RU148071U1 - AUDIO-VIDEO FIXING DEVICE FOR SHOOT TAPPER WEAPONS AND SELF-DEFENSE WEAPONS (OPTIONS) - Google Patents

Abstract

1. An audio-video fixation device for small arms and self-defense weapons, equipped with a means for transmitting images and sound, characterized in that it contains a video-audio fixation unit containing a video camera and microphone, which has its input / output through a safety cord-trainer, equipped with a data cable, fasteners and connectors of the data cable through the power unit is connected to the analysis and control unit, which in turn is connected to the power supply by its input, and connected to the input-output with n pamyati.2 unit. An audio-video fixation device for small arms and self-defense weapons, equipped with an image and sound transmission means, characterized in that it contains a video-audio fixation unit containing a video camera and microphone, which is connected with an input / output device via a trainer, equipped with a data cable, fixing elements and connectors of the data cable and through the power unit is connected to the analysis and control unit, which in turn is connected to the power supply by its input, and connected to the geolocation block by input / output Hovhan and memory unit that its output connected to a data transmission unit configured to transmit information to the server.

Description

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Audio-video fixation device for small arms and weapons

self-defense (options)

F41C3 / 00

G11B7 / 00

The invention relates to an audio-video fixation device for small arms intended for use in self-defense. The invention can be applied to any type of small arms used in self-defense.

A pistol device is known, described in patent No. 2207480 with a priority of May 28, 2001. publ. 06/27/2003 and containing a housing, a charging chamber with a chamber, a combat spring and a descent, the charging chamber is located in a removable casing installed in the housing, and is spring loaded with a combat spring.

But this device does not allow you to monitor the situation when using weapons, in real time. And also does not allow to control and evaluate the legitimacy of the use of weapons and carry out subsequent analysis of the sequence of actions performed

The closest in its technical essence is a system for the controlled conduct of the anti-terrorist operation described in the patent for invention No. 2436028 with a priority of September 14, 2009, publ. 12/10/2011 and containing a system for retrieving information from an optical sight, containing a mini-video camera, a means for transmitting over the air the image seen in the optical sight to the command post monitor.

But this system is not intended for small arms of self-defense and does not allow the use of audio-video recording of events through known and public communication channels, and also does not allow the use of a public positioning system on the ground (geo-positioning), for example, signals from GLONASS and / or GPS navigation systems , and does not provide for the transfer of information, for recording, to a remote data warehouse.

The technical result of the claimed utility model is to expand the functionality of small arms of self-defense and ensuring information security, creating an objective evidence base of the legality of the use of small arms of self-defense in real time, as well as providing the possibility of a long battery life, reducing the overall dimensions of the electronic components of the device and eliminating the possibility of losing self-defense weapons.

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The problem is solved due to the fact that the audio-video fixation device for small arms and self-defense weapons, equipped with means for transmitting images and sound, according to the first embodiment, contains a video-audio fixation unit containing a video camera and microphone, which has its input / output via a safety device cord - a trencher equipped with a data cable, fasteners and connectors for the data cable through the switching unit is connected to the analysis and control unit, which in turn is connected to a power supply unit, and an input / output is connected by a memory unit, and according to the second embodiment, an audio-video fixation device for small arms and self-defense weapons, containing a video camera and microphone, which is equipped with a data cable, fasteners and connectors for the transmission cable in / out through a trencher data and through the power unit is connected to the analysis and control unit, which in turn is connected to the power supply by its input, and the input-output is connected to the geography unit and the memory unit, which output them through a data transmission unit configured to transmit information to the server. The expansion of the functionality of small arms of self-defense and information security is ensured by supplying it with an audio-video fixation device, an analysis and control unit, a memory unit and, in the second version, a location unit. In the second version, the geolocation of small arms of self-defense occurs by receiving signals from the GLONASS and / or GPS navigation systems, as well as transmitting for recording to a remote memory unit via public communication channels, an audio-video signal, and geometric information. Real-time recording on a remote memory block of an independent server ensures the creation of an objective evidence base of the legitimacy of the use of small arms self-defense, which allows further analysis of the sequence of actions performed, as well as assess the legitimacy of the use of self-defense weapons. An exception to the probability of loss of self-defense weapons is provided by a safety cord (trenchik) which, with the help of fasteners, is attached at one end to the self-defense weapon, and at the other end to a case or holster attached by means of belts to the human body. Providing the trainer with a data cable, fasteners and connectors for the data cable, as well as due to the location of the power source in the holster, reduces the requirements for the mass-dimensional characteristics of the device, as well as significantly increase the capacity of the power source, which in turn allows

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to improve such characteristics as stability of the remote connection, the accuracy of the location, increase the battery life in active mode and in standby mode, as well as to supplement the device with additional equipment, such as a laser target indicator, illumination in the visible and / or infrared range.

The essence of the technical solution is illustrated by diagrams, where FIG. 1 is a block diagram of an audio-video fixation device for small time weapons and self-defense weapons (option 1);

FIG. 2 is a block diagram of an audio-video fixation device for a small time service weapon and a self-defense weapon (option 2).

The figure 1 shows the block of video-audio fixation 1, the block inclusion 2, the block analysis and control 4, the power supply 5, the memory unit 7, trencher 10. The figure 2 shows the block video-audio fixation 1, the block 2, block 3 , analysis and control unit 4, power supply unit 5, data transfer unit 6, memory unit 7, independent remote server unit 8, automatic video recovery unit 9, trenchik 10, cable connectors 11.

The audio-video fixation device for small arms and self-defense weapons (option 1) is made as follows: the video-audio fixation unit 1 containing a video camera and microphone, which with its input / output through a safety cord is a trainer 10 equipped with a data cable, fasteners and connectors data transmission cable 11 and through the power-on block 2 is connected to the analysis and control unit 4, which in turn is connected by its input to the power supply unit 5, and the input-output is connected to the memory unit 7.

The audio-video fixation device for small arms and self-defense weapons (option 2) is made as follows, the video-audio fixation unit 1 containing a video camera and microphone, which with its input / output through the safety cord is a trainer 10 equipped with a data cable, fasteners and the connectors of the data transmission cable 11 and through the power-on unit 2 is connected to the analysis and control unit 4, which in turn is connected to the power supply unit 5 by its input and output-output is connected to the geography block 3 and the memory unit 7, which with its output through the data transmission unit 6 is configured to transmit information to the server is connected to the independent remote server unit 8, which in turn is connected with the input-output unit to the video recovery unit 9.

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The operation of the audio-video fixation device for small arms and self-defense weapons (option 1, 2) is as follows. In the event of an emergency and the need to use small arms, the owner activates the video-audio fixation unit 1 by removing the self-defense weapon from the holster, and starts the entire device through the power switch 10 through the power-on unit 2. From the output of block 1, through trainer 10, video-audio information, in digital form, through the analysis and control block 4 enters memory block 7. (option 2) Block 3, receives signals from GLONASS and / or GPS navigation systems, ibid. , in the block 3, converts them into digital video and transmits them for recording through the analysis and control unit 4 to the memory block 7. At the input to the memory block 7, the signals from the video-audio block 1 are mixed with the signal from the block 4, and are recorded in memory block 7, for further storage I transmit. A data transfer unit 6, configured to transmit information to a server, transmits video and audio information together with the geolocation data to an independent remote server 8. The video is restored to its original form in the automatic recovery unit of video sequence 9 in order to guarantee information storage on the circumstances of the use of weapons, which allows us to assess the legality of the use of weapons of self-defense, from a legal point of view, as well as analyze integrity of the actions performed. The analysis and control unit 4 serves to analyze the width of the information transmission channel available for the data transfer unit 6 and control the transmission process. In that case, when the data density at the input of the memory unit 2 exceeds the bandwidth of the information transfer channel, at the output of the data transfer unit 6, the analysis and control unit 4 ensures the relevance and synchronization of information at the input of the memory unit 7 and at the input of the independent remote server unit 8 The switch-on device 2 ensures the inclusion of the necessary blocks at each time instant and is controlled by the analysis and control unit 4. When the weapon returns to its holster, the device is disconnected by the analysis and control unit eniya 4, after completing transmission of all data stored in the memory unit 7.

The totality of features is new and allows audio-video fixation for small-time service and self-defense weapons through well-known and publicly available communication channels, for example, GLONASS and / or GPS navigation system signals and audio-video signal transmission, for recording, to a remote server, which allows

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assess the legitimacy of the use of small arms self-defense, and analyze the sequence of actions taken.

Claims (2)

1. An audio-video fixation device for small arms and self-defense weapons, equipped with a means for transmitting images and sound, characterized in that it contains a video-audio fixation unit containing a video camera and microphone, which has its input / output through a safety cord-trainer, equipped with a data cable, fasteners and connectors of the data cable through the power unit is connected to the analysis and control unit, which in turn is connected to the power supply by its input, and connected to the input-output n from the memory unit. 2. An audio-video fixation device for small-time service weapons and self-defense weapons, equipped with an image and sound transmission means, characterized in that it comprises a video-audio fixation unit containing a video camera and microphone, which is input / output via a trencher equipped with a data cable , with fasteners and connectors of the data cable and through the power unit, is connected to the analysis and control unit, which in turn is connected to the power supply by its input, and the input-output is connected to the geolocation block and a memory unit, which is connected via its output to a data transmission unit configured to transmit information to a server.

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