驅動行走輪 的英文怎麼說

中文拼音 [qūdònghángzǒulún]
驅動行走輪 英文
ground-engaging wheel
  • 驅 : 動詞1. （趕） drive （a horse, car, etc. ） 2. （快跑） run quickly 3. （趕走） expel; disperse
  • 行 : 行Ⅰ名詞1 （行列） line; row 2 （排行） seniority among brothers and sisters:你行幾? 我行三。where...
  • 走 : 動詞1 （人或鳥獸的腳交互向前移動） walk; go 2 （跑） run 3 （移動; 挪動） move 4 （離開; 去） lea...
  • 輪 : Ⅰ名1 （輪子） wheel 2 （像輪子的東西） wheel like object; ring; disc 3 （輪船） steamer; steamboa...
  • 驅動 : [機械工程] drive; prime mover
  • 行走 : walk; run; go on foot
  1. The machine is circumgyration drilling machine that the rotary drives drilling tool to bore by rotation, adopts full hydraulic pressure drive, constant power loop, wheel cylinder startup, oil cylinder disappear ing end bumper, electrohydraulic combined control, steel wheel traveling and disassembly transport

    該機是由轉盤帶動鉆具旋轉鉆進的回轉鉆機，採用全液壓驅動，恆功率迴路，分泵啟動，油缸升降，電液復合操縱，鋼輪行走，解體運輸。
  2. Mechanic massage hand in the back driven by four rollers, which can be moved up and down. sound - enclosure designed. the mechanic massage hand provide kneading, thumb - pressing, tapping and kneading - knocking massage, which can be performed at the same time

    椅子靠背採用上下行走，四輪驅動，靜音設計的按摩機械手裝置，具有揉捏指壓敲擊拍打和揉捶同步。
  3. Mechanic massage hand in the back driven by four rollers, which can be moved up and down, sound - enclosure designed. the mechanic massage hand provide kneading, thumb - pressing, tapping and kneading - knocking massage, which can be performed at the same time

    椅子靠背採用上下行走，四輪驅動，靜音設計的按摩機械手裝置，具有揉捏指壓敲擊拍打和揉捶同步。
  4. Mechanic massage hand in the back driven by four rollers, which can be moved up and down, sound - enclosure designed. the mechanic massage hand provide kneading, thumb - pressing, tapping and kneading - knocking massage function, which can be performed at the same time

    3椅子靠背採用上下行走，四輪驅動，靜音設計的按摩機械手裝置，具有揉捏指壓敲擊拍打和揉捶同步。
  5. The morning mail - cart, with its two noiseless wheels, speeding along these lanes like an arrow, as it always did, had driven into her slow and unlighted equipage

    一輛早班郵車驅動著它的兩個無聲無息的車輪，沿著這些單行車道像箭一樣飛速駛來，幾乎跟她這輛行走緩慢沒有燈光的馬車撞在了一起。
  6. Four driven wheels move up and down at neck ; shoulder ; back and waist with syndhronal kneading, tapping massage modes ; at back sides 、 buttocks 、 thigh with airbag kneading and pressing ； at calf with airbag kneading and pressing ; the calf with horizontal telescopic functions

    腰背部四輪驅動機構（可在頸肩背腰部上下行走，能完成「揉捏」 「拍打」等按摩） ；臀部氣囊式揉壓按摩；大腿部氣囊式揉壓按摩；小腿部氣囊式揉壓按摩；靠背、小腿微控自動升降。
  7. The kinematics analysis of the moving system of lunar rover is presented in this paper. in this procedure, the lengthways speed of each wheel, when the lunar rover is moving in common status, are calculated. moreover, the same direction and converse difference steering for difference steering system with steering radius as the critical transfer condition is put forward

    本文首先對六輪獨立驅動式月球車所採用的行走系統進行了運動學分析，推導了月球車正常行駛狀態下各車輪的縱向速度，並給出以轉向半徑為臨界值的差速轉向系統的正、反向差速的轉換條件。
  8. Then the article specifies the control principle of the infrared sensor, the dust warehouse detection, the collision detection, the floating switch, the speedometer, the edge - walking detection, the keyboard, the liquid crystal display as well as the vacuum motor, the brush motor, the driver motor and etc. in the software design aspect, through analyzing the link between the bottom hardware and path coverage planning algorithm, it actualizes pid adjustment algorithm for the robot ’ s straight walking, the coordinate transformation and computation of speedometer ’ s return value, providing the basis for the route coverage algorithm

    然後，詳細說明了紅外傳感器，塵倉檢測，碰撞檢測，浮動開關，里程計，貼邊行走檢測、鍵盤、液晶顯示以及吸塵電機、毛刷電機、主動輪驅動電機等控制原理。在軟體設計方面，通過分析底層與路徑規劃演算法的銜接，實現了機器人直行pid校正演算法、里程計返回值的坐標變換及計算等演算法，為路徑覆蓋演算法提供依據。
  9. The navigated automatical robot are presented for attends the china robot game ( crg ). according to requerements of the crg and with the possibly low manufacturing cost, the total design, bedrack design, drive system design, the choice and the layout design of sensors, the running and the control strategy programming of the agv are also studied in this paper

    為參加全國機器人比賽，以及根據比賽要求和agv製造成本盡可能低的原則，本課題研製了輪式自動導航機器人。具體工作包括該參賽agv的總體設計、底盤設計、驅動系統設計、傳感器的選擇和布局設計、控制器設計以及agv的行走和控制策略規劃等研究。
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