ES2316923T3 - DEVICE FOR REMOTE CONTROL OF THE USE OF A PERSONAL WEAPON AND PERSONAL WEAPON WITH SUCH DEVICE. - Google Patents

Abstract

The device has a wireless interface (3) for communication in a portable radio telecommunications network (7). A detector (4) determines a personal weapon (1), by an event from a data processor for processing a signal from the detector. A data message is prepared from the signal contained information sent over the wireless interface. An identification module (6) is provided by the identification of the weapon (1) in the telecommunications network. The identification module is a smart card. A storage area stores the data message before it is sent.

Description

Device for remote control of the use of a personal weapon and personal weapon with such a device.

Technical field

The present invention relates to a device for remotely controlling the use of a personal weapon and a personal weapon comprising such a control device. The present invention especially relates to a control device for detecting shots fired by a personal weapon and / or for blocking this weapon.
personal.

State of the art

In some cases you may want to know where a shot has been made with a certain personal weapon and who He has done it. This occurs, for example, when it is necessary to determine responsibility for certain shots fired during a exercise or a specific mission. In the state of the art, this information is usually determined with the help of weapons from external elements, for example, witnesses, surveillance cameras, external detectors and / or the shooter itself.

In addition, on some occasions it is also desired remotely block and / or unlock a personal weapon to avoid, for example, before a mission, a shooter fires a shot without an order or to deactivate a lost weapon.

US2002 / 0149468 describes a system and a procedure to remotely control the use of objects, for example, weapons, with the help of the RFID system radio frequency identification). RFIDs can receive e interpret signals for decommissioning or commissioning Temporary or definitive service of the corresponding object. A disadvantage of this system is the short range of the signals that it ascends only a few hundred meters. Therefore this system can only control objects in a limited area spatially In addition, RFIDs are passive elements, not adequate for the spontaneous emission of data. Even when stored locally, RFIDs emit only if they are read by a reader adapted.

The document WO-A-01/84069 (constituting a basis for independent claims 1, 23 and 28) is refers to a weapon that has at least one device for fingerprint identification of people, at least one source of light for illumination and / or for radioscopy of the index finger, at minus a sensor unit to take the fingerprint and a unit processor to determine the characteristics of the footprint fingerprint

Presentation of the invention

An objective of the invention is to propose a control device to remotely control the use of a weapon personnel and a personal weapon that do not have the disadvantages of control devices and weapons of the state of the technique.

This goal is achieved with a device control and a personal weapon that presents the characteristics of the corresponding independent claim. In the dependent claims furthermore advantageous forms of realization.

This goal is especially achieved with a control device to remotely control the use of a weapon personnel in correspondence with the independent claim.

This goal is especially achieved as well. using a personal weapon with such a device and through a procedure to remotely control the use of a personal weapon with such a control device.

Thanks to the control device of the invention you can monitor the use of a personal weapon determined, for example, from a remote exchange. In a variant of the invention orders can also be sent for temporary and / or definitive blocking or unlocking of the weapon from a remote central monitoring. The data bank, which does not form part of the invention also allows the storage of information received from different devices of control.

Brief description of the drawing

A preferred embodiment of the The present invention is described in detail below by middle of a single figure. Sample:

Fig. 1 a schematic representation of the control device according to a preferred embodiment of the invention.

Ways for carrying out the invention

In a preferred embodiment, the control device 2 of the invention is integrated in a weapon personal 1. Personal weapon 1 is, for example, a firearm, like a gun, an automatic weapon, etc. This can also be an electric weapon, a deterrent weapon, a white weapon, etc. He control device 2 is preferably installed during the manufacture of the weapon 1. In another embodiment, at least one element of the control device 2 of the invention is placed in An existing weapon. The weapon preferably has elements of fixing adapted to securely fix the device 2 control on the weapon.

The control device 2 of the invention includes a wireless interface 3 to be able to communicate preferably bidirectionally through a mobile network 7 Telecommunication In a preferred embodiment of the invention, interface 3 is a radio interface for the communication in a cellular network 7, for example, GSM network, UMTS, CDMA or GPRS or in a Wireless LAN (WLAN) network. Interface 3 is composed possibly of an integrated module or of a module, insertable in Weapon 1, with the PC-Card format or with another format suitable.

In another embodiment not shown of the invention, the weapon 1 comprises a local wireless interface, for example, Bluetooth, Home-RF, IrdA, WLAN or proprietary interface, which is intended for communication with a external mobile equipment, preferably portable, for example, with a mobile phone, the external mobile device comprising an interface wireless for communication in the network 7. The user of the weapon 1 it also preferably carries with it the mobile equipment so that the weapon 1 can communicate through network 7 through the equipment mobile. In order to guarantee the confidentiality of the communications between weapon 1 and mobile equipment, these are protected preferably, for example, by coding.

The control device 2 of the invention preferably comprises an identification module 6, for example, a removable chip card, to identify the user of weapon 1 in network 7. Identification module 6 allows the minus a data transmission over the network 7. The transmission of data is done, for example, by SMS, USSD and / or messages MMS and / or IP packets. Although a voice connection to through network 7, it is not necessary for this application. How explained below, within the framework of the invention it is possible to provide, however, for the possibility of establishing a connection of this type with the control device 2 of the weapon 1.

The control device 2 comprises a detector 4 to detect events in the weapon 1. Events detected include, for example, each shot taken by the weapon 1.

In a preferred embodiment, then an electric signal is generated in each gun 1, for each example, an electrical impulse. The weapon 1 comprises, for example, a device not shown to transform impulses mechanical, generated by the shots, in electrical signals. At framework of the invention are also possible other systems for the generation of the electrical signal in the weapon 1. For example, at taking a shot you can mechanically open or close a electrical contact that causes, for example, the activation of a electrical signal by means of a controller not represented in the weapon 1. The activated electrical signal is, for example, a pulse Simple electric or a more complex signal, for example, digital. According to this embodiment of the invention, the detector 4 preferably comprises a power line, by means of which they can receive and transmit the electrical signals generated by the weapon 1.

In another embodiment, the device control 2 directly determines the mechanical shock that is generated during firing and that is distributed in the mechanical structure of the weapon 1. The detector 4 preferably comprises a sensor that generates an electrical impulse, for example, every time it detects a mechanical impulse of a certain intensity. In one embodiment of the invention, the detector 4 is carried out at least partially as MEMS system (Micro Electromechanical System).

In another embodiment, the events, by For example, the shots taken are detected with the help of a Sound, for example, detonation. The detector 4 comprises, by for example, an acoustic sensor or a pressure sensor, for example a microphone, which generates an electrical signal at each detonation.

In other embodiments of the invention, detector 4 detects other types of monitored events, by example, combinations of variations of pressure, gas and / or temperature.

On each shot taken by weapon 1, the control device 2 of the invention receives a signal from  of the detector 4. For each signal received, the means of data processing, for example, a processor 5, generated in the control device 2 a digital data message containing information about the shot taken. As explained more later, the information contained in the message can understand, for example, the time and date of the shot taken, the identity of the user of weapon 1, the location of weapon 1 to take the shot, etc.

In an embodiment of the invention, the time and date are determined with a clock that is in the weapon 1, for example, in the control device 2. A disadvantage In this embodiment, for example, the user of the weapon 1 can adjust this clock, that is, the data can be altered about the time and date of the shot. In a preferred form of embodiment of the invention, the time and date are extracted from the network 7 in order to avoid such an alteration. They are used, by example, the time and date of the network 7. It is also possible to extract data from a server, not represented, that is connected to the network 7 or from a satellite location signal, for example, a GPS or Galileo signal. In the latter case, the device control 2 preferably comprises an interface for reception of the location signals, for example, a GPS or an interface Galileo To avoid a subsequent alteration of this data After the message is edited, the message is signed and marked with a time stamp preferably.

The identity of the user of weapon 1 is determined preferably by identification module 6. In a embodiment of the invention, the identification module 6 contains an unambiguous identification, for example, a number of identification as an IMSI or MSISDN number, which also serves to network identification 7. This identification is incorporated into the message so that the user's personal data, for example, their name, address, etc., can be determined, for example, from of a data bank. The database is managed by for example, by the network operator 7 and the personal data of the Users are communicated to the receiver by this operator. However, the receiver preferably manages its own bank of data to be able to exercise some control over this data and so that these are preferably kept confidential. The Weapon 1 user identification can be performed preferably without the intervention of the network operator 7. In a variant of the invention, the identification module 6 contains  all personal data of the user, which are incorporated as such to the message. The user's identity includes, for example, your name, address, function, rank, etc. The message is encoded to continuation preferably so that this data cannot be read by unauthorized receivers. In a variant embodiment of the invention, user authentication is based on a Biometric or data sensor in an RFDI-Tag.

The location of weapon 1 is determined, by example, in network 7 by triangulation or by a receiver of GPS, not shown, which is integrated in the weapon 1. If the weapon 1 is equipped with GPS and / or Galileo media, it can be determined also, in addition to the position, the azimuth and the weapon lift 1.

In order to allow the authentication of message, this is preferably signed by the module identification 6. The message can also be encoded by identification module 6 so that it can only be read by authorized receivers. Asymmetric codes can also be used in control device 2 to sign and encode the message. The certificate used for this can be issued by the operator of  the network 7 or preferably by the operator of a central 8 or by an authority

The data message is sent later, by for example, via wireless interface 3 through network 7, to a receiver, for example, a remote exchange 8, or is stored in a memory area, not shown, of the control device 2 or of the identification module 6 waiting for a later shipment of this message. The message is preferably adapted for transmission through the telecommunication network 7. If network 7 it is, for example, a GSM network, so the message is, for example, an SMS, USSD or MMS message. In the case of a GPRS or UMTS network, the message can be sent, for example, as e-mail or another IP packet

The time to send the messages is determined with the help of one or more parameters. These parameters include the number of shots fired since the last message, the time interval since the last message, the current use of the weapon 1, the availability of telecommunication network 7 and / or the location of the weapon 1. In an embodiment of the invention a message is sent automatically, for example, directly  after each shot. In this way it is especially avoided that the messages are stored in the control device 2, which also prevents, for example, an alteration of the data during This storage time.

In other embodiments, the messages are send, for example, after a certain amount of shots and / or after a certain time interval since the last message. In In these cases, a message sent contains data on several shots or multiple messages are sent at the same time. The shipment of Stored messages can also be unlocked when the weapon 1 is in a certain location, for example, when in a given building, for example, a barracks, a station police, etc., which normally coincides with the end of a mission.

If weapon 1 comprises a wireless interface local, intended for communication with a portable mobile device, the mobile device comprising a wireless interface for communication on network 7, the message can be unlocked of data by activating this local interface. The shipment of message can be unlocked preferably also so user manual, for example, at the end of a mission.

The parameters to determine the range of time between two sent messages can be adapted, for example, by activating a user interface, not represented, of the control device 2 and / or by orders in messages that they are sent to weapon 1 through telecommunication network 7.

If, at the scheduled time for shipment, it is not you can send a message, because, for example, you cannot set  a connection with the network 7, the sending is preferably repeated until Run satisfactorily. The time interval between two consecutive repetitions is preferably extended with the number of attempts In a variant of the invention it is interrupted Shipping after a certain amount of attempts. With help preferably of an indicative pilot, an acoustic signal and / or a message on a screen not shown by the control device 2 the user is alerted and asked to manually unlock the send when connection can be restored.

Messages with information about shots fired by weapon 1 are sent to a receiver, by for example, a central 8, for example, a police central, which is responsible for the control of the weapon and its use. In case of weapons police, messages from all weapons used in a certain geographical area is sent to a certain central police, in which, for example, they are analyzed and / or stored information contained in the messages. The information, such as User identity, time and date of shots made, the location of weapon 1 during each shot, etc., is preferably stored in a central data bank for in case of a lawsuit against the use of a certain weapon 1 power demonstrate the current use of the corresponding weapon 1. The bank data center is preferably managed by the operator of Central 8 to guarantee the confidentiality of the information. During the reception, the messages are marked, also, preferably with a time stamp so that the time and the date of receipt is also stored in a secure manner and irrevocable.

In a variant of the invention, weapon 1 is managed by an association, for example, an association of shooting, which organizes competitions and / or games with harmless weapons. Data on the use of weapon 1 are used, for example, to attribute the use of weapon 1 to the corresponding player and / or to analyze corresponding uses.

In a variant of the invention, weapon 1 and / or the control device 2 comprise means not shown for user identification and / or authentication of weapon 1 with Biometric parameters help. These means comprise, by example, sensors in the butt of weapon 1 for the recognition of the user's fingerprints that are transformed to continuation in a vector. For user authentication, compare, for example, the vector generated with a reference vector which corresponds to the user's fingerprints of the module identification 6. If both vectors do not match, that is, if they do not match authenticate the user, the control device 2, for example, may temporarily or definitively block the use of the weapon 1. In a variant, the unauthenticated user can be asked to indicate your identity with the help of a user interface of the control device 2, before being allowed to use the weapon one.

In a variant of the invention, it is identified to the user of weapon 1 with the help of its biometric parameters by compare the vector with a certain amount of vectors of reference, each reference vector corresponding to the footprints of an authorized user of the weapon 1. The device control 2 preferably allows the use of weapon 1 only if the Current user is one of the authorized users.

The reference vector or the vectors of reference in control device 2 are stored preferably, for example, in the identification module 6.

In another embodiment, the parameters biometrics are sent in a message to receiver 8 that executes the authentication and / or user identification through reference vectors determined before or after Shooting.

The user's biometric parameters are sent preferably in each message together with the other information about the shots taken, especially if multiple users they can use the same weapon 1 or if the user was not authenticated.

Within the scope of the invention are also possible other means of identification and / or authentication. The user will You may be asked, for example, to enter secret information, preferably known only by it, with the help of an interface of user of the control device 2 to enable the use of the weapon 1.

According to a preferred embodiment of the invention, command signals can be sent to weapon 1 via the control device 2. The command signals serve, for example, for blocking and / or temporary unlocking or definitive weapon 1, for example, to avoid its use before a determined time, or for the definitive decommissioning of weapon 1, for example, in case of theft or loss of weapon 1.

The wireless interface 3 of the device control 2 can also preferably receive messages through of the telecommunication network 7. As in the sending of messages, the messages received are adapted to the type of network 7. Therefore, the messages are, for example, SMS and / or MMS messages in case of a GSM 7 network, e-mail and / or other messages IP packets in case of a UMTS or GPRS 7 network, etc.

A message received by the device from control 2 comprises, for example, certain characters or sequence of characters that are interpreted by the device control 2 and that cause the corresponding orders to be sent to weapon 1. Central 8 preferably signs the message with its signature so that weapon 1 can verify the origin of the orders. The message is also preferably coded with the public signature of weapon 1, stored, for example, in the identification module 6, so that only this particular weapon 1 can read the message and Execute the orders.

Order signals sent by the control device 2 to weapon 1 are, for example, signals digital electric that, for example, are received and interpreted by a controller not represented by weapon 1. The controller controls, for example, a mechanical and / or electronic means blocking, not shown, inside weapon 1 for blocking Temporary or definitive. These blocking means comprise, by for example, an electromagnetic actuator that can block, by example, the trigger of the weapon 1. For the definitive blocking of the weapon 1 a mechanical and / or electrical element is preferably destroyed inside the weapon 1 so that it can no longer be used.

In another embodiment of the invention, the control device 2 directly drives the media electronic and / or mechanical weapon lock 1. Therefore, the message received through the first interface 3 is interpreted in the control device 2 and sent directly to the corresponding actuation of the locking means.

In certain cases, the order signals are can be generated by the control device 2 itself, by example, to automatically lock weapon 1 after a certain rest period or when you cannot authenticate to user, etc. However, the control device 2 orders to weapon 1 they are preferably unlocked by messages received through the telecommunication network 7.

In a variant of the invention, the device control 2 of the invention can send and / or execute signals to firing shots with the weapon 1. In this case, the means weapon 1 lock, for example, they can also perform shots can also actuate, for example, the actuator electromagnetic for the trigger lock the latter. The signals for shooting can be unlocked preferably also with the help of messages received through network 7. Therefore, firing shots with weapon 1 is Can control remotely.

If weapon 1 cannot receive any message from the central 8, for example, because it is in an area without network coverage 7, it can be used preferably so completely manual, for example, it can be locked and / or manually unlock after entering a code safety by mechanical or electromechanical means of entry. Within the framework of the invention others are also possible weapon behaviors 1. Weapon 1 can maintain, for example, your last status, either lock or unlock, until it is a connection with the exchange 8 is possible again. This can be block also as soon as there is no connection, for example, to Avoid indiscriminate use during a competition or game.

In an embodiment of the invention, the weapon 1 is only unlocked if its internal clock could be calibrated by an external indication of time and / or if the time and date could be determined from network 7 or from a remote server

The weapon 1 preferably comprises, for example, in the control device a screen and / or an indicative pilot to be able to communicate to the user the status of the weapon 1. An indicative diode is activated, for example, when the weapon is
Remote control and / or remote monitoring. Another diode is activated, for example, when the weapon is blocked, etc.

The control device is powered preferably with batteries in the gun 1. The batteries are preferably rechargeable batteries that can be removed, by example, of weapon 1 for loading in an adapted loading equipment. In another embodiment, the batteries can also be charged directly on weapon 1 when connecting, for example, the weapon to a electric power source for a certain time. In case If the battery is empty and the device cannot be powered anymore of control 2, the weapon 1 can preferably continue to be used less for a certain time. Weapon 1 is locked next possibly automatically so as not to use authorized. Within the framework of the invention others are also possible Gun 1 behaviors in case of low power control device 2. In one embodiment, the weapon 1 is block, for example, as soon as the control device 2 detects Low power In another embodiment, the device control 2 disconnects interface 3, as soon as the power existing is below a certain threshold. But nevertheless, it is still working to store data on the use of weapon, for example, in a log file (logfile). In case of a lower energy threshold, weapon 1 is possibly blocked from Temporary and / or definitive way. Within the framework of the invention are possible also other combinations of these different behaviors Interface 3 can also be powered by separated from the remaining control device 2 to be able to send and / or Receive messages even when the gun battery is empty.

Data messages, sent and / or received by weapon 1, they are signed and / or preferably coded for guarantee its irrevocability. Therefore, the information and / or Orders contained in these can be considered safe and authentic. These could be used, for example, as evidence in case of a lawsuit. Message coding also guarantees that unauthorized recipients of messages cannot read them with so that, for example, enemies of the user of weapon 1 do not can know the information about the shots taken. The Message transmission is preferably protected in order to end when the coding is executed with a code that only knows the sender and receiver. That is, only the issuer, for example, the control device 2 of weapon 1, and only the receiver, by For example, exchange 8, you can read the information contained in these. Therefore, data messages are confidential too. regarding the network operator 7.

The control device 2 of the invention is Can use for monitoring different events. So by For example, signals can be sent to control device 2 when Weapon 1 is connected or disconnected, when new ammo is loaded, when the identification module 6 is changed, when the weapon, etc. These events are preferably sent as messages from data with a time stamp to exchange 8 or stored in the control device 2, for example, in a logfile that is sent, for example, to exchange 8 at a certain later time.

In a variant of the invention, each projectile of weapon 1 is provided with an identification element that can be communicate with the control device 2 of the invention. These identification elements are, for example, RFID elements with a unequivocal identification number. Therefore, the messages of data sent on the shots taken include preferably also projectile identification numbers shot.

In a variant of the invention a communication through an access channel in network 7 between the control device 2 and control panel 8, for example, during a complete mission, to be able to continuously send data through the channel. Therefore, information on the shots fired is can send via control device 2 in real time to the central 8. Through the access channel you can exchange also sound between gun 1 and central 8. Therefore, the control device 2 is preferably provided with a speaker not represented and / or with a microphone not represented. Through access channel, for example, are transmitted in real time to the central 8 the detonation of the shots, the noise of the load of the ammunition in weapon 1, etc. Via control device 2 you can also preferably establish a conversation between the user of weapon 1 and the central. This way you can exchange, for example, vocal orders and / or information between the user and the exchange 8. The user requests the exchange 8, for for example, through the access channel the permission to shoot, the central 8 then responds through the access channel that the user has the permission and simultaneously sends a message of data to unlock the weapon 1.

In the previous description they were exchanged data and / or sound messages between weapon 1 and a remote exchange 8. However, it is easily understood by a technician that this exchange can also take place between two weapons 1. It they can form, for example, groups of weapons that can exchange data and / or sound to each other through network 7 or a local network. He user of a particular weapon is, for example, the group leader that is responsible, for example, for unlocking and / or blocking of his group's weapons during a mission. He can send directly or through a central 8 data messages corresponding to the other weapons in your group, for example, with Help the control device of your weapon. You can also preferably communicate data and / or vocal orders to members of your group through network 7 through the access channel, etc.

In the description above, the device control 2 with its wireless interface 3 for communication in the Mobile telecommunication network 7 is integrated into a personal weapon 1. However, in a variant of the invention, the device for control is integrated in a mobile telecommunication transmitter which is equipped for projectile launch. He control device of the invention preferably used for the communication in the mobile telecommunication network 7 interface wireless of the mobile terminal equipment that is also used, by example, for telephone communications established with the terminal equipment According to this variant, in the mobile terminal equipment a weapon that can be remotely controlled according to the invention by means of the control device in the equipment terminal.

List of reference numbers

one

Weapon

2

Control device

3

Wireless interface

4

Detector

5

Data processing medium

6

Identification module

7

Telecommunication network

8

Central

Claims (34)

1. Control device (2) to control Distance using a personal weapon (1) with: a wireless interface (3) for the communication in a mobile telecommunication network (7), a detector (4) to determine an event of the mentioned personal weapon (1), data processing means (5) for process a signal from the mentioned detector (4), to prepare a data message with the information contained in the signal mentioned and to send the mentioned message through the mentioned wireless interface (3), characterized because The timing of the messages can be determined with the help of one or more of the following parameters: the number of shots fired since the last message, the time interval since the last message, the current use of the weapon (1), the availability of the telecommunication network (7) and / or the location of the weapon (1), being able to adapt the parameters to determine the time interval between two messages sent to a user interface of the control device (2) and / or by orders in messages that are sent to the weapon (1) through the telecommunication network
(7). 2. Control device (2) according to the preceding claim, comprising an identification module  (6) to identify the mentioned weapon (1) in the network of telecommunication (7) mentioned. 3. Control device (2) according to the preceding claim, wherein the identification module (6)  mentioned is a chip card. 4. Control device (2) according to one of the preceding claims, comprising a memory zone to store the mentioned data message before sending mentioned. 5. Control device (2) according to one of the preceding claims, which is adapted for integration in the personal weapon mentioned (1). 6. Control device (2) according to one of the preceding claims, wherein the aforementioned message of data is adapted to the mobile telecommunication network (7) mentioned. 7. Control device (2) according to one of the preceding claims, wherein the mentioned signal contains information on at least one shot made by the personal weapon (1). 8. Control device (2) according to the preceding claim, wherein said detector (4) It comprises a sensor to detect the shots fired by the personal weapon (1) mentioned. 9. Control device (2) according to one of the claims 7 or 8, wherein said data message Contains the time and date of at least one shot mentioned. 10. Control device (2) according to the preceding claim, wherein the mentioned data message It is marked with a time stamp. 11. Control device (2) according to one of the claims 9 or 10, wherein said time and date mentioned are extracted from the telecommunication network (7) mentioned. 12. Control device (2) according to one of the claims 9 or 10, wherein said time and date mentioned are extracted from a satellite location signal. 13. Control device (2) according to one of the claims 7 to 12, wherein said data message contains the identity of the user of the mentioned personal weapon (1) when the at least one mentioned shot was taken. 14. Control device (2) according to the preceding claim, wherein the aforementioned identity is determined by an identification module (6) in the mentioned control device. 15. Control device (2) according to one of the claims 7 to 14, wherein said identity is determined and / or checked by biometric parameters of the User mentioned 16. Control device (2) according to one of the claims 7 to 15, wherein said data message contains the location of the personal weapon mentioned (1) when He made the at least one mentioned shot. 17. Control device (2) according to one of the claims 7 to 16, wherein said data message contains an identification of the projectile that was fired during the At least one shot mentioned. 18. Control device (2) according to one of the preceding claims, which is adapted for reception of messages through the aforementioned wireless interface (3). 19. Control device (2) according to the preceding claim, wherein said messages may  contain orders for temporary and / or definitive blocking of the weapon personnel (1) mentioned, serving the control device (2) mentioned for the interpretation of the mentioned orders and / or their further transmission to the weapon (1). 20. Control device (2) according to one of the preceding claims, wherein the telecommunication network Mobile (7) mentioned is a cellular network (7) of mobile telephony. 21. Control device (2) according to one of the preceding claims 1 to 20, characterized in that it comprises an indicative display and / or pilot that is activated when the weapon is remotely controlled and / or remotely supervised. 22. Control device (2) according to one of claims 1 to 21, characterized in that it is equipped with a battery and the weapon is locked when the battery is empty or below a certain threshold. 23. Personal weapon (1) comprising a control device (2) according to one of the claims precedents, for remote control. 24. Personal weapon (1) according to claim 23, characterized in that the weapon is an electric weapon. 25. Personal weapon (1) according to claim 23 or 24, characterized in that the weapon (1) comprises an indicative display and / or pilot that is activated when the weapon is remotely controlled and / or remotely supervised. 26. Personal weapon (1) according to claim 23 or 24, characterized in that the weapon (1) comprises a screen and / or indicative pilot that is activated when the weapon is locked. 27. Personal weapon (1) according to one of claims 23 to 26, characterized in that the control device (2) is equipped with a battery and the weapon (1) is locked when the battery is empty or below a certain threshold . 28. Procedure to remotely control the use of a personal weapon (1) with the following steps: determination of an event of a personal weapon (1) by means of a detector (4) in a control device (2) according to one of claims 1 to 22, processing of a signal of the mentioned detector (4) by means of data processing means (5) in the mentioned control device (2), preparing a data message with the information contained in the mentioned signal, sending the mentioned message through a network telecommunication (7), characterized because the timing of the messages can be determined with the help of one or more of the following parameters: the quantity of shots fired since the last message, the interval of time since the last message, the current use of the weapon (1), the availability of the telecommunication network (7) and / or the location of the weapon (1), being able to adapt the parameters to determine the time interval between two messages sent to an interface of user of the control device (2) and / or by orders in messages that are sent to the weapon (1) through the network of telecommunication (7). 29. A method according to claim 28, characterized in that in case of not being able to send a message at the time foreseen for the sending, the sending is repeated until it is executed satisfactorily and after a certain amount of attempts the sending is interrupted. 30. Method according to claim 29, characterized in that the user is notified and asked to manually unlock the shipment when the connection can be reestablished. 31. Procedure according to one of the claims 28 to 30, wherein said data message it is stored in said control device (2) before Shipping mentioned. 32. Method according to one of claims 28 to 31, characterized in that the weapon (1) comprises an indicative screen and / or pilot that is activated when the weapon is remotely controlled and / or remotely monitored. 33. Method according to one of claims 28 to 32, characterized in that the weapon (1) comprises an indicative screen and / or pilot that is activated when the weapon is locked. 34. Method according to claim 28, characterized in that the data on the use of the weapon (1) is used to attribute the use of the weapon (1) to a player of a competition.