Device for panoramic television surveillance |
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IPC classes for russian patent Device for panoramic television surveillance (RU 2523858):
        
 Camera platform system / 2520574
Invention relates to a video surveillance and camera control system capable of performing panoramic turning and tilted turning of the camera. The camera platform system has a camera which captures an object image to generate a frame image, camera platforms which turn a camera about a panning axis and a tilt axis and image processors which generate a visual image based on the frame image. When a camera passes through a predefined angular position for turning about the tilt axis, an image processor generates a first visual image corresponding to the image formed by turning the frame image by an angle greater than 0 degrees but less than 180 degrees about the panning axis in a predefined angular position before generating a second visual image corresponding to the image formed by turning the frame image 180 degrees about the panning axis.
 Distributed node video surveillance system and control method thereof / 2518194
Invention relates to a distributed node video surveillance system and a method of controlling said system. Disclosed is distributed node video surveillance control system which includes a plurality of video surveillance system (VSS) service nodes, a service centre control platform, a preliminary unit (PU) and a client unit (CU). Each of the video surveillance system service nodes connects the preliminary unit, which is used to collect video surveillance information, to the client unit which is used to display said video surveillance information; the client unit and the preliminary unit have direct access to each of the video surveillance system service nodes for collecting data; data in the plurality of video surveillance system service nodes are synchronised with data in the service centre control platform.
 Method and system for recovery of video surveillance service / 2517330
Invention relates to video surveillance. proposed method comprises the steps of separation of data on points of presence (POP) to different types and formulation of measures for recovery of video surveillance in compliance with different failure types. Then, data of current POP failure is received to take the measures for system recovery in compliance with received data on failure type. Step of measures execution comprises switching of video surveillance service from current POP to standby POP compliance with the order of priority diminishing of standby POP.
 Low-frame-rate video surveillance system for control over long security boundaries / 2517042
Invention relates to security signalling, particularly, to video surveillance means for detection and identification of trespassers that penetrate through security borders and actuate the detection means. Proposed system consists of central control board and sets of remotely addressed video cameras connected with central control board via switchboard channel. Switchboard channel is composed by digital data transmission network via two-way serial communication interface.
 Video surveillance device / 2510960
Invention relates to video surveillance systems using means of recognising hazardous at a secure facility. The device comprises at least one video camera which is capable of converting a video signal to a digital video signal, a video signal storage unit, a unit for converting the digital video signal to a sequence of images on a video monitor screen, and further includes a manipulator of a control unit of the conversion unit which is such that movement of the manipulator corresponds to change in images on the video monitor screen, and the direction and rotational speed of the wheel corresponds to the sequence and rate of change of successive images; the device includes an event analyser which picks up events from the digital video signal which require the attention of the operator, and generates a labelling signal upon picking up an event which requires the attention of the operator; the device further includes an event display in form of a wheel, which is such that its rotation corresponds to the rotation of the manipulator of the control unit, and the event display displays images of labels of events recorded by the camera which require the attention of the operator.
 Method and system for controlling video surveillance record playback / 2508606
Playback control system comprises: a video recording means, a motion detecting means and a video playback means, wherein the video recording means is capable of recording video surveillance; the motion detecting means is capable of recognising a video image in real time and labelling a time index for a dynamic frame (dynamic frames) of the video when recording using the video recording means; and the video playback means is capable of obtaining the time index from the motion detecting means and playback the dynamic frame(s) of the video surveillance record in accordance with the time index when playing back the video surveillance record.
 Method for computer-aided recording of interferogram image signal / 2507706
Method involves forced "long" and "short" accumulation of signal charges in adjacent frames (half-frames) in the photodetector of a television camera; generating a multiplex image signal at the output of the photodetector; generating, at the "video" output of the television camera, a multiplex television signal which is transmitted to the "video" input of a personal computer; the computer demultiplexing the video signal by delaying the input multiplex television signal by a frame (half-frame) and performing weighted summation of the forward and delayed video signals through remote sampling from the computer for that delayed component of the video signal with optimum duration of "short" exposure of the CCD array in the television camera.
 Method of forming image on display of digital device / 2502212
Two signals are transmitted to an image blurring device of a digital device with a display. A first signal is transmitted from a sensor for detecting stress in eye muscles which control accommodation of the eyes of the user, located near the eyes of the user in form of glasses or a headset. A second signal is generated by a program of the digital device with a display. The image blurring device generates an output signal which controls the degree of image blurriness on the display, which is proportional to the difference between two input signals. The greater the difference between the magnitude of input signals, the greater the image blurriness on the display, and the lesser the difference, the lesser the image blurriness on the display.
 Television system for monitoring movement of hot-rolled products / 2502211
Prototype television camera includes a reducer, a shutter and a shutter control unit; the computer includes a video card; in the television camera, a first television signal sensor is based on a "row-frame transfer" CCD array. The inclusion of a first sensor of an additional pulse former for clocked supply of the photodetector enables summation of charge packets of adjacent frames.
 Method for computer detection of fringe pattern image signal and television system for realising said method / 2502210
In the CCD array of a television camera, charge packets of "long" and "short" adjacent frames (half-frames) are transferred from a photodetector section with frame (half-frame) frequency into a memory section and summed therein; the useful image signal with period 2TK which is accumulated in charge form is read from the photodetector, where TK is the period of a frame in progressive scanning mode of the video signal or half-frame in interleaved scanning mode; a useful composite video signal is formed at the output of the television camera, which is transmitted to the "video" input of the computer with period 2TK; the useful video signal with period 2TK is read from the computer memory and optimisation of recursive filtering of the recorded image signal is performed on the image displayed on the monitor screen by remote selection from the computer of the duration of "short" exposure in the television camera.
 Method of detecting objects / 2250478
Method comprises subtracting reference and current images, breaking the image series to be processed into fragments, and converting the characteristic features of the images into signals. The signals from one of the images are recorded as reference ones and are compared, e.g., by subtracting, with corresponding current signals, and, after the threshold processing, the difference signals obtained are converted into the binary signals for control of spatial filtration . As a result, the fragments of the current image, for which the control signals exceed the threshold, are transmitted, whereas the fragments, for which the signals are equal or less than the threshold value, are suppressed.
 Method for multichannel video-audio surveillance and system for realization of said method (variants) / 2250503
Method includes video surveillance of controlled object state, while into television cable main of object high-frequency television modulated signal is sent, while to receive signal concerning state of S objects, each of which includes group of N video surveillance blocks, including camera and microphone, video-audio signals from each group of N video surveillance blocks are combined along low frequency, received complex video signal is converted from each group of N video surveillance blocks into high-frequency television modulated signal and it is synchronized with unified cable main - coaxial television cable, in arbitrary groups combination, via which received independent S signals are sent to input of visualization and/or recording systems.
 Multichannel video-audio surveillance method and integrated high-frequency system for realization of said method / 2250504
Method includes surveillance of state of object, by surveillance blocks, each of which includes camera and microphone, low-frequency signals received from each block are converted to high-frequency television modulated signals, which are inputted into unified cable main, formed by coaxial television cable, along which received independent signals are sent to input of control panel, in form of television receiver or computer, provided with extension board, allowing to receive and display images of several surveillance objects concurrently, while power is fed along coaxial chamber of television cable main.
 System to prevent accidents on railway tracks / 2295470
Invention relates to safety devices to be installed on dangerous section of railways. Observation and warning equipment with video processor subsystem for processing and recording images, alarm signaling unit and transmitting part of wireless communication subsystem is installed in area of potential dangerous section of track, for instance, crossing area. Train is furnished with train movement inter locking equipment, sound annunciator, video monitor and receiving part of wireless communication subsystem. Said video processor subsystem includes two video cameras covering potentially dangerous section of track. It includes also video image processor, image recorder, timer, video camera control unit, illumination pickup, lighting unit and resolver. Transmitting and receiving parts of wireless communication subsystem are made in form of video image transmitter and receiver with voice accompaniment. Display of video monitor is in field of vision of driver. Train movement inter locking equipment is operated by driver. System provides driver with on-line information on situation at nearest dangerous zone of crossing. Driver takes decision on emergency braking of train or continuation of movement basing of information available.
 Device and method for automated control of situation in auditoriums / 2296434
In accordance to invention at least one video camera is mounted in auditorium for producing image of auditorium, and at least one computer with memory, interconnected via a local area network, while in memory of computer a database is generated, storing data, reflecting filling of auditorium, in accordance to sold tickets, and computer can process video signal received from video camera for producing data about filling of auditorium with possible storage of these data in memory for following analysis, and also with possible comparison of produced data to data stored in database and with possible generation of signal of disruption of set mode in case if mismatch of data being compared exceeds the predetermined threshold value.
 Television system for monitoring movement of hot rolled metal / 2299524
In accordance to invention, components of combined image: with increased scale and normal (without scaling), - are formed in charge form on targets of first and second television sensors at varying times of exposition, optimal for each one of scene fragments being transmitted. Due to that, in output image of television system bright and light sections (hot rolled metal, measuring ruler) are transferred same as in prototype, without limitations of white, while dark and/or low light sections are transferred with high signal/noise ratio, and dynamic range of brightness levels is expanded.
 Method (variants) and device for identification of digital video data from several sources, television surveillance system / 2310289
In accordance to the invention, a set of digital video data from first source, representing first image, is identified as standard video data of first source. Then a second set of video data is read, which represents current image. Difference ratio is computed using standard digital video data and current set of digital video data. If difference ratio exceeds a threshold, a query is shown to system user on the display to receive a response about whether current digital video data belong to identified source, or originate from new source. If response points at new source, then current set of digital video data is dispatched for storage into second memory cell, connected to second source. Then the current set of digital video data is identified as standard digital video data for second source.
 Method for processing signals for selecting moving objects in a series of television images / 2311684
In accordance to the invention, image turning angle of previous frame is determined relatively to standard image, increase of precision of calculation of shift parameters up to shares of pixel, change of standard image depending on computed values of shift and turn, shift of background image for integer number of pixels, turn of image around current frame around image center and following shift of turned image for fractional number of pixels, computation of value of threshold value with consideration of turbulence of atmosphere, vibration of image sensor and error when determining parameters of shift and turn, inter-frame filtration of threshold processing results.
 Method for selecting an image fragment for television coordinators / 2319316
In accordance to the method, histogram processing threshold is optimized with the target of reaching minimal radius of compactness of binary image. For that purpose, a set of weighted radiuses of binary elements is computed and resulting compactness radius is compared to standard, which represents a radius of ideally compact figure, such as a circle with area equal to area of resulting binary image. Then, range of one of histograms is reduced or increased and compactness radius calculations are repeated until its value maximally approaches the standard value. Object coordinates shifting value is determined by scanning the area of object/background binary image with sliding strobe of object and by detection of position with the least compactness radius.
 Method for synthesising of dynamic virtual images / 2343543
Invention is related to technologies for processing of images and, in particular, to method of dynamic virtual images synthesising. Method comprises the following actions: a) synthesising server side receives user request for synthesising of virtual image sent by user, and, in accordance with user request information, receives image files of all components for synthesising of virtual image; b) appropriate component image files are alternately read according to numbers of layers in every component, and received component image files are transformed into preset format; c) component formatted at step b) is synthesised, as well as previously read template file for formation of intermediate image; d) it is decided whether all components are synthesised; if all are synthesised, then the following step is e); otherwise - the following step is f); e) synthesised virtual image is recorded on the basis of all synthesised components in file of virtual image and procedure is completed; f) appropriate images files of other components are read one after another according to number of every component layer, and prepared component image files are transformed in preset format; g) component formatted at step f) is synthesised, as well as previously synthesised intermediate image, and then goes return to step d).
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FIELD: radio engineering, communication. SUBSTANCE: television camera includes a first digital television signal (DTS) sensor, a second DTS which is frequency- and phase-synchronised with the first DTS through a receiver synchronisation signal (RSS), as well as a multiplexer, wherein the photodetector target of the first DTS sensor is mated through a fibre-optic coupling with peripheral light guides with bundles of fibre-optic caps, and its central light guide bundles are matted with the photodetector target of the second DTS sensor, and operations for demultiplexing an input video signal and units for converting a "circular" frame into "rectangular" frames are performed in a server in a programmed manner. EFFECT: number of video signal sensors in the device, compared to the prototype, is reduced to two and enabling use of CCD arrays as photodetectors, said arrays having in the central region of the target, technological defects which cause white spot type image distortions. 4 cl, 7 dwg
The present invention relates to a panoramic television surveillance, which is a television system using a television camera of the circular review in the field, close to a hemisphere, i.e. in the spatial angle of 360 degrees in azimuth and tens of degrees in elevation. As one or more photodetectors in such a television camera is mainly used in the matrix of charge-coupled devices (CCD). The closest to the technical nature of the claimed invention should be considered as a device panoramic television surveillance [1], contains one United television camera and the server, which is a node of a local area network that is connected to two or more personal computers, and TV camera consists of sequentially arranged and optically coupled panoramic lens, volocano-optic attachment and unit of the digital television signal, and the optical fiber attachment has n light guide branches (harnesses), and the unit of the digital television signal consists of n sensor signal, targets, each of which is connected via a fibre-optic junction with one of the n nozzle assemblies, and outputs connected to respective inputs of the block of image reconstruction o the d which is the output of the television camera, the number n respectively harnesses the nozzle and the sensor signal satisfies the relationship:
where γg- horizontal angle in degrees observed by the operator of the image. The disadvantage of the prototype is large, the required number (n) of the sensor signal, and therefore the CCD, which is not allowed any technological defects. The objective of the invention is to reduce the number of sensors of the video signal to two and use them as photodetectors CCD, which are in the Central region of the target technological defects that cause picture distortion type of "white spots". The problem is solved in that in the device of the prototype [1], consisting of series-connected television cameras and a server, which is a node of a local area network that is connected to two or more personal computers, and television camera contains consistently spaced and optically coupled panoramic lens and optical fiber nozzle, which has a light guide branches (bundles), and its composition is introduced first sensor digital television signal (CTS), the second sensor CTS, synchronized in frequency and phase with the first sensor CTS on the synchronization signal receiver (BSS)is also a multiplexer, the first information input of which is connected to the output of the first sensor CTS, the second information input of the multiplexer to the output of the second sensor CTS, the synchronization input of the multiplexer to the output of the personnel of the clock pulses of the first sensor CTS, and the output of the multiplexer is the output of a video television camera, and the target of a sensor of the first sensor CTS connected through fiber-optic junction with the peripheral fiber optic cables fiber-optic attachment, and its Central fiber bundles with a target of a sensor of the second sensor CTS, in an expansion slot on the motherboard of the server video card is installed, coordinated through the channels I/o, control and the power bus of the server containing the demultiplexer and the first and second blocks conversion "ring" frame in rectangular frames (BPKP), and the input of the first BPKP connected to the output of the first memory block to the frame, the input of the second BPKP to the output of the second memory block to the frame, and outputs both BPKP to the output network server, while the number of m "rectangular" frame satisfies the relation:
where γg- horizontal angle in degrees observed by the operator of the image, and the operation of the demux input video signal and BOD is executed in the server programmatically. Comparative analysis of the prototype shows that the proposed device is different: the new structural elements, which include: first CTS sensor, the second sensor CTS and the multiplexer comprising a television camera; the form of the new elements, such as a demultiplexer, the first and second BPKP that are implemented programmatically in the composition of Board video server. The combination of known and novel characteristics of the claimed device is not known from the prior art, therefore, the proposed technical solution meets the criterion of novelty. In the present decision of the Central area on the target of a sensor of the first sensor CTS and the Central region on the target of a sensor of the second sensor are essentially passive, because they do not create or do not carry information about the monitored space. Therefore, the picture elements (pixels) this area is used for CCD may have certain technological defects that are unacceptable in other areas of the target data photodetectors. Such defects of the CCD can be a point inhomogeneity of the dark current is one of the forms of geometric noise [2, S. 19-23]. The amplitude of the same signal point heterogeneity of individual pixels are much larger than average dark current, f is toprank, what is the reason for the appearance of this part of the image distortions of the image type of "white spots". In the proposed solution of the CCD image sensor used as photodetectors for sensors CTS may have in the Central region of the target technological defects that cause distortion of the type of "white spots", but they don't show themselves because of the organization of the devices panoramic television surveillance. Therefore, the proposed solution meets the criterion of the presence of inventive step. Figure 1 shows the structural diagram of the inventive device; figure 2, according to [3], presents a photograph image obtained by using domestic panoramic lens / mirror lens; figure 3 as an example, shows a cross-section in the plane of the fiber-optic attachment containing 81 of the light guide branch; figure 4 is a circular image, perceived first sensor CTS television cameras; figure 5 schematically presents a panoramic picture of this annular area, the proposed operator of the personal computer, in the form of a sequence of 6 "rectangular" frame; 6 and 7 - ring image, perceived second sensor CTS television cameras and, accordingly, the proposed computer operator panoramic depicts the e to this circular area, containing a similar sequence of 6 "rectangular" frame. The inventive device panoramic television surveillance, see figure 1, contains connected in series television camera 1 and the server 2, which is a node of a local area network that is connected to two or more personal computers at position 3, while the television camera 1 is composed of sequentially arranged and optically coupled panoramic lens 1-1 and fiber-optic attachment with 1-2 branches, and the first sensor CTS 1-3, the second sensor CTS 1-4, synchronized with the sensor CTS 1-3, and a multiplexer 1-5, the first information input of which is connected to the output of the sensor CTS 1-3, the second information input of the multiplexer to the output of the sensor CTS 1-4, the synchronization input of the multiplexer to the output of the personnel sync sensor CTS 1-3, and the output of the multiplexer is the output of a video television camera, and the target of the photodetector sensor CTS 1-3 connected through fiber-optic junction with the peripheral fiber optic cables fiber-optic attachment 1-2, and its Central fiber bundles from the target sensor sensor CTS 1-4, in an expansion slot on the motherboard of the server 2 video card is installed, perform the software by partitioning the input multiplex the nogo signal into two channels of the digital image signal, "video 1" and "video 2", record these signals in the RAM of the server and the transformation of the "ring" of frames in rectangular frames. Panoramic lens 1-1 television cameras, as in the prototype, intended for forming the optical image of the circular review (circular image). As a technical solutions for panoramic lens 1-1, coinciding with a similar solution for the prototype, may be offered a panoramic lens / mirror lens design which is patented in Russia by domestic experts from the Moscow state University of geodesy and cartography [3]. The photo of the ring image formed panoramic lens presented in figure 2. Angular field in space items for this lens is 360 degrees in azimuth and can reach (75-80) degrees in elevation. Note that the Central region of this annular image is passive, since it carries no information about the monitored space. Fiber optic attachment 1-2 is designed to select areas of capture in the output plane of the ring image panoramic lens 1-1 and design of these optical images of the target sensors 1-3 and 1-4. Attachment 1-2 as the prototype, has the array otvet is possible. Assume that the number of such bundles is 81, as shown in the cross section of fiber-optic attachment figure 3. The wiring of this attachment, including: 1...20, 26...29, 35...38, 44...47, 53...56, 62...81, connected with the peripheral areas of the target of a sensor of the first sensor CTS 1-3 (see figure 4), and the rest of the wiring: 21...25, 30...34, 39...43, 48...52, 57...61 - with the target of a sensor of the second sensor CTS 1-4. In the future can be developed and specialized technical solution television panoramic lens integrated into the design of fiber-optic nozzle, i.e. it blocks 1-1 and 1-2 are made in a single optical device. The target of a sensor of the first sensor CTS 1-3 should be included in the vertical dimension of the optical frame of the panoramic lens 1-1. The resolving power of this matrix of a sensor depends on the horizontal angle of the field of view observed by an operator of the personal computer image (γg). The smaller the value of γgthe higher the number of required matrix elements horizontally and vertically. Given that the geometric dimensions of the optical frame today's panoramic lens coincide with frame sizes standard photographic film, it is necessary to recognize these requirements are very high. Modern megapixel matrix of charge-coupled devices (Mat the Itza CCD) have an explicit limit on the speed clocking phase electrodes of the output of the register: the maximum sampling frequency element (pixel) does not exceed 40 MHz. Hence the frame rate observed by the operator of the personal computer panoramic images must be taken significantly below 50 Hz, which is not always valid due to the additional distortion of the video signal when the registration of dynamic scenes. Therefore, the urgent mode variable speed reading in the CCD, proposed in [4, s], which allows redistribution of frequencies read within one frame to improve the quality of reading of some portion of the image that price deterioration read the rest of the array elements or plot. For example, this is obviously a necessary part of the image is read with an optimal speed, i.e. active, and so it formed a useful video. On the other hand, obviously useless area of the image is read with a maximum speed or passively, as it leads to the physical elimination of the formation process of the video signal. This solution provides compression generated video signal by reducing the bandwidth of the transmitted frequencies and compromise the distribution of the ratio between the television camera and server. It should be recognized, and another condition, namely, a further increase of the resolution of the CCD is limited production capability, which is gnosti their technology, which by many measures is approaching physical limits. However, rapidly developing technology for the production of matrices based on the complementary structures of the metal-oxide-semiconductor (matrices CMOS) may remedy this situation in the near future, because the maximum sampling frequency of the pixels in these photodetectors have already surpassed the mark of 100 MHz [5]. The target of a sensor of the second sensor CTS 1-4 must capture the annular optical image, which is not used when forming the video signal by the photodetector of the first sensor CTS 1-3. Obviously, the format of the target of a sensor of the second sensor CTS (number of pixels on its area) is less than the target format of a sensor of the first sensor CTS with the same geometric size of the matrix of pixels. The multiplexer 1-5 is designed to join two video signals on a single line using the separation of time. The electrical circuit of the multiplexer 1-5 can be performed on operational amplifiers with external variable displacement type SET company RCA (USA) according to the technical solution provided in [6, S. 295]. Generated at the output of the television camera 1 digital multiplex image signal, which contains as components of the signals video 1 and video 2, polucen the e respectively from the sensor 1-3 and sensor 1-4. Function demux (split) signals video 1 and video 2 is implemented on-Board video server. There is and convert the "ring" image frames generated by the sensors 1-3 and 1-4, in rectangular frames. Note that the read operation of these "rectangular" frame includes correction software by the geometric distortions of the corresponding area of the panoramic image The device panoramic television surveillance (see figure 1) works as follows. The television camera 1, containing a panoramic lens 1-1, fiber optic attachment 1-2, the first sensor CTS 1-3, the second sensor CTS 1-4 and the multiplexer 1-5, is installed in a fixed position, for example, using potestative (figure 1 it is not shown). Suppose that the target photodetectors sensors 1-3 and 1-4 are 1:1 format. Using harnesses nozzles 1-2 peripheral part of the annular optical image output from the panoramic lens 1-1 projected onto the target of a sensor of the first sensor 1-3, and the Central part of the circular image on the target of a sensor of the second sensor 1-4. The sensor of the first sensor 1-3 generates an analog video signal by reading pixels on the target, inscribed on the pitch diameter of the ring image, this eliminates the elementwise sityva the s on the square area of the target, located inside the target. Figure 4 passive region of the target marked computer fill-hatch from the centre. The target of a sensor of the second sensor 1-4 inscribed on the height of this vertical size of the passive the target area of the photodetector sensor 1-3, as shown in Fig.6. The area occupied on the target fiber bundle 41 (figure 6 it is also marked by shading-shading), will be passive. The second CCD sensor is similar reads with optimal speed only those pixels in the target that do not belong to the passive region. On the other hand, eliminates the formation of the video on the passive region of the target. The analog video signal of the first sensor 1-3 then converted into a digital image signal video 1", and the analog video signal of the second sensor 1-4 respectively into a digital image signal "video 2". Then, thanks to the multiplexer 1-5, both video signals over a single communication line is transmitted using the standard interface (e.g., USB 2.0) to the input of the server 2. On Board video server is the separation of the incoming multiplex signal into two channels, respectively, for "video 1" and "video 2" and write each of these annular image into blocks of memory. Suppose that the current angle (γg) n izjavljamo panoramic image is 60 degrees horizontally, then the "ring" frame recording for "video 1" includes 6 (six) conventional areas (see figure 5), and "ring" frame recording for "video 2" also includes 6 conventional areas (see Fig.7). It is obvious that these areas for "ring" frame "video 2" will be blocked, but we can agree with that, since it is highly desirable to provide recording video signals maintaining a constant rate of sharpness of the image. Digital video recording for each "ring" of the image frame is converted into m rectangular frames, which can be offered in the form of the chosen sequence (see figure 5 or 7, respectively) operators local area network. In our example, these two sequences contain 12 different images. We assume that as personal computers 3, forming this network of used laptops, containing in its composition motherboard with the attached processor and RAM, and hard disk drive, display, keyboard and touchpad pointing device that is used instead of the mouse. The operator of each laptop 3 can carry out the selection offered by the server 2 of the image and displaying on the display screen. The technical result of the proposed invention is that the number of sensors of the video signal of the device is as, compared with the prototype, is reduced to two, and as photodetectors valid "painless" using CCD with technological defects in the Central region of the target. If you compare the new solution with the patent [7], now achieved another technical effect, namely: increased image sequence, transmitting a larger controlled optical space. Currently, all the circuit elements of the device panoramic television surveillance developed or may be developed by the domestic industry. Therefore, we must assume the present invention corresponding to the requirement of industrial application. SOURCES of INFORMATION 1. RF patent №2389154. IPC H04N 7/18. The device panoramic television surveillance. / V.M. the Smelkov // B. I. - 2010. No. 13. 2. Khromov LI, Lebedev N.V., Sycolin A.K., A. Kulikov. Solid-state TV: Television systems with variable parameters on the CCD and microprocessors. - M.: Radio and communication, 1986. 3. RF patent №2185645. IPC G02B 13/06, G02B 17/08. Panoramic lens / mirror lens. / A. Kurtov, VA Solomatin // B. I. - 2002. No. 20. 4. Khromov LI, Sycolin A.K., A. Kulikov. Videoinformation. Transmission and computer processing of video data. - M.: Radio and communication, 1991. 5. Berezin CENTURIES, Ambica is Jew A.A., Fahmi SH.S., Sycolin A.K., Shipilov NN. Solid-state revolution in television: Television system based on charge-coupled devices, systems on chip and systems-on-chip. - M.: Radio and communication, 2006. 6. Lenk, J. Electronic circuits: a Practical guide. Translation from English. - M.: Mir, 1985. 7. RF patent №2371880, IPC H04N 7/00. Method panoramic television surveillance and a device for its implementation. / V.M. the Smelkov // B. I. - 2009. No. 30. 1. The device panoramic television surveillance, consisting of series-connected television cameras and a server, which is a node of a local area network that is connected to two or more personal computers, and television camera contains consistently spaced and optically coupled panoramic lens and optical fiber nozzle, which has a light guide branches (wiring), characterized in that the television cameras entered the first sensor digital television signal (CTS), the second sensor CTS, synchronized in frequency and phase with the first sensor CTS on the synchronization signal receiver (BSC), and the multiplexer, the first input information which is connected to the output of the first sensor CTS, the second information input of the multiplexer to the output of the second sensor CTS, input synchronization mul is plexor - to the output of the personnel of clock pulses of the first sensor CTS, and the output of the multiplexer is the output of a video television camera, and the target of a sensor of the first sensor CTS connected through fiber-optic junction with the peripheral fiber optic cables fiber-optic attachment, and its Central fiber bundles with a target of a sensor of the second sensor CTS, in an expansion slot on the motherboard of the server video card is installed, coordinated through the channels I/o, control and power bus of the server containing the demultiplexer and the first and second blocks conversion "ring" frame in rectangular frames (BPKP), and the input of the first BPKP connected to the output of the first memory block to the frame, the input of the second BPKP to the output of the second memory block to the frame, and outputs both BPKP to the output network server, while the number of m "rectangular" frame satisfies the relation: 2. The device panoramic television surveillance according to claim 1, characterized in that the panoramic lens and fiber-optical attachment made the single optical device. 3. The device panoramic television surveillance according to claim 1, wherein the photodetectors of the first and second sensors CTS performed on the matrix of charge-coupled devices (CCD) or matrices with complementary structure of metal-oxide-semiconductor (matrices CMOS). 4. The device panoramic television surveillance according to claim 1, characterized in that the format of the target of a sensor of the second sensor CTS-less format the target of a sensor of the first sensor CTS with the same geometric size of the matrix of pixels (picture elements).
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