MARS TOHKEN SOLUTION THIR-6000B Handheld Image Reader(Linear/2D Scanner) User Manual
TOHKEN CO., LTD. Handheld Image Reader(Linear/2D Scanner)
Contents
- 1. User manual 1 of 2
- 2. User manual 2 of 2
User manual 2 of 2
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| Document ID | 1002021 |
| Application ID | sfHZpK0mW9TNxUoL4hwJew== |
| Document Description | User manual 2 of 2 |
| Short Term Confidential | No |
| Permanent Confidential | No |
| Supercede | No |
| Document Type | User Manual |
| Display Format | Adobe Acrobat PDF - pdf |
| Filesize | 122.15kB (1526828 bits) |
| Date Submitted | 2008-09-17 00:00:00 |
| Date Available | 2008-09-17 00:00:00 |
| Creation Date | 2008-08-25 10:57:56 |
| Producing Software | Acrobat Distiller 6.0 (Windows) |
| Document Lastmod | 2008-08-25 10:58:12 |
| Document Title | untitled |
4. Communications • Bar Code Data Transmission: The unit transmits the scanned data to the host computer. • Command Signal Receipt: The host computer transmits the command signals to the unit and sets up the operation of the unit. • Image Data Transmission: The unit transmits the captured image data to the host computer. Refer the section 5.5 for the communication parameter conditions. 4.1 Data Transaction Data transaction setup should be accomplished with sending command from host computer. Asynchronous protocol is used for barcode data transmission and serial commands transmission. 4.2 Image Data Transaction The communication protocol utilizes XMODEM (SUM128) in the case of the image data output. The host side computer should be provided with the software to receive the transmitted data. The receiving unit should also be kept “ready” before receiving the data. 15 5. Specifications 5.1 General specifications Type Dimensions Weight Illumination Aiming beam Indicator Image sensor Minimum resolution Supported barcodes (1D) Supported barcodes (2D) Format Bluetooth interface Battery Operating time Charging time Environmental specifications Operational Temperature Storage Temperature Operational Humidity Storage Humidity Vibration Shock THIR-6000(H) 159(H)×63(W)×99(D)mm Approx. 220 g (including the battery) 1. White LED (THIR-6000B, THIR-6000HB) 2. Red LED (THIR-6000DM-B) Red LED (peak wave length is 644nm) Monitoring LED (3 colors), Vibration CMOS color area sensor (1.3M pixel) 1. 0.125mm (1D barcode), 0.19mm (2D barcode) (THIR-6000B) 2. 0.1mm (1D barcode), 0.167mm (2D barcode) (THIR-6000HB, THIR-6000DM-B) Code39, Code128, EAN128, Codabar, ITF, JAN/EAN/UPC, RSS, Code93 Data Matrix (ECC200), QR Code, Micro QR Code PDF417, MicroPDF, MaxiCode, Composite Postal code ASCII or Bitmap(image) Bluetooth 2.0 Class1 *can be worked with Windows 2000/XP Li-ion rechargeable battery (3.7V, 2200mAh) 7 hours (calculated with 5 seconds per 1 barcode reading) 3 hours 0 to 40 degrees centigrade - 20 to 60 degrees centigrade 35 to 85 %RH (Non-condensing) 35 to 85 %RH(Non-condensing) 10 to 55 Hz(max. 4G) Durable multiple drops to concrete from 7ft. 16 5.2 Functional specification Reading Direction ・PITCH ：±35 degree ・SKEW ：±35 degree ・TILT ：360 degree ・Ambient Light ：0 to 10,000 lx Viewing angle 17 5.3 Reading Range/Depth Decodable Symbols Liner: Code39, Code128, EAN128, Codabar, ITF, JAN / EAN / UPC, RSS Check digit calculation method: Code39 Codabar ITF 2-D: Modulus 43 Modulus 16 Modulus 10 Data Matrix(ECC200),QR Code, Micro QR Code,PDF417, Micro PDF, Maxi Code, Composite Reading Digit: (Except ITF) (Only ITF) 1∼2047 2,4,6∼2047 18 • Reading Range (Normal type) about 34° 95 Vertical 66 Horizontal Distance from scanner 33 about 27° 75 50 26 50 100 150 1D(0.125) 70∼110 1D(0.15) 60∼130 1D(0.25) 40∼160 1D(0.33) 40∼180 2D(0.19) 80∼110 2D(0.25) 60∼130 2D(0.33) 50∼160 • • unit：mm Reading ability depends on environment (brightness etc) and the printing quality of scanned barcodes. Measured in 500 to 1000(lx) of homogeneous brightness, printed with good quality, no pitch and no skew. 19 • Reading Range (High density type) about 34° 95 Vertical 66 Horizontal Distance from scanner 33 about 27° 75 50 26 50 100 150 1D(0.1) 40 to 70 1D(0.125) 40 to 75 2D(0.167) 40 to 70 2D(0.19) 40 to 75 unit：mm • • Reading ability depends on environment (brightness etc) and the printing quality of scanned barcodes. Measured in 500 to 1000(lx) of homogeneous brightness, printed with good quality, no pitch and no skew. 20 • Reading Range (DM type) about 34° 95 Vertical 66 Horizontal Distance from scanner 33 about 27° 75 50 26 50 100 150 1D(0.1) 40 to 70 1D(0.125) 40 to 75 2D(0.167) 40 to 70 2D(0.19) 40 to 75 unit：mm • • Reading ability depends on environment (brightness etc) and the printing quality of scanned barcodes. Measured in 500 to 1000(lx) of homogeneous brightness, printed with good quality, no pitch and no skew. 21 5.4 Default settings When the unit is shipped from the factory, the initial setup is as follows: ・ THIR-6000B, THIR-6000HB Æ Enabled Symbols: all symbols. ・ THIR-6000DM-B Æ Data Matrix (ECC200) and QR Code Security settings As the default, security settings are not configured. Please see “7.4 How to configure security setting”. 22 6. Dimensions 6.1Housing Dimensions 63 159 99 Unit: mm 23 7. Specialty Function 7.1 Global Shutter Cropping is a method to remove unwanted areas from the image to make the image small. Following is the procedure to set up this function through the serial interface. Confirming the cropping status Serial Command ?IMG<< Example of reply>> ******** STATUS ******** THIR-6000 BBC=0 0:256 1:16 2:RLE 3:AVE 4:AVERLE 9:Color IMODE=0 PX=0 PY=0 WX=1280 WY=1024 CAPMODE=0,0,1280,1024 CAPX=0 ( 0:100%, 1:75%, 2:50%, 3:25% ) CAPY=0 ( 0:100%, 1:75%, 2:50%, 3:25% ) VMODE=0 (0:Mono 1:Color ) ********* END ********** THIR-6000 System version = K85C-V1.0c Decode version = K85A-V1.0c 【 Setting for Serial Command CAPX=m, CAPY=n (m,n=0,1,2,3) << Value >> 0…100% 1…75% 2…50% 3…25% 24 Bolded is status of cropping. Cropping ･･･CAPX=0、CAPY=0 ･･･CAPX=2、CAPY=1 100％ 75％ 50％ 25％ 25％ 50% 75％ 100％ 25 7.2 Auto detection mode 7.2.1 Overview By using this mode, THIR-6000 can read and decode symbols automatically. THIR-6000 detects changes of image in its field of view, like change of environmental brightness, motion of objects. When there is such a change, THIR-6000 starts to capture an image and tries to decode. This function is designed for stand mounting use to read documents with printed barcodes. For example, it is suitable for using on the counter at post office. CAUTION With Auto Detection mode, trigging switch does not work. Plus, neither does capturing an image, receiving a Hex program and executing a Macro program. Please turn Auto Detection mode OFF if those function are needed to be used. Auto Detection mode may not work well under the too high, too low or unstable brightness. Field of view Object with barcode Note • Auto Detection mode is not a default setting. Please have THIR-6000 read the corresponding configuration barcode to change to Auto Detection mode. • THIR-6000 does not vibrate when it decodes a symbol successfully with Auto Detection mode regardless of current setting of the vibration. 26 7.2.2 How to use To put the THIR-6000 in the auto detection mode, please follow one of the following methods: Send the serial command "LFMODE=1 " to the scanner. Read the corresponding barcode from the configuration barcode set. To exit the auto detection mode, please follow one of the following methods: Send the serial command "LFMODE=0 " to the scanner. Read the corresponding barcode from the configuration barcode set. The serial command "?LF " to check which mode the scanner is available. For the details of how to work Auto Detection mode, please see the following figures, flow chart and timing chart. 27 The flow chart of Auto Detection mode Monitor LED: Orange Aiming beam: Blinking Standby Make an object with barcodes go into THIR-6000’s field of view Label in Detected? No: Timeout No: Timeout Yes Yes Try to decode Yes Compare decoded data with last decode data. Verify Different data Monitor LED: Green Buzzer : beep 1 time Within detection ignored limit? Yes No Decoded? Yes Within decoding time limit? Same data Monitor LED: Red Buzzer : beep 2 times Out put the decoded data 28 Label out Detected? No When THIR detects a label is coming in, this signal turns OFF Label in detection ON ．．． OFF ON Decoding OFF Label out detection ．．． This signal is kept ON until THIR decodes successfully (including discarding the decoded) or the decoding time limit is not passed.) ON ．．． OFF When THIR detects a label goes out from FOV or the detection ignored time is passed, this signal turns OFF. Timing chart 7.3 For high density barcodes HD mode is designed to read high density barcodes (under 0.167mm of small element size) more quickly. Since this is not a default setting, please change to HD mode by reading the corresponding configuration barcode. 7.4 How to configure security settings Serial command Show status data string1 If the data is correctly received, THIR-6000B is connected to the host computer. PIN CODE=XXXX Put 4 digit numeric to “XXXX”. Bluetooth connection will be disconnected when PIN CODE is set. Please enter the PIN CODE to connect again. If set PIN CODE as “0000”, there is no security. WSETS Write settings to THIR-6000’s flash memory (make sure the connection is established) 29 7.5 How to confirm data transmitting To make sure the connection is established, the following method is strongly recommended. It will take approx. 20 second to detect disconnection between THIR-6000 and the host computer caused. The data tried to be sent to the host during this 20 second will be lost. By using the following method, operator can know if the data is correctly transmitted or not. THIR-6000B waits response from the host after it sends data. This period can be configured as limit time. If THIR-6000B does not receive response from the host, THIR-6000B judges the data has been lost. To complete this function, the host has to have the function to send “received” or ACK (0x06) to THIR-6000B if it receives data from the scanner. (1). Normal flow BCR Trigger ON HOST Read/Decode Data transmit Reading data Buzzer beeps Received or ACK Vibration (2)In case of NG BCR HOST Trigger ON Read/Decode Reading data Received or ACK Data transmit After time out LED ON Buzzer beeps 30 • How to switch confirmation ON ÅÆ OFF 1). Configuration barcode menu (Other document) 2). By sending serial command ANSWERBACK=X Confirmation ON/OFF ANSWERBACKTIM=X Time out limit Æ By reading barcodes 0: OFF (Default) 1: ON 1∼3 second (Default:1) • How it works THIR-6000B waits response from the host within the time our limit. During the time out limit, trigger signal and other serial command are not valid. After getting response from the host or passing the time out limit, trigger signal and other serial command become valid. • How to indicate 1). Get response from the host 2). No response from the host Æ Buzzer and vibrator indicate OK Æ Buzzer and red LED indicate NG Buzzer LED Vibration OK 2 times (high tone) non 100msec NG 3 times (low tone) Red LED ON (700msec) non 31 7.6 Image preprocessing Article Command Contents Image Preprocessing ?PROC Indicates the status of a image pre-processing setting contents IPFUNC0=a1,a2,a3,a4,a5 No.0 Image Preprocessing Setting 3x3 Mask Filter FILTER33[ I ] [ j ]=a 5x5 Mask Filter FILTER55[ I ] [ j ]=a Article FILTER33DM=1-10000 FILTER55DM=1-10000 Set coefficient value of 3x3 mask filter. (i, j=0 through 2, a= -99 through +99) Set magnification value of 3x3 mask filter. Set coefficient value of 5x5 mask filter. (i, j=0 through 2, a= -99 through +99) Set magnification value of 5x5 mask filter. Command Description None Black Erosion No Image preprocessing Erosion 2x2 Erosion 3x3 Erosion 5x5 Erosion 2x1 (w) Erosion 1x2 (h) White Dilation 10 Dilation 2x2 Dilation 3x3 Dilation 5x5 Dilation 2x1 (w) Dilation 1x2 (h) Reverse 20 Reverse White & Black Contrast 21 Cont (L12cut): Cut the rest (from the darkest) 12.5% Enhancement 22 Cont (L22cut): Cut the rest (from the darkest) 25% 23 21&22 are used to 24 enhance black 23&24 are used to 25 enhance white 26 Cont (H23cut): Cut the most (from the brightest) 12.5% Cont (H24cut): Cut the most (from the brightest) 25% Cont (LH12cut): Cut the rest 12.5% and the most 12.5%. Cont (LH22cut): Cut the rest 25% and the most 25%. Gamma Correction 27 Gamma(r=0.5) Execution for Gamma Correction 0.5 Smoothing Filter 40 Low pass Filter 3x3 average value Median 3x3 Filter 5x5 Filter Down Size Down Size 41 60 61 70 71 Median filter 3x3 median value 3x3 filter FILTER33, FILTER33DM execution filtering by command 5x5 filter FILTER55, FILTER55DM execution filtering by command Down Size (Quick) Down size whole image with quick mode Down Size (Average) Down size whole image with average speed mode Please ask our sales department for more information. 32 8. Troubleshooting 8.1 The unit does not work while pushing the read trigger switch. Does the battery have enough amounts? If the battery’s voltage is not enough, THIR-6000B may not operate correctly. Please see “2.1 Charging battery”. 8.2 Can not charge battery Is THIR-6000B placed on the cradle correctly? If THIR-6000B is not placed on the cradle correctly, charging battery may be failed. Please see “2.1 Charging battery”. Is the AC adapter inserted correctly? If the AC adapter inserted correctly to the cradle, charging battery may be failed. Is power supply polarity correct? When it is connected with reverse polarity, charging battery is failed. Correct polarity Æ Is the power rating of the power supply enough? Unless the power supply capacity is enough, charging battery is failed. Is the charging terminal clean? If there is dirt/dust on the charging terminal, charging battery may be failed. Isn’t the battery too old? The rechargeable battery does not last forever. If a change in the battery life is noticed, it is probably time to purchase a new battery. Criterias to know the time to change the battery are 300 times of charging/discharging or 2 years of usage under proper environmental condition. Please contact our sales department about alternative battery. 33 8.3 Barcode Cannot be Read. Is there beep from the buzzer when THIR-6000B reads barcode? YES Æ Barcode is decoded, but an error is occurred during transmitting data through Bluetooth. Please see “8.4. Errors in transmitting data”. NOÆ Barcode is not decoded. Please see the following instruction to decode barcode correctly. Is a code setup correct? Check the settings of the reader and that the 2D code is enabled Is reading distance suitable? Reading may be impossible when the reading distance is outside the working range of reading depth. Moreover the printing quality of the code may make it non-readable even if it is within the reading range limits. Is the surface of the code glossy? If the surface of the code is glossy, the illumination will be sometimes reflected like a mirror. To avoid this, put the scanner in angle relative to the symbol. Is the reading window clean? If the window becomes dirty or stained, the image taken by the reader might not be good enough for reading. Clean with a lens cleaner or similar anti-scratching (non-abrasive) method. Is the print quality of the code good? Please check whether print quality of the cells, code size, etc. conforms to the standard. 34 8.4 Reading data gets garbled Do you set fixed digit for ITF In some cases, cancellation of significant digits (reading it through with a few digits than a printed digits) in ITF(Interleaved 2 of 5) might be used. We recommend setting specific digit of ITF. 8.5 Bluetooth connection is disconnected Is THIR-6000B in the range or Bluetooth connection? The Bluetooth unit of THIR-6000B allows staying away 10m from the Bluetooth adapter. But the distance is varied depending on conditions. Please check the strength of wave if it seems to be weak. In the utility screen of the driver, the strength can be checked. If it is weak, please use TMU-6000 to receive wave more efficiently. 8.6 Reading data is missed partially during transmitting Is the connection disconnected during transmitting? Reading data can be missed partially if the connection is failed during the transmitting. Please check connectivity as explained “2.2 Setting up the host computer”. 35 8.7 Keyboard wedge interface is needed If keyboard wedge software is installed to the host computer, THIR-6000B can be used as keyboard interface device. Please let our sales department know if keyboard wedge is needed. 8.8 PIN CODE is required when Bluetooth connection is established PIN CODE is not set at the time or shipment from our factory. To initialize PIN CODE, please use “Default setting” barcode in “Configuration Barcode Menu”. If PIN CODE is needed to be set, please see “7.4. How to configure security settings”. 36 Appendix 1 Cradle（TBC-6000） 1. Overview Specification Dimensions Weight Tapped Hole Screw 3. Outlook Cradle for THIR-6000B series 2. ：72(H)×90(W)×241(D) ：Approx. 215g (AC adapter, wireless unit, and THIR-6000B are not included) ：φ5 x 3 ：M4×M20 2pcs (come with the cradle) Edge Rear AC adapter jack Cable clamper Charging terminator Slit Hook ※Please use one of the two tapped hole for charging terminator side. Tapped hole Fix the metal plate Hook the cable of AC adapter 37 [Memorandum] Warranty Obligations Exclusive of the cases with special mentions in quotations, contracts or specifications, TOHKEN warrants this products as the following. 1. Term of warranty One year from the date of purchase. 2. Warranty Coverage TOHKEN will repair or replace the product at no charge if the reasons of defects are come from our responsibility. The losses caused by the defect of this product are not covered. If the reasons of defects are the following, they are not covered by this warranty. (1). If the product is not used in accordance with all operation instructions. (2). If the product is modified by outsiders of TOHKEN. (3). If the defects are not caused by the product itself. (4). If the defects are caused by fire, pollution, abnormal voltage, or natural disasters, such as earthquake, thunderstorm or flood. 3. Usage outside of Japan This warranty coverage is based on the usage in Japan. Please contact our sales department if there need to use this product ourside of Japan. 39 40 TOHKEN CO., LTD Head quarters 2-7-1 Nishi-Shinjuku, Shinjuku-ku, Tokyo Japan 163-0710 Sales 03-5325-4311 to 4315 Sales Promotion 03-5325-4322 Nagoya office 4-2-12 Meieki, Nakamura-ku, Nagoya Japan 450-0002 Sales 052-565-9091 Osaka office 2-9-1 Higashi-Tenman, Kita-ku, Osaka Japan 530-0044 Sales 06-6353-5476 Fukuoka office 8-36 Hakata-eki Chuogai, Hakata-ku, Fukuoka Japan 812-0012 Sales 092-441-3638 Hitachi office 2-1-10 Hashikabe, Hitachinaka, Ibaragi Japan 312-054 Sales 029-276-9555 Field support department (Technical Center 3) 1-43-2 Tamagawa, Chofu, Tokyo Japan 182-0025 Field support 042-484-5190 41
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