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信号 推奨設定値 SD525 LINE 1=17 LINE 2=280 SD625 LINE 1=17 LINE 2=330 HD1080i LINE 1=17 LINE 2=580 HDカムコーダーHDW-730/750シ リ ーズをご使用の場合 1-11 第 章 データを使う...
時差と世界の時差地図 時差 CODE OFFSET Standard time Daylight saving HOURS Greenwich UTC-01:00 Azores UTC-02:00 M-ATLANTIC UTC-03:00 ARGENTINE Halifax UTC-04:00 Halifax New York UTC-05:00 New York Chicago UTC-06:00 Chicago Denver UTC-07:00 Denver Los Angeles UTC-08:00 LOSANGELES UTC-09:00 Alaska UTC-10:00 Hawaii UTC-11:00 M-ISLAND UTC-12:00 Kwaialein UTC+13:00 New Zealand UTC+12:00 New Zealand...
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CODE OFFSET Standard time Daylight saving HOURS UTC+3:00 Moscow UTC+2:00 E-Europe UTC+1:00 C-Europe UNDEFINED Reserved:do not use UNDEFINED Reserved:do not use TP-3 Time precision class 3 TP-2 Time precision class 2 TP-1 Time precision class 1 TP-0 Time precision class 0 UTC-00:30 UTC-01:30 UTC-02:30 UTC-03:30 UTC-04:30 UTC-05:30 UTC-06:30 UTC-07:30 UTC-08:30 UTC-09:30 UTC-10:30 UTC-11:30 UTC+11:30 UTC+10:30 Lord Howe is UTC+9:30 Darwin UTC+8:30...
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CODE OFFSET Standard time Daylight saving HOURS UTC+5:30 Bombay UTC+4:30 Kabul UTC+3:30 Tehran UTC+2:30 UTC+1:30 UTC+0:30 UTC+12:45 UNDEFINED Reserved:do not use UNDEFINED Reserved:do not use UNDEFINED Reserved:do not use UNDEFINED Reserved:do not use UNDEFINED Reserved:do not use User Defined time offset UNDEFINED Unknown Unknown 付録...
Navin’You 測地系と対応国名( 用) 設定値 測定系 基準楕円体 対応国名 出力 WGS-84 WGS-84 TOKYO Bassel 1841 Japan, Korea ADINDAN Clarke 1880 Ethiopia, Mali, Senegal, Sudan ARC 1950 Clarke 1880 Botswana, Lesotho, Malawi, Swaziland, Zaire, Zambia, Zimbabwe CAPE Clarke 1880 South Africa MERCHICH Clarke 1880 Morocco HONGKONG Clark 1880 Hong Kong 1963 SOUTH ASIA Modified Singapore Fisher 1960 LUZEN Clarke 1880 Philippines INDIAN Everest Thailand, Vietnam INDIAN...
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出力 設定値 測定系 基準楕円体 対応国名 EUROPIAN International Austria, Belgium, Cyprus, 1950 Channel Islands, Denmark, England, Finland, France, Germany, Gibraltar, Greece, Ireland, Italy, Luxembourg, Netherlands, Norway, Protual, Scotland, Schetland Island, Spain, Sweden, Switzerland IRELAND Modified Airy Ireland 1965 ORDNANCE Airy England, Isle of Man, SURVEY OF Scotland Wales GREAT BRITAIN 1965 NAHRWAN Clarke 1880 Masitrash Island, Oman United Arab Emirates NAHRWAN Clarke 1880 Saudi Arabia Helmert 1906 Egypt EGYPTIAN NORTH Clarke 1866 Canada, Newfoundland...
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出力 設定値 測定系 基準楕円体 対応国名 GEODETIC International NewZealand DATUM 1949 PROVISIONAL International Bolivia, Chile, Colombia, SOUTH Ecuador, Guyama, Peru, AMERICAN Venezuela 1956 SOUTH South American Argentina, Bolivia, Brazil, AMERICAN 1969 Chile, Colombia, Ecuador, 1969 Guyama, Paraguay, Peru, Trinidat and Tobago, Venezuela CAMPO International Argentina INCHAUSPE CORREGO International Brazil ALEGE 付録...
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Navin You フォーマット 地図表示用のS O N Yのローカルフォーマッ トで Navin You 地図にGPS データによる位置表示を行なうために使用します。対応地図は日本国 内のみです。 NMEA フォーマット NMEA-0183 地図表示用の国際的標準フォーマッ トです。 名称: National Marine Electronic Association フォーマッ トの中のデータは単一ではなく 、複数のデータパッケージに 分かれています。 本機では、 その中の GPGA、 GPVTG、 GPRMC の3種類を出力して います。 StaR メモリ ースティ ッ クに軌跡を記録するためのフ ォーマッ ト名です。 名称「移動軌跡/経路情報交換フ ァイ ルフ ォーマッ ト」 TIME ZONE (時差)...
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WARNING To prevent fire or shock hazard, do not expose the unit to rain or moisture. To avoid electrical shock, do not open the cabinet. Refer servicing to qualified personnel only. AVERTISSEMENT Afin d’éviter tout risque d’incendie ou d’électrocution, ne pas exposer cet appareil à...
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WARNUNG Um Feuergefahr und die Gefahr eines elektrischen Schlages zu vermeiden, darf das Gerät weder Regen noch Feuchtigkeit ausgesetzt werden. Um einen elektrischen Schlag zu vermeiden, darf das Gehäuse nicht geöffnet werden. Überlassen Sie Wartungsarbeiten stets nur qualifiziertem Fachpersonal. For the customers in USA This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules.
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(EIRP) is not more than that required for successful communication. If you have any questions about this product, you may call: Sony Customer Information Service Corner 1-800-222-7669 or http://www.sony.com/...
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Declaration of Conformity Trade Name: SONY Model: HKDW-704 Responsible Party: Sony Electronics Inc. Address: 16450W. Bernardo Dr. San Diego, CA 92127 U.S.A. Telephone Number: 854-942-2230 This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions:...
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Table of Contents About This Manual ................3 Chapter 1 Using GPS Data Overview ..................1-1 1-1-1 Features ................1-1 About GPS ................. 1-3 1-2-1 What is GPS ..............1-3 1-2-2 Transmitting GPS Initial Data (Almanac Data) ....1-4 1-2-3 Errors ................1-5 Preparation ................
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1-8-3 GPS Output Format for the REMOTE Connector (8-pin) ............1-34 1-8-4 Troubleshooting ............1-37 Chapter 2 Using UMID Data Overview ..................2-1 2-1-1 What is a UMID? ............2-1 UMID Menu Setup ..............2-5 Appendix Time Difference and Time Difference World Map ......A-1 Time Difference .................
• UMID (Unique Material Identifier) data This function is available only by updating the software. • GPS (Global Positioning System) data To use this function, it is required to install the HKDW-704 GPS unit into the camcorder. This manual consists of the following sections:...
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UMID and GPS data. When an HKDW-704 has not been installed in your unit, you can confirm whether your camcorder supports the UMID data recording function by opening the UMID SETUP page used to setup for UMID data items on the OPERATION menu.
1-1 Overview 1-1-1 Features The HKDW-704 GPS Unit is an option board that can be installed in a camcorder. Installation of this board allows you to receive data from earth-orbiting satellites, record shooting position on a tape or a “Memory Stick” and display the shooting position and a locus on a monitor using mapping software.
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Notes • Car navigation antennas cannot be used. • By connecting the REMOTE connector (8-pin) of the camcorder and a personal computer in which Navin’You or NMEA-0183 compatible mapping software has been installed using the supplied connecting cable, you can display the shooting points on the map. (However, if a mapping software compatible with NMEA-0183, there may be cases where functions are limited.) Chapter 1 Using GPS Data...
1-2 About GPS 1-2-1 What is GPS The GPS (Global Positioning System) is a system that allows you to know exact location of any place, anywhere, all over the world, using high-precision satellites belonging to the United States of America. The GPS consists of 24 earth-orbiting satellites.
1-2-2 Transmitting GPS Initial Data (Almanac Data) When a GPS receiver performs a geodetic survey for the first time, since it does not know which satellite signals are available in a particular area, a GPS receiver searches all of satellites. Thus, it take some time to perform an initial calculation of a location.
1-2-3 Errors Errors by the GPS Receiver This board determines automatically the current location utilizing radio waves from at least 3 satellites. The error that GPS satellites generate is about ±10 m. However, depending on circumstances in a given a survey location, an error of several hundred meters may be generated.
1-3 Preparation 1-3-1 Attaching an Antenna Attach the GPS antenna (supplied) to the camcorder to receive radio waves from GPS satellites. Two types of antennas are supplied with the board, one is an antenna with a short cable and the other is one with a long cable. Notes on treating an antenna •...
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To remove an antenna Pull the antenna while holding the connector, and pinching the protruding parts. Note Since the antenna cable is locked, do not pull an cable. Chapter 1 Using GPS Data...
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When shooting outside Use the GPS antenna with the short cable. Attach the antenna to the viewfinder of the camcorder using the antenna fixing magic tape (supplied) Antenna fixing magic tape When shooting from a moving vehicle Use the antenna with the long cable. Chapter 1 Using GPS Data...
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To attach the antenna inside a vehicle The antenna is equipped with a built-in magnet. Attach it vertically in a location where GPS radio waves can be received without obstruction, such as on a dashboard When sensitivity is not sufficient It is recommended to put some sort of metal plate of about 6-cm square under the antenna.
1-3-2 Confirming/Setting the Line Number It is necessary to set an line number to output the GPS data to be recorded on a tape to the HD(SD) SDI signal of studio-use equipment. The data is not output if the line number is set to 00 , the factory setting. The VANC RX PARAMETER page of the MAINTENANCE menu allows you to confirm and set the line number for LINE 1 and LINE 2 as the field where the output line number with be stored.
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Enter the recommended set number described on the following table, or the number used in your studio. Signal Recommended set number SD525 LINE 1= 17 LINE 2 = 280 SD625 LINE 1 = 17 LINE 2 = 330 HD1080i LINE 1= 17 LINE 2 = 580 1) When an HDW-730/750 series HD camcorder is used.
1-4 Recording the Position of a Shooting Location Before you start recording Confirm the following: • Make settings required for recording and playback of GPS data using the GPS SETUP page of the OPERATION menu of your Camcorder. For detailed information on the setting, see “1-7 Menu Setup” on page 1-23. •...
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Set the POWER switch of the camcorder to ON. When you set the POWER switch of the camcorder to on, two or more x light next to G on the viewfinder, this means that the unit is receiving enough radio waves from satellites for positioning. For detailed information on how to confirm the reception status, see “Displaying the GPS INFORMATION window on the viewfinder”...
About the time needed to calculate a location after power on The unit can finish calculating a location within the following times if the power is turned on under good satellite reception condition. • After one hour or more since the power was turned off last: within about 60 seconds.
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Thus, if you are shooting while walking, an error between the movement in the image and the shooting location displayed using mapping software may be generated. This depends on the type of mapping software you are using. GPS INFORMATION window Item Contents LATITUDE...
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b) When the unit has received data from one or more satellites, the correct current time is displayed. This time matches that of the GPS clock. In any other case, the time of the built-in crystal clock is displayed. Note During playback, the calculation time recorded on the tape is displayed instead of the current time.
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Displaying the GPS data reception status on the viewfinder Setting the DISP GPS item to ON on the VF DISP 2 page of the OPERATION menu allows the unit to display the GPS reception status on the regular shooting window of the viewfinder. Reception status of the GPS data Number of x displayed Reception status...
1-5 Playing back the Shooting Location 1-5-1 Playing back the shooting location recorded on a tape Preparation Perform the following to display shooting locations recorded on a tape on a monitor of a personal computer using mapping software. • Connections For detailed information, see the following “Connections”.
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Camcorder to REMOTE connector Personal computer (used to HD SDI OUT to display a map) video output connector GPS cable (supplied) to RS-232C connector to video input connector Monitor (used to display the video image) 1-19 Chapter 1 Using GPS Data...
Output format You have to confirm and select the output format for data from the REMOTE connector using the GPS SETUP menu, according to the map to be used. when a Navin’You map is used: NVYOU When a map other than a Navin’You map is used: NMEA Note If you change the setting, turn the power of the camcorder off once, then turn it on again.
This section explains the case where Navin’You software has been installed. GPS/rout guide function setting Setting of the GPS antenna Type of GPS card SONY Corp IPS-5000SERIES Communication port COM2 (may differ depending on the personal computer) Route taken/map match Route taken Records (displays) the route take.
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Control panel Serial port COM 2 Communication speed 9600 SONY Parity None Data bit Stop bit Flow control None Note When you display shooting locations on a map based on the GPS data recorded using this board, set the map matching function of the map software to off, in a case where the camcorder may be used on any place other than on a road on a map.
1-7 Menu Setup This section explains the menu setup required for recording or playback of the GPS data received. For detailed information on how to perform menu operations, refer to the operation manual supplied with the camcorder. 1-7-1 Setup Related to Recording The GPS SETUP page of the OPERATION menu allows you to make settings for GPS recording, GPS tracing, the GPS tracing interval, time zone, output formats and so on.
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The GPS SETUP page appears and the current settings are displayed on the page. Change the settings as required. Item Contents Selects whether or not GPS data is recorded on a tape (ON or OFF) GPS RECORD (MS) Selects whether or not the shooting locations are recorded on a “Memory Stick.”...
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b) When you select this item, the TIME ZONE setting window appears. This setting window allows you to set the time difference. For details, see “1-7-2 Setting the Time Zone” on page 1-28. c) Select the proper value, referring to the “Geodetic System and Areas (for Navin’You)”...
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OUTPUT FORMAT item on the GPS SETUP page. This setting does not affect the recording format. Set the output format according to the map to be used for playback. Setting Output SONY Outputs data for Navin’You. NMEA Outputs GPGGA, GPVTG, and GPRMC in the NMEA- 0183 format.
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Data to be output depends on the operation mode of the camcorder. Operation mode OUTPUT FORMAT Output data REC/EE SONY All items of GPS data are converted into the Sony standard serial format. (for Navin’ You) NMEA GPS data is converted to the NMEA-0183 format. (for ordinary maps)
1-7-2 Setting the Time Zone Select the time zone of the area where you shoot, referring to “Time Difference and Time Difference Wold Map” on page A-1. Note Be careful about whether summer time or daylight saving time is currently in use in the location where you are shooting. When you select the TIME ZONE item on the GPS SETUP page, the following TIME ZONE setting window appears.
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1-7-3 Setting the Built-in Clock Using the GPS Clock For a camcorder in which the HKDW-704 has been installed, you can set the clock built into the camcorder using the GPS clock. Display the TIME/DATE page of the DIAGNOSIS menu.
1-7-4 Setup Related to Display of GPS Data GPS data display To display the current location based on the GPS data in the INFORMATION window on the viewfinder while recording or playing back, you have to make the proper settings on the SET STATUS page of the OPERATION menu.
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GPS data reception status display To display the GPS data reception status on the viewfinder, you have to change settings on the VF DISP 2 page of the OPERATION menu. Set the DISP GPS item to ON. For detailed information on the status display, see “Displaying the GPS data reception status on the viewfinder”...
6 to 20 seconds After memory loss Within 5 minutes; 3 to 6 seconds More than 5 minutes; 6 to 10 seconds Communication method SONY standard serial communication Antenna Power voltage 3.3 V 1-32 Chapter 1 Using GPS Data...
Note Depending on the environmental condition and circumstances, the actual time may exceed the values described above. a) Cold start: When you turn the power on for the first time after you purchased the unit or after replacing a depleted battery with a backup battery. b) Warm start: After one hour or more since the power was turned off last c) Hot start: Within one hour since the power was turned off last.
Latitude, longitude, calculation time, and so on Timing for recording: At the start and termination of a shot, trace (specified time interval) 1-8-3 GPS Output Format for the REMOTE Connector (8-pin) SONY standard communication specification Communication method Asynchronous serial interface Transmission speed 9600 (bps) Data length...
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Output message [Message format] ASCII code consisting of 150 characters including <CR> and <LF> as one block is output every one second. SONY81 0112092130929 N3537404 E13944527 +0018 001 222 (6) (7) 0112092130928 (10) (11) OhoFW UCFEJ gCEFZ BbeFK SDIFK NBRAB cDgFN CDHFG (12) (13) (14)
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(9): DOP HDOP: Horizontal (2 coordinates) PDOP Position (3 coordinates) A = Minimum, Q = Maximum (10):Calculating mode 2 = using 2 satellites, 3 = using 3 satellites, 4 = 4 or more satellites (11):Geodetic system Refer to the Geodetic system list (12) to (27):Satellite information This data is output only when a camcorder is in REC or EE mode.
1-8-4 Troubleshooting Symptom Causes/remedies The current location is The unit cannot receive radio signals due to not displayed on the objects which block the signals. viewfinder even if the — Move to a place where you can see the GPS function is set to horizon.
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(in units of location, replace the backup battery of the years). camcorder. (Ask your nearest Sony service center to replace it.) The clock of the The GPS clock works on UTC time and the camcorder adjusted local time is set by setting the time difference.
2-1 Overview To perform operations from interviewing to editing effectively and to detect audio-visual materials easily when reusing them, metadata that provides additional information is recorded along with audio-visual data on a cassette tape. As one of application of metadata, the UMID (Unique Material Identifier) is internationally standardized.
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Globally unique ID is automatically recorded every shooting. The Extended UMID is metadata that provides additional information such as location, time/date, company and so on. Updating the software of an IMX camcorder or HD camcorder enables use of the Extended UMID. The UMID is applied as follows.
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Date), which enables easy calculation of date difference among source materials. A unit in which an HKDW-704 has been installed generates the MJD based on the GPS satellite clock, and a unit without an HKDW-704 generates the universal time using the built-in clock and the time zone.
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• Identifying the version of the source material If an Instance Number is generated using the GEN method, version of the material source is easily identified. Notes • To use the UMID, the line number to which the recorded UMID is output should be set.
2-2 UMID Menu Setup This section explains menu setup required for using UMID data. The UMID SET page of the OPERATION menu allows you to make settings for UMID data. For detailed information on how to perform menu operations, refer to the operation manual supplied with the camcorder.
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Item Contents EX-OWNERSHIP REC Sets whether or not the user information is recorded. COUNTRY CODE Sets the country code. ORGANIZATION CODE Sets the organization code. USER CODE Sets the user code. TIME OFFSET Sets the time difference from UTC. INSTANCE NO Sets the method by which the Instance Number is generated.
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Additional information related to the UMID EX-OWNERSHIP REC Sets whether or not the user information is recorded. ON: User information, OWNERSHIP (COUNTRY CODE, ORGANIZATION CODE and USER CODE), are recorded on a tape. OFF: User information is not recorded. COUNTRY CODE The country code is displayed.
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When the country code is less than 4 bytes, the active part of the code will occupy the first part of the 4-bytes and the remainder must be filled with the space character (20h). Example: In case of Japan The country is JP. Thus, enter the following. JP_ _ where _ _ represents 2 spaces.
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USER CODE Displays the user code. When you this item, the USER CODE window appears. Enter the 4-byte alphanumeric strings for user identification. The user code is registered with each organization locally. It is usually not centrally registered. When the country code is less than 4 bytes, enter the country code from the beginning of the 4 bytes and enter the space character (20h) in the remaining strings.
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Displays the time difference and area. When you select this item, the TIME ZONE window appears. When the unit is not equipped with an HKDW-704, the UTC is calculated based on the local time, using the time zone. If the time zone is not set, the correct UTC is not recorded.
Time Difference and Time Difference World Map Time Difference CODE OFFSET Standard time Daylight saving HOURS Greenwich UTC-01:00 Azores UTC-02:00 M-ATLANTIC UTC-03:00 ARGENTINE Halifax UTC-04:00 Halifax New York UTC-05:00 New York Chicago UTC-06:00 Chicago Denver UTC-07:00 Denver Los Angeles UTC-08:00 LOSANGELES UTC-09:00 Alaska...
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CODE OFFSET Standard time Daylight saving HOURS UTC+3:00 Moscow UTC+2:00 E-Europe UTC+1:00 C-Europe UNDEFINED Reserved: do not use UNDEFINED Reserved: do not use TP-3 Time precision class 3 TP-2 Time precision class 2 TP-1 Time precision class 1 TP-0 Time precision class 0 UTC-00:30 UTC-01:30 UTC-02:30...
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CODE OFFSET Standard time Daylight saving HOURS UTC+5:30 Bombay UTC+4:30 Kabul UTC+3:30 Tehran UTC+2:30 UTC+1:30 UTC+0:30 UTC+12:45 UNDEFINED Reserved: Fdo not use UNDEFINED Reserved: do not use UNDEFINED Reserved: do not use UNDEFINED Reserved: do not use UNDEFINED Reserved: do not use User Defined time offset UNDEFINED Unknown...
Geodetic System and Areas (for Navin’You) Output Set value Geodetic System Standard Orbit Countires WGS-84 WGS-84 TOKYO Bassel 1841 Japan, Korea ADINDAN Clarke 1880 Ethiopia, Mali, Senegal, Sudan ARC 1950 Clarke 1880 Botswana, Lesotho, Malawi, Swaziland, Zaire,Zambia, Zimbabwe CAPE Clarke 1880 South Africa MERCHICH Clarke 1880...
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Output Set value Geodetic System Standard Orbit Countires EUROPIAN International Austria, Belgium, 1950 Cyprus, Channel Islands, Denmark, England, Finland, France, Germany, Gibraltar, Greece, Ireland, Italy, Luxembourg, Netherlands, Norway, Protual, Scotland, Schetland Island, Spain, Sweden, Switzerland IRELAND Modified Airy Ireland 1965 ORDNANCE Airy England, Isle of...
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Output Set value Geodetic System Standard Orbit Countires GEODETIC International NewZealand DATUM 1949 PROVISIONAL International Bolivia, Chile, SOUTH Colombia, AMERICAN Ecuador, Guyama, 1956 Peru, Venezuela SOUTH South American Argentina, Bolivia, AMERICAN 1969 Brazil,Chile, 1969 Colombia, Ecuador,Guyama, Paraguay, Peru, Trinidat and Tobago, Venezuela CAMPO International...
Additional Information - Recording a Tele-File Mark (OK/NG/KP) onto the Memory Label The Tele-File mark, that is a rating of the images recorded just before they are recorded, can be recorded onto the memory label with the recording start time code, every time the unit enter the rec pause mode. The following three kinds of Tele-File marks are available: •...
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Turn the MENU knob until the FUNCTION 1 page appears, and push the MENU knob. The FUNCTION 1 page appears. The current setting of an item appears to the right of that item. Turn the MENU knob to move the t mark to ASSIGN 1, and push the MENU knob.
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Message Meaning TELE-FILE MARK: OK States that an OK mark has been recorded. TELE-FILE MARK: NG States that an NG mark has been recorded. TELE-FILE MARK: KP States that a KP mark has been recorded. TELE-FILE MARK: States that a Tele-File mark recorded on ERASE that shot has been cancelled.
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Warning/error messages When Tele-File marks cannot be recorded correctly or may not be recorded, the following messages appear. Warning message “TELE-FILE NEAR FULL!” This message appears when the remaining capacity of the memory label nears about 5 % or less, but Tele-File marks are still correctly recorded. Error messages When Tele-File marks cannot be recorded due to mis-operation or memory label problems.
Glossary Almanac data Information transmitted by each satellite concerning its the orbit. Calculation mode 3D Operating mode: A three-dimensional GPS position fix using 4 or more satellites. This mode gives the most precise position fix. 2D Operating mode: A two-dimensional GPS position fix using three satellites.
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Ephemeris data Transmitted by each satellite, contains important information about the status of the satellite, the current date, and the time. Geodetic system Standard used to indicate locations on the earth. Global Geodetic System which is used all over the word is WGS 84. The GPS satellite orbits have been referenced to WGS 84.
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Navin’ You format A Sony format used to display locations on a map. This format is used to display locations on a Navin’You map using GPS data. This format is applied only to Japan. NMEA format National Marine Electronics Association International standard for displaying NMEA-0183 map data.
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