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翻訳 - 英語 Machining of HCN-5000 II using special automatic B-axis alignment macroprogram
#06#
2 different kinds of workpieces are offset by special automatic B-axis alignment macroprogram.
2 points on a end face (half-divided section) of the first housing are measured by a touch sensor and automatically offset so that the B-axis angle becomes parallel for machining.
Both side faces of 1 peripheral hole of the second landing gear bush are measured to gain the center and the B-axis home is automatically offset.
The difference between the machine home and the workpiece home of a landing gear bush is offset by the dynamic offset function of NC for machining correctly.
#07#
Industry: Aircraft component manufacture
Workpiece name: Housing / landing gear bush
Workpiece diameter: 400 mm (14.75”) (half-divided) / 210 mm (8.272)
Workpiece length: 150 mm (5.912) / 190 mm (7.48”)
Workpiece material: Heat-resisting stainless steel / aluminum
Workpiece weight: 10 kg (22.05 lb.) / 6 kg (13.23 lb.)
Machining time: 30 minutes / 45 seconds
Lot size:
#08#
NC rotary table
Full automatic tool length measurement function & tool breakage detect function
Mazak monitoring system B (optical MP10)
Coolant gun (for washing workpiece on pallet changer)
1.5 MPa (15 kgf/cm2 / 213 psi) high-pressure coolant through spindle
Special automatic B-axis alignment macroprogram (NC table required)
翻訳 - 英語 BULLET ARRIVAL OBSERVATION APPARATUS
[PROBLEM TO BE SOLVED]
To solve: a problem of a conventional bullet arrival observation apparatus, which used to have an bullet arrival observation gate in a beam to calculate the bullet arrival position from a detected signal which passed the gate but could not calculate the bullet arrival position under the circumstance of difficult detections by the gate and could not observe the bullet arrival; and another problem which used to detect a water column from a receiving signal of the beam for a seeking target to calculate as the bullet arrival position but could not calculate the bullet arrival position when a bullet arrived extremely near a target or the waves were rough.
[SOLUTION]
A fire direction device having a radar system capable of simultaneously irradiating multiple beams calculates a bullet arrival position from an observed value of a bullet detected from a receiving signal which irradiates a beam to a fired bullet and a predicted projectile path of the bullet calculated from a flight model to observe the bullet arrival.
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翻訳教育
Bachelor's degree - Chiba University of Commerce, Japan
I am specialized in Japanese-English translations/Interpretations in patents, machinery, machine tools, IT, FMS, peripheral equipment, aviation, aircraft, automobiles, finance, contract/agreement, materials, robotics, measurements, games, manuals, patents, web, engineering/technology, catalogs, social science, art, literature, sightseeing, trips, social work, general/business letters, etc. for over 32 years.
Now a formal translator registered in Japan Patent Information Organization (JAPIO) since 1995.
TEP TEST 1st Class certified
Eiken 1st Class certified
I love to serve you in English/Japanese translation.
キーワード： General machines, machine tools, numerical control, FMS, IT, aviation, aircraft, automobile, materials, legal. See more.General machines, machine tools, numerical control, FMS, IT, aviation, aircraft, automobile, materials, legal, contracts, technical documents, computer technology, patents, games, marketing, sales, education, and all other relative fields. See less.
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