RU51771U1 - TERMINAL FOR TRANSMISSION OF THREE-DIMENSIONAL IMAGES IN BIOMETRIC SYSTEMS (OPTIONS) - Google Patents

Abstract

The utility model relates to devices for transmitting three-dimensional images in biometric systems, which can be widely used in identifying people for passport and visa documents through the telematic services of wireless local area network (WLAN) operators. The technical result of this utility model is to increase the operating range by introducing a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, microcontroller, and redistributing functions between terminal elements. For this, the terminal contains a microcontroller, a 3D image input device and a Wi-Fi or ZigBee wireless transceiver. In one group of utility models in the input block of 3D images contains an analog-to-digital converter, and in the second group of utility models in the input block of 3D images contains a second microcontroller. In addition, in each group of utility models, in one embodiment, the terminal further comprises an input / output port, in the second embodiment, the terminal additionally contains non-volatile memory and an input / output port, and in the third embodiment, an input / output port and a keyboard, and in the fourth embodiment, a port input-output, non-volatile memory and keyboard.

Description

The utility model relates to devices for transmitting three-dimensional images in biometric systems, which can be widely used in identifying people for passport and visa documents through the telematic services of wireless local area network (WLAN) operators.

Known three-dimensional (3D) camera for obtaining three-dimensional images described in application for US patent No. 2005/008843 5A1, 04/28/2005. The device consists of the following components: 3D image device, image processor and CAM (computer-aided manufacturing) device.

The disadvantage of this device is the local action of the system, which is several tens of meters.

A device for contactless control and recognition of surfaces of three-dimensional objects is described, described in RF patent No. 2199718 C1, 12/11/2001 and US patent application No. 2003/0231788 A1, 12/18/2003. The device consists of the following components: N multi-colored sources of optical radiation, N transparencies, N afocal optical systems, receiving lens, N photo recorders, N computing digital electronic units.

The disadvantage of this device is that it cannot work in a wireless local area network (WLAN). This device is selected as a prototype.

Thus, the technical result of this utility model is to increase the operating range due to the introduction of the device

Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, microcontroller and redistribution of functions between terminal elements.

The technical result is achieved due to the fact that, according to the first embodiment, a terminal for transmitting three-dimensional images in biometric systems, comprising a device for inputting three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical block, a first input / output port and a processing block and control, designed to form a 3D image representing a line structure that occurs on the surface of a person’s face, distorted by the surface relief of the said faces a, and also for controlling the block of multichannel sources of structured illumination and the optical block, while the output of the optical block is connected to the input of the processing and control unit, the first control output of which is connected to the control input of the block of multichannel sources of structured illumination, the second control output of the processing and control unit is connected with the control input of the optical unit, the second input-output of the first input-output port is connected to the input-output of the processing and control unit, the first input-output the first input-output port is the input-output of the 3D image input device, wherein said processing and control unit comprises a storage device and an analog-to-digital converter, the input of which is said input to the processing and control unit, while the unit of multichannel sources of structured illumination contains a lens, N sources of radiation of invisible light, N spatial light modulators, N focusing lenses and a beam splitter, while the radiation flux of invisible light generated to zhdym source of invisible light, passes through the respective successive spatial svetomodulyator and

a focusing lens to a beam splitter that passes a divided flux of invisible light radiation to a lens that focuses the received said flux of radiation, which is a structured illumination, onto the surface of said human face, the control inputs of all N sources of invisible light radiation form said control input of a block of multichannel sources of structured illumination wherein said optical unit consists of N focusing lenses, N photodetectors, a beam splitter and a lens a, through which the radiation of invisible light reflected from the said person’s face passes to a beam splitter, which directs the received radiation flux of invisible light through each said focusing lens to the input of the corresponding photodetector, the outputs of all photodetectors form the said output of the optical unit, the control input of which is formed by the control inputs all photodetectors, while the processing and control unit additionally contains a user-programmable gate array (FPGA), intended data for controlling the block of multichannel sources of structured illumination and the optical block, processing the implementation of aperiodic strip systems obtained from the analog-to-digital converter and forming the aforementioned 3D image, while the output of the analog-to-digital converter is connected to the input of a programmable gate array, the first control output of which is said first control output of the processing and control unit, a second control output of a user-programmable valve a second matrix with said second control input of the processing and control unit, the first input-output field programmable gate array connected to the input-output of said memory device, the second input-output programmable gate array is

said second input-output unit of the processing and control unit, in addition, the terminal further comprises a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, a first microcontroller and a clock generator, the output of which is connected to the clock input of the Wi wireless data transceiver -Fig or ZigBee ™ wireless data transceiver, the input of the clock is connected to the clock output of the W wireless data transceiver i-Fi or ZigBee ™ wireless data transceiver, the first input-output of the first microcontroller is connected to the input-output of a Wi-Fi wireless device or ZigBee ™ wireless data transceiver, the second input-output of the first microcontroller is connected to the input-output of the input device 3D images, while the antenna of the aforementioned Wi-Fi data transceiver is designed to transmit data to / from a database server of a wireless local area network (WL AN) with a Wi-Fi wireless data transceiver, and the antenna of said ZigBee ™ wireless data transceiver is for transmitting data to / from a wireless local area network (WLAN) database server with a ZigBee ™ wireless data transceiver.

In a particular embodiment, said invisible light source generates infrared or ultraviolet radiation, said clock generator is a crystal oscillator, and a second microcontroller and a digital signal processor (DSP) are built into said user-programmable gate array.

In another particular embodiment, the terminal further comprises a second input-output port, the input-output of which is connected to the third input-output of the first microcontroller.

In another particular embodiment, the terminal further comprises a non-volatile memory (FLASH), the input-output of which is connected to the fourth input-output of the first microcontroller.

In another particular embodiment, the terminal further comprises a keyboard, the output of which is connected to the input of the first microcontroller.

According to a second embodiment, a terminal for transmitting three-dimensional images in biometric systems, comprising an input device for three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical unit, a first input / output port and a processing and control unit for generating a 3D image, representing a line structure that occurs on the surface of a person’s face, distorted by the surface relief of the said person, as well as to control the block of multi-channel sources structured illumination and optical unit, the output of the optical unit is connected to the input of the processing and control unit, the first control output of which is connected to the control input of the unit of multichannel sources of structured illumination, the second control output of the processing and control unit is connected to the control input of the optical unit, the second input - the output of the first input-output port is connected to the input-output of the processing and control unit, the first input-output of the first input-output port is the input-output of a device for inputting 3D images, wherein said processing and control unit comprises a storage device and an analog-to-digital converter, the input of which is said input to the processing and control unit, while the block of multichannel sources is structured

The backlight contains an objective lens, N sources of invisible light radiation, N spatial light modulators, N focusing lenses and a beam splitter, wherein the stream of invisible light radiation generated by each invisible light source passes through the respective sequentially located spatial light modulator and focusing lens to a beam splitter that passes the divided stream radiation of invisible light on the lens, which focuses the received mentioned radiation flux, which is a structured the backlight on the surface of the said person’s face, the control inputs of all N sources of radiation of invisible light form the control input of the block of multichannel sources of structured illumination, while the said optical unit consists of N focusing lenses, N photodetectors, a beam splitter and a lens through which the invisible radiation passes light reflected from said person’s face to a beam splitter that directs the resulting radiation flux of invisible light through each said foci the lens to the input of the corresponding photodetector, the outputs of all photodetectors form the mentioned output of the optical unit, the control input of which is formed by the control inputs of all photodetectors, while the processing and control unit additionally contains a user-programmable gate array (FPGA) designed to control the block of multichannel sources of structured illumination and optical unit, processing the implementation of aperiodic strip systems obtained from an analog-to-digital converter and pho ming of said 3D image, wherein the output of the analog-to-digital converter coupled to the input of a field programmable gate array, a first control output of which is the said first control output of the processing and control unit, a second control output of user-programmable gate

the matrix is the second control input of the processing and control unit, the first input-output of the user-programmable gate array is connected to the input-output of the memory device, the second input-output of the user-programmable gate matrix is the second input-output of the processing and control unit, in addition, said terminal further comprises a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, a first microcontrol an oller, a second I / O port and a clock, the output of which is connected to the clock input of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, the clock generator input is connected to the clock output of a Wi-Fi wireless data transceiver or device ZigBee ™ wireless data transceiver, the first input-output of the first microcontroller is connected to the input-output of a Wi-Fi wireless data transceiver or wireless transceiver device As ZigBee ™ data is received, the second input-output of the first microcontroller is connected to the input-output of the 3D image input device, the third input-output of the first microcontroller is connected to the input-output of the second input-output port, while the antenna of the above-mentioned Wi-Fi wireless device designed to transmit data to / from a database server of a wireless local area network (WLAN) with a Wi-Fi data wireless transceiver, and the antenna of the said wireless transceiver yes GOVERNMENTAL ZigBee ™ transceiver is designed for the data to / from the database a wireless local area network server (WLAN) device with a wireless transceiver ZigBee ™ data.

In a particular embodiment, said invisible light source generates infrared or ultraviolet radiation, said clock is a crystal oscillator, and a second microcontroller and a digital signal processor (DSP) are integrated in said gate programmable array.

In another particular embodiment, the terminal further comprises a non-volatile memory (FLASH), the input-output of which is connected to the fourth input-output of the first microcontroller.

In another particular embodiment, the terminal further comprises a keyboard, the output of which is connected to the input of the first microcontroller.

According to a third embodiment, a terminal for transmitting three-dimensional images in biometric systems, comprising an input device for three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical block, a first input / output port and a processing and control unit for generating a 3D image, representing a linear structure that occurs on the surface of a person’s face, distorted by the surface relief of the said person, as well as to control the block of multi-channel sources structured backlight and optical unit, the output of the optical unit is connected to the input of the processing and control unit, the first control output of which is connected to the control input of the unit of multichannel sources of structured illumination, the second control output of the processing and control unit is connected to the control input of the optical unit, the second input - the output of the first input-output port is connected to the input-output of the processing and control unit, the first input-output of the first input-output port is input-output stroystva input 3D image, said processing and control unit comprises

a storage device and an analog-to-digital converter, the input of which is the mentioned input of the processing and control unit, while the unit of multichannel structured illumination sources contains a lens, N sources of invisible light radiation, N spatial light modulators, N focusing lenses and a beam splitter, while the radiation flux the invisible light generated by each source of invisible light passes through the corresponding sequentially located spatial light modulator and foci the lens to the beam splitter, which passes the divided radiation flux of invisible light onto the lens, which focuses the said radiation flux, which is a structured illumination, onto the surface of the said person’s face, the control inputs of all N sources of invisible light radiation form the control input of the block of multichannel structured illumination sources wherein said optical unit consists of N focusing lenses, N photodetectors, a beam splitter and a lens, through which passes the radiation of invisible light reflected from the said person’s face to a beam splitter, which directs the received stream of radiation of invisible light through each said focusing lens to the input of the corresponding photodetector, the outputs of all photodetectors form the said output of the optical unit, the control input of which is formed by the control inputs of all photodetectors, wherein the processing and control unit further comprises a user-programmable gate array (FPGA) designed for I control unit multichannel structured illumination sources and an optical unit, processing systems implementing aperiodic bands obtained with an analog-digital converter, and generating said 3D image, wherein the output of the analog-to-digital converter coupled to the input of a field programmable gate array,

the first control output of which is the first control output of the processing and control unit, the second control output of the user programmable gate array is the second control input of the processing and control unit, the first input-output of the user programmable gate matrix is connected to the input-output of the said storage device, the second input the output of a user programmable gate array is said second input / output of a processing and control unit, to In addition, the terminal further comprises a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, a first microcontroller, a second input / output port, non-volatile memory (FLASH) and a clock generator, the output of which is connected to the clock input of the wireless transceiver Wi-Fi data or ZigBee ™ wireless data transceiver, the clock input is connected to the clock output of a Wi-Fi wireless data transceiver or device three ZigBee ™ wireless data transceivers, the first input-output of the first microcontroller is connected to the input-output of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, the second input-output of the first microcontroller is connected to the said input-output of the 3D image input device, the third the input-output of the first microcontroller is connected to the input-output of the second input-output port, the fourth input-output of the first microcontroller is connected to the input-output of the aforementioned non-volatile memory, while the antenna of said Wi-Fi data transceiver is designed to transmit data to / from a database server of a wireless local area network (WLAN) with a Wi-Fi data transceiver, and the antenna of said

ZigBee ™ Wireless Data Transceiver is designed to transmit data to / from a wireless local area network (WLAN) database server with a ZigBee ™ wireless data transceiver.

In a particular embodiment, said invisible light source generates infrared or ultraviolet radiation, said clock generator is a crystal oscillator, and a second microcontroller and a digital signal processor (DSP) are built into said user-programmable gate array.

In another particular embodiment, the terminal further comprises a keyboard, the output of which is connected to the input of the first microcontroller.

According to a fourth embodiment, a terminal for transmitting three-dimensional images in biometric systems, comprising an input device for three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical unit, a first input / output port and a processing and control unit for generating a 3D image, representing a line structure that occurs on the surface of a person’s face, distorted by the surface relief of the said person, as well as to control the block of multi-channel and points of structured illumination and the optical unit, while the output of the optical unit is connected to the input of the processing and control unit, the first control output of which is connected to the control input of the unit of multichannel sources of structured illumination, the second control output of the processing and control unit is connected to the control input of the optical unit, the second input - the output of the first input-output port is connected to the input-output of the processing and control unit, the first input-output of the first input-output port is input-output m 3D image input devices,

wherein said processing and control unit comprises a storage device and an analog-to-digital converter, the input of which is said input to the processing and control unit, while the unit of multichannel structured illumination sources contains a lens, N sources of invisible light radiation, N spatial light modulators, N focusing lenses and a beam splitter, while the flux of radiation of invisible light generated by each source of invisible light passes through the corresponding series a spatial light modulator and a focusing lens located on a beam splitter that passes a divided radiation stream of invisible light onto a lens that focuses the said radiation stream, which is a structured illumination, onto the surface of said human face, the control inputs of all N sources of invisible light radiation form the control block input multichannel sources of structured illumination, wherein said optical unit consists of N focusing their lenses, N photodetectors, a beam splitter, and a lens through which an invisible light radiation reflected from said human face passes to a beam splitter that directs the resulting radiation stream of invisible light through each said focusing lens to the input of the corresponding photodetector, the outputs of all photodetectors form said optical output unit, the control input of which is formed by the control inputs of all photodetectors, while the processing and control unit further comprises a programmable the user gate array (FPGA), designed to control a block of multichannel sources of structured illumination and an optical block, process the implementation of aperiodic strip systems obtained from an analog-to-digital converter and generate the aforementioned 3D image, while the output of the analog-to-digital converter

connected to the input of the user-programmable gate array, the first control output of which is the first control output of the processing and control unit, the second control output of the user-programmable gate matrix is the second control input of the processing and control unit, the first input-output of the programmable gate matrix is connected to the input - the output of said storage device, the second input-output of a user programmable gate array is is mentioned by the second input-output of the processing and control unit, in addition, the terminal further comprises a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, a first microcontroller, a second input / output port, a keyboard and a clock generator, the output of which connected to the clock input of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, the clock generator input connected to the device’s clock output For wireless Wi-Fi data transceiver or ZigBee ™ wireless data transceiver, the first input-output of the first microcontroller is connected to the input-output of the Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, the second input-output of the first microcontroller is connected to the input - the output of the 3D image input device, the third input-output of the first microcontroller is connected to the input-output of the second input-output port, the keyboard output is connected to the input of the first microcon roller, wherein said antenna Wi-Fi wireless data transceiving devices intended for transceiving data to / from the database server, a wireless local area network (WLAN) device with a wireless transceiver Wi-Fi data and antenna

said ZigBee ™ wireless data transceiver device is for transmitting data to / from a wireless local area network (WLAN) database server with a ZigBee ™ wireless data transceiver device.

In a particular embodiment, said invisible light source generates infrared or ultraviolet radiation, said clock is a crystal oscillator, and a second microcontroller and a digital signal processor (DSP) are integrated in said gate programmable array.

In another particular embodiment, the terminal further comprises a non-volatile memory (FLASH), the input-output of which is connected to the fourth input-output of the first microcontroller.

According to a fifth embodiment, a terminal for transmitting three-dimensional images in biometric systems, comprising an input device for three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical unit, a first input / output port and a processing and control unit for generating a 3D image, representing a line structure that occurs on the surface of a person’s face, distorted by the surface relief of the said person, as well as to control the block of multichannel sources the structured illumination and the optical unit, the output of the optical unit is connected to the input of the processing and control unit, the first control output of which is connected to the control input of the unit of multichannel sources of structured illumination, the second control output of the processing and control unit is connected to the control input of the optical unit, the second input - the output of the first input-output port is connected to the input-output of the processing and control unit, the first input-output of the first input-output port is the input-output of the us roystva input 3D image,

wherein said processing and control unit comprises a storage device and an analog-to-digital converter, the input of which is said input to the processing and control unit, while the unit of multichannel structured illumination sources contains a lens, N sources of invisible light radiation, N spatial light modulators, N focusing lenses and a beam splitter, while the flux of radiation of invisible light generated by each source of invisible light passes through the corresponding series a spatial light modulator and a focusing lens located on a beam splitter that passes a divided radiation stream of invisible light onto a lens that focuses the said radiation stream, which is a structured illumination, onto the surface of said human face, the control inputs of all N sources of invisible light radiation form the control block input multichannel sources of structured illumination, wherein said optical unit consists of N focusing their lenses, N photodetectors, a beam splitter, and a lens through which an invisible light radiation reflected from said human face passes to a beam splitter that directs the resulting radiation stream of invisible light through each said focusing lens to the input of the corresponding photodetector, the outputs of all photodetectors form said optical output unit, the control input of which is formed by the control inputs of all photodetectors, while the processing and control unit further comprises a programmable the user gate array (FPGA), designed to control a block of multichannel sources of structured illumination and an optical block, process the implementation of aperiodic strip systems obtained from an analog-to-digital converter and generate the aforementioned 3D image, while the output of the analog-to-digital converter

connected to the input of the user-programmable gate array, the first control output of which is the first control output of the processing and control unit, the second control output of the user-programmable gate matrix is the second control input of the processing and control unit, the first input-output of the programmable gate matrix is connected to the input - the output of said storage device, the second input-output of a user programmable gate array is mentioned by the second input-output of the processing and control unit, in addition, the terminal further comprises a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, a first microcontroller, a second input / output port, non-volatile memory (FLASH), a keyboard and a clock generator whose output is connected to the clock input of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver; soy clock input Inen with the clock output of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, the first input-output of the first microcontroller is connected to the input-output of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, and the second input-output of the first microcontroller connected to the input-output of the 3D image input device, the third input-output of the first microcontroller is connected to the input-output of the second input-output port, the fourth input-output ervogo microcontroller connected to input-output of said nonvolatile memory, a keyboard output is connected to the input of the first microcontroller, wherein said antenna device transceiving wireless Wi-Fi data intended for

transmitting data to / from a wireless local area network (WLAN) database server with a Wi-Fi wireless data transceiver, and the antenna of said ZigBee ™ wireless data transceiver is for transmitting data to / from a wireless local area network (WLAN) database server with the ZigBee ™ Wireless Transceiver.

In a particular embodiment, said invisible light source generates infrared or ultraviolet radiation, said clock generator is a crystal oscillator, and a second microcontroller and a digital signal processor (DSP) are built into said user-programmable gate array.

According to a sixth embodiment, a terminal for transmitting three-dimensional images in biometric systems, comprising an input device for three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical block, a first input / output port and a processing and control unit for generating a 3D image, representing a line structure that occurs on the surface of a person’s face, distorted by the surface relief of the said person, as well as to control the block of multi-channel sources the structured illumination unit and the optical unit, while the output of the optical unit is connected to the input of the processing and control unit, the first control output of which is connected to the control input of the unit of multichannel sources of structured illumination, the second control output of the processing and control unit is connected to the control input of the optical unit, the second input - the output of the first input-output port is connected to the input-output of the processing and control unit, the first input-output of the first input-output port is the input-output of 3D image input devices,

wherein said processing and control unit comprises a storage device, wherein the unit of multichannel structured illumination sources comprises a lens, N invisible light emitting sources, N spatial light modulators, N focusing lenses and a beam splitter, wherein the invisible light radiation flux generated by each invisible source light passes through the corresponding sequentially located spatial light modulator and a focusing lens to a beam splitter, which passes a divided flux of invisible light radiation onto a lens that focuses the received said flux of radiation, which is a structured illumination, onto the surface of said human face, the control inputs of all N radiation sources of invisible light form said control input of a block of multichannel structured illumination sources, wherein said optical block consists of of N focusing lenses, N photodetectors, a beam splitter and a lens through which the radiation of invisible light passes, Searched from the said person’s face, to a beam splitter that directs the received flux of invisible light through each said focusing lens to the input of the corresponding photodetector, the outputs of all photodetectors form the mentioned output of the optical unit, the control input of which is formed by the control inputs of all photodetectors, while the processing and control unit additionally contains a user-programmable gate array (FPGA) and a second microcontroller designed to control the unit okanalnyh structured illumination sources and an optical unit, as well as for analog-to-digital conversion of the signals obtained from the optical unit and forming realization aperiodic band systems, wherein said programmable gate array

it is intended for processing the implementation of aperiodic strip systems obtained from the second microcontroller and forming the aforementioned 3D image, the output of the second microcontroller is connected to the input of a programmable gate array, the first input-output of which is connected to the input-output of the memory device, and the second input-output is programmable by the user the gate array is said second input-output of the processing and control unit, the input of the second microcontroller is the input of the unit operation and control, the first control output of the second microcontroller is the first control output of the processing and control unit, the second control output of the second microcontroller is the second control output of the processing and control unit, in addition, the terminal further comprises a Wi-Fi data transceiver or wireless transceiver ZigBee ™ data, the first microcontroller and clock generator whose output is connected to the clock input of a wireless device receiving a Wi-Fi data or ZigBee ™ wireless data transceiver, the input of the clock is connected to the clock output of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, the first input-output of the first microcontroller is connected to the input-output of the wireless data transceiver Wi-Fi or ZigBee ™ wireless data transceivers, the second input-output of the first microcontroller is connected to said input-output of a 3D image input device wherein the antenna of said Wi-Fi wireless data transceiver is designed to transmit data to / from a wireless local area network (WLAN) database server with a Wi-Fi wireless data transceiver, and the antenna of said device

ZigBee ™ wireless data transceiver is designed to transmit data to / from a wireless local area network (WLAN) database server with a ZigBee ™ wireless data transceiver.

In a particular embodiment, said invisible light source generates infrared or ultraviolet radiation, said clock is a crystal oscillator, an analog-to-digital converter is built into said second microcontroller, and a digital signal processor is integrated by said user-programmable gate array.

In another particular embodiment, the terminal further comprises a second input-output port, the input-output of which is connected to the third input-output of the first microcontroller.

In another particular embodiment, the terminal further comprises a non-volatile memory (FLASH), the input-output of which is connected to the fourth input-output of the first microcontroller.

In another particular embodiment, the add-on terminal further comprises a keyboard, the output of which is connected to the input of the first microcontroller.

According to a seventh embodiment, a terminal for transmitting three-dimensional images in biometric systems, comprising a device for inputting three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical unit, a first input / output port and a processing and control unit for generating a 3D image, representing a linear structure that occurs on the surface of a person’s face, distorted by the surface relief of the said person, as well as to control the block of multi-channel sources chnikov structured illumination and the optical unit, the optical output unit is connected to the input of block

processing and control, the first control output of which is connected to the control input of the unit of multichannel sources of structured illumination, the second control output of the processing and control unit is connected to the control input of the optical unit, the second input-output of the first input-output port is connected to the input-output of the processing and control unit , the first input-output of the first input-output port is the input-output of the 3D image input device, while said processing and control unit comprises a storage device, p At the same time, the block of multichannel structured illumination sources contains a lens, N sources of invisible light radiation, N spatial light modulators, N focusing lenses, and a beam splitter, while the stream of invisible light generated by each invisible light source passes through the corresponding sequentially located spatial light modulator and focusing a lens on a beam splitter that passes a divided stream of radiation of invisible light onto a lens that focuses said radiation flux, which is a structured illumination, onto the surface of said human face, the control inputs of all N radiation sources of invisible light form said control input of a block of multichannel structured illumination sources, said optical block consisting of N focusing lenses, N photodetectors, a beam splitter, and the lens through which the radiation of invisible light reflected from the mentioned person’s face passes to a beam splitter that directs the received the output radiation stream of invisible light through each said focusing lens to the input of the corresponding photodetector, the outputs of all photodetectors form the mentioned output of the optical unit, the control input of which is formed by the control inputs of all photodetectors, while the processing and control unit

additionally contains a user-programmable gate array (FPGA) and a second microcontroller designed to control the block of multichannel sources of structured illumination and the optical block, as well as for analog-to-digital conversion of signals received from the optical block, and the formation of the implementation of aperiodic band systems, while the programmable by the user, the gate array is designed to handle the implementation of aperiodic strip systems obtained from the second microcontrol a, and forming said 3D image, the output of the second microcontroller is connected to the input of a user-programmable gate array, the first input-output of which is connected to the input-output of said memory device, the second input-output of a user-programmable gate matrix is said second input-output of the processing unit and control, the input of the second microcontroller is the input of the processing and control unit, the first control output of the second microcontroller is the first control output m of the processing and control unit, the second control output of the second microcontroller is the second control output of the processing and control unit, in addition, the terminal further comprises a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, a first microcontroller, a second input / output port and a clock generator whose output is connected to the clock input of a Wi-Fi wireless data transceiver or ZigBee wireless data transceiver , Input clock frequency generator coupled to a clock output of the device transceiving wireless data Wi-Fi or wireless device transceiving data ZigBee ™, a first input-output of the first microcontroller is connected to the input-output device transceiving wireless data Wi-Fi

or ZigBee ™ wireless data transceiver, the second input-output of the first microcontroller is connected to the input-output of the 3D image input device, the third input-output of the first microcontroller is connected to the input-output of the second input-output port, while the antenna of the above-mentioned wireless data transceiver Wi-Fi is designed to transmit data to / from the database server of a wireless local area network (WLAN) with a Wi-Fi wireless data transceiver, a antenna of the above oystva wireless data transceiver ZigBee ™ transceiver is designed for the data to / from the database server, a wireless local area network (WLAN) device with a wireless transceiver ZigBee ™ data.

In a particular embodiment, said invisible light source generates infrared or ultraviolet radiation, said clock is a crystal oscillator, an analog-to-digital converter is built into said second microcontroller, and a digital signal processor is integrated by said user-programmable gate array.

In another particular embodiment, the terminal further comprises a non-volatile memory (FLASH), the input-output of which is connected to the fourth input-output of the first microcontroller.

In another particular embodiment, the terminal further comprises a keyboard, the output of which is connected to the input of the first microcontroller.

According to an eighth embodiment, a terminal for transmitting three-dimensional images in biometric systems, comprising an input device for three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical block, a first input / output port, and a processing and control unit

for forming a 3D image representing a line structure that appears on the surface of a person’s face, distorted by the surface relief of the said person, as well as for controlling a block of multichannel sources of structured illumination and an optical block, while the output of the optical block is connected to the input of the processing and control block, the first control output which is connected to the control input of the block of multichannel sources of structured illumination, the second control output of the processing and control unit of the connection is connected to the control input of the optical unit, the second input-output of the first input-output port is connected to the input-output of the processing and control unit, the first input-output of the first input-output port is the input-output of the 3D image input device, while the processing unit and the control contains a storage device, while the block of multichannel sources of structured illumination contains a lens, N sources of radiation of invisible light, N spatial light modulators, N focusing lenses and a beam splitter, etc. and this, the flux of invisible light generated by each source of invisible light passes through the corresponding sequentially located spatial light modulator and a focusing lens to a beam splitter, which passes the divided flux of radiation of invisible light onto the lens, which focuses the said radiation flux, which is a structured illumination, on the surface the said person, the control inputs of all N sources of radiation of invisible light form the ravlyaetsya multichannel input block structured illumination sources, wherein said optical assembly includes a focusing lens N, N photodetectors, beam splitter and a lens through which the radiation passes invisible light reflected from said person's face on a beam splitter that

directs the resulting flux of invisible light radiation through each said focusing lens to the input of the corresponding photodetector, the outputs of all photodetectors form the mentioned output of the optical unit, the control input of which is formed by the control inputs of all photodetectors, the processing and control unit additionally contains a user-programmable gate array (FPGA) and the second microcontroller designed to control the block of multichannel sources of structured illumination and optically m unit, as well as for analog-to-digital conversion of signals received from the optical unit, and forming the implementation of aperiodic strip systems, while the aforementioned programmable gate array is designed to process the implementation of aperiodic strip systems received from the second microcontroller and forming the 3D image, the output of the second microcontroller is connected to the input of a user programmable gate array, the first input-output of which is connected to the input-output of the aforementioned a memory device, the second input-output of a user-programmable gate array is the second input-output of the processing and control unit, the input of the second microcontroller is the input of the processing and control unit, the first control output of the second microcontroller is the first control output of the processing and control unit, the second control output of the second the microcontroller is the second control output processing and control unit, in addition, the terminal further comprises a device Wi-Fi wireless transceiver or ZigBee ™ wireless transceiver, first microcontroller, second I / O port, non-volatile memory (FLASH) and a clock generator, the output of which is connected to the clock input of the Wi-Fi wireless transceiver

or a ZigBee ™ wireless data transceiver, the input of a clock generator is connected to the clock output of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, the first input-output of the first microcontroller is connected to the input-output of a Wi-Fi wireless data transceiver or device ZigBee ™ wireless data transceiver, the second input-output of the first microcontroller is connected to the said input-output of the 3D image input device, the third input-output of the first the microcontroller is connected to the input-output of the second input-output port, the fourth input-output of the first microcontroller is connected to the input-output of the non-volatile memory, while the antenna of the mentioned device Wi-Fi wireless data transceiver is designed to transmit data to / from the wireless database server a local area network (WLAN) with a Wi-Fi wireless data transceiver, and the antenna of said ZigBee ™ wireless data transceiver is for transceiving data to / from the WLAN database server with the ZigBee ™ wireless data transceiver.

In a particular embodiment, said invisible light source generates infrared or ultraviolet radiation, said clock is a crystal oscillator, an analog-to-digital converter is built into said second microcontroller, and a digital signal processor is integrated by said user-programmable gate array.

In another particular embodiment, the terminal further comprises a keyboard, the output of which is connected to the input of the first microcontroller.

According to a ninth embodiment, a terminal for transmitting three-dimensional images in biometric systems, comprising an input device for three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical block, a first input / output port and a processing and control unit for generating a 3D image, representing a linear structure that occurs on the surface of a person’s face, distorted by the surface relief of the said person, as well as to control the block of multi-channel sources structured backlight and optical unit, the output of the optical unit is connected to the input of the processing and control unit, the first control output of which is connected to the control input of the unit of multichannel sources of structured illumination, the second control output of the processing and control unit is connected to the control input of the optical unit, the second input - the output of the first input-output port is connected to the input-output of the processing and control unit, the first input-output of the first input-output port is input-output a 3D image input device, wherein said processing and control unit comprises a storage device, wherein the unit of multichannel structured illumination sources contains a lens, N sources of invisible light radiation, N spatial light modulators, N focusing lenses and a beam splitter, while the radiation flux of invisible light generated by each source of invisible light passes through the corresponding sequentially located spatial light modulator and a focusing lens on the a divider that passes a divided flux of invisible light onto a lens that focuses the received flux of radiation, which is a structured illumination, onto the surface of the said human face, the control inputs of all N sources of invisible light emit

said control input of a block of multichannel sources of structured illumination, wherein said optical block consists of N focusing lenses, N photodetectors, a beam splitter, and a lens through which the radiation of invisible light reflected from said human face passes to a beam splitter that directs the received radiation flux of invisible light through each said focusing lens to the input of the corresponding photodetector, the outputs of all photodetectors form the said output of the optical unit, controlling the null input of which is formed by the control inputs of all photodetectors, while the processing and control unit additionally contains a user programmable gate array (FPGA) and a second microcontroller designed to control the block of multichannel sources of structured illumination and the optical block, as well as for analog-to-digital conversion of signals received from the optical unit, and the formation of the implementation of aperiodic strip systems, while the aforementioned programmable gate mat TSA is designed to process the implementation of aperiodic strip systems obtained from the second microcontroller and form the 3D image, the output of the second microcontroller is connected to the input of the user programmable gate array, the first input-output of which is connected to the input-output of the memory device, and the second input-output is programmable the user of the gate array is said second input-output of the processing and control unit, the input of the second microcontroller is the input of the unit processing and control, the first control output of the second microcontroller is the first control output of the processing and control unit, the second control output of the second microcontroller is the second control output of the processing and control unit, in addition, the terminal is additionally

contains a Wi-Fi wireless transceiver or ZigBee ™ wireless transceiver, a first microcontroller, a second input / output port, a keyboard and a clock, the output of which is connected to the clock input of a Wi-Fi wireless transceiver or ZigBee wireless transceiver ™, the input of the clock is connected to the clock output of the Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, the first input is the output of the first microcontroller is connected to the input-output of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, the second input-output of the first microcontroller is connected to the input-output of the 3D image input device, the third input-output of the first microcontroller is connected to the input-output the second I / O port, the keyboard output is connected to the input of the first microcontroller, while the antenna of the above-mentioned Wi-Fi wireless data transceiver is designed to receive transmitting data to / from a wireless local area network (WLAN) database server with a Wi-Fi wireless data transceiver, and the antenna of said ZigBee ™ wireless data transceiver is designed to transmit data to / from a wireless local area network (WLAN) database server with the ZigBee ™ Wireless Transceiver.

In a particular embodiment, said invisible light source generates infrared or ultraviolet radiation, said clock is a crystal oscillator, an analog-to-digital converter is built into said second microcontroller, and a digital signal processor is integrated by said user-programmable gate array.

In another particular embodiment, the terminal further comprises a non-volatile memory (FLASH), the input-output of which is connected to the fourth input-output of the first microcontroller.

According to a tenth embodiment, a terminal for transmitting three-dimensional images in biometric systems, comprising an input device for three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical block, a first input / output port and a processing and control unit for generating a 3D image, representing a line structure that occurs on the surface of a person’s face, distorted by the surface relief of the said person, as well as to control the block of multi-channel sources structured backlight and optical unit, the output of the optical unit is connected to the input of the processing and control unit, the first control output of which is connected to the control input of the unit of multichannel sources of structured illumination, the second control output of the processing and control unit is connected to the control input of the optical unit, the second input - the output of the first input-output port is connected to the input-output of the processing and control unit, the first input-output of the first input-output port is input-output a 3D image input device, wherein said processing and control unit comprises a storage device, wherein the unit of multichannel structured illumination sources contains a lens, N sources of invisible light radiation, N spatial light modulators, N focusing lenses and a beam splitter, while the radiation flux of invisible light generated by each source of invisible light passes through the corresponding sequentially located spatial light modulator and a focusing lens on the a divider that passes a divided flux of invisible light onto a lens that focuses the received

said radiation flux, which is a structured illumination, onto the surface of said human face, the control inputs of all N radiation sources of invisible light form said control input of a block of multichannel sources of structured illumination, wherein said optical block consists of N focusing lenses, N photodetectors, a beam splitter and a lens through which the radiation of invisible light reflected from the person’s face passes through to a beam splitter that directs the received ok of invisible light emission through each said focusing lens to the input of the corresponding photodetector, the outputs of all photodetectors form the mentioned output of the optical unit, the control input of which is formed by the control inputs of all photodetectors, while the processing and control unit additionally contains a user-programmable gate array (FPGA) and a second microcontroller , designed to control the block of multichannel sources of structured illumination and the optical block, as well as for anal go-digital conversion of signals received from the optical unit and the formation of the implementation of aperiodic strip systems, while the aforementioned programmable gate array is designed to process the implementation of aperiodic strip systems received from the second microcontroller and form the 3D image, the output of the second microcontroller is connected to the input a user-programmable gate array, the first input-output of which is connected to the input-output of said storage device, the second input-output of the user-programmable gate array is the second input-output of the processing and control unit, the input of the second microcontroller is the input of the processing and control unit, the first control output of the second microcontroller is the first control output of the unit

processing and control, the second control output of the second microcontroller is the second control output processing and control unit, in addition, the terminal further comprises a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, a first microcontroller, a second non-volatile input / output port memory (FLASH), a keyboard and a clock generator, the output of which is connected to the clock input of a Wi-Fi wireless data transceiver or wireless device ZigBee ™ water data transceiver, the input of the clock is connected to the clock output of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, the first input-output of the first microcontroller is connected to the input-output of a Wi-Fi wireless data transceiver or wireless transceiver ZigBee ™ data, the second input-output of the first microcontroller is connected to the said input-output of the 3D image input device, the third input-output of the first microcontroller with it is single with the input-output of the second input-output port, the fourth input-output of the first microcontroller is connected to the input-output of the non-volatile memory, the keyboard output is connected to the input of the first microcontroller, while the antenna of the above-mentioned Wi-Fi wireless data transceiver is designed to transmit data to / from a wireless local area network (WLAN) database server with a Wi-Fi data transceiver, and an antenna of said wireless data transceiver ZigBee ™ is designed to transmit data to / from the database server of a wireless local area network (WLAN) with a wireless data transceiver ZigBee ™.

In a particular embodiment, said invisible light source generates infrared or ultraviolet radiation, said clock is a crystal oscillator, an analog-to-digital converter is built into said second microcontroller, and a digital signal processor is integrated by said user-programmable gate array.

The claimed utility model is illustrated by the following drawings: FIG. 1, which shows a structural diagram of a terminal according to the first embodiment, FIG. 2, which shows a structural terminal according to the second embodiment with a second I / O port as part of the claimed terminal, FIG. 3, in which shows a structural diagram of a terminal in accordance with a third embodiment with non-volatile memory and a second I / O port as part of the claimed terminal; 4, which shows a block diagram of a terminal in accordance with a fourth embodiment with a keyboard and a second input / output port; 5, which shows a block diagram of a terminal in accordance with a fifth embodiment with a keyboard, non-volatile memory and a second input / output port; 6, which shows a block diagram of a block for inputting 3D images in accordance with the first embodiment of this block, namely, with an analog-to-digital converter as part of a processing and control unit; Fig. 7, which shows a block diagram of a block for inputting 3D images in accordance with another embodiment of this block, namely, with a second microcontroller as part of a processing and control unit; Fig. 8, which shows a block diagram of a block of multichannel sources of structured illumination; Fig.9, which shows in sectional top view of a block of multichannel sources of structured illumination; figure 10, which shows the structural diagram of the optical unit; 11, which shows in section a top view of the optical unit.

The claimed mobile communication terminal 1, as can be seen from the drawing of FIG. 1, contains either a ZigBee ™ wireless data transceiver (ZigBee ™ is a registered trademark of the ZigBee ™ alliance) 3 with low power consumption and a transfer rate of 10 to 250 Kbps s, or a Wi-Fi wireless data transceiver device 3. Antenna 2 of said ZigBee ™ 3 wireless data transceiver device is designed to transmit data to / from a database server 10 of a wireless local area network (WLAN) 9 with a wireless device ZigBee ™ 8 wired data transceiver with antenna 7, designed to receive data from antenna 2 and transmit data to antenna 2. Antenna 2 of a Wi-Fi 3 wireless data transceiver is designed to transmit data to / from a database server 10 of a wireless local area network ( WLAN) 9 with a Wi-Fi 8 wireless data transceiver device with an antenna 7, designed to receive data from antenna 2 and transmit data to antenna 2.

In addition, the claimed terminal comprises a clock generator 4, a microcontroller 5 and a 3D (three-dimensional) image input device, the input-output of which is connected to the second input-output of the microcontroller 5, the first input-output of which is connected to the input-output of the said device Wi-Fi or ZigBee 3 wireless transceiver, the clock output of the device 3 is connected to the input of the clock generator 4, the output of which is connected to the clock input of the said device 3.

It should be noted here that the Wi-Fi 3 wireless transceiver is already widely known in the prior art and is described, for example, in the journal “Networks and Communication Systems”, No. 12 of 2004, in the article by Dave Molt “Operation of Wi-Fi devices on physical layer ”or in PC Week magazine, No. 36, 2003, in Carmen Nobel's article“ Components: Single-chip Wi-Fi on the horizon ”. Device

ZigBee 3 wireless transceiver is known from the prior art and is described, for example, in the journal "Electronic Components", No. 12 for 2004, in an article by Dmitry Panfilov and Mikhail Sokolov "Introduction to ZigBee wireless technology standard 802.15.4"

It should be noted that the claimed terminal 1 in one embodiment may further comprise an input / output port 12 (as shown in FIG. 2), which is connected to the microcontroller 5. In addition, there may be an option in which terminal 1 contains non-volatile memory ( FLASH) 13 (as shown in FIG. 3), which is connected to the microcontroller 5. Here it should be noted that there may be an option when terminal 1 contains both an input / output port 12 and non-volatile memory 13, but there may be an option when the terminal contains separately either I / O port 12 or non-volatile memory 13.

In addition, the terminal may also include a keyboard 14 (as shown in FIG. 4), which is also connected to the microcontroller 5. However, there may also be an option when terminal 1 contains both a keyboard 14 and non-volatile memory 13 (as shown in FIG. 5). At the same time, there may be an option when the terminal 1 can simultaneously contain a keyboard 14, non-volatile memory 13 and an input-output port 12 (as shown in the drawing of figure 5)

It should also be noted here that said clock generator 4 is a crystal oscillator.

The device for inputting 3D images 6 (as shown in FIGS. 6, 7) consists of a block of multichannel sources of structured illumination 15, an optical block 16, a processing and control unit 17, and a first input / output port 21.

The processing and control unit, as shown in FIG. 6, may, in one embodiment, comprise an analog-to-digital converter 18 programmable by a user

a matrix (FPGA) 19 and a storage device 20, which is connected via its input-output to a user programmable gate array 19, which is connected by its input to an analog-to-digital converter 18, the input of which is an input to the processing and control unit and connected to the output of the optical block, the input the output of the first input / output port is connected to the input-output of the user-programmable gate array 19, the input-output of which forms the input-output of the processing and control unit 17. In addition, the first control output to the programmer my matrix user 19 is the first control output of the processing and control unit 17 and is connected to the control input of the block of multi-channel structured illumination sources 15, the second control output of the user programmable gate matrix 19 is the second control output of the processing and control unit 17 and is connected to the control input of the optical unit 16 .

It should be noted here that the user-programmed gate array 19 is designed to control a block of multichannel sources of structured illumination 15 and an optical block 16, to process the implementation of aperiodic strip systems obtained from analog-to-digital converter 18 and to form the aforementioned 3D image. In addition, a second microcontroller and a digital signal processor (not shown) are built into the user-programmable gate array.

However, there may be another embodiment of the processing and control unit, as shown in FIG. In this embodiment, instead of an analog-to-digital converter, there is a second microcontroller 22 in which an analog-to-digital converter (not shown in the drawings) is integrated. In this case, the second microcontroller is designed to control the block of multichannel sources of structured illumination 15 and the optical block 16, as well as for analog-digital

converting signals received from the optical unit 16, and forming the implementation of aperiodic band systems. In this embodiment of the processing and control unit, the input of the second microcontroller 22 is connected to the input of the processing and control unit, the output of the microcontroller 22 is connected to the input of the user programmable gate array 19, the first control output of the second microcontroller 22 is the control output of the processing and control unit 17 and connected to the control the input of the block of multichannel sources of structured illumination 15, the second control output of the second microcontroller 22 is the second control output of the block operation and control 17 and is connected to the control input of the optical unit 16. As in the first embodiment, the second input-output of the user-programmable gate array 19 is connected to the input-output of the first I / O port 21, the first input-output of the user-programmable gate matrix 19 is connected with the input-output of the storage device 20.

In this case, the user-programmable gate array is designed to process the implementation of aperiodic strip systems obtained from the second microcontroller 22, and to form said 3D image.

On Fig and Fig.9 shows a block of multichannel sources of structured illumination 15, which consists of N radiation sources of invisible light 23a-23N, a lens 26, a beam splitter 27, which may consist of a plurality (in terms of the number of radiation sources) of beam splitters made in the form pyramids, N focusing lenses 25a-25N, spatial light modulators 24a-24N SML (Spatial Light Modulator), which can be made in the form of LCD displays.

As sources of radiation 23a-23N can be, for example, LEDs (Light Emitting Diode), inert gas lamps or lasers emitting in the infrared or ultraviolet range.

These radiation sources 23a-23N emit invisible light in the infrared or ultraviolet range.

Each Nth light source 23a-23N generates radiation that is supplied to the Nth spatial light modulator 24a-24N, which transmits radiation to the Nth focusing lens 25a-25N, i.e. the first light emitting source 23 a generates radiation to the first spatial light modulator 24 a, which transmits the radiation to the first focusing lens 25 a; the second radiation source 23b generates radiation to the second spatial light modulator 24b, which transmits the radiation to the second focusing lens 25b; the third radiation source 23b generates radiation to the third spatial light modulator 24b, which transmits radiation to the third focusing lens 25b, etc., the Nth light source 23N generates radiation to the Nth spatial light modulator 24N, which transmits radiation to the Nth focusing lens 25N.

Radiation from all focusing lenses 25a-25N is supplied to a beam splitter 27, which transmits radiation to the lens 26.

It should be noted here that it is preferable that there are only eight sources 23a-23N, eight light modulators 24a-24N and eight focusing lenses 25a-25N in block 15.

Consider the operation of terminal 1.

Block 15 operates as follows. Sources of radiation 23a-23N illuminate SML 24a-24N in different spectral ranges. The radiation streams SML 24a-24N are projected by optical systems formed by lenses 25a-25N, beam splitters 27.1-27.N (see figure 9) and the main lens 26, on the face of a person 11.

The lens 26 and focusing lenses 25a-25N form an afocal optical system. Spatial light modulators 24a-24N SML are made in the form of code masks with a linear aperiodic structure.

As shown in FIGS. 10 and 11, the optical unit 16 comprises N photodetectors 31a-31N, N focusing lenses 30a-30N, a light modulator 29, which may also consist of a plurality (by the number of focusing lenses 30a-30N) of the light modulators, and a lens 28.

The reflected radiation from the person’s face passes through the lens 28 to the beam splitter 29, which passes radiation to the focusing lenses 30a-30N. Next, the radiation from each focusing lens enters the corresponding photodetector 31a-31N, i.e. radiation from the first focusing lens 30a goes to the first photodetector 31a, radiation from the second focusing lens 30b goes to the second photodetector 31b, radiation from the third focusing lens 30b goes to the third photodetector 31c, etc., radiation from the N-th focusing lens 30N arrives at the Nth photodetector 31N.

The radiation reflected from the profile of the person’s face 11 enters the block 16 (Fig.6-7). The inhomogeneities of the profile of a person’s face 11 are determined using the registration and image processing unit 17 (Fig.6-7) as follows. Images of a person’s face 11, illuminated by structured illumination from block 15, are projected onto an optical block 16 (FIGS. 10-11) consisting of a main lens 28, beam splitters 29a-29N, made in the form of a pyramid, lenses 30a-30N, which focus the image on photodetectors 31a-31N (FIGS. 10-11). Photodetectors 31a-31N of block 55 receive a distorted image of a person’s face 11 and convert the image to analog, electrical signals that are fed to analog-to-digital converter 18 or microcontroller 22 of block 17, where the analog signals are converted to digital signals. Since the spectral sensitivities of each of the N photodetectors 31a-31N and the spectral ranges of each of N radiation sources (23a-23N), the structured illumination of unit 15 are completely identical, the same distortion images of the structured illumination of a person’s face

11 are recorded in different channels, and one and only one channel of the image recording and processing unit corresponds to a specific illumination channel 17. Thus, the same image of distortions of the structured illumination formed by the inhomogeneities of the face profile of a person 11 from different modifications of the code masks of spatial light modulators 24a-24N SML (Spatial Light Modulator) (Figs. 8-9) in different spectral ranges are unambiguously recorded in each of the channels of the image recording and processing unit 17 (Figs. 6-7). At a single exposure of the recorded face of a person 11, N images of the surface of the face of a person with structured illumination are recorded in different frequency ranges and with different implementations of the aperiodic system of bands forming a structured illumination. Block 17 forms a digital image of one implementation of the aperiodic strip system, as it is tuned to a spectral range other than the others.

Digital data from the photodetectors 31a-31N is received in block 18 or 22 (Fig.6-10), where the conversion of analog data to digital data. The converted digital data from blocks 18 or 22 is supplied to the FPGA 19, which has an integrated digital signal processor (may have several, not shown in the drawing). Each FPGA digital signal processor 19 receives and processes only one implementation of the aperiodic strip system, converts it into the corresponding digital sequence, encodes the strip sequence in a structured backlight formed in accordance with the transmission functions of spatial light modulators 24a-24N SML. In FPGA 19, due to the built-in microprocessor or microcontroller (not shown in the drawing), data is added and a total picture of the line structure arising on the surface of a person’s face 11 is formed,

at the same time, a code is generated in the microprocessor built into FPGA 19 (not shown in the drawing) obtained by summing the sequences corresponding to the codes of each transmission function of spatial light modulators 24a-24N SML. Thus, each line (strip) in the digital image of the line structure that occurs after adding the above images in the built-in microprocessor FPGA 19 (not shown) and recorded in the storage device 20, is encoded by a binary code number.

Since the distances between the bands forming the structural illumination using block 15 are not repeated in the registered picture of block 17, when processing the image in block 17, each strip distorted by the relief of the surface of the face of a person 11 is uniquely identified by its code (number), which makes it possible calculate the height of the relief and the corresponding pair of coordinates. In view of the fact that image processing is simultaneous in N channels, the control speed is increased.

The processed data from block 17 (Fig.6-7) through the input-output port 21 (it can be a USB port) enters the microcontroller 5 and then enters the second input-output port 12 or a Wi-Fi or ZigBee 3 wireless transceiver (Fig.1-5), which transmits data to the antenna 7 of the server 8 wireless local area network (WLAN) 9.

Data on the WLAN network 9 is transmitted to the database server of the biometric systems 10, where the identification data (images) of the face of a person 11 are recorded (or the personal data of the object (digital image) pre-recorded in the database of the server 10, i.e. . the person is identified by the image.

The microcontroller 5 is designed to connect external devices, for example, non-volatile memory 13, a fingerprint reader (not shown), a contactless smart card reader of the microcontroller (not shown), a keyboard 14, input / output port 12. The microcontroller 5 may have universal input-output port 12, for connecting external devices. When connecting external devices (such as a computer) to the port (for example, a computer), you can enter programs and data (phone numbers, photos, etc.) into the terminal 1 memory built into the microcontroller 5 or the FLASH 13 memory.

In addition, the microcontroller 5 controls the operation of internal and external devices connected to terminal 1: the control panel keyboard, non-volatile memory 13 and device 3, etc.

The power supply of terminal 1 can be carried out from a power supply battery (not shown in the drawing), which can also be a battery, or an external source connected to an external power port (not shown).

Consider the operation of a Wi-Fi 3 wireless data transceiver device.

Wi-Fi technology is already actively used in mobile phones, personal organizers, computers and other devices. The disadvantage of Wi-Fi technology: the high price of chips (about $ 15), increased power consumption and a small range. Devices manufactured using Wi-Fi 3 technology, for example, support only 50 devices without loss of performance, while WirelessUSB and Bluetooth technologies only 8.

Wi-Fi 13 networks operate in unlicensed (in the USA) frequency ranges 2.4-2.4835 (ISM-band); 5.15-5.35 and 5.725-5.825 GHz (UNII bands). Wi-Fi Radio Channel Bandwidth

equal to 22 MHz. Any Wi-Fi 3 device, whether it is a PC Card, a wireless network adapter for a desktop PC or an access point, functions as a transceiver, i.e. transmits and receives radio signals. In 802.11b (Wi-Fi) 9 networks, the maximum speed decreases gradually - from 11 to 5.5 Mbit / s, then to 2, and finally to 1 Mbit / s.

ZigBee ™ technology has the advantage of supporting large networks with several hundred functioning devices. Consider the operation of the ZigBee ™ 3 wireless data transceiver (registered trademark of the ZigBee ™ alliance of IEEE 802.15.4 standard) with low power consumption and a transfer rate of 10 to 250 Kbps.

Wireless Local Area Network (WLAN) 9 powered by ZigBee ™ technology will support up to 255 connected devices. Wireless Local Area Network (WLAN) 9 built on ZigBee ™ technology has an average range of about 75 meters, Wi-Fi technology - 100 meters, and WirelessUSB and Bluetooth technology - 10 meters.

The main advantage of ZigBee ™ 3 is its low power consumption. ZigBee ™ technology responds with such a positive feature as significantly less mutual interference from many devices working side by side. In this regard, Bluetooth technology is losing technology ZigBee ™. The ZigBee ™ 8 wireless data transceiver has a receiver and transmitter (not shown in the drawing) that instruct the ZigBee ™ 3 external wireless data transceiver to transmit data, for example, transmitting data (3D images, etc.). The ZigBee ™ 8 wireless data transceiver is called a wizard.

The main feature of the ZigBee ™ 3 device is that the various ZigBee ™ devices are interconnected

automatically, they only need to be within reach (at a distance of about 10-75 meters).

Once close to the ZigBee ™ 8 device, the ZigBee ™ 3 device can establish not only point-to-point connections when there are only two devices, but also point-to-multipoint when one ZigBee ™ 8 device works with several others at the same time, Thus it is possible to organize a wireless local area network (WLAN).

The ZigBee ™ 8 device can work simultaneously with several other external ZigBee ™ 3 devices (up to 255 devices), which can be: 3D image input devices, fingerprint scanners, remote controls, wireless keyboards and “mice” for the computer, smoke detectors and carbon dioxide, help call devices for the elderly, alarm devices, etc.

Operating your ZigBee ™ 8 in an unfamiliar environment is a search for other ZigBee ™ 3 devices. To do this, a request is sent, and the answer to it depends not only on the presence of active ZigBee ™ 3 devices in the communication radius, but also on the mode in which these devices are located.

The ZigBee ™ 8 device and the ZigBee ™ 3 device agree on the frequency range used, page size, number and other physical parameters of the connection. Once the connection is established, it can be used for a variety of purposes. Perhaps this is due to the set of basic protocols of the IEEE 802.15.4 standard used in ZigBee ™ technology to transfer various types of data.

The advantage of ZigBee ™ 8 and 3 wireless data transceivers from other wireless data transceivers, such as Bluetooth, is low power consumption.

Thus, by introducing a Wi-Fi or ZigBee ™ 3 wireless transceiver operating in the frequency range 2.4-2.5 GHz, the microcontroller 5 of the redistribution of functions between the elements of terminal 1, the utility model is solved: work in a wireless local area network (WLAN) ), i.e. You can transfer data received from the 3D input device over long distances.

The manufacture of terminal 1 is carried out from typical elements of microelectronics.

A microcontroller or microprocessor is a typical element of microelectronics that is widely known in the art. The image input device is made of typical elements of microelectronics known from the prior art.

A Wi-Fi or ZigBee wireless transceiver is made of typical microelectronics elements known in the art. For example, a Wi-Fi 3 wireless transceiver, you can use Broadcom's BCM 4317. A ZigBee 3 wireless transceiver, for example, based on MC 13191 chips (or MC 13192/3) and the MC9S08GB / GT microcontroller from Freescale Semiconductor. But you can use other chips known from the prior art.

Spatial Light Modulator (SLM) can be made in the form of a liquid crystal (LCD) panel, on which the data page is displayed in the form of a matrix consisting of light and dark pixels (binary data).

In the manufacture of terminal 1, PCB flexible cable technology — PCB (Printed Circuit Board), which consists of a printed circuit board, adapter devices, and mounting devices (not shown), can be used. Using RSV, all devices of terminal 1 are connected and fixed.

Prototypes of the terminals are made. Tests have shown that they meet the requirements of the standards for Wi-Fi wireless transceivers (IEEE 802.11.b) or ZigBee ™ (IEEE 802.15.4).

Claims (34)

1. A terminal for transmitting three-dimensional images in biometric systems, comprising a device for inputting three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical block, a first input / output port and a processing and control unit for generating a 3D image representing a ruler the structure that occurs on the surface of a person’s face, distorted by the relief of the surface of the said person, as well as to control the block of multichannel sources structured the backlight and the optical unit, while the output of the optical unit is connected to the input of the processing and control unit, the first control output of which is connected to the control input of the unit of multichannel sources of structured illumination, the second control output of the processing and control unit is connected to the control input of the optical unit, the second input-output the first input-output port is connected to the input-output of the processing and control unit, the first input-output of the first input-output port is the input-output of the 3D image input device In this case, the processing and control unit contains a storage device and an analog-to-digital converter, the input of which is the input of the processing and control unit, while the unit of multichannel structured illumination sources contains a lens, N sources of invisible light radiation, N spatial light modulators, N focusing lenses, and a beam splitter, while the flux of invisible light generated by each source of invisible light passes through the corresponding successively arranged spaces a light modulator and a focusing lens on a beam splitter that passes a divided stream of invisible light radiation onto a lens that focuses the resulting radiation stream, which is a structured illumination, onto the surface of a person’s face, the control inputs of all N sources of invisible light radiation form a control input of a block of multichannel sources of structured illumination wherein the optical unit consists of N focusing lenses, N photodetectors, a beam splitter and a lens through which the passage um the radiation of invisible light reflected from the said person’s face to a beam splitter, which directs the received stream of radiation of invisible light through each focusing lens to the input of the corresponding photodetector, the outputs of all photodetectors form the output of the optical unit, the control input of which is formed by the control inputs of all photodetectors, characterized in that the processing and control unit further comprises a user programmable gate array (FPGA) designed to control the multi-unit channel sources of structured illumination and an optical unit, processing the implementation of aperiodic strip systems obtained from an analog-to-digital converter and forming a 3D image, while the output of an analog-to-digital converter is connected to the input of a user programmable gate array, the first control output of which is the first control output of the processing unit and control, the second control output of the user programmable gate array is the second control input of the sampler unit operation and control, the first input-output of a user-programmable gate array is connected to the input-output of the storage device, the second input-output of a user-programmable gate array is the second input-output of the processing and control unit, in addition, the terminal further comprises a Wi-Fi data transceiver Fi or ZigBee ™ Wireless Data Transceiver, the first microcontroller and clock generator whose output is connected to the clock input of a wireless device Wi-Fi data transceiver or ZigBee ™ wireless data transceiver, the input of the clock generator is connected to the clock output of the Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, the first input-output of the first microcontroller is connected to the input-output of the wireless device Wi-Fi data transceiver or ZigBee ™ wireless data transceiver, the second input-output of the first microcontroller is connected to the input-output of the 3D image input device In addition, the antenna of the Wi-Fi wireless data transceiver is designed to transmit data to / from the database server of the wireless local area network (WLAN) with the Wi-Fi wireless data transceiver, and the antenna of the ZigBee ™ wireless data transceiver is designed to receive and transmit data to / from a wireless local area network (WLAN) database server with a ZigBee ™ wireless data transceiver. 2. The terminal according to claim 1, characterized in that said invisible light source generates infrared or ultraviolet radiation, the clock generator is a crystal oscillator, and a second microcontroller and a digital signal processor (DSP) are built into the user-programmable gate array. 3. The terminal according to claim 2, characterized in that it further comprises a second input / output port, the input-output of which is connected to the third input-output of the first microcontroller. 4. The terminal according to claim 3, characterized in that it further comprises a non-volatile memory (FLASH), the input-output of which is connected to the fourth input-output of the first microcontroller. 5. The terminal according to claim 4, characterized in that it further comprises a keyboard, the output of which is connected to the input of the first microcontroller. 6. A terminal for transmitting three-dimensional images in biometric systems, comprising a device for inputting three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical block, a first input / output port and a processing and control unit for generating a 3D image representing a ruler the structure that occurs on the surface of a person’s face, distorted by the relief of the surface of the said person, as well as to control the block of multichannel sources structured the backlight and the optical unit, while the output of the optical unit is connected to the input of the processing and control unit, the first control output of which is connected to the control input of the unit of multichannel sources of structured illumination, the second control output of the processing and control unit is connected to the control input of the optical unit, the second input-output the first input-output port is connected to the input-output of the processing and control unit, the first input-output of the first input-output port is the input-output of the 3D image input device In this case, the processing and control unit contains a storage device and an analog-to-digital converter, the input of which is the input of the processing and control unit, while the unit of multichannel structured illumination sources contains a lens, N sources of invisible light radiation, N spatial light modulators, N focusing lenses, and a beam splitter, while the flux of invisible light generated by each source of invisible light passes through the corresponding successively arranged spaces a light modulator and a focusing lens on a beam splitter that passes a divided stream of invisible light radiation onto a lens that focuses the resulting radiation stream, which is a structured illumination, onto the surface of a person’s face, the control inputs of all N sources of invisible light radiation form a control input of a block of multichannel sources of structured illumination wherein the optical unit consists of N focusing lenses, N photodetectors, a beam splitter and a lens through which the passage um the radiation of invisible light reflected from the person’s face to a beam splitter, which directs the received stream of radiation of invisible light through each focusing lens to the input of the corresponding photodetector, the outputs of all photodetectors form the output of the optical unit, the control input of which is formed by the control inputs of all photodetectors, characterized in that the processing and control unit further comprises a user-programmable gate array (FPGA) designed to control the multi-channel and points of structured illumination and an optical unit, processing the implementation of aperiodic strip systems obtained from an analog-to-digital converter and forming the aforementioned 3D image, while the output of the analog-to-digital converter is connected to the input of a user programmable gate array, the first control output of which is the first control output of the processing unit and control, the second control output of the user programmable gate array is the second control input of the operation and control, the first input-output of a user-programmable gate array is connected to the input-output of a storage device, the second input-output of a user-programmable gate array is a second input-output of a processing and control unit, in addition, the terminal further comprises a Wi-Fi data transceiver Fi or ZigBee ™ Wireless Data Transceiver, first microcontroller, second I / O port and clock generator whose output is connected to the clock input home of a Wi-Fi wireless transceiver or ZigBee ™ wireless transceiver, the input of the clock is connected to the clock output of a Wi-Fi wireless transceiver or ZigBee ™ wireless transceiver, the first input-output of the first microcontroller is connected to the input-output Wi-Fi wireless data transceivers or ZigBee ™ wireless data transceivers, the second input-output of the first microcontroller is connected to said input-output 3D image input devices, the third input-output of the first microcontroller is connected to the input-output of the second input-output port, while the antenna of the Wi-Fi wireless data transceiver is designed to receive data to / from the database server of a wireless local area network (WLAN) with a Wi-Fi wireless data transceiver, and the ZigBee ™ wireless data transceiver antenna is designed to transmit data to / from a wireless local area network (WLAN) database server with the ZigBee ™ Wireless Transceiver. 7. The terminal according to claim 6, characterized in that the invisible light source generates infrared or ultraviolet radiation, the clock generator is a crystal oscillator, and a second microcontroller and a digital signal processor (DSP) are built into the aforementioned user-programmable gate array. 8. The terminal according to claim 7, characterized in that it further comprises a non-volatile memory (FLASH), the input-output of which is connected to the fourth input-output of the first microcontroller. 9. The terminal of claim 8, characterized in that it further comprises a keyboard, the output of which is connected to the input of the first microcontroller. 10. A terminal for transmitting three-dimensional images in biometric systems, comprising a device for inputting three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical block, a first input / output port and a processing and control unit for generating a 3D image representing a ruler a structure that occurs on the surface of a person’s face, distorted by the relief of the face, as well as to control a block of multichannel sources of structured illumination and an optical unit, wherein the output of the optical unit is connected to the input of the processing and control unit, the first control output of which is connected to the control input of the unit of multichannel sources of structured illumination, the second control output of the processing and control unit is connected to the control input of the optical unit, and the second input-output of the first port the input-output is connected to the input-output of the processing and control unit, the first input-output of the first input-output port is the input-output of the 3D image input device, while m processing and control unit contains a storage device and an analog-to-digital converter, the input of which is an input to the processing and control unit, while the block of multichannel structured illumination sources contains a lens, N sources of invisible light radiation, N spatial light modulators, N focusing lenses and a beam splitter, this stream of radiation of invisible light generated by each source of invisible light passes through the corresponding sequentially located spatial light a modulator and a focusing lens on a beam splitter, which passes a divided flux of invisible light radiation onto a lens that focuses the received flux of radiation, which is a structured illumination, onto the surface of a person’s face, the control inputs of all N sources of invisible light radiation form the mentioned control input of a block of multichannel sources of structured illumination wherein the optical unit consists of N focusing lenses, N photodetectors, a beam splitter and a lens through which the passage t the radiation of invisible light reflected from the person’s face to a beam splitter, which directs the received stream of radiation of invisible light through each focusing lens to the input of the corresponding photodetector, the outputs of all photodetectors form the output of the optical unit, the control input of which is formed by the control inputs of all photodetectors, characterized in that the processing and control unit further comprises a user-programmable gate array (FPGA) designed to control the multi-channel unit points of structured illumination and an optical unit, processing the implementation of aperiodic strip systems obtained from an analog-to-digital converter and forming a 3D image, while the output of the analog-to-digital converter is connected to the input of a user programmable gate array, the first control output of which is the first control output of the processing unit and control, the second control output of the user programmable gate array is the second control input of the processing and control unit phenomena, the first input-output of the user-programmable gate array is connected to the input-output of the storage device, the second input-output of the user-programmable gate array is the second input-output of the processing and control unit, in addition, the terminal further comprises a Wi-Fi data transceiver or ZigBee ™ wireless data transceiver, first microcontroller, second I / O port, non-volatile memory (FLASH), and a clock generator whose output is connected not with the clock input of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, the clock generator input is connected to the clock output of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, the first input-output of the first microcontroller is connected to input-output device Wi-Fi wireless transceiver or wireless data transceiver ZigBee ™, the second input-output of the first microcontroller is connected to the input-in the output of the 3D image input device, the third input-output of the first microcontroller is connected to the input-output of the second input-output port, the fourth input-output of the first microcontroller is connected to the input-output of non-volatile memory, while the antenna of the above-mentioned Wi-Fi wireless data transceiver is designed to transmitting data to / from a database server of a wireless local area network (WLAN) with a Wi-Fi data transceiver, and an antenna of said wireless transceiver device garden Information ZigBee ™ transceiver is designed for the data to / from the database server, a wireless local area network (WLAN) device with a wireless transceiver ZigBee ™ data. 11. The terminal of claim 10, wherein said invisible light source generates infrared or ultraviolet radiation, the clock is a crystal oscillator, and a second microcontroller and a digital signal processor (DSP) are built into the user programmable gate array. 12. The terminal according to claim 11, characterized in that it further comprises a keyboard, the output of which is connected to the input of the first microcontroller. 13. A terminal for transmitting three-dimensional images in biometric systems, comprising a device for inputting three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical block, a first input / output port and a processing and control unit for generating a 3D image representing a ruler a structure that occurs on the surface of a person’s face, distorted by the relief of the face, as well as to control a block of multichannel sources of structured illumination and an optical unit, wherein the output of the optical unit is connected to the input of the processing and control unit, the first control output of which is connected to the control input of the unit of multichannel sources of structured illumination, the second control output of the processing and control unit is connected to the control input of the optical unit, and the second input-output of the first port the input-output is connected to the input-output of the processing and control unit, the first input-output of the first input-output port is the input-output of the 3D image input device, while m processing and control unit contains a storage device and an analog-to-digital converter, the input of which is the mentioned input of the processing and control unit, while the block of multichannel structured illumination sources contains a lens, N sources of invisible light radiation, N spatial light modulators, N focusing lenses and a beam splitter, wherein the radiation flux of invisible light generated by each source of invisible light passes through the corresponding successively located spaces a light modulator and a focusing lens on a beam splitter that passes a divided stream of invisible light radiation onto a lens that focuses the said radiation stream, which is a structured illumination, onto the surface of a person’s face, the control inputs of all N sources of invisible light radiation form a control input of a block of multichannel sources of structured illumination, wherein said optical unit consists of N focusing lenses, N photodetectors, a beam splitter and a lens through which the radiation of invisible light reflected from the person’s face passes to a beam splitter that directs the received radiation flux of invisible light through each focusing lens to the input of the corresponding photodetector, the outputs of all photodetectors form the output of the optical unit, the control input of which is formed by the control inputs of all photodetectors, different the fact that the processing and control unit further comprises a user programmable gate array (FPGA) designed to control the a multichannel source of structured illumination and an optical unit, processing implementations of aperiodic strip systems obtained from an analog-to-digital converter and forming a 3D image, while the output of the analog-to-digital converter is connected to the input of a user programmable gate array, the first control output of which is the first control output of the block processing and control, the second control output of the user programmable gate array is the second control input the processing and control unit, the first input-output of a user-programmable gate array is connected to the input-output of the storage device, the second input-output of a user-programmable gate array is a second input-output of the processing and control unit, in addition, the terminal further comprises a device for wireless data transceiver Wi -Fig or ZigBee ™ wireless data transceiver, first microcontroller, second I / O port, keyboard and clock, the output of which connected to the clock input of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, the clock generator input is connected to the clock output of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, the first input-output of the first microcontroller is connected to input-output device Wi-Fi wireless transceiver or wireless data transceiver ZigBee ™, the second input-output of the first microcontroller is connected to the input om output of the 3D image input device, the third input-output of the first microcontroller is connected to the input-output of the second input-output port, the keyboard output is connected to the input of the first microcontroller, while the antenna of the Wi-Fi wireless data transceiver is designed to transmit data to / from a wireless local area network (WLAN) database server with a Wi-Fi wireless data transceiver, and the antenna of said ZigBee ™ wireless data transceiver is intended for transceivers cottages data to / from the database a wireless local area network server (WLAN) device with a wireless transceiver ZigBee ™ data. 14. The terminal according to item 13, wherein the invisible light source generates infrared or ultraviolet radiation, the clock is a crystal oscillator, and a second microcontroller and a digital signal processor (DSP) are built into the user-programmable gate array. 15. The terminal 14, characterized in that it further comprises a non-volatile memory (FLASH), the input-output of which is connected to the fourth input-output of the first microcontroller. 16. A terminal for transmitting three-dimensional images in biometric systems, comprising an input device for three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical block, a first input / output port and a processing and control unit for generating a 3D image representing a ruler a structure that occurs on the surface of a person’s face, distorted by the relief of the face, as well as to control a block of multichannel sources of structured illumination and an optical unit, wherein the output of the optical unit is connected to the input of the processing and control unit, the first control output of which is connected to the control input of the unit of multichannel sources of structured illumination, the second control output of the processing and control unit is connected to the control input of the optical unit, and the second input-output of the first port the input-output is connected to the input-output of the processing and control unit, the first input-output of the first input-output port is the input-output of the 3D image input device, while m processing and control unit contains a storage device and an analog-to-digital converter, the input of which is an input to the processing and control unit, while the block of multichannel structured illumination sources contains a lens, N sources of invisible light radiation, N spatial light modulators, N focusing lenses and a beam splitter, this stream of radiation of invisible light generated by each source of invisible light passes through the corresponding sequentially located spatial light a modulator and a focusing lens on a beam splitter, which passes a divided flux of invisible light radiation onto a lens that focuses the received flux of radiation, which is a structured illumination, onto the surface of a person’s face, the control inputs of all N sources of invisible light radiation form the mentioned control input of a block of multichannel sources of structured illumination wherein the optical unit consists of N focusing lenses, N photodetectors, a beam splitter and a lens through which the passage t the radiation of invisible light reflected from the person’s face to a beam splitter, which directs the received stream of radiation of invisible light through each focusing lens to the input of the corresponding photodetector, the outputs of all photodetectors form the output of the optical unit, the control input of which is formed by the control inputs of all photodetectors, characterized in that the processing and control unit further comprises a user-programmable gate array (FPGA) designed to control the multi-channel unit points of structured illumination and an optical unit, processing the implementation of aperiodic strip systems obtained from an analog-to-digital converter and forming the aforementioned 3D image, while the output of the analog-to-digital converter is connected to the input of a user programmable gate array, the first control output of which is the first control output of the processing unit and control, the second control output of the user programmable gate array is the second control input of the operation and control, the first input-output of a user-programmable gate array is connected to the input-output of the storage device, the second input-output of a user-programmable gate array is the second input-output of the processing and control unit, in addition, the terminal further comprises a Wi-Fi data transceiver Fi or ZigBee ™ Wireless Data Transceiver, first microcontroller, second I / O port, non-volatile memory (FLASH), keyboard and clock the output of which is connected to the clock input of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, the clock generator input is connected to the clock output of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, first input-output the first microcontroller is connected to the input-output of a Wi-Fi wireless transceiver or ZigBee ™ wireless data transceiver, the second input-output of the first microcontroller lera is connected to the input-output of the 3D image input device, the third input-output of the first microcontroller is connected to the input-output of the second input-output port, the fourth input-output of the first microcontroller is connected to the input-output of non-volatile memory, the keyboard output is connected to the input of the first microcontroller, the antenna of the Wi-Fi wireless data transceiver device is designed to transmit data to / from the database server of a wireless local area network (WLAN) with a wireless transceiver device garden Wi-Fi data and an antenna for the wireless data transceiver ZigBee ™ transceiver is designed for the data to / from the database server, a wireless local area network (WLAN) device with a wireless transceiver ZigBee ™ data. 17. The terminal according to claim 16, characterized in that said invisible light source generates infrared or ultraviolet radiation, the clock generator is a crystal oscillator, and a second microcontroller and a digital signal processor (DSP) are built into the user-programmable gate array. 18. A terminal for transmitting three-dimensional images in biometric systems, comprising a device for inputting three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical block, a first input-output port and a processing and control unit for generating a 3D image representing a ruler a structure that occurs on the surface of a person’s face, distorted by the relief of the face, as well as to control a block of multichannel sources of structured illumination and an optical unit, wherein the output of the optical unit is connected to the input of the processing and control unit, the first control output of which is connected to the control input of the unit of multichannel sources of structured illumination, the second control output of the processing and control unit is connected to the control input of the optical unit, and the second input-output of the first port the input-output is connected to the input-output of the processing and control unit, the first input-output of the first input-output port is the input-output of the 3D image input device, while m said processing and control unit contains a storage device, while the unit of multichannel structured illumination sources contains a lens, N sources of invisible light radiation, N spatial light modulators, N focusing lenses and a beam splitter, while the invisible light radiation stream generated by each invisible light source passes through the corresponding sequentially located spatial light modulator and a focusing lens to a beam splitter that passes the divided sweat ok of invisible light emission onto a lens that focuses the aforementioned radiation flux, which is a structured illumination, onto the surface of a person’s face, the control inputs of all N invisible light sources form the control input of a block of multichannel structured illumination sources, wherein said optical block consists of N focusing lenses, N photodetectors, a beam splitter and a lens through which the radiation of invisible light reflected from the person’s face passes into a beam splitter A device that directs the received radiation flux of invisible light through each of the focusing lenses to the input of the corresponding photodetector, the outputs of all photodetectors form the output of the optical unit, the control input of which is formed by the control inputs of all photodetectors, characterized in that the processing and control unit further comprises a user-programmable gate array (FPGA) and a second microcontroller designed to control a block of multichannel sources of structured illumination and the optical unit, as well as for analog-to-digital conversion of signals received from the optical unit, and the formation of the implementation of aperiodic strip systems, while the user-programmed gate array is designed to process the implementation of aperiodic strip systems received from the second microcontroller, and the formation of 3D images, the output of the second microcontroller is connected to the input of a user programmable gate array, the first input-output of which is connected to the input-output of the storage device VA, the second input-output of the user programmable gate array is the second input-output of the processing and control unit, the input of the second microcontroller is the input of the processing and control unit, the first control output of the second microcontroller is the first control output of the processing and control unit, the second control output of the second microcontroller is the second control output processing and control unit, in addition, the terminal further comprises a Wi-Fi data transceiver and whether the ZigBee ™ wireless data transceiver, the first microcontroller and clock, whose output is connected to the clock input of the Wi-Fi wireless data transceiver, or the ZigBee ™ wireless data transceiver, the input of the clock generator, is connected to the clock output of the Wi- wireless data transceiver Fi or ZigBee ™ wireless data transceiver, the first input / output of the first microcontroller is connected to the input / output of the wireless transceiver and Wi-Fi data or a ZigBee ™ wireless data transceiver, the second input-output of the first microcontroller is connected to the input / output of the 3D image input device, while the antenna of the Wi-Fi wireless data transceiver is designed to transmit data to / from the wireless database server a local area network (WLAN) with a Wi-Fi wireless data transceiver, and the ZigBee ™ wireless data transceiver antenna is designed to transmit data to / from a wireless database server aqueous local area network (WLAN) device with a wireless data transceiver ZigBee ™. 19. The terminal according to claim 18, characterized in that the invisible light source generates infrared or ultraviolet radiation, the clock generator is a crystal oscillator, an analog-to-digital converter is built into the second microcontroller, and a digital signal processor is built in by the user-programmable gate array. 20. The terminal according to claim 19, characterized in that it further comprises a second input / output port, the input-output of which is connected to the third input-output of the first microcontroller. 21. The terminal according to claim 20, characterized in that it further comprises a non-volatile memory (FLASH), the input-output of which is connected to the fourth input-output of the first microcontroller. 22. The terminal according to item 21, characterized in that it further comprises a keyboard, the output of which is connected to the input of the first microcontroller. 23. A terminal for transmitting three-dimensional images in biometric systems, comprising a device for inputting three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical block, a first input / output port, and a processing and control unit for generating a 3D image representing a ruler the structure that occurs on the surface of a person’s face, distorted by the relief of the surface of the said person, as well as to control the block of multichannel sources structured the backlight and the optical unit, while the output of the optical unit is connected to the input of the processing and control unit, the first control output of which is connected to the control input of the unit of multichannel sources of structured illumination, the second control output of the processing and control unit is connected to the control input of the optical unit, the second input-output the first input-output port is connected to the input-output of the processing and control unit, the first input-output of the first input-output port is the input-output of the 3D image input device and the processing and control unit contains a storage device, while the unit of multichannel structured illumination sources contains a lens, N sources of invisible light radiation, N spatial light modulators, N focusing lenses and a beam splitter, while the invisible light radiation flux generated by each invisible light source passes through the corresponding sequentially located spatial light modulator and a focusing lens to a beam splitter, which passes divided by the radiation current of invisible light on the lens, which focuses the received radiation flux, which is a structured illumination, on the surface of a person’s face, the control inputs of all N sources of radiation of invisible light form the control input of a block of multichannel sources of structured illumination, while the optical block consists of N focusing lenses, N photodetectors, a beam splitter and a lens through which the radiation of invisible light reflected from the person’s face passes to a beam splitter that is directed t the resulting flux of invisible light radiation through each focusing lens to the input of the corresponding photodetector, the outputs of all photodetectors form the output of the optical unit, the control input of which is formed by the control inputs of all photodetectors, characterized in that the processing and control unit additionally contains a user-programmable gate array (FPGA) and a second microcontroller designed to control a block of multichannel sources of structured illumination and an optical block, as well as analog-to-digital conversion of signals received from the optical unit and the formation of the implementation of aperiodic strip systems, while the programmable gate array is designed to process the implementation of aperiodic strip systems received from the second microcontroller and form the 3D image, the output of the second microcontroller is connected to the programmable input the user of the gate array, the first input-output of which is connected to the input-output of the storage device, the second input-output the user programmable gate array is the second input-output of the processing and control unit, the input of the second microcontroller is the input of the processing and control unit, the first control output of the second microcontroller is the first control output of the processing and control unit, the second control output of the second microcontroller is the second control output of the processing unit and control, in addition, the terminal further comprises a Wi-Fi data transceiver or device ZigBee ™ wireless data transceiver, first microcontroller, second I / O port and a clock, the output of which is connected to the clock input of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, and the clock generator input is connected to the clock output of the device wireless Wi-Fi data transceiver or ZigBee ™ wireless data transceiver, the first input-output of the first microcontroller is connected to the input-output of the device wirelessly Wi-Fi data transceiver or ZigBee ™ wireless data transceiver, the second input-output of the first microcontroller is connected to the input-output of the 3D image input device, the third input-output of the first microcontroller is connected to the input-output of the second input-output port, while the device’s antenna Wi-Fi data transceiver is designed to transmit data to / from the database server of a wireless local area network (WLAN) with a Wi-Fi data transceiver, and the device’s antenna The ZigBee ™ Wireless Data Transceiver is designed to transmit data to / from the WLAN database server with the ZigBee ™ Wireless Transceiver. 24. The terminal according to claim 23, wherein the invisible light source generates infrared or ultraviolet radiation, said clock generator is a crystal oscillator, an analog-to-digital converter is integrated in the second microcontroller, and a digital signal processor is integrated in the user-programmable gate array. 25. The terminal according to paragraph 24, characterized in that it further comprises a non-volatile memory (FLASH), the input-output of which is connected to the fourth input-output of the first microcontroller. 26. The terminal according A.25, characterized in that it further comprises a keyboard, the output of which is connected to the input of the first microcontroller. 27. A terminal for transmitting three-dimensional images in biometric systems, comprising a device for inputting three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical block, a first input / output port and a processing and control unit for generating a 3D image representing a ruler a structure that occurs on the surface of a person’s face, distorted by the relief of the face, as well as to control a block of multichannel sources of structured illumination and an optical unit, wherein the output of the optical unit is connected to the input of the processing and control unit, the first control output of which is connected to the control input of the unit of multichannel sources of structured illumination, the second control output of the processing and control unit is connected to the control input of the optical unit, and the second input-output of the first port the input-output is connected to the input-output of the processing and control unit, the first input-output of the first input-output port is the input-output of the 3D image input device, while m said processing and control unit contains a storage device, while the unit of multichannel structured illumination sources contains a lens, N sources of invisible light radiation, N spatial light modulators, N focusing lenses and a beam splitter, while the invisible light radiation stream generated by each invisible light source passes through the corresponding sequentially located spatial light modulator and a focusing lens to a beam splitter that passes the divided sweat ok of invisible light emission onto a lens that focuses the aforementioned radiation flux, which is a structured illumination, onto the surface of a person’s face, the control inputs of all N invisible light sources form the control input of a block of multichannel structured illumination sources, while the optical unit consists of N focusing lenses , N photodetectors, a beam splitter and a lens through which radiation of invisible light reflected from the person’s face passes to a beam splitter that directs the received radiation flux of invisible light through each focusing lens to the input of the corresponding photodetector, the outputs of all photodetectors form the output of the optical unit, the control input of which is formed by the control inputs of all photodetectors, characterized in that the processing and control unit additionally contains a user-programmable gate array (FPGA) and a second microcontroller designed to control a block of multichannel sources of structured illumination and an optical block, as well as for analog-to-digital conversion of signals received from the optical unit and formation of the implementation of aperiodic strip systems, the user-programmed gate array is designed to process the implementation of aperiodic strip systems received from the second microcontroller and form a 3D image, the output of the second microcontroller is connected to the input of a user programmable gate array, the first input-output of which is connected to the input-output of the storage device, the second input-output p the user-programmable gate array is the second input-output of the processing and control unit, the input of the second microcontroller is the input of the processing and control unit, the first control output of the second microcontroller is the first control output of the processing and control unit, the second control output of the second microcontroller is the second control output of the processing unit and control, in addition, the terminal further comprises a Wi-Fi wireless data transceiver or wireless device one ZigBee ™ data transceiver, a first microcontroller, a second input / output port, non-volatile memory (FLASH) and a clock generator whose output is connected to the clock input of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, input of a clock connected to the clock output of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, the first input-output of the first microcontroller is connected to the input-output of the device For wireless Wi-Fi data transceiver or ZigBee ™ wireless data transceiver, the second input-output of the first microcontroller is connected to the input-output of the 3D image input device, the third input-output of the first microcontroller is connected to the input-output of the second input-output port, fourth input - the output of the first microcontroller is connected to the input-output of non-volatile memory, while the antenna of the Wi-Fi wireless data transceiver is designed to transmit data to / from the wireless database server one local area network (WLAN) with a Wi-Fi wireless data transceiver, and the antenna of the ZigBee ™ wireless data transceiver is designed to transmit data to / from a wireless local area network (WLAN) database server with a ZigBee ™ wireless data transceiver. 28. The terminal according to claim 27, characterized in that the invisible light source generates infrared or ultraviolet radiation, the clock generator is a crystal oscillator, an analog-to-digital converter is built into the second microcontroller, and a digital signal processor is built in by the user-programmable gate array. 29. The terminal according to p. 28, characterized in that it further comprises a keyboard, the output of which is connected to the input of the first microcontroller. 30. A terminal for transmitting three-dimensional images in biometric systems, comprising a device for inputting three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical block, a first input / output port, and a processing and control unit for generating a 3D image representing a ruler a structure that occurs on the surface of a person’s face, distorted by the relief of the face, as well as to control a block of multichannel sources of structured illumination and an optical unit, wherein the output of the optical unit is connected to the input of the processing and control unit, the first control output of which is connected to the control input of the unit of multichannel sources of structured illumination, the second control output of the processing and control unit is connected to the control input of the optical unit, and the second input-output of the first port the input-output is connected to the input-output of the processing and control unit, the first input-output of the first input-output port is the input-output of the 3D image input device, while m processing and control unit contains a storage device, while the unit of multichannel structured illumination sources contains a lens, N sources of invisible light radiation, N spatial light modulators, N focusing lenses and a beam splitter, while the invisible light radiation flux generated by each invisible light source passes through corresponding sequentially located spatial light modulator and a focusing lens on a beam splitter that passes a divided radiation flux I invisible light on the lens, which focuses the received radiation flux, which is a structured illumination, on the surface of a person’s face, the control inputs of all N sources of invisible light radiation form the control input of a block of multichannel sources of structured illumination, while the optical block consists of N focusing lenses, N photodetectors, a beam splitter and a lens through which the radiation of invisible light reflected from the person’s face passes to a beam splitter that directs the received the flux of invisible light through each focusing lens to the input of the corresponding photodetector, the outputs of all photodetectors form the output of the optical unit, the control input of which is formed by the control inputs of all photodetectors, characterized in that the processing and control unit additionally contains a user-programmable gate array (FPGA) and a second microcontroller , designed to control the block of multichannel sources of structured illumination and the optical block, as well as for analog-digital the conversion of signals received from the optical unit and the formation of implementations of aperiodic strip systems, while the programmable gate array is designed to process the implementation of aperiodic strip systems received from the second microcontroller and form a 3D image, the output of the second microcontroller is connected to the input of the programmable gate array the first input-output of which is connected to the input-output of the said storage device, the second input-output to the programmer the user-specified gate array is said second input-output of the processing and control unit, the input of the second microcontroller is the input of the processing and control unit, the first control output of the second microcontroller is the first control output of the processing and control unit, the second control output of the second microcontroller is the second control output of the processing unit and control, in addition, the terminal further comprises a Wi-Fi data transceiver or wireless device ZigBee ™ water data transceiver, first microcontroller, second I / O port, keyboard and clock, the output of which is connected to the clock input of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, the input of the clock generator is connected to the clock output Wi-Fi wireless transceivers or ZigBee ™ wireless transceivers, the first input-output of the first microcontroller is connected to the input-output of the wireless device Wi-Fi data transceiver or ZigBee ™ wireless data transceiver, the second input-output of the first microcontroller is connected to the input-output of the 3D image input device, the third input-output of the first microcontroller is connected to the input-output of the second input-output port, the keyboard output is connected to the input of the first microcontroller, while the antenna of the Wi-Fi wireless data transceiver device is designed to transmit data to / from the database server of a wireless local area network (WLAN) with device b Wi-Fi wireless data transceiver, and the ZigBee ™ wireless data transceiver antenna is designed to transmit data to / from a wireless local area network (WLAN) database server with a ZigBee ™ wireless data transceiver. 31. The terminal according to claim 30, wherein the invisible light source generates infrared or ultraviolet radiation, the clock generator is a quartz oscillator, an analog-to-digital converter is built into the second microcontroller, and a digital signal processor is built into the user-programmable gate array. 32. The terminal according to p. 31, characterized in that it further comprises a non-volatile memory (FLASH), the input-output of which is connected to the fourth input-output of the first microcontroller. 33. A terminal for transmitting three-dimensional images in biometric systems, comprising a device for inputting three-dimensional (3D) images, consisting of a block of multichannel sources of structured illumination, an optical block, a first input / output port and a processing and control unit for generating a 3D image representing a ruler a structure that occurs on the surface of a person’s face, distorted by the relief of the face, as well as to control a block of multichannel sources of structured illumination and an optical unit, wherein the output of the optical unit is connected to the input of the processing and control unit, the first control output of which is connected to the control input of the unit of multichannel sources of structured illumination, the second control output of the processing and control unit is connected to the control input of the optical unit, the second input-output of the first port the input-output is connected to the input-output of the processing and control unit, the first input-output of the first input-output port is the input-output of the 3D image input device, while m processing and control unit contains a storage device, while the unit of multichannel structured illumination sources contains a lens, N sources of invisible light radiation, N spatial light modulators, N focusing lenses and a beam splitter, while the invisible light radiation flux generated by each invisible light source passes through corresponding sequentially located spatial light modulator and a focusing lens on a beam splitter that passes a divided radiation flux I invisible light on the lens, which focuses the received radiation flux, which is a structured illumination, on the surface of a person’s face, the control inputs of all N sources of invisible light radiation form the control input of a block of multichannel sources of structured illumination, while the optical block consists of N focusing lenses, N photodetectors, a beam splitter and a lens through which the radiation of invisible light reflected from the person’s face passes to a beam splitter that directs the received the invisible light emission stream through each said focusing lens to the input of the corresponding photodetector, the outputs of all photodetectors form the output of the optical unit, the control input of which is formed by the control inputs of all photodetectors, characterized in that the processing and control unit further comprises a user programmable gate array (FPGA) and a second a microcontroller designed to control a block of multichannel sources of structured illumination and an optical block, as well as analog-to-digital conversion of signals received from the optical unit and the formation of implementations of aperiodic strip systems, while the programmable gate array is designed to process implementations of aperiodic strip systems received from the second microcontroller and form a 3D image, the output of the second microcontroller is connected to the input of a programmable user gate matrix, the first input-output of which is connected to the input-output of the storage device, the second input-output is programmable my user of the gate array is the second input-output of the processing and control unit, the input of the second microcontroller is the input of the processing and control unit, the first control output of the second microcontroller is the first control output of the processing and control unit, the second control output of the second microcontroller is the second control output of the processing unit and control, in addition, the terminal further comprises a Wi-Fi data transceiver or a wireless reception device ZigBee ™ data transmission, first microcontroller, second I / O port, non-volatile memory (FLASH), keyboard and clock, the output of which is connected to the clock input of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, clock generator input frequency is connected to the clock output of a Wi-Fi wireless data transceiver or ZigBee ™ wireless data transceiver, the first input-output of the first microcontroller is connected to the input-output of the device For Wi-Fi data transceiver or ZigBee ™ wireless data transceiver, the second input-output of the first microcontroller is connected to the input-output of the 3D image input device, the third input-output of the first microcontroller is connected to the input-output of the second input-output port, fourth input - the output of the first microcontroller is connected to the input-output of the aforementioned non-volatile memory, the keyboard output is connected to the input of the first microcontroller, while the antenna of the Wi-Fi data transceiver is designed to transmit data to / from the database server of a wireless local area network (WLAN) with a Wi-Fi data transceiver, and the antenna of the ZigBee ™ wireless data transceiver is designed to transmit data to / from a database server of a wireless local area network ( WLAN) with the ZigBee ™ Wireless Transceiver. 34. The terminal according to claim 33, wherein the invisible light source generates infrared or ultraviolet radiation, the clock is a quartz oscillator, an analog-to-digital converter is built into the second microcontroller, and a digital signal processor is built into the user-programmable gate array.