (" NMI ", etc.), but not limited to, type" Stun Gun "(in its different presentations and models, handheld, type" machete / electrified baton ", etc.) as" Taser "weapons in all Possible versions and presentations.
[00264] Como se vió más arriba, la invención provee métodos, sistemas y tecnologías; que permiten integrar y adaptar en ' forma inteligente e interactiva, mecanismos de detección y lecturas fisiológicas/ biométricas, como así también mecanismos, métodos, sistemas y tecnologías de alerta; dentro de las "armas y dispositivos no letales, que'operan principalmente mediante descargas provenientes de pulsos de energía eléctrica, pero no en forma limitativa". [00264] As seen above, the invention provides methods, systems and technologies; that integrate and adapt 'intelligent and interactive, and physiological mechanisms detection / biometrics, as well as mechanisms, methods, systems and technologies alert; within the "non-lethal weapons and devices, which mainly operate through discharges from pulses of electrical energy, but not in a limited way."
[00265] Uno de los riesgos de aplicación de estas armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc), pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc) como las armas tipo "Taser" en todas las posibles versiones y presentaciones; se relaciona con la aplicación de estos niveles de pulsos de alta tensión, sobre objetivos (humanos o animales), que puedan portar en sus cuerpos, sistemas electrónicos de estimulación cardíaca artificial (marcapasos, etc.). [00265] One of the risks of applying these non-lethal weapons and devices, which operate mainly through discharges from pulses of electrical energy ("NMI", etc.), but not limited to, type "Stun Gun" (in their different presentations and models, of hand, type "machete / baton electrified", etc) like the weapons type "Taser" in all the possible versions and presentations; It is related to the application of these levels of high voltage pulses, on targets (human or animal) that may carry in their bodies, electronic stimulation systems artificial heart (pacemaker, etc.).
[00266] Existen diferentes tipos de marcapasos o asistentes electrónicos cardíacos, que normalmente se encuentran implantados bajo la piel en forma permanente, que por medio de un circuito electrónico emisor de pulsos eléctricos, que al llegar al corazón a través de electrodos también implantados, regula el ritmo del latido cardiaco. Se usa para producir un ritmo cardiaco normal y es susceptible de ser afectado o interferido por cualquier equipo electrónico externo, especialmente por aquellos que puedan generar descargas de pulsos de alta tensión.  [00266] There are different types of cardiac pacemakers or electronic assistants, which are normally permanently implanted under the skin, which by means of an electronic circuit emitting electrical pulses, which when reaching the heart through electrodes also implanted, regulates the rhythm of the heartbeat It is used to produce a normal heart rhythm and is susceptible to being affected or interfered with by any external electronic equipment, especially those that can generate high voltage pulse discharges.
[00267] Muchos marcapasos no solo estimulan el corazón cuando es necesario, sino que también saben reconocer las señales propias de las cámaras cardíacas para reaccionar ante ellas según esté programado. La detección de estas señales las realiza la invención, como se ha descripto, a través de los cables mencionados, que se comportan como antenas. A través de esas antenas también puede recibir señales externas al corazón, que pueden actuar como interferencias, y que pueden competir con el funcionamiento normal del marcapasos, generando serios riesgos. Los niveles de protección que poseen los marcapasos y los cables actuales suelen ser resistentes frente a las interferencias externas más comunes; pero no para el nivel de interferencia y descarga cercana de alta tensión, que presentan cualquiera de las armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc) , pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc) como las armas tipo "Taser" en todas las posibles versiones y presentaciones.  [00267] Many pacemakers not only stimulate the heart when necessary, but also know how to recognize the heart's own signals to react to them as scheduled. The detection of these signals is carried out by the invention, as described, through the mentioned cables, which behave like antennas. Through these antennas, it can also receive signals external to the heart, which can act as interference, and which can compete with the normal functioning of the pacemaker, generating serious risks. The levels of protection that current pacemakers and cables have are usually resistant to the most common external interference; but not for the level of interference and close discharge of high voltage, which present any of the non-lethal weapons and devices, which operate mainly through discharges from pulses of electrical energy ("NMI", etc.), but not in a limited way, "Stun Gun" type (in its different presentations and models, hand-held, "machete / electrified baton" type, etc.) as the "Taser" type weapons in all possible versions and presentations.
[00268] Es decir, en cualquier caso que se produzcan descargas de pulsos de alta tensión ("disparos"), provenientes de armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc) , pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/bastón electrificado", etc.) como las armas tipo "Taser" en todas las posibles versiones y presentaciones; sobre objetivos (humanos o animales) que posean en sus organismos estos asistentes cardíacos electrónicos, su vida estará en peligro. [00268] That is, in any case that high-voltage pulse discharges ("shots") occur, from non-lethal weapons and devices, which operate primarily through discharges from pulses of electrical energy ("NMI"), etc), but not limited to, type "Stun Gun" (in its different presentations and models, handheld, type "machete / electrified baton", etc.) as "Taser" type weapons in all possible versions and presentations ; about objectives (human or animal) that these electronic cardiac assistants possess in their organisms, their life will be in danger.
[00269] Por otro lado, las fuerzas Policiales, Militares, Penitenciarias, de Seguridad Privada, "Law Enforcement", etc.; se encuentran absolutamente incapacitadas, de poder prevenir este tipo de casos, como para evitar o modificar una acción contra estos objetivos "especiales", que podrían terminar con un lamentable saldo mortal y una fuerte condena social.  [00269] On the other hand, the Police, Military, Penitentiary, Private Security, Law Enforcement, etc .; they are absolutely incapacitated, of being able to prevent such cases, as to avoid or modify an action against these "special" objectives, which could end with an unfortunate deadly balance and a strong social condemnation.
[00270] Lamentablemente, este relato, se condice con gran cantidad de casos registrados, donde¾ acción de estos dispositivos, provocó la muerte o serios daños en el objetivo (humano o animal) al cual se le propinó una o más descargas de pulsos de alta tensión, con estas armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("ΝΜΓ, etc) , pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/bastón electrificado", etc.) como las armas tipo "Taser" en todas las posibles versiones y presentaciones.  [00270] Unfortunately, this story is consistent with a large number of registered cases, where¾ the action of these devices caused death or serious damage to the target (human or animal) to which one or more discharge of high pulses was given tension, with these weapons and non-lethal devices, which operate mainly through discharges from pulses of electrical energy ("ΝΜΓ, etc.), but not limited to, type" Stun Gun "(in its different presentations and models, handheld, type "machete / electrified baton", etc.) as "Taser" type weapons in all possible versions and presentations.
[00271] Todos los asistentes cardíacos electrónicos, generan y emiten señales eléctricas, que pueden ser reconocibles y detectadas; por su diferenciación con los impulsos y emisiones naturales fisiológicas del cuerpo humano (y los animales también), básicamente.  [00271] All electronic cardiac assistants generate and emit electrical signals, which can be recognizable and detected; for its differentiation with the natural physiological impulses and emissions of the human body (and animals too), basically.
[00272] Por otro ládo, existen'' tecnologías menos difundidas de marcapasos denominados "a demanda", que se activan enviando pulsos de ajuste cardíaco, solo cuando detectan anomalías, generadas por cuadros de estrés, tensión nerviosa, angustia, etc.; que ocasionan que la persona (o el animal) modifique los parámetros que para el dispositivo deberían ser los apropiados. [00272] On the other hand, there are '' less widespread pacemaker technologies called "on demand", which are activated by sending heart rate pulses, only when they detect abnormalities, generated by stress, nervous tension, distress, etc.; that cause the person (or the animal) to modify the parameters that should be appropriate for the device.
[00273] Según las experiencias y estadísticas, estos cuadros específicamente, sin excepción, son los que se generan en situaciones relacionadas con el uso de estas armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/bastón electrificado", etc.) como las armas tipo "Taser" en todas las posibles versiones y presentaciones; por lo tanto, las señales de este tipo de marcapasos artificiales, también se harían fácilmente reconocibles, en el sujeto acosado/involucrado en estas situaciones. " 1 ' ,? [00273] According to the experiences and statistics, these tables specifically, without exception, are those generated in situations related to the use of these weapons and non-lethal devices, which mainly operate through discharges from pulses of electrical energy ("NMI" , etc.), but not limited to, type "Stun Gun" (in its different presentations and models, handheld, type "machete / electrified baton", etc.) as "Taser" type weapons in all possible versions and presentations; therefore, the signals of this type of artificial pacemaker would also become easily recognizable, in the subject harassed / involved in these situations. " 1 ',?
[00274] Uno de los métodos, sistemas y tecnologías de esta invención, es entonces la de proveer a estos dispositivos, y por ende a las fuerzas de Policiales, Militares, Penitenciarias de Seguridad Privada, "Law Enforcement", etc., que los operen; de un sistema inteligente de reconocimiento de objetivos (humanos y animales) que posean marcapasos electrónicos implantados, aún en un tiempo previo a que se origine la descarga ("disparó") de los pulsos de alta tensión, luego de la activación de las armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa, tipo "Stun Gun" (en sus diferentés presentaciones y modelos, de mano, tipo "machete/bastón electrificado", etc.) como las armas tipo "Taser" en todas las posibles versiones y presentaciones, bloqueando o modificando así el patrón de descarga de los mismos ("NMI", etc.), para minimizar los riesgos de vida del destinatario de estas descargas.  [00274] One of the methods, systems and technologies of this invention, is then to provide these devices, and therefore the forces of Police, Military, Private Security Prisoners, "Law Enforcement", etc., that the operate of an intelligent system of recognition of targets (human and animal) that have implanted electronic pacemakers, even at a time before the discharge ("fired") of the high voltage pulses originates, after the activation of the weapons and non-lethal devices, which operate mainly through discharges from pulses of electrical energy ("NMI", etc.), but not in a limited way, type "Stun Gun" (in its different presentations and models, hand-held, type "machete / electrified baton ", etc.) as" Taser "type weapons in all possible versions and presentations, blocking or modifying their discharge pattern (" NMI ", etc.), to minimize the life risks of the recipient of these downloads.
[00275] En otra de las aplicaciones involucradas en esta invención, considerando la capacidad de detección que poseen los circuitos, dispositivos y métodos "ECG" y/o detectores especiales como los mencionados anteriormente; se prevé la utilización/introducción en estas armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc) , pero no en forma limitativa, tipo "Stun Gun", en sus diferentes presentaciones y modelos, de mano, tipo "machete/bastón electrificado", etc., como las armas tipo "Taser" en todas las posibles versiones y presentaciones; de los mecanismos de detección de latidos fetales superpuestos a los principales, que se detecten del sujeto objetivo (humano o animal), para interactuar con los sistemas de emisión de pulsos de descarga de alta tensión de estas armas, bloqueándolos o modificándolos para minimizar los daños fisiológicos y/o evitar riesgos letales. [00275] In another of the applications involved in this invention, considering the detection capability of "ECG" and / or "circuits, devices and methods" special detectors such as those mentioned above; The use / introduction of these non-lethal weapons and devices is foreseen, which mainly operate by means of discharges from pulses of electrical energy ("NMI", etc.), but not limited to, type "Stun Gun", in its different presentations and models, hand-held, "machete / electrified baton" type, etc., such as "Taser" weapons in all possible versions and presentations; of the detection mechanisms of fetal beats superimposed on the main ones, which are detected from the target subject (human or animal), to interact with the high voltage discharge pulse emission systems of these weapons, blocking them or modifying them to minimize damage physiological and / or avoid lethal risks.
[00276] Está claro, que además de lo aberrante que resultaría el accionar de estos o cualquier armamento sobre mujeres embarazadas; está científicamente probado, la mucho mayor sensibilidad del feto a los efectos de una descarga eléctrica.  [00276] It is clear that in addition to how aberrant it would be to act on these or any weapons on pregnant women; It is scientifically proven, the much greater sensitivity of the fetus to the effects of an electric shock.
[00277] Por otro lado, a través de la incorporación de esta invención, se podrán detectar incluso antes de que se genere la descarga de pulsos de alta tensión desde estas armas, sobre el objetivo (humano o animal); todos los posibles estados cardíacos anómalos o que pudieran indicar un estado previo que conduciría a un riesgo severo, de consecuencias letales. [00277] On the other hand, through the incorporation of this invention, they can be detected even before the discharge of high voltage pulses from these weapons is generated, on the target (human or animal); all possible anomalous cardiac states or that could indicate a previous state that would lead to a severe risk of lethal consequences.
[00278] Sin entrar en el detalle del arte ya conocido, por ejemplo, en el Congreso Latinoamericano de Ingeniería Biomédica, que se realizó en La Habana, Cuba, en Mayo de 2001 , los doctores y especialistas Dr. Roberto Montero Herrera, Daniel Jiménez González, María del Carmen Raola Iglesias, Alberto Rodríguez Gómez, del Instituto Central de Investigación Digital de la Habana, Cuba; presentaron uno de los métodos simples para poder detectar marcapasos implantados en personas (como así también, pul'sos anómalos/superpuestos), con el título "DETECCIÓN DE MARCAPASOS EN EQUIPOS PORTÁTILES DE REGISTRO", mediante la utilización de filtros pasa banda que permiten discriminar la señal de ECG y la señal del marcapasos. [00278] Without going into the detail of art already known, for example, in the Latin American Congress of Biomedical Engineering, which was held in Havana, Cuba, in May 2001, doctors and specialists Dr. Roberto Montero Herrera, Daniel Jiménez González, María del Carmen Raola Iglesias, Alberto Rodríguez Gómez, of the Central Institute of Digital Research of Havana, Cuba; presented one of the simple methods to detect implanted pacemakers in people (as well as anomalous / overlapping pulses), with the title "DETECTION OF MARCAPASOS IN RECORDING PORTABLE EQUIPMENT ", through the use of band pass filters that allow the ECG signal and the pacemaker signal to be discriminated.
[00279] De igual modo, existe un lamentable historial, de serios incidentes y/o muertes, desencadenadas, a "posteriori", de que se produjeran descargas de estas armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa, tipo "Stun [00279] Similarly, there is an unfortunate history, of serious incidents and / or deaths, triggered "a posteriori", that there were discharges of these weapons and non-lethal devices, which operate mainly through discharges from pulses of energy electrical ("NMI", etc.), but not limited to, type "Stun
Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.) como las armas tipo "Taser" en todas las posibles versiones y presentaciones; sobre objetivos humanos o animales, por cuadros como "fibrilación auricular/ventricular", que condujeron al paro cardíaco y la muerte. Gun "(in its different presentations and models, hand-held, type" machete / electrified baton ", etc.) as" Taser "weapons in all possible versions and presentations; on human or animal targets, by frames such as" fibrillation atrial / ventricular ", which led to cardiac arrest and death.
[00280] Más allá de los parámetros más comunes de riesgo cardíaco, que pueden ser inducidos y/o desencadenados, por la intromisión en el organismo (humano o animal), de pulsos de descarga eléctrica ("NMI", etc.); existe un importante listado de posibles estados fisiológicos de consideración, que son fácilmente reconocibles y detectables por circuitos, sistemas y métodos de "ECG", muy reconocidos en el arte y ciencia actual, cuyas denominaciones, solo a modo de ejemplo, son:  [00280] Beyond the most common parameters of cardiac risk, which can be induced and / or triggered, by the intrusion into the organism (human or animal), of electrical discharge pulses ("NMI", etc.); There is an important list of possible physiological states of consideration, which are easily recognizable and detectable by circuits, systems and methods of "ECG", very recognized in current art and science, whose denominations, by way of example only, are:
[00281] -Arritmias Cardíacas:  [00281] - Cardiac Arrhythmias:
[00282] · TAQUICARDIA SINUSAL:  [00282] · Sinus Tachycardia:
[00283] · BRADICARDIA SINUSAL:  [00283] · SINUSAL BRADICARDIA:
[00284] · FIBRILACIÓN AURICULAR:  [00284] · HEADPHONES FIBRILATION:
[00285] · FLÚTER AURICULAR:  [00285] · HEADPHONE FLUTER:
[00286] -Arritmias de origen auricular/ ventricular:  [00286] - Arrhythmias of atrial / ventricular origin:
[00287] · RITMO DE LA UNIÓN AV O RITMO NODAL:  [00287] · RATE OF THE AV UNION OR NODAL RHYTHM:
[00288] · TAQUICARDIA DE LA UNIÓN AV O NODAL: [00289] • CONTRACCIONES AURICULAR/VENTRICULARES [00288] · AV OR NODAL UNION TACHYARD: [00289] • HEADPHONE / VENTRICULAR CONTRACTIONS
[00290] PREMATURAS (CVP):  [00290] PREMATURES (CVP):
[00291] • RITMO IDIO AURICULAR/ VENTRICULAR ACELERADO (RIVA):  [00291] • ACCELERATED HEADPHONE / VENTRICULAR Rhythm (RIVA):
[00292] • TAQUICARDIA AURICULAR VENTRICULAR (TV):  [00292] • VENTRICULAR HEADPHONES (TV):
[00293] • FIBRILACIÓN AURICULAR/ VENTRICULAR (FV):  [00293] • HEADPHONE / VENTRICULAR FIBRILATION (PV):
[00294] -Trastornos De Conducción:  [00294] -Driving Disorders:
[00295] • BLOQUEO AURICULO-VENTRICLUAR:  [00295] • AURICULO-VENTRICLUAR LOCK:
[00296] • Bloqueo A-V de 2o grado. [00296] • AV block 2nd grade.
[00297] • Bloqueo A-V de 3o grado. [00297] • AV block 3 or grade.
[00298] • BLOQUEO DE RAMA FASCICULAR:  [00298] • FASCICULAR BRANCH LOCK:
[00299] • SÍNDROMES DE PREEXCITACIÓN:  [00299] • PREEXCITATION SYNDROMES:
[00300] De esta manera, en otra de las aplicaciones involucradas en esta invención, considerando la capacidad de detección que poseen los circuitos, dispositivos y métodos "ECG" y/o detectores especiales como los mencionados anteriormente; se prevé la utilización/introducción en estas armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.) , pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.) como las armas tipo "Taser" en todas las posibles versiones y presentaciones; de mecanismos, sistemas y tecnologías más específicas áún, bien conocidás en el arte, para poder determinar con mayor precisión y anticipación, por lo menos, los estamos fisiológicos más peligrosos, que anteceden en la generalidad de los casos, a cuadros cercanos a la muerte (de la persona u animal objeto), como el paro cardíaco, etc. ^  [00300] Thus, in another of the applications involved in this invention, considering the detection capability of the "ECG" circuits, devices and methods and / or special detectors such as those mentioned above; The use / introduction of these non-lethal weapons and devices, which mainly operate through discharges from pulses of electrical energy ("NMI", etc.), but not limited to, type "Stun Gun" (in its different presentations) and models, of hand, type "machete / cane electrified", etc.) like the weapons type "Taser" in all the possible versions and presentations; of mechanisms, systems and technologies more specific yet, well known in the art, to be able to determine with greater precision and anticipation, at least, we are the most dangerous physiological, which precede in the generality of cases, pictures near death (of the person or animal object), such as cardiac arrest, etc. ^
[00301] Solo a título referencial, se han descripto posibles circuitos a integrar en forma total o parcial, en estas armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa, tipo "Stun Gun", en sus diferentes presentaciones y modelos, de mano, tipo "machete/bastón electrificado", etc., como las armas tipo "Taser" en todas las posibles versiones y presentaciones; basado por ejemplo, en la Patente US 3,612,041 ; denominada "APPARATUS FOR DETECTING VENTRICULAR FIBRILLATION", del 12 de Octubre de 1971. Otras posibles aplicaciones de utilización, total o parcial, para las implementaciones descriptas, también puede ser la tecnología divulgada en la Patente US 6,434,417 Bl de Eric Lovett, denominada "METHOD AND SYSTEM FOR DETECTING CARDIAC DEPOLARIZATION" o en los resultados del IV Latin American Congress on Biomedical Engineering 2007, Bioengineering Solutions for Latin America Health, IFMBE Proceedings, 2008; Volumen 18, Parte 1, 61-64, DOI: 10.1007/978-3-540- 74471 -9 15, con el título Algoritmo de Detección de Fibrilación Ventricular Basado en Reconstrucción de Espacio de Fase con Retardo Variable, por José Francisco Sáenz Cogollo y J. Bustámante/ Escrito por Carmen Müller-Karger, de la North American Society of Pacing and Electrophysiology. [00301] For reference purposes only, possible circuits have been described to be fully or partially integrated into these non-lethal weapons and devices, which operate mainly through discharges from pulses of electrical energy ("NMI", etc.), but not limited to, type "Stun Gun", in its different presentations and models, handheld, type "machete / baton electrified", etc. , such as "Taser" weapons in all possible versions and presentations; based for example, in US Patent 3,612,041; called "APPARATUS FOR DETECTING VENTRICULAR FIBRILLATION", of October 12, 1971. Other possible applications of use, total or partial, for the described implementations, may also be the technology disclosed in US Patent 6,434,417 Bl of Eric Lovett, called "METHOD AND SYSTEM FOR DETECTING CARDIAC DEPOLARIZATION "or in the results of the IV Latin American Congress on Biomedical Engineering 2007, Bioengineering Solutions for Latin America Health, IFMBE Proceedings, 2008; Volume 18, Part 1, 61-64, DOI: 10.1007 / 978-3-540- 74471-9 15, with the title Ventricular Fibrillation Detection Algorithm Based on Phase Space Reconstruction with Variable Delay, by José Francisco Sáenz Cogollo and J. Bustámante / Written by Carmen Müller-Karger, of the North American Society of Pacing and Electrophysiology.
[00302] Por otro lado, a través de la incorporación de esta invención, se podrán detectar incluso antes de que se generé la descarga de pulsos dé alta tensión desde estas armas, sobre el objetivo humano o animal, todos los posibles estados cardíacos anómalos o que pudieran indicar un estado previo que conduciría a un riesgo severo, de consecuencias letales. 1 [00302] On the other hand, through the incorporation of this invention, it will be possible to detect even before the discharge of high voltage pulses from these weapons, on the human or animal target, all possible anomalous cardiac states or that could indicate a previous state that would lead to a severe risk of lethal consequences. one
[00303] Los métodos, sistemas y tecnologías de esta invención, son entonces para proveer a estos dispositivos, y por ende a las fuerzas de Policiales, Militares, Penitenciarias, de Seguridad Privada,- "Law Enforcement", etc. que los operen; de un sistema inteligente de reconocimiento de objetivos humanos y animales que posean estados fisiológicos alterados o de serio riesgo, en un tiempo previo a que se origine la descarga o "disparo" de los pulsos de alta tensión, durante la descarga y al final de la misma luego de la activación de las armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("ΝΜΓ, etc.), pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.) como las armas tipo "Taser" en todas las posibles versiones y presentaciones, bloqueando o modificando así el patrón de descarga de los mismos ("NMI", etc.), para minimizar los riesgos de vida del destinatario de estas descargas. [00303] The methods, systems and technologies of this invention are then to provide these devices, and therefore the forces of Police, Military, Prison, Private Security, - "Law Enforcement", etc. to operate them; of an intelligent system of recognition of human and animal objectives that they possess altered or serious risk physiological states, at a time prior to the discharge or "firing" of the high voltage pulses, during the discharge and at the end of it after the activation of the weapons and non-lethal devices, which operate mainly by discharges from pulses of electrical energy ("ΝΜΓ, etc.), but not limited to, type" Stun Gun "(in its different presentations and models, hand, type" machete / baton electrified ", etc. .) as the "Taser" type weapons in all possible versions and presentations, blocking or modifying their download pattern ("NMI", etc.), to minimize the life risks of the recipient of these downloads.
[00304] Todos estos sistemas y tecnologías de dispositivos no letales, se caracterizan, entre otras cosas, por contar, con elementos de apuntamiento, como rayos láser, linternas, etc.; las cuales se activan normalmente por el operador, en forma previa a tener que generar un disparo (descarga). Los métodos, sistemas y tecnologías, implicadas en esta invención, pueden activarse en forma conjunta con la acción de apuntamiento, permitiendo que el dispositivo desarrollado con esta tecnología novedosa, comience a detectar estados fisiológicos y eventuales alertas, eñ forma manual y/o automáticas, que condicionarían el tipo de patrón de pulsos de descarga eléctrica a provocar, sobre el objetivo (humano o animal), o bloquearían el "disparo", indicando al usuario, que se trataría de una situación especial.  [00304] All these systems and technologies of non-lethal devices are characterized, among other things, by having pointing elements, such as lasers, flashlights, etc .; which are normally activated by the operator, prior to having to generate a trip (download). The methods, systems and technologies, involved in this invention, can be activated in conjunction with the pointing action, allowing the device developed with this novel technology, to begin to detect physiological states and eventual alerts, both manually and / or automatically, that would condition the type of electric shock pulse pattern to be provoked, on the target (human or animal), or block the "firing", indicating to the user, that it would be a special situation.
[00305] Por otro lado, son lamentablemente abundantes los casos documentados, en donde los objetivos humanos o animales, que reciben "disparos" (descargas de pulsos de alta tensión u otras tecnologías denominadas como "no letales" o "poco letales") de este tipo de armamento; han pasado a estados fisiológicos extremos, como la "fibrilación Ventricular", seguida de muerte. En casos como estos, la solución excluyente, aceptada, por todos los comités de emergencias y salud Mundial, está basada, en la pronta aplicación de un sistema de pulsos de descargas eléctricas sobre la zona cardíaca, normalmente descripto, como dispositivos "Desfibriladores". En las millonarias demandas y prohibiciones de uso, que sufren las empresas diseñadoras y fabricantes de estas generaciones de tipos de armamentos no letales, como los más difundidos genéricamente bajo la denominación, tipo "Taser"; se argumenta, que las fuerzas de seguridad ("Law Enforcement", etc) que las utilizan, deberían estar "obligatoriamente" equipadas, con dispositivos "Desfibriladores", para poder salvar una vida, ante los casos, en que frecuentemente, el uso de este tipo de armas; desencadena, estos cuadros irreversibles, sin el uso de esta tecnología. Ahora bien, por costos, practicidad, tiempo de respuesta, espacio, movilidad y muchos otros factores; resultaría imposible, abastecer a cada uno de los integrantes de las fuerzas de seguridad seguridad ("Law Enforcement", etc), con un equipo Desfibrilador. Además, no debe perderse el foco de las situaciones y los entornos, en las cuales los integrantes de las fuerzas de seguridad ("Law Enforcement", etc), se despliegan portando este tipo de armamentos; en donde fundamentalmente se encuentran preparados y predispuestos a enfrentar situaciones de agresión, en donde ellos, buscarán reducir efectivamente y pronto a los objetivos sospechosos, etc. Es decir, no resultaría lógico ni posible, pensar, que se podría obligar a los efectivos de las fuerzas de seguridad ("Law Enforcement", etc), a que teniendo que afrontar situaciones de agresión, en entornos de riesgo potencial para su vida, actuando por el bien común; "antes" de actuar, recuerden llevar consigo un equipo de reanimación cardíaca, para ser utilizado potencialmente ante sus "agresores, sospechosos, etc". [00305] On the other hand, documented cases are unfortunately abundant, where human or animal targets, receiving "shots" (high voltage pulse discharges or other technologies referred to as "non-lethal" or "little lethal") of this type of weaponry; they have passed to extreme physiological states, such as "ventricular fibrillation," followed by death. In cases like these, the exclusive solution, accepted, by all the World Health and Emergency Committees, is based on the prompt application of a pulse system of electric shocks on the heart area, normally described as "Defibrillators" devices. In the millionaire lawsuits and prohibitions of use, that suffer the designers and manufacturers of these generations of types of non-lethal armaments, such as the most widespread generically under the denomination, type "Taser"; it is argued that the security forces ("Law Enforcement", etc.) that use them, should be "compulsorily" equipped, with "Defibrillators" devices, in order to save a life, in cases, in which frequently, the use of this type of weapons; unleash these irreversible pictures, without the use of this technology. Now, for costs, practicality, response time, space, mobility and many other factors; It would be impossible to supply each of the members of the security forces ("Law Enforcement", etc.) with a Defibrillator equipment. In addition, the focus of situations and environments, in which members of the security forces ("Law Enforcement", etc.), are deployed carrying this type of armaments should not be lost; where they are fundamentally prepared and predisposed to face situations of aggression, where they will seek to effectively and promptly reduce suspicious targets, etc. That is, it would not be logical or possible, to think, that the forces of the security forces ("Law Enforcement", etc.) could be forced to face situations of aggression, in potentially life-threatening environments, acting for the common good; "Before" acting, remember to take a cardiac resuscitation team with you, to be potentially used before your "aggressors, suspects, etc".
[00306] De esta manera, esta invención permite básicamente la inclusión, del módulo desfibrilador, reaprovechando algunas características de los circuitos típicos funcionales de estas Armas no letales, tipo Taser, etc; en forma no limitativa; como parte del circuito principal o como accesorio externo adaptable a las mismas. [00306] Thus, this invention basically allows the inclusion of the defibrillator module, reusing some characteristics of the typical functional circuits of these non-lethal Weapons, Taser type, etc .; in a non-limiting way; how part of the main circuit or as an external accessory adaptable to them.
[00307] El hecho de "portar" en sus mismas armas esta capacidad, junto a las bondades de mi invención, que permiten lograr la detección de estos estados de riesgo de vida (como la Fibrilación ventricular, por ejemplo); le permitirá a los efectivos de las fuerzas de seguridad ("Law Enforcement", etc), que perciban estos cuadros, tener "a mano" un elemento de emergencias y salvataje/ reanimación, en el mismo sitio en donde se encuentran, inmediato a la "victima"; optimizando así las posibilidades de recuperación de la misma, una vez utilizada la tecnología integrada, como un método "Desfíbrilador" integrado. [00307] The fact of "carrying" this capability in their own weapons, together with the benefits of my invention, which allow the detection of these life-threatening states (such as ventricular fibrillation, for example); it will allow the security forces ("Law Enforcement", etc), to perceive these cadres, to have "at hand" an element of emergencies and rescue / resuscitation, in the same place where they are, immediately to the "victim"; thus optimizing the possibilities of recovering it, once the integrated technology has been used, as an integrated "Defibrillator" method.
[00308] Los antecedentes de pérdidas humanas en estos entornos están documentadas, y esta solución, adicionada al "armamento no letal" (en forma no limitativa), permitiría tener una pronta respuesta e intento de recuperación, ante casos finalmente provocados por el uso de armamento de este tipo u otro, o simplemente cuadros espontáneos de accidentes cardíacos en la vía pública, etc.; en donde un portador de estos armamentos y dispositivos no letales, en forma no limitativa; podría actuar, con el objetivo de salvar vidas.  [00308] The history of human losses in these environments is documented, and this solution, added to the "non-lethal armament" (in a non-limiting way), would allow for a prompt response and recovery attempt, in cases finally caused by the use of weapons of this type or another, or simply spontaneous pictures of heart accidents on public roads, etc .; where a carrier of these non-lethal armaments and devices, in a non-limiting manner; I could act, with the goal of saving lives.
[00309] Incluso para las configuraciones de armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/bastón electrificado", etc.) como las armas tipo "Taser" en todas las posibles versiones y presentaciones, que se diseñen con la capacidad de "repetición" de descargas, mediante cabezales con terminales/contactos/ electrodos/ cables/ dardos/ etc.; diferenciados, como para poder realizar un segundo, tercer o más disparos (descargas), sobre un mismo o diferentes objetivos (humanos o animales), en donde también se aprovecharía esta capacidad, para esta aplicación, del módulo desfibrilador integrado, en casos de emergencia. Allí, se podría realizar un nuevo disparo, considerando en forma más adecuada, la zona a impactar con los "dardos", "conmutando y activando" el funcionamiento del módulo desfibrilador integrado; para emitir pulsos de eléctricos de recuperación en la zona cardíaca del sujeto en cuestión. [00309] Even for configurations of weapons and non-lethal devices, which operate primarily through discharges from pulses of electrical energy ("NMI", etc.), but not limited to, type "Stun Gun" (in its different presentations and models, hand-held, type "machete / electrified baton", etc.) such as "Taser" weapons in all possible versions and presentations, which are designed with the ability to "repeat" downloads, using heads with terminals / contacts / electrodes / cables / darts / etc .; differentiated, as to be able to make a second, third or more shots (discharges), on the same or different objectives (human or animal), where this capacity would also be used, to this application, of the integrated defibrillator module, in cases of emergency. There, a new shot could be made, considering more appropriately, the area to be hit with the "darts", "switching and activating" the operation of the integrated defibrillator module; to emit pulses of electrical recovery in the heart area of the subject in question.
[00310] En casos especiales, este módulo desfibrilador integrado, podría incluso ser utilizado para intentar recuperar en un entorno de emergencia de un operador de las fuerzas de Policiales, Militares, Penitenciarias, de Seguridad Privada, "Law Enforcement", etc., o para un tercero, que se encuentre en ese estado crítico, sin otro recurso cercano, para poder intentar salvar su vida. Generando un nuevo "disparo de los dardos" a corta distancia, buscando una mejor posicionamiento de los mismos entorno a la zona cardíaca o disponiendo de un sistema de cabezal intercambiable, provisto con contactos especiales para tal fin, como los utilizados en el arte actual en los dispositivos "Desfibriladores Portátiles". Este "dispositivo intercambiable para la i función desfibriladora", de similar anclaje y montaje sobre en los sitios en donde se intercambian o conectan los diferentes sistemas de conjuntos de Cables y Dardos; se constituye también como una clara innovación en la industria, dado que no se registra, un elemento similar en todo el Mundo. El mismo, puede ser un sistema "pasivo", que básicamente mejora las condiciones de contacto y acoplamiento eléctrico, entre el dispositivo, y el cuerpo de la persona en emergencia cardíaca; utilizando los circüitos internamente adecuados, en estas armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.) como las armas tipo "Taser" en todas las posibles versiones y presentaciones; modificando así el patrón de descarga de los mismos ("NMI", etc.), para que generen pulsos de alta tensión, de características típicas "desfíbriladoras cardíacas". [00310] In special cases, this integrated defibrillator module could even be used to attempt to recover in an emergency environment from an operator of the Police, Military, Prison, Private Security, Law Enforcement, etc., or for a third party, who is in that critical state, without another nearby resource, to try to save his life. Generating a new "shot of the darts" at close range, seeking a better positioning of the same around the heart area or having an interchangeable head system, provided with special contacts for this purpose, such as those used in the current art in "Portable Defibrillators" devices. This "Interchangeable device for defibrillating function i", and similar anchor mounting sites where exchanged or connect the various systems and cable assemblies Darts; it is also constituted as a clear innovation in the industry, since it is not registered, a similar element throughout the World. It can be a "passive" system, which basically improves the conditions of contact and electrical coupling, between the device, and the body of the person in cardiac emergency; using the internally appropriate little circles, in these weapons and non-lethal devices, which operate mainly through discharges from pulses of electrical energy ("NMI", etc.), but not limited to, type "Stun Gun" (in its different presentations and models, of hand, type "machete / cane electrified", etc.) like the weapons type "Taser" in all the possible versions and presentations; thus modifying the pattern of discharge of the same ("NMI", etc.), so that they generate high voltage pulses, of typical "cardiac defibrillators" characteristics.
[00311] Por otro lado, para los casos, en donde la tecnología de los circuitos internos de estas armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.) como las armas tipo "Taser" en todas las posibles versiones y presentaciones, no han sido actualizados con las incorporaciones tecnológicas e innovaciones que propongo en este conjunto de novedades e invenciones; se presenta la innovación e incorporación, de un nuevo tipo de "Cabezal/ cartucho" intercambiable, de similares características a los que portan el conjunto de "Dardos/ Cables", dentro del cual, además de estos últimos de dispone de un conjunto de "Cables/ Contactos", se integra un circuito "activo" (puede incluir fuente adicional de energía), que interactuando externamente con el armamento no letal, tipo "Taser" en forma no limitativa, genera los "pulsos eléctricos desfibriladores", requeridos para estos casos de emergencia.  [00311] On the other hand, for the cases, where the technology of the internal circuits of these weapons and non-lethal devices, which mainly operate by discharges from pulses of electrical energy ("NMI", etc.), but not in limiting form, type "Stun Gun" (in its different presentations and models, hand-held, type "machete / electrified baton", etc.) as "Taser" type weapons in all possible versions and presentations, have not been updated with the technological incorporations and innovations that I propose in this set of novelties and inventions; The innovation and incorporation of a new type of "Exchangeable head / cartridge" is presented, with similar characteristics to those carried by the set of "Darts / Cables", within which, in addition to the latter, it has a set of " Cables / Contacts ", an" active "circuit is integrated (may include additional source of energy), which interacting externally with the non-lethal armament, type" Taser "in a non-limiting way, generates the" defibrillator electrical pulses "required for these cases of emergency.
[00312] Adicionalmente, e innovando principalmente en cuanto al cuidado y protección del operador de las fuerzas de Policiales, Militares, Penitenciarias, de Seguridad Privada, "Law Enforcement", etc.; y considerando las facilidades del arte actual, en cuanto a mecanismos de comunicación, y tecnologías de telemedición y control a distancia ("Machine to Machine" o "M2M"), se presenta la innovación de poder utilizar las mismas, para transmitir los parámetros fisiológicos normales y/o anormales (como un cuadro de emergencia por "paro cardíaco", por ejemplo), de un operador de un arma y/o dispositivo no letal, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.) como las armas tipo "Taser" en todas las posibles versiones y presentaciones; pudiendo dar alerta por ejemplo a un Centro de Control, tipo "911", etc, sobre la emergencia médica, brindar la ubicación para procurar la asistencia de un colega cercano, etc. [00312] Additionally, and innovating mainly in the care and protection of the operator of the Police, Military, Prison, Private Security, Law Enforcement, etc .; and considering the facilities of current art, in terms of communication mechanisms, and remote measurement and remote control technologies ("Machine to Machine" or "M2M"), the innovation of being able to use them is presented, to transmit physiological parameters normal and / or abnormal (such as an emergency card for "cardiac arrest", for example), of an operator of a non-lethal weapon and / or device, which operate primarily by discharges from pulses of electrical energy ("NMI"), etc.), but not fit limiting, type "Stun Gun" (in its different presentations and models, hand-held, type "machete / electrified baton", etc.) as "Taser" type weapons in all possible versions and presentations; being able to give an alert, for example, to a Control Center, type "911", etc., about the medical emergency, providing the location to seek the assistance of a close colleague, etc.
[00313] Esta capacidades de detección de determinados estados fisiológicos que esta invención agrega a la tradicional industria de armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI, etc.), pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.) como las armas tipo "Taser" en todas las posibles versiones y presentaciones; posibilitaría no solo alertar y monitorear el estado fisiológico del operador, sino también, poder crear parámetros de "personalización y reconocimiento", que vinculen a estos con el usuario; de manera tal, que solo esa persona, pueda accionar el dispositivo/ arma no letal, en todas sus formas, de manera no limitativa.  [00313] This detection capabilities of certain physiological states that this invention adds to the traditional non-lethal weapons and devices industry, which operate primarily by discharges from pulses of electrical energy ("NMI, etc.), but not limited to , type "Stun Gun" (in its different presentations and models, hand-held, type "machete / electrified baton", etc.) as the "Taser" type weapons in all possible versions and presentations; it would allow not only to alert and monitor the physiological state of the operator, but also, to be able to create "personalization and recognition" parameters, which link these with the user, so that only that person can operate the non-lethal device / weapon, in all its forms, of non-limiting way.
[00314] Sin embargo, esta invención, no se limita a aplicar estas lecturas y monitoreo de funciones fisiológicas vitales/biométricas (como ECG, etc), para realimentar en forma interactiva y modificar el tipo de patrón de descarga de estas armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc) , pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/bastón electrificado", etc.) como las armas tipo "Taser" en todas las posibles versiones y presentaciones; sino que también contempla la implementación "simultánea" (mientras se producen las descargas de pulsos de alta tensión), de estos métodos, utilizando otros mecanismos de fácil aislación de la problemática relacionada al riesgo de dañar sensores y detectores, en relación a la alta tensión circulante, principalmente. [00314] However, this invention is not limited to applying these readings and monitoring of vital / biometric physiological functions (such as ECG, etc.), to interactively feedback and modify the type of discharge pattern of these weapons and devices. lethal, which operate mainly by discharges from pulses of electrical energy ("NMI", etc.), but not limited to, type "Stun Gun" (in its different presentations and models, hand, type "machete / baton electrified" , etc.) as "Taser" weapons in all possible versions and presentations; but also contemplates the "simultaneous" implementation (while high voltage pulse discharges occur), of these methods, using other mechanisms of easy isolation of the related problem at the risk of damaging sensors and detectors, in relation to the high circulating voltage, mainly.
[00315] Tal como se ha descripto más arriba, la presente invención contempla y protege el uso de otros métodos de medición, detección, etc. a distancia, con contacto o sin contacto físico con la persona o animal, de parámetros vitales, como el ritmo cardíaco, la respiración, etc., para otro tipo de aplicaciones, donde no se utilizarán el apoyo de los contactos/ electrodos/ dardos/ etc. para posicionar las antenas a una distancia adecuada del sujeto (humano o animal), se presentan, la introducción de métodos, sistemas y tecnologías como los conocidos por la denominación "Ultra- wideband Radar Methods and Techniques of Medical Sensing and Imaging"; que facilitan lecturas más complejas, que pueden llegar a operar a distancias efectivas del orden de los 7,5 Mtrs.  [00315] As described above, the present invention contemplates and protects the use of other methods of measurement, detection, etc. remotely, with or without physical contact with the person or animal, of vital parameters, such as heart rate, breathing, etc., for other applications, where the support of contacts / electrodes / darts / will not be used etc. to position the antennas at a suitable distance from the subject (human or animal), the introduction of methods, systems and technologies such as those known as "Ultra-wideband Radar Methods and Techniques of Medical Sensing and Imaging" are presented; which facilitate more complex readings, which can operate at effective distances of the order of 7.5 Mtrs.
[00316] Desarrollos portátiles como los presentados en Octubre 10, 2005; por la Universidad de California y el Lawrence Livermore National Laboratory, son un buen ejemplo de las posibilidades de integración de estos circuitos, para poder interactuar en otra forma de presentación, con los principios funcionales protegidos de esta invención.  [00316] Portable developments such as those presented on October 10, 2005; by the University of California and the Lawrence Livermore National Laboratory, are a good example of the possibilities of integration of these circuits, to be able to interact in another form of presentation, with the protected functional principles of this invention.
[00317] Por otro lado, ya existen avances preliminares, como los presentados, por graduados del MIT (Ming-Zher Poh), donde con una simple cámara WEB (WEBCAM), pudieron registrar a distancia, los latidos del corazón, y a futuro otros signos vitales, basándose en cambios de brillo y coloración del sujeto analizado. [00317] On the other hand, there are already preliminary advances, such as those presented, by MIT graduates (Ming-Zher Poh), where with a simple WEB camera (WEBCAM), they were able to record at a distance, heartbeats, and others in the future vital signs, based on changes in brightness and color of the analyzed subject.
[00318] Dado que por problemas relacionados con la probatoria del tipo dé uso que se les dio a estas armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("ΝΜΓ, etc.), pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.), como las armas tipo "Taser" en todas las posibles versiones y presentaciones; muchos fabricantes y desarrolladores, han incluido Cámaras en los mismos; por lo tanto la presente invención también contempla y protege la posibilidad que las mismas se optimicen y logren a distancia determinar lecturas fisiológicas como ECG y estados anormales; y que esos datos, puedan interactuar para regular el tipo de patrón de descargas generado, considerando por primera vez, la respuesta orgánica del objetivo (humanó o animal). [00318] Because of problems related to the evidence of the type of use that was given to these non-lethal weapons and devices, which operate mainly through discharges from pulses of electrical energy ("ΝΜΓ, etc.), but not in form limiting, type "Stun Gun" (in its different presentations and models, handheld, type "machete / electrified baton", etc.), such as "Taser" weapons in all possible versions and presentations; Many manufacturers and developers have included Cameras in them; therefore the present invention also contemplates and protects the possibility that they are optimized and remotely determine physiological readings such as ECG and abnormal states; and that these data can interact to regulate the type of download pattern generated, considering for the first time, the organic response of the objective (human or animal).
[00319] Todos los sistemas, métodos y tecnologías, utilizadas por las "armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa; se basan en criterios básicos de defensa/ataque, que parten desde la focalización permanente del sujeto objetivó, hasta llegar al contacto directo; en un entorno de manejo de distancias, escalable desde la lucha cuerpo a cuerpo, el manejo de armas "blancas" y armas de fuego. Resultando estas últimas las más asimilables a las "armas y dispositivos no letales, que operan' principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa; donde según las estadísticas y experiencias, la mayor cantidad de enfrentamientos armados y disparos, se registran eri distancias de pocos métros, donde se puede mantener "enfocado" déntro del campo de ataque/puntería de un arma, al objetivo. [00319] All systems, methods and technologies, used by "non-lethal weapons and devices, which operate primarily through discharges from pulses of electrical energy (" NMI ", etc.), but not in a limiting manner; they are based on basic defense / attack criteria, which start from the permanent targeting of the subject, to reach direct contact, in a distance management environment, scalable from hand-to-hand fighting, the handling of "white" weapons and firearms . Resulting latter the most comparable to the "non - lethal weapons and devices, operating 'primarily through discharges from power pulses (" NMI ", etc.), but not limited to ; where, according to statistics and experiences, the greatest number of armed confrontations and gunfire are recorded at distances of a few meters, where you can keep "focused" within the field of attack / aim of a weapon, to the target.
[00320] Como se ha explicado claramente, las "armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc) , pero no en forma limitativa; tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.) como las armas tipo "Taser", operan desde el contacto directo, hasta varios metros del objetivo (humano o animal), en estos últimos casos, mediante la utilización de cables y dardos metálicos que conducen los pulsos de descarga eléctrica, hasta el mismo. [00321] Sin embargo, resulta difícil lograr un acoplamiento eléctrico de baja impedancia, entre los contactos/electrodos o "dardos" que conducen estos pulsos de alta tensión eléctrica, y la superficie de la piel (del ser humano o un animal); donde especialmente en el caso del objetivo humano, la vestimenta, agrega una serie de capas de separación y aislación, de consideración. [00320] As has been clearly explained, the "non-lethal weapons and devices, which operate primarily through discharges from pulses of electrical energy (" NMI ", etc.), but not in a limited way; type" Stun Gun "(in its different presentations and models, hand-held, type "machete / electrified baton", etc.) such as "Taser" weapons, operate from direct contact, up to several meters of the target (human or animal), in the latter cases, by the use of cables and metal darts that conduct the electrical discharge pulses to it. [00321] However, it is difficult to achieve a low impedance electrical coupling, between the contacts / electrodes or "darts" that conduct these high voltage electrical pulses, and the skin surface (of the human being or an animal); where especially in the case of the human objective, clothing, adds a series of layers of separation and isolation, of consideration.
[00322] Pero, los desarrolladores y fabricantes de todo el Mundo, de las variadas armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.) , pero no en forma limitativa; tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc) como las armas tipo "Taser" en todas las posibles versiones y presentaciones; aprovechando las capacidades de generación de "pulsos de alta tensión" que poseen estos dispositivos; utilizan los principios de "ionización del aire", para lograr que sus descargas lleguen al objetivo, mediante el "salto de chispa" que establece así un circuito de conducción que recorre el cuerpo del objetivo. Por supuesto, la presente invención, tal como se ha descripto, encuentra adecuada aplicación en este tipo de armas.  [00322] But, developers and manufacturers around the World, of the various non-lethal weapons and devices, which operate primarily through discharges from pulses of electrical energy ("NMI", etc.), but not in a limited way; "Stun Gun" type (in its different presentations and models, hand-held, "machete / electrified baton" type, etc.) as the "Taser" type weapons in all possible versions and presentations; taking advantage of the "high voltage pulses" generation capabilities of these devices; they use the principles of "ionization of the air", to achieve that their discharges reach the objective, by means of the "spark jump" that thus establishes a conduction circuit that crosses the body of the objective. Of course, the present invention, as described, finds suitable application in this type of weapons.
[00323] Específicamente, cuando estas variadas armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc) , pero no en forma limitativa; tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.), como las armas tipo "Taser" en todas las posibles versiones y presentaciones; se "disparan", sé cierra un circuito de circulación eléctrica, típicamente caracterizado por: la salida de la fuente generadora de pulsos de alta tensión del dispositivo activado, que luego llega a sus contactos/ electrodos solidarios al mismo o remotos mediante cables y dardos; que luego ionizan el aire entre ellos y la piel del objetivo, para circular por su cuerpo, hasta llegar al otro contacto/ electrodo/ dardo ionizando el aire y regresando a cerrar el circuito en el dispositivo. [00323] Specifically, when these various non-lethal weapons and devices, which operate primarily by discharges from pulses of electrical energy ("NMI", etc.), but not in a limited way; "Stun Gun" type (in its different presentations and models, hand-held, "machete / electrified baton" type, etc.), such as "Taser" weapons in all possible versions and presentations; they "fire", an electrical circulation circuit is closed, typically characterized by: the output of the high voltage pulse generating source of the activated device, which then reaches its contacts / electrodes integral thereto or remote by means of cables and darts; which then ionize the air between them and the target's skin, to circulate through their body, until reaching the other contact / electrode / dart ionizing the air and returning to close the circuit in the device.
[00324] Es muy poco probable que al utilizar estas variadas "armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa; tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.), como las armas tipo "Taser" en todas las posibles versiones y presentaciones; se pueda lograr un contacto eléctrico directo, entre sus terminales (contacto/ electrodo/ dardo/ etc.) y el cuerpo/ la piel del objetivo (humano o animal).  [00324] It is very unlikely that when using these varied "non-lethal weapons and devices, which operate primarily by discharges from pulses of electrical energy (" NMI ", etc.), but not in a limiting way; type" Stun Gun " (in its different presentations and models, hand-held, type "machete / electrified baton", etc.), such as "Taser" weapons in all possible versions and presentations; direct electrical contact can be achieved, between its terminals ( contact / electrode / dart / etc.) and the body / skin of the target (human or animal).
[00325] Esta invención, aprovecha los medios de "acercamiento y apuntamiento permanente", que existe típicamente en la aplicación de los métodos, sistemas y tecnologías de estas variadas armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.), como las armas tipo "Taser" en todas las posibles versiones y presentaciones; para lograr insertar métodos, sistemas y tecnologías que posibiliten una interacción automática o manual con estos dispositivos, ajustando y condicionando sus parámetros de funcionamiento, con el objetivo fundamental de evitar abusos, daños permanentes y salvar vidas. [00325] This invention takes advantage of the means of "permanent approach and aiming," which typically exists in the application of the methods, systems and technologies of these various non-lethal weapons and devices, which operate primarily through discharges from pulses of electrical energy. ("NMI", etc.), but not limited to, type "Stun Gun" (in its different presentations and models, handheld, type "machete / electrified baton", etc.), such as "Taser" weapons in all possible versions and presentations; to achieve the insertion of methods, systems and technologies that enable automatic or manual interaction with these devices, adjusting and conditioning their operating parameters, with the fundamental objective of avoiding abuse, permanent damage and saving lives.
[00326] Como se ha descfipto también más arriba,' entre las innovaciones principales involucradas en este invento, se encuentra la utilización de los espacios de tiempo, que se generan entre la emisión ("disparos") de pulsos de alta tensión, que provocados por estas variadas "armas y dispositivos no letales, qué operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa; tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.), como las armas tipo "Taser" en todas las posibles versiones y presentaciones; para lograr los efectos de inmovilización deseados. [00326] As it has also been deciphered above, 'among the main innovations involved in this invention, is the use of the time spaces, which are generated between the emission ("shots") of high voltage pulses, which caused for these varied "non-lethal weapons and devices, which operate primarily through discharges from pulses of electrical energy (" NMI ", etc.), but not in a limited way; type" Stun Gun "(in its different presentations and models, of hand type "machete / electrified baton", etc.), such as "Taser" weapons in all possible versions and presentations; to achieve the desired immobilization effects.
[00327] Es decir, la invención aprovecha esos periodos de tiempo o "entre tiempos" en los cuales no hay actividad eléctrica en estos dispositivos, para interactuar y convertir a sus terminales de contacto, electrodos, dardos, cables, circuitos funcionales, etc., en un verdadero método, sistema y tecnología de monitoreo interactivo de las funciones vitales fisiológicas del objetivo (humano o animal), al cual se le está por "disparar" o ya se le están emitiendo ("disparando") pulsos de descarga de alta tensión, aprovechando el nivel de contacto, cercanía y enfoque permanente sobre el mismo. [00327] That is, the invention takes advantage of those periods of time or "between times" in which there is no electrical activity in these devices, to interact and convert to their contact terminals, electrodes, darts, cables, functional circuits, etc. , in a true method, system and technology for interactive monitoring of the physiological vital functions of the target (human or animal), which is being "shot" or is already being emitted ("firing") high discharge pulses tension, taking advantage of the level of contact, closeness and permanent focus on it.
[00328] Sin embargo, dado que existen posibles métodos, sistemas y tecnologías, capaces de registrar a distancia incluso con sistemas sensores y/o antenas independientes (sin utilizar los terminales, cables y dardos, para tal fin), los parámetros fisiológicos de riesgo para la vida, que se consideran principalmente en esta invención, la invención también prevé y protege el concepto de permitir el bloqueo y/o ajuste interactivo de las emisiones eléctricas de estas armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa; tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.), como las armas tipo "Taser" en todas las posibles versiones y presentaciones; en forma manual o automática; para reducir los niveles de riesgos letales, en función de la lectura anticipada, durante y luego de una descarga de pulsos propinada por las mismas, sobre un objetivo (humano o animal). [00328] However, given that there are possible methods, systems and technologies, capable of registering remotely even with independent sensor systems and / or antennas (without using terminals, cables and darts, for this purpose), physiological risk parameters for life, which are mainly considered in this invention, the invention also provides and protects the concept of allowing the blocking and / or interactive adjustment of the electrical emissions of these non-lethal weapons and devices, which operate mainly by discharges from pulses of electric power ("NMI", etc.), but not limited to; "Stun Gun" type (in its different presentations and models, hand-held, "machete / electrified baton" type, etc.), such as "Taser" weapons in all possible versions and presentations; manually or automatically; to reduce the levels of lethal risks, depending on the anticipated reading, during and after a pulse discharge caused by them, on a target (human or animal).
[00329] Tanto para una de las posibles aplicaciones de esta invención, que radica en la utilización de los terminales de contacto, electrodos, dardos, cables, circuitos funcionales, etc.; para convertirlos en un verdadero método, sistema y tecnología de monitoreo interactivo de las funciones vitales fisiológicas del objetivo (humano o animal), al cual se le está por "disparar" o las aplicaciones anteriormente descriptas, basadas en sistemas independientes; en forma no limitativa a las protecciones de esta invención, se considera que resultará más apropiado y conveniente en términos de producción, utilizar prioritariamente, los métodos, sistemas y tecnologías propuestas, para aprovechar los "entre tiempos" en los cuales no hay actividad eléctrica en estos dispositivos, para realizar estas "lecturas correctivas interactivas", optimizando los niveles de consumo y recarga de estas unidades y resguardando entornos de posible interferencia electromagnética y/o daños en los circuitos electrónicos por riesgos de sobre tensión. [00329] Both for one of the possible applications of this invention, which lies in the use of contact terminals, electrodes, darts, cables, functional circuits, etc .; to turn them into a true method, system and technology of interactive monitoring of the physiological vital functions of the target (human or animal), which is being "shot" or the applications described above, based on independent systems; in a non-limiting manner to the protections of this invention, it is considered that it will be more appropriate and convenient in terms of production, to use, as a priority, the proposed methods, systems and technologies, to take advantage of the "between times" in which there is no electrical activity in These devices, to perform these "interactive corrective readings", optimizing the levels of consumption and recharging of these units and protecting environments of possible electromagnetic interference and / or damage to electronic circuits due to over voltage risks.
[00330] Los terminales de contacto, electrodos, dardos, cables, etc., de estas armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/bastón electrificado", etc.) como las armas tipo "Taser" en todas las posibles versiones y presentaciones; pasan a comportarse como Sensores, Antenas y Guías de Onda, que a través de un "Sistema de Detección de Pulsos de alta tensión", activo/pasivo con acoplamiento inductivo/capacitivo, etc., operando como una "pinza amperométrica", detectando la presencia de pulsos de alta tensión, sobre los terminales de estos dispositivos, por ejemplo, y un "Integrador de Señales", es capaz de recoger lecturas fisiológicas fundamentales para proteger la integridad física y resguardar la vida, del objetivo (humano o animal) involucrado, bloqueando o modificando los patrones de descarga de pulsos de alta tensión ("NMI", u otras denominaciones, según el fabricante), interactuando con los sistemas de generación de las mismas, en forma manual y/o automática. [00331] El conjunto del "Sistema de Detección de Pulsos de alta tensión" (activo/pasivo), se basa en principios simples conocidos del arte, donde no se justifica ampliar con bibliografía; donde abundan esquemas de circuitos y diseños, con alternativas de acoplamiento inductivo/capacitivo/etc, u operando en forma activa como una "micro pinza amperométrica", en donde el paso de la corriente generada por los Pulsos de Alta tensión, también serviría para sincronizar, la activación y bloqueo, de las mediciones que se realizan, en forma no limitativa en esta invención, con el "Sensor de Radio Frecuencia". [00330] The contact terminals, electrodes, darts, cables, etc., of these non-lethal weapons and devices, which operate primarily by discharges from pulses of electrical energy ("NMI", etc.), but not limited to , type "Stun Gun" (in its different presentations and models, hand-held, type "machete / electrified baton", etc.) as the "Taser" type weapons in all possible versions and presentations; they start to behave like Sensors, Antennas and Waveguides, that through a "High Voltage Pulse Detection System", active / passive with inductive / capacitive coupling, etc., operating as an "amperometric clamp", detecting the presence of high voltage pulses, on the terminals of these devices, for example, and a "Signal Integrator", is capable of collecting fundamental physiological readings to protect physical integrity and protect life, of the objective (human or animal) involved , blocking or modifying the discharge patterns of high voltage pulses ("NMI", or other denominations, according to the manufacturer), interacting with their generation systems, manually and / or automatically. [00331] The whole "High Voltage Pulse Detection System" (active / passive), is based on simple principles known in the art, where it is not justified to expand with bibliography; where circuit diagrams and designs abound, with alternatives of inductive / capacitive coupling / etc, or operating actively as a "micro amperometric clamp", where the passage of the current generated by the High Voltage Pulses would also serve to synchronize , the activation and blocking of the measurements that are carried out, in a non-limiting way in this invention, with the "Radio Frequency Sensor".
[00332] De igual modo, y a solo título referencial, de una posible aplicación no limitativa, referida a esta invención, se pueden mencionar los circuitos divulgados como "Pulse Detector", en la Solicitud de Patente Publicada No. 20010045822; o los denominados "Signal Pulse Detector",- divulgados en la Patente US 3898481.  [00332] Similarly, and for reference only, of a possible non-limiting application, referred to this invention, the circuits disclosed as "Pulse Detector" may be mentioned in Published Patent Application No. 20010045822; or the so-called "Signal Pulse Detector", - disclosed in US Patent 3898481.
[00333] Con relación al sistema "Integrador de Señales", se encuentran en el arte actual varias opciones de circuitos desarrollados, basados en principios simples, bien conocidos del arte, de abundante aplicación, por ejemplo, en las etapas de Integración y Reconstrucción de señales, en circuitos de "Espectro Ensanchado" ("Spread Spectrum"), independientemente de la frecuencia en donde operen. Existen puntos de referencia interesantes, pero no limitativos, en cuanto a los criterios de aplicación de esta invención, encontrándose en estos circuitos de "Espectro Ensanchado", diseños que permiten enviar información fraccionada, entre pulsos de ruido, que luego es reconstruida. De todas maneras, y solo a modo referencial no limitativo de una posible aplicación de los criterios constitutivos de esta invención, se puede mencionar un diseño1 denominado "CIRCUITO ELECTRONICO PARA EL ACOPLAMIENTO DE SEÑALES MODULADAS EN ANCHO DE PULSO DE ALTA FRENCUENCIA CON AISLAMIENTO GALVANICO", presentado por la UNIVERSIDAD POLITECNICA DE VALENCIA, de España, Valencia; cuyos inventores, PEREZ MARTINEZ, JUAN JOSE. GUIJARRO ESTELLES, ENRIQUE, presentan en las etapas de salida de estos circuitos, sistemas de "reconstrucción de señal", aplicables a estos posibles diseños, relacionados con la presente patente de invención. (Patentes concedidas el 24/07/1997, con la Clasificación Principal: H03K7/08, H03K9/08). [00333] In relation to the "Signal Integrator" system, several developed circuit options are found in current art, based on simple principles, well known from the art, of abundant application, for example, in the Integration and Reconstruction stages of signals, in "Spread Spectrum" circuits, regardless of the frequency in which they operate. There are interesting, but not limiting, reference points regarding the application criteria of this invention, being in these "Spread Spectrum" circuits, designs that allow fractional information to be sent, between noise pulses, which is then reconstructed. In any case, and only for a non-limiting reference of a possible application of the constituent criteria of this invention, a design 1 called "ELECTRONIC CIRCUIT FOR THE COUPLING OF MODULATED SIGNALS IN HIGH FREQUENCY PULSE WIDTH WITH GALVANIC INSULATION" can be mentioned , presented by the UNIVERSITY POLITECNICA DE VALENCIA, from Spain, Valencia; whose inventors, PEREZ MARTINEZ, JUAN JOSE. GUIJARRO ESTELLES, ENRIQUE, present in the output stages of these circuits "signal reconstruction" systems, applicable to these possible designs, related to the present invention patent. (Patents granted on 07/24/1997, with the Main Classification: H03K7 / 08, H03K9 / 08).
[00334] De igual modo, el "Sistema de Detección de Pulsos de alta tensión", puede estar sincronizado con el sistema de generación de pulsos, que normalmente se basa en estos dispositivos, en un Microprocesador, que controla todas las funciones de los mismos. De esta manera, si ambos se dispusieran en forma simultánea, podrían operar como para brindar una información redundante o de protección, para el caso que alguna de ellas, fallara. [00334] Similarly, the "High Voltage Pulse Detection System" may be synchronized with the pulse generation system, which is normally based on these devices, on a Microprocessor, which controls all the functions thereof. . In this way, if both were arranged simultaneously, they could operate to provide redundant or protective information, in the event that either of them fails.
[00335] Asumiendo que casi nunca se genera un contacto directo entre la piel del sujeto (humano o animal) y los contactos/ electrodos/ dardos/ etc. de las armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.) como las armas tipo "Taser" en todas las posibles versiones y presentaciones; como para garantizar un acoplamiento eléctricamente conductivo de baja impedancia; se privilegia el uso de mecanismos de detección de estados fisiológicos que no requieran este nivel de contacto directo. Sin embargo, no se descarta, ni se deja de reivindicar la protección en esta invención, de aplicaciones mas restringidas, en donde si se puedan utilizar estos niveles de contacto directo, más relacionados con las típicas aplicaciones de "Stun Gun", donde el operador apoya los contactos/ terminales/ electrodos/ etc; en zonas descubiertas del cuerpo del sujeto, como el cuello del ser humano, por ejemplo. [00336] Por otro lado, en base a mis investigaciones y estadísticas, sumadas a los métodos de entrenamientos a que normalmente son sometidas las fuerzas Policiales, Militares, Penitenciarias, de Seguridad Privada, "Law Enforcement", etc., para la aplicación de estas armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.), como las armas tipo "Taser" en todas las posibles versiones y presentaciones; se presentan zonas más típicas en donde se aplican los terminales, electrodos, contactos/ dardos/ etc., de las mismas, sobre el cuerpo del objetivo (humano o animal). [00335] Assuming that direct contact between the skin of the subject (human or animal) and the contacts / electrodes / darts / etc. is almost never generated. of non-lethal weapons and devices, which operate primarily through discharges from pulses of electrical energy ("NMI", etc.), but not limited to, type "Stun Gun" (in its different presentations and models, handheld, type "machete / electrified baton", etc.) as "Taser" type weapons in all possible versions and presentations; as to guarantee an electrically conductive coupling of low impedance; The use of physiological state detection mechanisms that do not require this level of direct contact is privileged. However, the protection in this invention of more restricted applications is not ruled out, nor does it cease to be claimed, where these direct contact levels can be used, more related to the typical "Stun Gun" applications, where the operator supports contacts / terminals / electrodes / etc; in uncovered areas of the subject's body, such as the neck of the human being, for example. [00336] On the other hand, based on my investigations and statistics, added to the training methods to which the Police, Military, Prison, Private Security, "Law Enforcement", etc., forces are normally subjected to the application of These non-lethal weapons and devices, which operate primarily by discharges from pulses of electrical energy ("NMI", etc.), but not limited to, type "Stun Gun" (in its different presentations and models, hand, type "machete / electrified baton", etc.), such as "Taser" weapons in all possible versions and presentations; There are more typical areas where the terminals, electrodes, contacts / darts / etc. of the same are applied on the body of the target (human or animal).
[00337] La constitución típica y más difundida de las armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.) , pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.) como las armas tipo "Taser" en todas las posibles versiones y presentaciones; se basan en los siguientes elementos principales: un gabinete que alberga una Fuente de Poder (normalmente Pilas o Baterías recargables de 9 Volt), que se conecta en forma directa o a través de un "Switch" a un Transformador Primario que eleva la tensión, para entregarla a un Capacitor que genera el patrón de pulsos de descarga eléctrica, que son conducidos al Transformador de Salida que es el que finalmente provoca los pulsos de alta tensión, logrando niveles de energía del orden de la decena de "Joule" por cada pulso transmitido; una vez que el Disparador ("Trígger") es activado a través de un Microprocesador, que controla finalmente el "Switch" y libera la descarga eléctrica, una vez que se establece el circuito de circulación eléctrica entre los terminales/ contactos/ bornes/ electrodos/ dardos/ etc., del dispositivo y el cuerpo del sujeto (humano o animal). [00337] The typical and most widespread constitution of non-lethal weapons and devices, which operate primarily through discharges from pulses of electrical energy ("NMI", etc.), but not limited to, type "Stun Gun" (en its different presentations and models, of hand, type "machete / baton electrified", etc.) like the weapons type "Taser" in all the possible versions and presentations; They are based on the following main elements: a cabinet that houses a Power Source (normally rechargeable Batteries or 9 Volt Batteries), which is connected directly or through a "Switch" to a Primary Transformer that raises the voltage, to deliver it to a Capacitor that generates the pattern of electric discharge pulses, which are led to the Output Transformer which is the one that finally causes the high voltage pulses, achieving energy levels of the order of the tens of "Joule" for each transmitted pulse ; Once the Trigger is activated through a Microprocessor, which finally controls the "Switch" and releases the electric shock, once the circuit of electrical circulation between the terminals / contacts / terminals / electrodes is established / darts / etc., of the device and the subject's body (human or animal).
[00338] En los sistemas modernos de armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.), como las armas tipo "Taser" en todas las posibles versiones y presentaciones; también se utiliza la etapa del "Microprocesador", para verificar las condiciones de continuidad eléctrica entre los terminales/ contactos/ bornes/ electrodos/ dardos/ etc., del dispositivo y el cuerpo del sujeto, normalmente establecida a través de el efecto de ionización del aire, conformar el tipo de patrón de pulsos de alta tensión ("NMI", etc.) a emitir, verificar y optimizar el gasto de energía, etc.  [00338] In modern systems of weapons and non-lethal devices, which operate primarily through discharges from pulses of electrical energy ("NMI", etc.), but not limited to, type "Stun Gun" (in its different presentations and models, hand-held, type "machete / electrified baton", etc.), such as "Taser" weapons in all possible versions and presentations; The "Microprocessor" stage is also used to verify the conditions of electrical continuity between the terminals / contacts / terminals / electrodes / darts / etc., of the device and the subject's body, normally established through the ionization effect of the air, conform to the type of high voltage pulse pattern ("NMI", etc.) to emit, verify and optimize energy expenditure, etc.
[00339] Realizando las innovaciones planteadas en esta invención, parte de los circuitos de descarga (disparo) de estos dispositivos no letales de inmovilización y captura, tipo "Taser"; pasarían a comportarse como Sensores y Antenas, que a través de un "Sistema de Detección de Pulsos de alta tensión" y un "Integrador de Señales", serían capaces de recoger lecturas fisiológicas fundamentales para proteger la integridad física y resguardar la vida, del objetivo (humano o animal) involucrado, bloqueando o modificando los patrones de descarga de pulsos de alta tensión ("NMI", etc.).  [00339] Making the innovations set forth in this invention, part of the unloading (firing) circuits of these non-lethal immobilization and capture devices, type "Taser"; they would behave as Sensors and Antennas, which through a "High Voltage Pulse Detection System" and a "Signal Integrator", would be able to collect fundamental physiological readings to protect physical integrity and protect life, from the objective (human or animal) involved, blocking or modifying discharge patterns of high voltage pulses ("NMI", etc.).
[00340] Como ya se ha referencíado anteriormente, existen diferentes "tipos de métodos, sistemas, detalles de diseños y tecnologías de monitoreo a distancia de funciones como ECG, ritmo respiratorio, detección de movimientos, etc.; muy efectivos y probados, de libré uso y adaptación; que podrían incluirse en esta invención, pará que suministren otras indicaciones fisiológicas, para que interactúen con los sistemas de generación de descarga ("disparos"), de estos dispositivos "no letales", en forma no limitativa. [00340] As previously mentioned, there are different " types of methods, systems, details of designs and technologies for remote monitoring of functions such as ECG, respiratory rate, movement detection, etc .; very effective and proven, free use and adaptation, which could be included in this invention, so that they provide other physiological indications, so that they interact with the discharge generation systems ("shots") of these "non-lethal" devices, in non-lethal form limiting
[00341] En base a las investigaciones del inventor, se han podido "insertar/ intercalar", diferentes tipos de señales de lectura y monitoreo, durante los espacios de no transmisión entre los "pulsos de alta tensión", que luego de ser integradas, reconstruyan lecturas fisiológicas fundamentales, capaces de modificar los tipos y niveles de esas descargas ("NMI", etc.), propinados por estas armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.), como las armas tipo "Taser" en todas las posibles versiones y presentaciones, sobre un cuerpo (humano/ animal).  [00341] Based on the inventor's investigations, it has been possible to "insert / insert" different types of reading and monitoring signals, during the non-transmission spaces between the "high voltage pulses", which after being integrated, reconstruct fundamental physiological readings, capable of modifying the types and levels of these discharges ("NMI", etc.), propped up by these non-lethal weapons and devices, which operate mainly through discharges from pulses of electrical energy ("NMI", etc. .), but not limited to, type "Stun Gun" (in its different presentations and models, handheld, type "machete / electrified baton", etc.), such as "Taser" weapons in all possible versions and presentations, on a body (human / animal).
[00342] Hoy en día, la mayoría de las armas y dispositivos no letales, que operan principalmente mediante descargas provenientes de pulsos de energía eléctrica ("NMI", etc.), pero no en forma limitativa, tipo "Stun Gun" (en sus diferentes presentaciones y modelos, de mano, tipo "machete/ bastón electrificado", etc.), como las armas tipo "Taser" en todas las posibles versiones y presentaciones; poseen en sus circuitos, microprocesadores, que perfectamente, podrían soportar la mayoría de los circuitos principales involucrados en esta invención, a escalas de alta producción.  [00342] Today, most of the non-lethal weapons and devices, which operate primarily through discharges from pulses of electrical energy ("NMI", etc.), but not limited to, type "Stun Gun" (in its different presentations and models, of hand, type "machete / baton electrified", etc.), like the weapons type "Taser" in all the possible versions and presentations; they have microprocessors in their circuits, which could perfectly support most of the main circuits involved in this invention, at high production scales.
[00343] Todas estas tecnologías conocidas de diferentes sensores descriptos, ECG, Detectores de Marcapasos, etc. se encuentra disponibles en el arte actual, en grados de niiniatufización electrónica, a nivel de microchip, o integrables a nivel de software, a dispositivos como Microprocesadores, con capacidad remanente de procesamiento. Esta facilidad, permitiría implementar las innovaciones de esta patente, en líneas de producción, a muy bajo costo, y con un enorme valor agregado de diferenciación, al crear, una nueva categoría, de métodos, sistemas y tecnologías de armas no letales "interactivas", de alta aceptación ciudadana. [00343] All these known technologies of different sensors described, ECG, Pacemaker Detectors, etc. It is available in the current art, in degrees of electronic niiniatufización, at the microchip level, or integrable at the software level, to devices such as Microprocessors, with remaining processing capacity. This facility would allow to implement the innovations of this patent, in production lines, at a very low cost, and with an enormous added value of differentiation, by creating a new category of non-lethal weapons methods, systems and technologies. "interactive", of high citizen acceptance.
[00344] Por otro lado, existen hoy en día, probadas y variadas tecnologías y métodos de monitoreo "sin contacto", que proporcionan el mismo tipo de información, sobre las mismas principales funciones fisiológicas, tales como lecturas de ritmo cardíaco, respiratorio, movimientos corporales, etc., del ser humano y animales, pero operando a distancia. Nuevamente, estas tecnologías y métodos de monitoreo están contemplados para ser utilizados con la presente invención.  [00344] On the other hand, there are nowadays, proven and varied "contactless" technologies and monitoring methods, which provide the same type of information, on the same main physiological functions, such as heart rate, respiratory readings, movements bodily, etc., of human beings and animals, but operating at a distance. Again, these technologies and monitoring methods are contemplated for use with the present invention.

Claims

REIVINDICACIONES Habiendo así especialmente descrito y determinado la naturaleza de la presente invención y la forma como la misma ha de ser llevada a la práctica, se declara reivindicar como de propiedad y derecho exclusivo: CLAIMS Having thus specifically described and determined the nature of the present invention and the manner in which it is to be carried out, it is claimed to claim as exclusive property and right:
1. Un dispositivo de protección interactiva de los signos vitales de un individuo aplicable a un arma de inmovilización y captura del individuo que opera por descargas del tipo de descargas eléctricas o de emisiones, para uso de fuerzas de seguridad, del tipo de elemento de defensa personal, siendo un arma que presenta al menos un par de dardos destinados a actuar contra el cuerpo del individuo a inmovilizar y capturar, estando dichos dardos conectados a respectivos cables conductores que se conectan a un transformador alimentado por una fuente capaz de proveer una diferencia de potencial eléctrico a través de dichos cables de los dardos para generar una descarga eléctrica a través del cuerpo de dicho individuo, y un microprocesador para controlar las funciones y parámetros del arma, estando dicho dispositivo de protección caracterizado por comprender:  1. An interactive protection device for the vital signs of an individual applicable to an immobilization and capture weapon of the individual that operates by discharges of the type of electric shocks or emissions, for the use of security forces, of the type of defense element personnel, being a weapon that presents at least a pair of darts destined to act against the body of the individual to immobilize and capture, said darts being connected to respective conductive cables that are connected to a transformer fed by a source capable of providing a difference of electrical potential through said dart cables to generate an electric discharge through the body of said individual, and a microprocessor to control the functions and parameters of the weapon, said protection device being characterized by comprising:
Por lo menos un sensor conectado a dichos cables para recoger una lectura de condiciones fisiológicas vitales del individuo antes del impacto o una vez impactados los dardos en el cuerpo del individuo,  At least one sensor connected to said cables to pick up a reading of the individual's vital physiological conditions before impact or once the darts have been impacted on the individual's body,
Un circuito extractor e integrador de señales que tiene una entrada conectada a dicho al menos un sensor, para tomar al menos una señal correspondiente a dicha lectura de condiciones fisiológicas recogidas por dicho al menos un sensor,  An extractor and signal integrator circuit having an input connected to said at least one sensor, to take at least one signal corresponding to said reading of physiological conditions collected by said at least one sensor,
Al menos un detector de pulsos conectado a dichos cables para leer al menos un periodo de tiempo de no actividad eléctrica,  At least one pulse detector connected to said cables to read at least a period of time of no electrical activity,
Estando dicho sensor, dicho circuito extractor e integrador de señales y dicho detector de pulsos conectados a dicho microprocesador del dispositivo para bloquear , y/o modificar los patrones de descarga de pulsos a efectuar sobre el individuo en función de dichas condiciones fisiológicas vitales detectadas del individuo. Said sensor, said extractor and signal integrator circuit and said pulse detector connected to said microprocessor of the device to block, and / or modify the pulse discharge patterns to be performed on the individual based on said vital physiological conditions detected of the individual .
2. Un dispositivo de acuerdo con la reivindicación 1, caracterizado porque dichos cables definen un cable conductor transmisor y un cable conductor receptor y dicho al menos un sensor comprende un sensor de radio frecuencia capaz de interpretar señales fisiológicas básicas, que se encuentra conectado a éstos últimos, donde dicho cable conductor transmisor lleva solidario un sensor antena TX para transmitir señales de pulsos a través de dicho cable conductor transmisor, y dicho cable conductor receptor lleva solidario un sensor antena RX, para recibir señales de pulsos a través de dicho cable conductor receptor. 2. A device according to claim 1, characterized in that said cables define a transmitting conductor cable and a receiving conductor cable and said at least one sensor comprises a radio frequency sensor capable of interpreting basic physiological signals, which is connected to them. last, where said transmitter conductor cable carries a TX antenna sensor in solidarity to transmit pulse signals through said transmitter conductor cable, and said receiver conductor cable carries an RX antenna sensor in solidarity, to receive pulse signals through said receiver conductor cable .
3. Un dispositivo de acuerdo con la reivindicación 1 ó 2, caracterizado porque dicho al menos un sensor de radio frecuencia, tiene a su salida conectado al menos un extractor e integrador de señales, capaz de rearmar la información recogida por dicho al menos un sensor de radio frecuencia y alimentarla a una entrada de dicho microprocesador. 3. A device according to claim 1 or 2, characterized in that said at least one radio frequency sensor has at its output connected at least one extractor and signal integrator, capable of rearming the information collected by said at least one sensor radio frequency and feed it to an input of said microprocessor.
4. Un dispositivo de acuerdo con la reivindicación 3, caracterizado porque dicho al menos un extractor e integrador de señales tiene una salida conectada a al menos un clasificador despachador interactivo, capaz de discriminar los distintos estados de riesgo vital del individuo en función de las condiciones fisiológicas obtenidas a través de dicho al menos un extractor e integrador de señales, donde dicho al menos un clasificador despachador interactivo tiene una salida y una entrada conectada a dicho microprocesador. 4. A device according to claim 3, characterized in that said at least one extractor and signal integrator has an output connected to at least one interactive dispatcher classifier, capable of discriminating the different states of vital risk of the individual according to the conditions physiological obtained through said at least one extractor and signal integrator, wherein said at least one interactive dispatcher classifier has an output and an input connected to said microprocessor.
5. Un dispositivo de acuerdo con la reivindicación 2, caracterizado porque dicho al menos un detector de pulsos, capaz de detectar la presencia de pulsos de alta tensión, tiene a su entrada conectados al menos dos sensores inductivos/capacitivos acoplados cada uno a dicho cable conductor transmisor y dicho cable conductor receptor, respectivamente, donde dicho al menos dos sensores inductivos/capacitivos son capaces de registrar la actividad eléctrica y el inicio y terminación de pulsos de alta tensión, y dicho al menos un detector de pulsos tiene una salida conectada a dicho al menos un sensor de radio frecuencia. 5. A device according to claim 2, characterized in that said at least one pulse detector, capable of detecting the presence of high voltage pulses, has at its input connected at least two inductive / capacitive sensors each coupled to said cable Transmitter conductor and said receiver conductor cable, respectively, where said at least two inductive / capacitive sensors are capable of recording electrical activity and the start and termination of high pulses voltage, and said at least one pulse detector has an output connected to said at least one radio frequency sensor.
6. Un dispositivo de acuerdo con la reivindicación 1 ó 5, caracterizado porque dicho al menos un detector de pulsos está alimentado por dicho microprocesador. A device according to claim 1 or 5, characterized in that said at least one pulse detector is powered by said microprocessor.
7. Un dispositivo de acuerdo con la reivindicación 4, caracterizado porque dicho al menos un clasificador despachador interactivo es una alarma. 7. A device according to claim 4, characterized in that said at least one interactive dispatcher classifier is an alarm.
8. Un dispositivo de acuerdo con la reivindicación 2 ó 5, caracterizado porque dicho cable conductor transmisor y dicho cable conductor receptor, forman dicho al menos un sensor antena TX y dicho al menos un sensor antena RX, acoplados a dichos cables respectivamente, a través de configuraciones alternativas seleccionadas entre un grupo de 3 tipos de sensores antenas que comprenden al menos, un enrulado pintado con un material mej orador de efecto electromagnético, un entubamiento de grafito, un micro toroide de grafito. A device according to claim 2 or 5, characterized in that said transmitting conductor cable and said receiving conductor cable, said at least one TX antenna sensor and said at least one RX antenna sensor, coupled to said cables respectively, through of alternative configurations selected from a group of 3 types of antenna sensors comprising at least one curling painted with an improved electromagnetic effect material, a graphite tubing, a graphite micro toroid.
9. Un dispositivo de acuerdo con la reivindicación 2 ó 5, caracterizado porque dicho cable conductor transmisor y dicho cable conductor receptor conforman un cable parcialmente bi-filar. A device according to claim 2 or 5, characterized in that said transmitting conductor cable and said receiving conductor cable form a partially bi-wire cable.
10. Un dispositivo de acuerdo con la reivindicación 9, caracterizado porque dicho cable bi-filar conforma dicho sensor antena transmisor TX y dicho sensor antena receptor RX a través de configuraciones alternativas seleccionadas entre al menos, una micro antena parabólica desplegable, una micro antena que comprende el enroscado o agrupado de dicho al menos un segundo cable. 10. A device according to claim 9, characterized in that said bi-wire cable forms said TX transmitting antenna sensor and said RX receiving antenna sensor through alternative configurations selected from at least one micro-folding satellite dish, a micro antenna that comprises the twisting or grouping of said at least one second cable.
1 1. Un dispositivo de acuerdo con la reivindicación 10, caracterizado porque dicho segundo cable presenta coberturas grafitadas o similares, que optimizan el funcionamiento electromagnético deseado. A device according to claim 10, characterized in that said second cable has graffiti or similar covers, which optimize the desired electromagnetic operation.
12. Un dispositivo de acuerdo con la reivindicación 1, caracterizado porque comprende además un módulo desfibrilador conectado por lo menos a dichos dardos y a dicho microprocesador para ser capaz de proveer un efecto desfibrilador ante una situación de fibrilación cardiaca del individuo detectada por dicho al menos un sensor. 12. A device according to claim 1, characterized in that it further comprises a defibrillator module connected at least to said darts and said microprocessor to be able to provide a defibrillator effect in a situation of cardiac fibrillation of the individual detected by said at least one sensor.
13. Un dispositivo de acuerdo con la reivindicación 12, caracterizado porque dicho módulo desfibrilador es una unidad intercambiable que está conectada removiblemente a dicha arma de inmovilización y captura. 13. A device according to claim 12, characterized in that said defibrillator module is an interchangeable unit that is removably connected to said immobilization and capture weapon.
14. Un dispositivo de acuerdo con la reivindicación 1 , caracterizado porque dicho clasificador despachador interactivo se conecta con un centro de control a través de medios de comunicación inalámbricos. 14. A device according to claim 1, characterized in that said interactive dispatcher classifier is connected to a control center via wireless communication means.
15. Un arma de inmovilización y captura de un individuo que opera por descargas eléctricas u otras emisiones, para uso de fuerzas de seguridad, del tipo de elemento de defensa personal, siendo un arma que presenta al menos un par de dardos destinados a entrar en contacto con el cuerpo del individuo a inmovilizar y capturar, estando dichos dardos conectados a respectivos cables conductores que se conectan a un transformador alimentado por una fuente capaz de proveer una diferencia de potencial eléctrico a través de dichos cables de los dardos para generar una descarga eléctrica a través del cuerpo de dicho individuo, y un microprocesador para controlar las funciones y parámetros del arma, estando dicha arma caracterizada porque incluye un dispositivo de protección interactiva de los signos vitales del individuo, de acuerdo con cualquiera de las reivindicaciones 1 a 14. 15. An immobilization and capture weapon of an individual that operates by electric shocks or other emissions, for the use of security forces, of the type of self-defense element, being a weapon that presents at least a pair of darts destined to enter contact with the individual's body to be immobilized and captured, said darts being connected to respective conductor cables that are connected to a transformer powered by a source capable of providing a difference in electrical potential through said dart cables to generate an electric shock through the body of said individual, and a microprocessor to control the functions and parameters of the weapon, said weapon being characterized in that it includes an interactive protection device of the individual's vital signs, according to any one of claims 1 to 14.
16. Un método para operar un dispositivo de protección interactiva de los signos vitales de un individuo aplicable a un arma de inmovilización y captura del individuo que opera por descargas eléctricas u otras emisiones, para uso de fuerzas de seguridad, del tipo de elemento de defensa personal, siendo un arma que presenta al menos un par de dardos destinados a entrar en contacto con el cuerpo del individuo a inmovilizar y capturar, estando dichos dardos conectados a respectivos cables conductores que se conectan a un transformador alimentado por una fuente capaz de proveer una diferencia de potencial eléctrico a través de dichos cables de los dardos para generar una descarga eléctrica a través del cuerpo de dicho individuo, y un microprocesador para controlar las funciones y parámetros del arma, estando dicho método caracterizado por comprender las etapas de: 16. A method for operating an interactive protection device for the vital signs of an individual applicable to an immobilization and capture weapon of the individual operating by electric shocks or other emissions, for the use of security forces, of the type of defense element personnel, being a weapon that presents at least a pair of darts destined to come into contact with the body of the individual to immobilize and capture, said darts being connected to respective conductive cables that are connected to a transformer powered by a source capable of providing a difference of electrical potential through said dart cables to generate an electric discharge through the body of said individual, and a microprocessor to control the functions and parameters of the weapon, said method being characterized by comprising the steps of:
Proveer por lo menos un sensor conectado a dichos cables para recoger una lectura de condiciones fisiológicas vitales del individuo antes del impacto o una vez impactados los dardos en el cuerpo del individuo,  Provide at least one sensor connected to said cables to collect a reading of the individual's vital physiological conditions before impact or once the darts have been impacted on the individual's body,
Proveer un circuito extractor e integrador de señales que tiene una entrada conectada a dicho al menos un sensor, para tomar al menos una señal correspondiente a dicha lectura de condiciones fisiológicas recogidas por dicho al menos un sensor,  Provide an extractor and signal integrator circuit that has an input connected to said at least one sensor, to take at least one signal corresponding to said reading of physiological conditions collected by said at least one sensor,
Proveer al menos un detector de pulsos conectado a dichos cables para leer al menos un periodo de tiempo de no actividad eléctrica,  Provide at least one pulse detector connected to said wires to read at least a period of time of no electrical activity,
Conectar dichos sensor, circuito extractor e integrador de señales y dicho detector de pulsos conectados a dicho microprocesador del dispositivo, y  Connecting said sensor, extractor and signal integrator circuit and said pulse detector connected to said device microprocessor, and
Bloquear y/o modificar los patrones de descarga de pulsos a efectuar sobre el individuo en función de dichas condiciones fisiológicas vitales del individuo.  Block and / or modify the patterns of pulse discharge to be performed on the individual based on said vital physiological conditions of the individual.
o ■  or ■
PCT/BR2012/000389 2011-10-11 2012-10-11 Device for interactively protecting a person's vital signs, and weapon and method for immobilising and capturing a person, using said device WO2013053033A1 (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
AR20110103741 2011-10-11
ARP110103741 AR083373A1 (en) 2011-10-11 2011-10-11 AN DEVICE FOR INTERACTIVE PROTECTION OF THE VITAL SIGNS OF AN INDIVIDUAL AND AN ARMOR AND METHOD OF IMMOBILIZATION AND CAPTURE OF THE INDIVIDUAL, THAT USE SUCH DEVICE

Publications (2)

Publication Number Publication Date
WO2013053033A1 true WO2013053033A1 (en) 2013-04-18
WO2013053033A8 WO2013053033A8 (en) 2014-01-09

Family

ID=48081290

Family Applications (1)

Application Number Title Priority Date Filing Date
PCT/BR2012/000389 WO2013053033A1 (en) 2011-10-11 2012-10-11 Device for interactively protecting a person's vital signs, and weapon and method for immobilising and capturing a person, using said device

Country Status (2)

Country Link
AR (1) AR083373A1 (en)
WO (1) WO2013053033A1 (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20150153144A1 (en) * 2013-12-04 2015-06-04 Elwha Llc Electroshock device
WO2018222058A1 (en) * 2017-06-02 2018-12-06 Motorola Solutions, Inc System and method of operating a conducted electrical device
US10403124B1 (en) 2018-03-26 2019-09-03 Motorola Solutions, Inc. Stun gun detect

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6898887B1 (en) * 2002-07-31 2005-05-31 Taser International Inc. Safe and efficient electrically based intentional incapacitation device comprising biofeedback means to improve performance and lower risk to subjects

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6898887B1 (en) * 2002-07-31 2005-05-31 Taser International Inc. Safe and efficient electrically based intentional incapacitation device comprising biofeedback means to improve performance and lower risk to subjects

Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20150153144A1 (en) * 2013-12-04 2015-06-04 Elwha Llc Electroshock device
US9381372B2 (en) * 2013-12-04 2016-07-05 Elwha Llc Electroshock device for monitoring target response
US20160279433A1 (en) * 2013-12-04 2016-09-29 Elwha Llc Electroshock device for monitoring target response
US9707407B2 (en) 2013-12-04 2017-07-18 Elwha Llc Electroshock device for monitoring target response
US20170304639A1 (en) * 2013-12-04 2017-10-26 Elwha Llc Electroshock device for monitoring target response
WO2018222058A1 (en) * 2017-06-02 2018-12-06 Motorola Solutions, Inc System and method of operating a conducted electrical device
US11713947B2 (en) 2017-06-02 2023-08-01 Motorola Solutions, Inc. System and method of operating a conducted electrical device
US10403124B1 (en) 2018-03-26 2019-09-03 Motorola Solutions, Inc. Stun gun detect

Also Published As

Publication number Publication date
AR083373A1 (en) 2013-02-21
WO2013053033A8 (en) 2014-01-09

Similar Documents

Publication Publication Date Title
Bleetman et al. Introduction of the Taser into British policing. Implications for UK emergency departments: an overview of electronic weaponry
White et al. The TASER as a less lethal force alternative: Findings on use and effectiveness in a large metropolitan police agency
Kornblum et al. Effects of the Taser in fatalities involving police confrontation
Jenkinson et al. The relative risk of police use-of-force options: evaluating the potential for deployment of electronic weaponry
TWI326352B (en) Systems and methods for electronic weaponry with deployment unit detection
US6898887B1 (en) Safe and efficient electrically based intentional incapacitation device comprising biofeedback means to improve performance and lower risk to subjects
James et al. Attacks on the British royal family: The role of psychotic illness
Kroll et al. Fatal traumatic brain injury with electrical weapon falls
Pasquier et al. Electronic control device exposure: a review of morbidity and mortality
Kroll et al. Benefits, risks, and myths of TASER® handheld electrical weapons
WO2013053033A1 (en) Device for interactively protecting a person's vital signs, and weapon and method for immobilising and capturing a person, using said device
US20060244613A1 (en) Remote Controlled: locking wrist and/or ankle incapacitating electroschock stun bracelet for prisoner control
Le Blanc-Louvry et al. A brain penetration after Taser injury: controversies regarding Taser gun safety
Kroll Crafting the perfect shock
Kedir Stunning trends in shocking crimes: A comprehensive analysis of taser weapons
US10823534B1 (en) System and device for personal shielding
Childers et al. TASER conducted electrical weapons
CN210108146U (en) Riot-control driving-off shield
Tumbarska Development and use of less lethal electroshock weapons in law enforcement
Biria et al. Multi-organ effects of Conducted Electrical Weapons (CEW)—A review
Dermengiu et al. Electroshock weapons: physiologic and pathologic effects
Sheridan Conducted energy devices
Kjellman Less Lethal Weapons: An Effectiveness Analysis
RU2717272C1 (en) Protection system with electric-shock non-lethal mines
Cox Less lethal weapons

Legal Events

Date Code Title Description
121 Ep: the epo has been informed by wipo that ep was designated in this application

Ref document number: 12839831

Country of ref document: EP

Kind code of ref document: A1

DPE1 Request for preliminary examination filed after expiration of 19th month from priority date (pct application filed from 20040101)
NENP Non-entry into the national phase

Ref country code: DE

122 Ep: pct application non-entry in european phase

Ref document number: 12839831

Country of ref document: EP

Kind code of ref document: A1