RO128128A2 - System and method for monitoring, storing and processing data in forensic medicine examination - Google Patents

Abstract

The invention relates to a system and a method for data monitoring, storing and processing in forensic medicine examination. According to the invention, the system comprises two sub-systems () for data monitoring, storing and processing in forensic medicine investigations, within the autopsic examination and in open/secluded field, respectively, where the first sub-system () comprises an autopsy table (), a longitudinal framework () fixed onto the ceiling of an autopsy room, by means of some supports () fixed into some side walls () of the room, on the said framework () there being mounted two digital video cameras () communicating with a computer () located in another room, while, on a cross beam () which is arranged transverse in relation with the table () and rests on the supports (), there is mounted another digital video camera () which can be moved along the cross beam () and can be controlled by a computer () on which a third person can view the autopsic examination performed on the said table () and can select its own zones of interest, and some LCD displays () located within the autopsy room, on which there can be seen images from various angles, which are separately taken from each video camera (), and the second sub-system () comprises a support () placed at the crime scene, the height of which can vary and which supports a video camera () which takes images of a corpse framed within a rectangle () made of metal tape , said camera being connected to a portable computer (). The method claimed by the invention consists in monitoring and storing data from investigations performed in open/secluded field, monitoring and storing data from investigations performed in the autopsy room and processing and interpreting data resulting from investigations.

Description

The invention relates to a system and a method for monitoring, storing and processing data in forensic investigations and autopsies for each case, with application in legal, forensic medicine and the act of justice having as main result the demonstration of the truth.

A system for distributing the image of a sample resulting from the dissection is known, for example the one described in US patent application US2008 / 0215708 / September 4, 2008, composed of a terminal system arranged in a room and a central control system. The connection between the two parts is made through a known transmission network between the room terminal system and the central computer of the control system. The room terminal system includes at least one computer, an image partitioning device and one or more units with dissection tables which also have the function of image collection. The computer sends signals to designate a control unit to a dissection desk unit. The control unit transmits visual signals, which are obtained from the image collection device to the image partitioning device. The Image partitioner sends visual signals to the camera terminal system. The central control system is composed of a central control computer and the central control software. The system, according to the American patent application, realizes the remote information provision about a sample. The disadvantage of this system was that it aims to establish pathological conditions for teaching purposes, presented to the students and does not produce valid evidence in the act of justice.

For the forensic evaluation of the scene of a crime that also includes a corpse, a system and method for the medical and / or legal evaluation (see patent application US2009072142A published on 19.03.2009) is known, which, in for the purpose of recording data relating to the tissues of human beings or other objects from the crime scenes, it includes a hand scanner and a computer. The scanner has a housing,

^ 2 0 1 1 - 0 0 8 5 0 -3 0 -08-2011 which includes a lower plate, a scanning mechanism containing a light source and a sensor positioned inside the lower subplate housing, a control unit, a memory for storing data files, means for supporting the enclosure. The scanner is placed over the tissue or over an object and emits light from the light source towards them. A range of preset wavelengths is reflected by the object and is sequenced by sensors that transmit appropriate signals. The controller takes and processes these signals, stores them as a data file in the computer's memory for use in analyzing the medical scene and crime.

The disadvantages of this system and methods of evaluating the crime scene are that, because, the scanner cannot retrieve the images in the smallest details, do not allow the details of the surface of the examined object to be realized and does not allow the separate monitoring of parts that make up the object. monitorized.

Also, in order to monitor information regarding the forensic examinations of a corpse for the purpose of finding out the truth, the technical solution from the UK patent 2390308C1 published on May 27, 2010 is also known. According to the Russian patent, in order to find a spatial orientation of the bullet that pierces the body, the distances from the entrance area of the bullet to various points of the body are measured: the soles, the middle line in front and back as well as the entry distance of the bullet entry. in the surface of the body, in addition, the distance to be said wound by shooting at the dorsal surface is measured. Then, trigonometric functions are used to calculate the bullet entry angles. This method provides a fairly accurate finding of the bullet's orientation but does not perform an interpretation of these findings related to other data obtained following the examination of the corpse.

A kit and a method of acquiring digital data for forensic examination are known from patent application US20110191533A1 published on August 4, 2011. The kit includes a hard disk drive, peripherals, CD.ROM, a disposable camera and software for analyzing images captured with the camera. The main disadvantage of these solutions is that it does not allow continuous video recording and recording analysis for establishing areas of interest.

The technical problem that the invention solves is the interrelation, in order to process, the data resulting in the forensic investigations and autopsies,

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ΛΓ 2 Ο 1 1 - 0 0 8 5 0 -3 Ο -00- 2011 obtained both in the criminal field (closed / open) and in the necroptic act that are the defining ones in carrying out the act of justice.

The system for monitoring, storing and processing data in forensic investigations and autopsies, according to the invention, eliminates the aforementioned disadvantages, by constituting the subsystem for monitoring, storing and processing data in forensic investigations and autopsies, from the necroptic act and the subsystem for monitoring, storing and processing the data in forensic investigations in an open / closed field, in which the subsystem of the necroptic act comprises a mass for autopsying a corpse, a profiled longitudinal frame, fixed next to a ceiling of a room for the necropsy of some supports fixed in some side walls of the cameras, two digital video cameras fixed by the frame and a computer, placed in another enclosure connected with the two cameras by means of a transmission system given in itself known, on an arranged beam. transversal with respect to the mass, supported by the supports, being placed an al your digital video camera, identical to the first camcorders, which can be mobilized as each of them and in addition can be moved along the beam 12 and this can be moved along the supports in both directions, another computer to which a third person can view the autopsy document performed on the table and can select the areas of interest of its own, and from some LCD screens placed in the autopsy room where images from different angles are taken separately from each of the video cameras focused on an area of interest, which they are followed by the person performing the autopsy, who is the forensic doctor, and when the situation requires it, the area of interest is photographed successively with different zoom.

The method of monitoring, storing and processing data in forensic investigations and autopsies, according to the invention, consists mainly of the following steps:

- monitoring and storage of data in investigations conducted in open / closed field;

- monitoring and storing data in investigations and autopsies carried out in the autopsy room;

- processing and interpretation of the data obtained in steps A and B.

The advantages of the invention are:

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- the appeals or doubts about the causes of death and the way of its production are reduced

- allows continuous video recording and recording analysis for establishing areas of interest;

- photographs of the areas of interest are made at the request of an operator or a third person who assists by direct or online connection;

- the images collected by the cameras positioned in relation to the vertical in the autopsy room can be transmitted online to any person authorized by the system administrator;

- the program also allows audio recordings of some comments on the case, made by specialized people in the field;

continuous images in time or snapshots are organized organized;

The following is an example of the realization of the system and method of monitoring, storing and processing data in forensic investigations and autopsies in relation to figures 1-6, which represents:

FIG. 1 schematic view of the subsystem for monitoring, storing and processing data in the forensic investigations and autopsies I, carried out in closed box;

- Fig.2 top view of the 3 video cameras of the system shown in figure 1;

- Fig. 3 schematic top view of a criminal field in open space;

- Fig. 4 schematic view of the subsystem for monitoring, storing and processing data in the forensic investigations and autopsies II, carried out in the open field;

FIG. 5 logical scheme of system operation in an open or closed criminal field;

- Fig.6 logical scheme of system operation during the necropsy.

The system for monitoring, storing and processing data in forensic investigations and autopsies, according to the invention, is made up of the subsystem for monitoring, storing and processing data in forensic investigations and autopsies, from the necroptic act, and the monitoring, storage subsystem. and data processing in forensic investigations II, in open / closed cart. Subsystem I, shown in FIG. 1, comprises a mass 1 for autopsying a corpse 2, a longitudinally profiled frame 3,

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0 -08- 20Π fixed next to a ceiling of a room for the cutting of some supports 4 and 5 fixed in some side walls 6 and 7 of the a, two video cameras 8 and 9 digital fixed by the frame 3, and a computer 10, placed in another enclosure d connected to the two chambers 8 and 9 through a data transmission system itself known. On the computer 10 is implemented a software that controls the rotation of the two cameras, the creation of images of different zoom, the partitioning of the images as well as the analysis and processing of the images captured from the two cameras 8 and 9. Table 1 is usually provided. with some well-known accessories themselves, not shown in figures and has a length of 200 cm. and a width of 90 cm.

Initially, the body 2 is positioned on the table 1 facing upwards, provided that its median corresponds to the median of the table 2, as well as the position of the frame 3. The two digital cameras 8 and 9 are fixed by the frame 3 opposite the sides of the sides. b and c short of the table 1. Rooms 8 and 9 can execute a movement around their own vertical axis of 340 grd. in one direction or the other and respectively a movement around the horizontal axis of 240grd. The two camcorders 8 and 9 must be placed perpendicularly to the middle of the table 1 on the sides b and c at a distance equal to the vertical length of the table 1. Thus, a virtual square is obtained vertically with the points placed next to the rooms 8 and 9 and in the means of sides b and c of table 1, in order to cover effectively the field examined.

These camcorders 8 and 9 are digital with multiple outputs thus allowing the connection to an LCD screen 11 for educational purposes in another enclosure and respectively through digital connections themselves known are connected in an internal network comprising computer 10 but also to Internet.

According to FIG. 2, on a cross member 12 arranged transversely with respect to the table 1 supported by the supports 4 and 5, another digital video camera 13 is placed, identical to the video cameras 8 and 9, which can be mobilized as each of the video cameras 8 and 9 and in addition it can be moved along the beam 12 and this can be moved along the supports 3 and 4 in both directions.

In another room, a computer 14 is placed where a third person can view the autopsy document performed on table 1 and can select the areas of interest for the purpose of ordering the functions of the video camera 13.

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In the room can also be placed two LCD screens 15 and 16 on which are viewed images from different angles taken separately from each of the cameras 8 and 9 focused on an area of interest, which are followed by the person performing the autopsy, which he is the forensic doctor, and when the situation requires it, the area of interest is photographed successively with different zoom.

The computer operator 10 executes the zoom change command. The body 2 is examined both visually and with the help of the video cameras 8 and 9 by sweeping it in the caudal cranial direction both on the front and back and on the sides for the purpose of the body 2 being brought to the desired position.

Images taken by video cameras 8 and 9 can be transmitted oriline on a network to an internet terminal 17.

If communication between the operators from computers 10, 14 and the forensic physician performing the autopsy is desired, the system according to the invention may also be provided with audio means, for example a wireless intercom or another means of audio amplification.

In Figures 3 and 4 is presented a subsystem monitoring, storage and processing of data in investigations and forensic autopsies that operate in an open criminal field (fig. 3) and closed (fig. 4).

Before performing the necropsy of the corpse 2, if the event took place in an open space, the corpse 2 is framed by a rectangle 18 made of strips of the metric strip and of its tips f, g, h and i. Video images are made with a digital video camera 19, initially from a height of 200cm and then by zooming from 100cm and 50cm respectively in the caudal cranial direction, the direction of movement of the video camera 19 being noted at each of the peaks f, g, h if i.

The camcorder 19 has the same construction and technical performance as the camcorders 8, 9 and 13 and is mounted on a support 20 whose height can vary by sliding the component parts and which supports the camcorder 19 in open ground, in the criminal field.

For reporting the details of the criminal field, a center j of rectangle 18 is taken as a reference point, where the support 20 which supports the video camera 19 is located.

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Also in the center j is placed one end k of a metric strip 21 having the other end I located at the end of the criminal area determined by the authorized person by moving the camcorder 19, horizontally, the space in the plane in concentric circles is emptied to the right. I. If evidence is found in the criminal field that must be collected and preserved before its removal, using the video camera 19 are taken images that include details of them as well as of the position on the ground and how to collect and identify them.

The camcorder 19, through a wireless connection is connected to a portable computer 22. The source of electricity can be provided by a battery pack or if possible by the mains. On the computer 22 is implemented a software that controls the rotation of the camera 19, the creation of images of different zoom, the partitioning of the images and the analysis and processing of the images captured from the camera 19.

In case the criminal field is closed and the corpse cannot be framed in a rectangle made of strips of metric strip, a virtual rectangle 23 is created vertically and next to one of the peaks m and above the rectangle 23 or next to the lower and lower ends of rectangle 23 when, for example, the body 2 is suspended above the ground, next to which the video camera 19 will be placed.

The method of monitoring, storing and processing the data in the forensic investigations and autopsies according to the invention is shown in fig. 5 and 6 and consists mainly of the following steps:

- monitoring and storing data in investigations conducted in the open / closed field (step A);

- monitoring and storage of data in investigations and autopsies carried out in the autopsy room (step B);

- processing and interpretation of the data obtained in steps A and B (step C).

In order to monitor and store the data in the investigations carried out in the open field (step A), firstly the aspects of the criminal field are visually ascertained, the corpse 2 is identified and an identification bracelet is applied to it (Step 1). Aspects of the criminal field of vision and of the discovered evidence are monitored, as well as the body ¢ ^ -2 0 1 1 - 0 0 8 5 0 -3 0 -DB- 2011 framed in rectangle 18 through the video camera 19 (steps 2-12) . For this, the video camera 19 is located in the criminal space and is coupled to the 22 portable computer from which it can be ordered, a day directory is created. Year_name__Name in which all data will be saved, and by sweeping the entire criminal field in open space the real situation from the ground is recorded. The computer 22 is connected to the camcorder 19 via a wireless network or a wired communication network. (Step 2)

Body 2 without being moved is framed in rectangle 18 made of strips of metric strip (Step 3). At the points f, g, h, and i of the rectangle 18 is successively placed the support 20 which supports the camcorder 19 (Step 4), the captured video images being stored in the computer memory 22 (Step 5). Each image taken in step 5, stored in computer 22 is analyzed and if it is found areas of interest insist on them by shooting with different zooms below 50 cm and maximum 5 cm respectively from the area of interest, from each of the peaks f, g , h and i maintaining the same direction of movement of the support 20 with that of its initial displacement. (Step 6). Using the video camera 19, an investigation is made by filming - recording the perimeter of the criminal field adjacent to the body 2, placing the support 20 so that the video camera 19 is 200 cm vertically from the body 2, and its axis coincides with the center j. (step 7). Fix the angle of the camcorder 19 by operating it with the computer 22, (Step 8). With the video camera 19 operated by the computer 22 successive sweeps are executed in concentric circles in horizontal plane with diameters of 100 cm, 200 cm, 300 cm by changing the angle of the camera 19 with respect to the vertical with respect to the band 21 metric, (step 9). In the event that areas of interest are found, the video camera 19 is located as during the execution of step 9 and sweeps with angles between the axis of the video camera 19 and vertical are smaller than those in the step

9. (Step 10). To identify areas of vertical interest in the criminal area - trees, pillars, walls, walls and the like - place the support 20 so that the axis of the camcorder 19 is placed in the center j and order from the computer 22 to change the angle of the room video 19 so that these elements can be investigated vertically. (Step 11). The height of interest can be determined and the area of interest can be emptied using the video camera 19 <λ-2 Ο 1 1 - Ο Ο 8 5 Ο - 3 Ο -ΟΒ- 2011, whose vertical axis is placed in the center j. (Step 12). The evidence found in the criminal field is immortalized with the video camera 19 before being removed as during their collection. The data obtained can be stored either in the memory of the computer 22 or on other recording media, such as CDs, DVDs, etc., and will be transmitted to the computer and / or 14 for their processing and interpretation.

In order to monitor and store data in investigations carried out in the closed field, either body 2 is included, if possible, in rectangle 18 (Step 13) or, if this possibility does not exist, a virtual rectangle 23 located vertically and next to one is created between some points m and at the top of rectangle 23 or near some points o and p below the rectangle 23 when, for example, the body 2 is suspended above the ground, next to which the video camera 19. (Step 14) will be placed. Then steps 4-12 from the open field method are repeated. Thus, Fix the camera 19 on the support 20 at a height of 200 cm, if the height of the room allows or at a lower height imposed by the situation, (Step 15), the body 2 of the two upper points m and n or lower is emptied. and p as in step 5 (Step 16), To detail the possible areas of interest on the body 2 proceed as in step 6, (Step 17), Attach the video camera 19 (supported by the support 20) in the middle of the room (Step 18) ), with the help of the camcorder 19 supported by the support 20 and placed in the middle of the room, the entire surface of the room is scanned horizontally and vertically as well as the ceiling if necessary, and if it cannot be completely emptied from a single positioning of the room video 19, the video camera 19 moves in order to be able to sweep and the surfaces not initially scanned (Step 19). The evidence found in the criminal field is immortalized with the video camera 19 before being removed as during their collection. (Step 19 ')

The directory (folder) with the footage and photos obtained is renamed in the form day.luna.an Name First name location and it will be saved from the laptop on the computer from the headquarters, in the LUNA AN directory for centralizing the data coherence.

The stage of monitoring and storing the data in investigations and autopsies carried out in the autopsy room (step B) is presented in figure 6 and comprises mainly the same steps as the monitoring and storage of data in investigations and autopsies carried out in the open / closed field, the difference consisting of how to capture ί

W-2 Ο 1 1 - Ο Ο 8 5 0 - 3 Ο -08- 2011 images, by 3 video cameras 8, 9, and 13 which are controlled by 2 computers 10 and 14, images that are stored in these two computers and which can be processed by two different operators (step C). In detail, in stage B of monitoring and storing the data in the investigations and autopsies carried out in the autopsy room, the computers 10, 14 and the registration program are prepared, creating the director LUNA AN with the current month and year (if there is not already) and within to him, a deputy director with the current date and the name of the person, according to the model day.luna.an First Name. Then the program is configured to save the image collection in this location) (Step 20) body 2 is brought and positioned on table 1 initially face up (Step 21). The body 2 is emptied on all sides with cameras 8 and 9, simultaneously, in the crariio-caudal sense, under the conditions that the forensic monitor follows on the LCD screens 15 and 16 the images captured by the cameras 8 and 9 (Step 22). The recorded images are analyzed by the forensic doctor together with the operator at the computer 10 using the information from the LCD screens 15 and 16 and fix the areas of interest (Step 23). Focus the 8 and 9 camcorders on each area of interest and zoom in on the waterfall to highlight the details that become visible on the LCDs 15 and 16 (step 24). The authorized person participating in the autopsy can order the body 2 to be scanned by the video camera 13 and determine the areas of interest that can be photographed with cascading zoom using the video camera 13 (Step 25). The autopsy of the body 2 is performed according to a procedure itself known, not inherited, under the conditions in which the video cameras 8 and 9 continuously record images of the body 2, and when the forensic doctor finds the existence of elements that require details, the rooms 8 and 9 are focused on the area and photos are executed with zoom in cascade of the area (Step 26). After examining the body 2 in the procedure that was filmed and recorded by video cameras 8 and 9, each body is examined and if elements of interest appear, they are executed with cameras 8 and 9 cascade zoom photos (Step 27). The authorized person, during the execution of steps 26 and 27 can act the video camera 13 to obtain details that interest him. (Step 28). The body 2 is prepared anatomically to be taken from table 1 and then the monitoring facility is stopped (Step / ΰ (<-2 0 1 1 - 0 0 8 5 0 -3 0 -08/2011

29). Periodically, the created directory structure is saved on DVDs marked with numbers, and in parallel a database with all the monitored information is created.

To perform the steps of the method, on the computers 10 and 14 is implemented a software that controls the movement of the video cameras 8, 9 and 13, the capture of the images captured by the three cameras (the computer 10 for the images captured by the cameras 8 and 9 and the computer 14 for the video camera13). , zooming in order to record some interesting details as well as correlating and processing the data obtained both in the open / closed field investigations and in the autopsy room.

The software controls the movement of rooms 8, 9, and 16 in a vertical, horizontal direction but also around its own axis.

Zooming in order to record some details of interest is done by the operator in charge of computers 10 and 14 by ordering the video cameras 8 and 9 to execute zoomed pictures in cascade to highlight the details that become visible on the LCDs 15 and 16, details which are registered.

For the correlation and processing of the data obtained both in the open / closed field investigations and the autopsy room, the images recorded in all the investigation stages are used, images that can be partitioned and amplified, according to the operator's requests.

Claims (10)

1. System for monitoring, storing and processing data in forensic investigations and autopsies, characterized by the fact that it is composed of the subsystem for monitoring, storage and processing of data in investigations and forensic autopsies, from the necroptic act (I) and subsystem for monitoring, storing and processing data in forensic investigations (II), in open / closed field, in which subsystem (I), comprises a table (1) for autopsying a corpse (2), a frame (3) longitudinally profiled, fixed in front of a ceiling of a room for necropsying some supports (4 and 5) fixed in some side walls (6 and 7) of the side of the camera (a), two digital video cameras (8 and 9) fixed by the frame ( 3), a computer (10), placed in another enclosure (d) connected with the two cameras (8 and 9) by means of a data transmission system itself known, on a cross member (12) arranged transversely in relation to table (1), supported by supports them (4 and 5) being placed another digital video camera (13), identical to the video cameras (8 and 9), which can be mobilized as each of the video cameras (8 and 9) and in addition it can be moved along the crossbar (12) and this can be moved along the supports (3 and 4) in both directions, room (13) which is controlled by a computer (14) to which a third person can view the autopsy document performed on the table (1) and can select the areas of interest 13, and some LCD screens (15 and 16) placed in the autopsy room on which images from different angles are taken separately from each of the video cameras ( 8 and 9) focused on an area of interest, which are followed by the person performing the autopsy, who is the forensic doctor, and when the situation requires it, the area of interest is photographed successively with different zoom. 2. System according to claim 1, characterized in that the two digital video cameras (8 and 9) can execute a movement around their own vertical axis of 340 grd. («C2 Ο 1 1 - Ο Ο 8 5 Ο - 3 0 -08- 2011 in one direction or the other and respectively a movement around the horizontal axis of 240grd, are fixed by the frame (3) near the sides of the sides (b and c) short of the table (1) and are placed perpendicularly to the middle of the table (1) near the sides (b and c) at a distance equal to the vertical length of the table (1), thus obtaining a virtual square in the plane vertically having the tips placed in front of the rooms (8 and 9) and in the means of the sides (b and c) of the table (1), in order to cover effectively the examined field. 3. System according to claims 1 and 3, characterized in that a computer is implemented on the computers (10, 14), which controls the rotation of the video cameras (8, 9 and 13), the creation of different zoom images, the partitioning. images as well as the analysis and processing of the images captured from the three cameras (8 9 and 13). System according to claims 1-3, characterized in that for communication between the operators from the computers (10, 14) and the forensic person performing the autopsy, the subsystem I may also be provided with audio means, for example a wireless intercom or a another means of audio amplification. 5. System according to claim 1, characterized in that the subsystem for monitoring, storing and processing data in forensic investigations (II), in the open field consists of a support 20 whose height can vary by sliding the component parts and which supports a video camera (19) in open ground, in the criminal field, which through a wireless or wired connection is connected to a portable computer (22), the body (2) being framed by a rectangle (18) made from the strips of the metric tape and some peaks (f, g, h and i) thereof, so that video images are made with digital video camera 19, initially from a height of 200cm and then by zooming from 100cm and respectively 50cm in the caudal cranial direction, being noted the direction of movement of the video camera (19) in each of the tips (f, g, h and i). 6. System according to claim 4, characterized in that, if the criminal field is closed and the corpse cannot be enclosed in a rectangle made Z <-2011-00850-3 0 -Of- 2011 from the strips of the metric strip, a virtual rectangle (23) is created vertically and next to one of the tops (m and n) of the rectangle (23) or near some lower points (o and p) of the rectangle (23) when, for example, the body (2) is suspended above the ground, next to which the video camera (19) will be placed. 7. The method of monitoring, storing and processing the data in the forensic investigations and autopsies, characterized in that it consists mainly of the following steps: - monitoring and storing data in investigations conducted in the open / closed field (step A); - monitoring and storage of data in investigations and autopsies carried out in the autopsy room (step B); - processing and interpretation of the data obtained in steps A and B (step C). 8. The method according to claim 6, characterized in that for monitoring and storing data in open / closed field investigations (step A): - it monitors, through the video camera (19), aspects of the open / closed criminal field and of the evidence discovered; - the body (2) is framed in the rectangle (18) made of strips of the metric strip, and when this is not possible, the body (2) is framed in the virtual rectangle (23). - it is realized, by moving the video camera (19) controlled by the computer (22), video images and, if there are areas of interest, photographs of the corpse in the rectangles (18, 23), through successive sweeps in concentric circles in horizontal plane with diameters 100 cm, 200 cm, 300 cm, by changing the angle of the camcorder 19 with respect to the vertical with respect to a metric strip (21) and through sweeps with angles between the axis of the camcorder (19) and small vertical; - storing the data recorded in the computer memory (22), either in its memory or on other recording media, such as CD, DVD, etc., data that will be transmitted to the computer (10 and / or 14) for processing and interpretation. them, in relation to the data obtained from the autopsy room. 2011-2011-00850-- ÎȚ 3 0 -08- 2011 9. The method according to claim 6, characterized in that for monitoring and storing the data in the investigations and autopsies carried out in the autopsy room: - is created in the computers (10, 14) the director LUNA AN with the current month and the year and within it, a deputy director with the current date and the name of the person, according to the model day.luna.an Name First name and the program is configured to save the collection of pictures in this location; - the body (2) is scanned on all sides, both before the actual autopsy but also during the autopsy, with the cameras (8 and 9), simultaneously, ordered by the computer (10), but also with the camera (13) ordered by the computer (14), in the cranio-caudal sense, in the conditions in which the forensic monitor follows on the LCD screens (15 and 16) the images captured by the video cameras (8,9); - fix the areas of interest and focus the video cameras (8, 9 and 13) on each area of interest and take photos with zoom in cascade to highlight the details that become visible on the LCD screens (15 and 16); - the video and still images captured with the cameras (8 and 9) and respectively (13) are saved in directories created on the computer (10) respectively (14) and are saved on DVDs or other recording media, marked with numbers, and in parallel, a database with all the monitored information is created. 10. The method according to claim 6, characterized in that for correlating and processing the data obtained both in the open / closed field investigations and in the autopsy room, the images recorded in all the investigation stages are used, images that can be partitioned and amplified, depending on operator requests.