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Portable device for scientific identity identification

IPC classes for russian patent Portable device for scientific identity identification (RU 2257613):

G07C9 - Individual entry or exit registers

G06K9/62 - Methods or arrangements for recognition using electronic means

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FIELD: identity recognition devices.

SUBSTANCE: device has in case in form of small suitcase, a computer, which is compatible to operation systems meant for using programs of scientific identification. Computer is connected to display and keyboard, it can be connected to printer external relatively to case, and presumes presence of remote connection to processing center, responsible for identification. Device additionally has fingerprint reader connected to computer and digital camera connected to computer.

EFFECT: higher speed of operation, higher reliability, broader functional capabilities.

5 cl, 3 dwg

The present invention relates to a portable device for scientific identification.

As is known, the identification is extremely important in the field of common law. For example, in criminal law establishing the identity of the corpse or the identification of the accused is a significant element in the process of ascertaining the truth. Thus, conclusive identification of the prisoner also allows the administration of justice.

In other more General aspects of daily life, the establishment of personal identity becomes a matter of significant importance, attention may be drawn to the phenomenon of illegal immigration or a fairly typical case of people who are detained for trial and investigation and who are unable to prove their own identity.

For living people, these procedures provide scientific identification, which more specifically includes the use of identification cards, which are recorded descriptive, photographic, anthropological data and fingerprints of the person you want to identify. In most cases, even if this operation is limited to the copying of these generalizations, the steps for obtaining a fingerprint of the index finger, which is previously pressed against the pad, soaked paint pictures for identification identifiable person, the compilation card or procedures index cards is basically a period of time not less than 60 minutes from a police organization with responsibility for it. By this time includes the time required to move from the place where the person was detained, to the place of “index cards”, mainly local office considered the administrative organization and the time required to send cards to the office, mainly regional office, in which processing takes place. In this place, in particular, expert in fingerprint performs the identification process. In this case, i.e. when the operation of the index cards is not performed directly in the regional office, the total time of identification may be even up to two weeks because of the additional well-known transmission delay. Obviously, this total period of time may exceed the maximum period of detention to identify permitted by law, thus completely nullifying these steps.

In addition, with these procedures and with the existing equipment cannot perform the identification in a place other than the above-mentioned offices, i.e. in the place where people actually detained, or in a nearby location, such as, for example, the receiving point, mobile office or the police centre for the detention of offenders, train station or at the airport.

In addition, the actual operation of the study of fingerprints, which is performed by experts on the basis of the comparison of fingerprints taken from ID cards, and prints in the Protocol, through the process of scanning the cards that have been registered previously, leads to a high level of errors and a significant amount of time. WO 99 16025 A (Raytheon CO) refers to a standalone workstation that you want to use with the system of biometric identification. The workstation contains a laptop computer, input biometric data and the portable communication terminal connected to the mentioned laptop. Mentioned biometric input data include data input fingerprint and photographic data, which are respectively fingerprint scanner and camera.

It should be noted that this document provides only General suggestions for portable integrated devices, but does not offer specific constructive solution.

The procedure also includes the cleanup of the image attach the Cove fingers after scanning the card document before entering into the database.

The present invention, therefore, is the fulfillment of personal identification in any place.

Another objective of the present invention is to reduce creation time ID cards or index cards compared to the time needed at the present time.

Another objective of the present invention is the reduction of time required for storing data found on the ID card, in the appropriate databases.

Another objective of the present invention is the exception cleanup operations fingerprint images before adding them to the database.

Another objective of the present invention is to reduce the likelihood of error when comparing the detected identification data with the data stored in these databases.

Another objective of the present invention is a procedure of identification, compatible with various procedures adopted by different organizations in different countries.

In accordance with the present invention portable device for scientific identification, characterized in that it comprises a holder in the form of a small suitcase containing:

- a computer that is compatible with operating systems designed to use the Oia programs for scientific identification, connected with monitor, keyboard and printer, which is external to the case, and provided with a means for remote connection with the processing center responsible for the identification;

- fingerprint reader connected to the computer; and

- a digital camera connected to the computer. The present invention is described below, purely as an example, with reference to its preferred embodiment of and reference to the figures of the attached drawings, on which:

figure 1 presents a top view of a portable device for scientific identification in accordance with the invention;

figure 2 shows a front view of the device in figure 1; and figure 3 presents a side view of the device in figure 1.

It is clear that can be used in a variety of alternative configurations within the scope of protection of the present invention.

As shown in the drawings, the device in accordance with the invention has the appearance of case 1 in the form of a small suitcase. Preferably it has parallelepipedal shape and is made of solid, mostly metal material, for example, includes shaped elements 17 of aluminum alloy, to achieve the characteristics of lightness, strength and resistance to external environments and forces. Case 1, preferably at the ends of its corners, has a damping ale is, for example, marked positions 10, 11, which serve as shock absorbers. As shown in figure 1, case 1 also has a handle 12 in the form of a gripping element for its transportation.

Inside the case the computer is located. The case has a design that enables the removal of the monitor or video display 2, a keyboard 3, reader 4 fingerprints and a digital camera 5 (in this case a miniature digital camera), and all these components are connected to the computer via the appropriate interface cards.

Figures 1 and 3 case 1 shown in the open position and the side face side is indicated by the position 13 and can be closed with a keyboard 3, which serves as a cover. The keyboard 3 has at least one pair of handles (one of which is shown in figure 3 and indicated by the position 30), which also serve as legs when the inclined position of the keyboard. The dampers 31, 32 are provided at the corners of the keyboard 3. The cable connecting the keyboard not shown in the drawings, even if it is absolutely necessary to bring the device in action.

Figure 3 monitor 2 oriented is supported through two opposite sides of the brackets 20, which are mounted rotatably on the walls 14 and 15 of the case 1. In the closed position (not shown) monitor 2 is in the upright position the Institute on its seat, parallel to the keyboard 3, used as a cover for the front side 13 of the case 1. Monitor 2 is also fitted with shock absorbers, indicated in General position 21.

As shown in figures 1 and 2, the reader 4 fingerprint is installed on the carriage 40 in the form of a plate which is moved perpendicularly appearing from the front side 15 of the holder, as indicated by the arrow F. the Reader 4 removable connected to the carriage 40 by means of the locking mechanism 41, hereinafter referred to here is not described, which may be of any suitable type for the operation, which he must perform. At its outer end, at least on one side, the carriage 40 has an arcuate recess 42 for facilitating the gripping finger and the advancement of the carriage 40.

On the side of the front side 16 of the case, which is remote from the side of the keyboard 3, the camera 5 (2) fixed in the housing 50, the removable mounted in the recess 51 of the casing, located in a position corresponding corner of the case 1. For this purpose, the housing 50 of the camera 5 and the recess 51 of the casing provided with a prismatic holding connection, schematically indicated by the position 52 figure 3. Camera 5 with its own illumination with light sources mounted on the housing 50. Light sources, which are schematically indicated by the positions 53 and 54, are two light bulbs, provided parabolic the ski reflectors and intended for use in the case of shooting at low light levels. On the upper part of the housing 50 is provided which action buttons 55 and 56 (figure 1) camera 5. The body 50 of the camera 5 is connected to the computer using a connector. When it's removed from the housing 51 in the case 1 as shown by an arrow G (Fig 3), the housing 50 with the camera 5 is connected to it via cable (not shown).

Figure 3 schematically shows in a side face side 14 of the case 1 port 6 connector for connection to a printer that is external to the case 1 (printer not shown), the connecting socket 7 for telephone line connection 8 to the power supply with circuit breaker and the connection 9 to the local network, in addition to other connectors for connecting the keyboard 3 and the monitor 2.

Thus, the device in accordance with the invention involves connecting the printer and a remote connection with the centre responsible for the identification.

When the device is in the initial position, it is fully closed; side front side 13 is closed by the keyboard and the side of the front side 14 and 15, respectively, connectors and output for reader 4 closed panels (not shown). The keyboard 3 is then turned to the screen of the monitor 2.

When using the keyboard 3 is given by the outward rotation at 90°after which, the keys facing up. Monitor 2 then smashed is from the inner part in relation to the keyboard and oriented so that as shown in figure 3. The monitor and keyboard connected to the computer using the appropriate cable (not shown).

The device is ready for operation index cards.

On the keyboard 3, the operator dials the specified total data for the identified person, and all other descriptive and anthropological data required in the fields provided by the application and displayed on the monitor 2. The fingerprints of that person released via reader 4 by a light pressure of the fingers within a very short period of time, while the camera 5 is used to crop the upper part of the body of the identifiable person and fixing his electronic image, when it is deemed appropriate.

At this point, after only a few minutes, the procedure of index cards completed; received all the data necessary for identification, and the unit automatically switches to establish a remote connection with the processing center to retrieve received data. Immediately thereafter with an attached printer (not shown), the device can provide data on a physical basis, such as cardboard card, or the card is made of plastic, or identification badge. The data will be printed on the identification card to the usual clicks the MD coding and, thus, protection against forgery.

The advantages of the device is evident from the above, provide mainly a time-saving, efficiency and reliability, and adaptability to the most widely varying demands of daily life in different countries by simply replacing the considered operating systems. Thus, the above-described features of the present invention can improve the existing identification procedures.

1. A portable device for scientific identification, containing the case (1) in the form of a small suitcase, a computer that is compatible with operating systems designed for the use of programs for scientific identification, connected to a monitor (2), keyboard (3) and printer, external to the case, and the computer is provided with a means for remote connection with the processing center responsible for the identification, the reader (4) fingerprint reader connected to the computer, and a digital camera (5)connected to the computer, wherein the reader (4) fingerprints installed on the carriage (40), moving so as to protrude from the front side (15) of the case during use and to return into the inside of the case when not in use, digital camera (5)removable mounted in a recess in the casing, provided in the corner of the case (1), and a digital camera (5) and the recess of the casing is provided with prismatic retaining compound (52).

2. The device according to claim 1, characterized in that the monitor (2) is supported on each of its two opposite sides by means of at least one installed with the possibility of rotation of the bracket (20) to move between the initial position in which it is housed inside a casing (1) and parallel to its front side, and oriented position for use in which it is located outside of the case.

3. The device according to claim 2, characterized in that in the initial position the keyboard (3) is a side face of the case, while in the working position it is separated from its case.

4. The device according to claim 2, characterized in that in the initial position the keyboard (3) is turned upside down, and the keys turned in the direction of the monitor so that when used, it is in the working position.

5. The device according to claim 1, characterized in that the case is made of rigid material, and at least the ends of the angles covered by the absorber (10, 11) made of rubber.