RU2263960C2 - Portable complex of control automation means - Google Patents

Abstract

FIELD: computer science.

SUBSTANCE: complex is meant for solving problems of back area and technical provision at automatic workstations, linked by local area network, processing of cartographic information, automated information exchange with higher and lower organs of back area provision, controlling lower organs of provision in both automated and non-automated modes, provision of phone communication with higher and lower control stations, and also radio communication in case of movement with a vehicle column. Portable complex is held in two vehicles, headquarter vehicle and headquarter trailer. In headquarter vehicle, workstations of two officers and workstation of communications engineer in technical section are positioned. In headquarter trailer, workstation of squad commander and two workstations of officers are positioned. Technical section is provided with equipment for communications and data exchange. Functioning of portable complex is realized by technical means in conjunction with appropriate installed software.

EFFECT: broader functional capabilities, higher efficiency.

3 cl, 2 dwg

Description

Technical field

This technical solution relates to the field of computer technology, namely to mobile complexes of automation of the control process in parts and divisions of power ministries.

State of the art

An analogue of this technical solution is the well-known automation system for a mobile control center (product b5s836 PS1.320.293) containing product 9V513-1 PS1.791.004 with central on-board computer A50, products 7t-103M PS 1.700.044 and 7t102M PS1.700.043 for placement commander and subordinate services, products 9С769 ПС1.791.005 and 9С768 ПС1.791.006 for collecting information, product 65s359 TU2.133.027 with a set of data transmission equipment and equipment T-226DM and T-244.

The disadvantages of the analogue are its cumbersomeness due to the need to place large-sized technical equipment in a large number of transport units, limited functionality due to the low performance of computing and data transmission and communication tools.

The closest analogue (prototype) of the claimed technical solution is a set of automation tools for the command post vehicle (products 9C914, 9C915, 9C917 and 9C919), which are part of the Vivarium rocket artillery brigade control system.

The control system (SU) includes:

- control complex command post (KP) rocket artillery brigade (reab) (product 9S913), consisting of:

command and staff vehicle (KShM) commander of the reab (product 9S914),

KShM headquarters reabr (product 9S915);

- KShM commander of the missile artillery division (read) (product 9S916);

- KShM commander of a rocket artillery battery (reabat) (senior officer of the battery) (product 9S917).

The typical composition and structure of the KShM control system "Vivarium" contains an onboard computer, from 2 to 5 display devices, a printing device, a time sensor, data transmission equipment, short-wave and ultra-short-wave radio stations, a channel switching unit.

The disadvantages of the prototype are small functionality, determined by the insufficient power of the onboard (central) computer, the bandwidth of the data transmission channels; the allocation of jobs for the commander, chief of staff, and operational personnel in separate command and staff vehicles, which entails an increase in the number of transport units.

The essence of the technical solution

The mobile complex of control automation equipment contains the automated workplace (AWP) of the brigade commander (AWP KBr) and two automated workplaces for officers AWP DL3 and AWP DL4 located in the command and operational compartments of the headquarters trailer, two automated workplaces for officers AWP DL1 and AWP DL2, located in the operational compartment of the staff car.

The purpose of this technical solution is to expand the functionality, the range of tasks, increase computing power, the performance of data and communication channels, create comfortable conditions for operational and technical staff.

To obtain this technical result, the complex contains personal electronic computers (PCs) consisting of a system unit, a monitor, a keyboard and a mouse-type manipulator as part of automated workstations, and a repeater located in the staff machine through which the PCs are combined into a local computer network (LAN).

The complex additionally contains in the technical compartment of the headquarters machine an automated workstation of a signalman, consisting of two system units of personal electronic computers used as a server of a signal converter (UPS) and a server of data transmission equipment (ADF) connected to a local computer network, a switch, connected to two system units of the UPS server and the ADF server, monitor, keyboard and mouse-type manipulator, connected to any of the system units via the switch.

The complex additionally contains two remote workstations for officials (VARM DL1 and VARM DL2) based on Notebook PCs, a fiber optic communication line (FOCL) having two concentrators at the ends of the fiber optic link, one of which is connected to VARM DL1 and VARM DL2, and the second FOCL hub is connected to the local area network.

The complex additionally contains a matrix printer connected to the PC AWM DL3 system unit, and a laser printer connected to the AWP DL4 PC system unit.

The complex additionally contains a switching field from S-25 blocks located in the technical compartment of the staff vehicle, the outputs of which are connected to the outputs of the data transmission complex (Efficiency) and a telephone cable (TLF) to an auxiliary or reference communication center (VUS or OUS), a short-wave radio station P- 163-50K connected to the switching field, radio relay station R-415НВ, connected to the switching field and directional antennas 1B11 and DB11 on a 16-meter mast for linking to the VUS or OUS, two ultra-short-wave radio stations R-171M, connected with a switching field and with ASh2 antennas for working in radio networks, channel-forming equipment P-330-6 for linking the product to a VUS or OUS and a measuring device P321 connected to the switching field, technological communication telephone (TTS) TA-57 connected to the switching field, the transmission control unit of the PMC, connected respectively to the T-240D equipment and the output of the TSS, switch P-193M.

The complex additionally contains the U8403C2 multiplexer, the linear outputs of which are connected to the switching field from C-25 units, and the multiplexer is connected to the UPS server system unit via the ISA bus.

The complex additionally contains a R-326M exact time radio receiver, A0301 timeline shaper connected to a R-326M radio receiver, two sets of A0302 secondary clocks located in the operational compartment of the staff car and in the headquarters trailer on AWP KBr and connected to the A0301 device, adapter T -235, which provides the connection of the parallel interface FROM the device A0301 with the serial interface RS-232C of the PC AWM DL3 system unit in the operational compartment of the staff machine.

The complex additionally contains two speakerphone DAH DA1, located on AWP KBr and AWP DL1 or AWP DL2 in the premises of the headquarters trailer and staff car and interconnected.

The complex additionally contains four operational communication phones (TOS) TA-57 located on AWP KBr, AWP DL1 or AWP DL2, AWP DLZ or AWP DL4, WARM DL1 or WARM DL2 and connected to the P-193M switchboard.

The complex additionally contains three telephones of long-distance communication (TDS) located on AWP KBr, AWP DL1 or AWP DL2, AWP DL3 or AWP DL4 and connected to the switching field from S-25 units.

The complex additionally contains a switching box for special communication telephones (TCC) for connecting AT-3031 or TA-88 special communication telephones located on AWP KBr, AWP DL1 or AWP DL2, AWP DLZ or AWP DL4, WARM DL1 or WARM DL2 and connected by a switching box .

The complex additionally contains an ultra-short-wave radio station R-158 installed in the driver's cab to provide radio communications when driving in a convoy.

The complex additionally contains in the headquarters machine the first shield ЩА3, the input of which is connected to the cable input of the VK4 power supply, the first power supply filter ФП-13, the input of which is connected to the output of the shield ЩА3, and the output - with the power supply input of the air conditioner, stabilizer-device 153Н, power board А0902 the input of which is connected to the output of the first FP-13 filter, the input-output is connected to the output-input of the 153N device, and the output is fed to the inputs ~ 380/220 V and = 27 V of technical equipment, an uninterruptible power supply IBEP, the input of which is connected to the output power board A0902, and output with input power supply ~ 220 V PC AWP DL1, AWP DL2, UPS server, ADF server, a second power board, the input of which is connected to the output of the FP-13 power filter, and the outputs with lighting, filter and ventilation installation equipment (FVUA), air purification system (0B65).

The complex additionally contains in the head-mounted trailer a second shield ША3, the input-output of which is connected to the input / output block 3 ~ 380/220 V, 50 Hz of the body of the head-mounted trailer, a second power filter FP-13, the input of which is connected to the output of the second shield ША3, the output is used to supply ~ 380/220 V and power the air conditioner, the second uninterruptible power supply IBEP, the input of which is connected to the output of the second power filter FP-13, and the output is connected to the power inputs ~ 220 V PCM AWP KBr, AWP DL3 and AWP DL4, power board, the input of which is connected to the output of the second filter power supply FP-13, and the output with lighting, FVUA, 0V65.

List of drawings and other materials

Figure 1 shows the structural diagram of a rolling complex of control automation equipment, located in a box body of a staff car.

Figure 2 shows the structural diagram of a rolling complex of control automation equipment located in the trailer body of the staff car.

An example embodiment of the invention

A movable set of control automation equipment (Fig. 1) is located in a van body of a staff vehicle 1 and contains a short-wave (KB) radio station R-163-50K 2, a radio relay station R-415НВ 3, two ultra-short-wave (VHF) radio stations R-171M 4, radio station R-158 5, providing radio communication when moving in a column, power board 6, radio receiver R-326M 7 signals of a single time system (SEV), channelization equipment P-330-6 8, equipment P-321 9, switching field from blocks C25 10, telephone of technical communication (TTS) TA-57 11, equipment T-240D 12, equipment T-230-06 13 : transmission control box (PLC) 14, two sets of equipment T-231-1U 15, a shaper of a timeline (device U0301) 16, a gearbox 17, equipment T-230-1A 18, power board A0902 19, uninterruptible power supply IBEP 20 , device 153N 21 (voltage stabilizer and distributor = 27 V to consumers), multiplexer U8403С2 22, power filter (noise suppression) FP-13 23, switch P-193M 24, UPS server (Trial PC system unit) 25, monitor 15 " 26, ADF server (Trial P3 PC system unit) 27, switch 28, keyboard 29, graphic information manipulator (MGI) of the type “mouse” 30, two adapters T-235 31, equipment T-235-3 32, ShchA3 33, workstation of an official (AWP DL2) 34, clock A0302 35, speakerphone DA1 36, telephone operational communications (TOS) TA-57 37, hub 38, monitor 17 "39, Trial 40 personal computer system unit, P-171D 41 long-distance telephone (EDS), Epson FX1170 42 dot matrix printer, HP LaserJet 1220 43 laser printer , official workstation of an official (AWP DL1) 44, repeater EP-1007 45, telephone for special communications (TSS) AT-3031 46, cable gland VK1 47, cable gland VK2 48, cable water 49 VK3, VK4 cable entry 50, the antenna input signals CEB 51, access to the radio network NTA 52, or output to an auxiliary support connection unit (MAS or DSB) 53, access to the radio network KD, KCL 54, an antenna output station 55.

The movable complex of automation tools (in Fig. 2) in the cabin of the head-mounted trailer 56 contains an automated workplace of the brigade commander (AWB KBr) 57, an automated workplace of an official (AWP DL3) 58, an automated workplace of an official (AWP DL4) 59, special communication telephone (TSS) TA-88 60, air conditioning 61, remote workstation for an official (WARM DL1) 62, personal electronic computer Notebook ASUS M8300 63, remote workstation for an official (VA M DL2) 64, hub 65, BK2 cable gland 66, cable entry BK1 67, input cable 3 ~ 380/220 V, 50 Hz BVV 68, a special telephone connection input 69, input fiber optic line (FOL) 70.

Destination.

The mobile complex of automation equipment (KSA) control is a command post vehicle of the commander of the material support brigade (repair and restoration base) of the front, army.

The product provides:

solving logistics and technical support tasks at seven automated workstations (AWS) connected by a local area network (LAN);

processing cartographic information;

automated exchange of information with higher and lower bodies of rear (technical) support;

management of subordinate bodies of rear (technical) support both in automated and in non-automated modes;

telephone communication (open and closed (ZAS) with upstream and downstream control points (PU);

radio communication when moving in a column.

Technical means of channeling the product provide:

full autonomy of functioning as intended;

binding to reference (auxiliary) communication nodes.

The mobile control KSA is located in two bodies - a K4310 box body on the KamAZ-4310 car chassis (staff vehicle) 1 and KP4Sh trailer on the 782B automobile chassis (staff trailer) 52, united by a transition vestibule.

In the technical compartment of the headquarters vehicle there are:

communication servers of a signal conversion device (UPS) 25 and a data transmission equipment (ADF) 27 based on a PC (two ASUS P3 MB system units, one 15 "monitor, keyboard, mouse, switch);

U8403C2 22 multiplexer for 4 bi-pulse and 4 telegraph channels:

equipment T-235-3 32;

equipment T-230-1A 18, T-240D 12, T-231-1U 15 (2 sets), T-230-06 13;

channelization equipment P-330-6 8;

blocks of switching and protection of linear circuits C25 10;

two ultrashort-wave (VHF) radio stations R-171M 4;

radio relay station R-415НВ 3;

short-wave (HF) radio station R-163-50K 2;

exact time signal receiver R-326M 7;

shaper of a time scale A0301 16;

operational communications switch P-193M 24.

Two automated workstations (AWS) of an official (AWP DL1 and AWP DL2) based on personal electronic computers (PC) (MB ASUS P3 40 system unit, monitor 17 "39, keyboard 29," are located in the operational compartment of the headquarters vehicle) mouse "30) connected by a local area network (LAN) via a CNET 4p CN4020 ERP 45 repeater, HP LaserJet 1220 laser printer, A4 43 format, EPSON FX 1170 dot matrix printer, A3 42 format.

The compartment has two sleeping places for rest and a wardrobe.

Three workstations based on a personal computer are located in the head-mounted trailer (automated workplace of the brigade commander (AWB KBr) 57 - system unit MB ASUS P3 40, monitor 17 "39, keyboard 29," mouse "30, automated workplaces of the official AWP DL3 and AWP DL4 58 and 59 - system units MB ASUS P3 40, monitors 15 "26, keyboard 29," mouse "30).

The headquarters trailer has three sleeping places for rest, a washstand and wardrobes.

The mobile control KSA includes two remote workstations of an official (VARM DL1 62 and VARM DL2 64) (up to 500 meters via a fiber optic communication line (FOCL), up to 50 meters through a coaxial cable) based on portable PCs (Notebook ASUS M8300) 63 connected to the product's shared LAN.

Workstation of the brigade commander in the head-mounted trailer contains:

- telephone of special communication (TSS) AT-3031 46;

- long-distance communication telephone (TDS) P-171D 41;

- telephone hotline (TOS) TA-57 37;

- loud-speaking communication device (GGS) ДА1 36.

The official workstation in the headquarters trailer contains:

- a telephone for special communication (TSS) via the UKV-TA-88 60 radio channel;

- long-distance telephone (TDS) P-171D 40;

- hot line telephone (TOC) TA-57 37.

The official workstation in the operational compartment of the staff vehicle contains:

- telephone special communication (TCC) AT-3031 46;

- long-distance communication telephone (TDS) P-171D 41;

- telephone hotline (TOS) TA-57 37;

- loud-speaking communication device (GGS) ДА1 36.

Remote AWP in the head-mounted trailer contains:

- telephone of special communication (TSS) AT-3031 46;

- hot line telephone (TOC) TA-57 37.

For communication during the movement of the KSA control in the column, the VHF radio station R-158 55 is used, which is installed in the driver's cab.

Mobile KSA is equipped with:

power plant ED2 × 30-T400-1RAM1;

power supplies (BOT);

thermal management system (COTR);

life support system (LSS);

a set of spare parts, tools and accessories (ZIP-0);

set of operational documentation (ED).

The main performance characteristics.

Automation tools and related software in the mobile complex provide:

automated exchange of information with KSA of higher, interacting and subordinate points, receiving orders, orders, reports, commands and signals, issuing confirmations of their receipt and execution: sending orders, orders, commands and signals: receiving reports of their execution:

the solution of tasks of rear and technical support of formations and units of the front (army).

the solution of the tasks of organizing the management of the activities of troops and institutions of the rear and formations, units and subdivisions of technical maintenance (CPT TO) at a command post (CP), control point (PU) of troops and units of the rear and CPP TO:

input, transmission (reception), storage, processing and delivery of formalized, non-formalized, command and signal information to display and document devices;

input of cartographic information on the workstation screen in the form of an electronic map displaying the operational situation with reference to the grid of cartographic coordinates;

the solution of operational-tactical tasks in the interests of logistics (technical) support for decision-making on the management of subordinate units and divisions;

display of cartographic information;

the ability to apply and send operational tactical information (OTI);

the conclusion of the results of solving problems, reports, reports, terrain and other documents on paper;

storage of information on removable magnetic media.

Channel-forming means, communications and data transmission products provide:

data and voice information transmission via tonal frequency (PM) channels formed by P-330-6 compaction equipment 8:

data and voice information transmission through channels 14 of the R-415НВ 3 radio relay station;

work on two telegraph channels of the radio relay station R-415НВ of two external telegraph devices;

data transmission on two simplex VHF radio channels of PM radio stations R-171M 4;

data transmission via a digital channel of one of the R-171M 4 radio stations;

transmission of voice information, closed equipment T-240D 12, through the digital channel of one of the radio stations R-171M 4;

transmission of voice information, closed equipment T-230-1A, through the channels of the PM equipment P-330-6 8, the radio relay station R-415НВ 3 and the telephone radio channel KB of the radio station R-163-50K 2.

The power supply of the complex is carried out from a mobile power station or an industrial network of three-phase alternating current with a voltage of 380/220 V (+ 10%), frequency 50 + 1 Hz.

Power consumption - no more than 10.5 kW.

The product provides:

emergency lighting from rechargeable batteries;

uninterrupted power supply of the personal computer for a period of up to 20 min during an emergency shutdown of the network.

Main technical specifications.

The number of AWP - 5,

including:

1) The commander’s workstation is equipped with:

- PC - Pentium-III, 650 MHz, random access memory (RAM) - 256 M, hard disk drive (HDD) - 10 G;

- monitor 17 "LR,

2) The workstation of an official of the rear services (armament) is equipped with:

- PC - Pentium-III, 33 MHz, RAM - 16 M, HDD - 350 M;

- monitor 15 ";

- HP LaserJet 1220 printing device,

3) The workstation of an official of the rear services (armament) is equipped with:

- PC - Pentium-III, 33 MHz, RAM - 16 M, HDD - 350 M;

- monitor 15 ";

- a printing device Epson FX 1170,

4) The remote workstation of the official is equipped with:

- Notebook ASUS M8300 portable PC - 100 MHz, RAM - 16M, HDD - 540 M,

5) The remote workstation of the official is equipped with:

- Notebook ASUS M8300 portable PC - 100 MHz, RAM - 16M, HDD - 540 M.

The number of jobs in the technical compartment of the staff car - 2, including:

The workplace of the signalman is equipped with:

- a radio receiver P-326M 7 for receiving signals of a single time;

- VHF radio station R-171M 4 (two sets) with antennas ASh2 and broadband on a 11-meter mast for working in radio networks;

- radio relay station R-415НВ 3 with directional antennas 1B11 and DB11 on a 16-meter mast for linking the product to a reference (auxiliary) communication center;

- switch P-193M 24;

- channel-forming equipment P-330-6 8 for linking the product to the reference (auxiliary) communication center;

- KB radio station R-163-50K 2 with an antenna on a 11-meter mast for operation in a radio network;

- switching field - blocks C25 10;

- technical communication telephone (TTC) TA-57 11, the workplace of the mechanics of the ZAS is equipped with:

- equipment T-235-3 32;

- equipment T-230-1A 18;

- equipment T-240D 12;

- equipment T-231-1U (two sets) 15.

Product deployment time, min, no more than 30.

Time of continuous work, hour, not less than 48.

Average recovery time

products, min, not more than 30.

Mean time between failure of a product,

an hour, not less than 500.

Calculation protection against radioactive dust, toxic substances and bacterial agents is provided by cleaning the air supplied into the bodies using a filter-ventilation unit (HLF) and sealing the bodies. The excess pressure created during operation of the HLF is at least 0.2 kPa.

Industrial applicability

This technical solution is industrially feasible, has wider functionality, better tactical and technical characteristics.

Sources of information

1. "Arms of Russia". Armament of the Ground Forces, catalog, 1996-1997, p. 119.

2. The Ministry of Defense of Russia, the Main Missile and Artillery Directorate. The control system of the rocket artillery brigade "Vivarium", brochure, Moscow, 1997. 7 pp.

Claims (4)

1. A mobile complex of control automation equipment containing the automated workplace (AWP) of the brigade commander (AWP KBr) and two automated workplaces for officers AWP DLZ and AWP DL4 located in the command and operational compartments of the headquarters trailer, two automated workplaces for AWP officials DL1 and AWP DL2, located in the operational compartment of the staff car, characterized in that the complex contains personal electronic computers (PCs) consisting of automated workstations from the system unit, monitor, keyboard and mouse-type manipulator, and a repeater located in the staff machine, through which the personal computers are integrated into a local area network (LAN); in the technical compartment of the headquarters machine, the automated workstation of the signalman, consisting of two system units of personal electronic computers used as the server of the signal converter (OPS) and the server of the data transmission equipment (ADF) connected to the local computer network, a switch connected to two system units of the UPS server and the ADF server, monitor, keyboard, and mouse-type manipulator connected to any of the system units via a switch; two remote workstations for officials (VARM DL1 and VARM DL2) based on Notebook PCs, a fiber optic communication line (FOCL) having two concentrators at the ends of the fiber optic link, one of which is connected to the VARM DL1 and VARM DL2, and the second concentrator FOCL connected to a local area network; a dot matrix printer connected to the PC AWM DL3 system unit and a laser printer connected to the PC AWP DL4 system unit; a switching field from S-25 blocks located in the technical compartment of the staff vehicle, the outputs of which are connected to the outputs of the data transmission complex (Efficiency) and a telephone cable (TLF) to an auxiliary or reference communication node (VUS or OUS), a short-wave radio station R-163-50K connected to the switching field, radio relay station R-415НВ, connected to the switching field and directional antennas 1B11 and DB11 on a 16-meter mast for linking to the VUS or OUS, two ultra-short-wave radio stations R-171M connected to the switching field and to the an ACh2 tens for operation in radio networks, channel forming equipment P-330-6 for linking the product to the VUS or OUS and measuring device P321 connected to the switching field, technological communication telephone (TTS) TA-57 connected to the switching field, transmission control unit connected respectively to the TCC output, the P-193M switch, the U8403C2 multiplexer, the linear outputs of which are connected to the switching field from the S-25 units, and the multiplexer is connected to the UPS server system unit via the ISA bus; R-326M exact time radio receiver, A0301 timeline former connected to the R-326M radio receiver, two sets of A0302 secondary clocks located in the operational compartment of the headquarters vehicle and in the headquarters trailer on AWP KBR and connected to the A0301 device, the second T-235 adapter providing pairing of the parallel interface FROM the device A0301 with the serial interface RS-232C of the system unit of the personal computer AWP DLZ in the operational compartment of the staff vehicle; two speakerphone DAH DA1, placed on AWP KBr and AWP DL1 or AWP DL2 in the premises of the staff trailer and staff vehicle and interconnected; four operational communication telephones (TOS) of TA-57 located on AWP KBr, AWP DL1 or AWP DL2, AWP DL3 or AWP DL4, WARM DL1 or WARM DL2 and connected to the P-193M switchboard; three telephones of long-distance communication (TDS) located on AWP KBr, AWP DL1 or AWP DL2, AWP DLZ or AWP DL4 and connected to the switching field from the S-25 units; a switching box for special communication telephones (TCC) for the corresponding connection of AT-3031 or TA-88 special communication telephones located on AWP KBr, AWP DL1 or AWP DL2, AWP DLZ or AWP DL4, WARM DL1 or WARM DL2 and connected by a switching box. 2. The mobile complex of control automation equipment according to claim 1, characterized in that it further comprises an ultra-short-wave radio station R-158 installed in the driver's cab to provide radio communications when driving in a convoy. 3. The movable set of control automation equipment according to claim 1, characterized in that it further comprises in the headquarters machine a first shield ЩА3, the input of which is connected to a cable input of power supply VK4, a first power filter FP-13, the input of which is connected to the output of the shield ШЗ, and the output is with the power supply input of the air conditioner, the 153H stabilizer device, the A0902 power board, the input of which is connected to the output of the first FP-13 filter, the input-output is connected to the output-input of the 153H device, and the output is fed to the inputs ~ 380/220 V and = 27 V of technical equipment, uninterruptible power supply IBEP power supply, the input of which is connected to the output of the power board А0902, and the output - with the power supply inputs ~ 220 V PC AWP DL1, AWP DL2, UPS server, ADF server, the second power board, the input of which is connected to the output of the FP-13 power filter, and exits with lighting, filter-ventilation unit equipment (FVUA), air purification system (ОВ65). 4. The mobile complex of control automation equipment according to claim 1, characterized in that it further comprises a second shield ЩА3 in the head-mounted trailer, the input-output of which is connected to the input / output block 3 ~ 380/220 V, 50 Hz of the head-mounted trailer body, second FP-13 power filter, the input of which is connected to the output of the second ShchA3 shield, and the output is used to supply ~ 380/220 V and power the air conditioner, the second uninterruptible power supply IBEP, whose input is connected to the output of the second FP-13 power filter, and the output is connected with power inputs ~ 220 V PC AWP Br, APM and APM DL3 DL4, the power board having an input connected to the output of the second power filter FP-13, and the output from the lighting FVUA, OV65.

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