?hexapodous

hexapodous 發(fā)音

[[hek'sæpədəs]]

英：　　美：

hexapodous 中文意思翻譯

hexapodous 相似詞語(yǔ)短語(yǔ)

1、tetrapodous ─── 四足動(dòng)物

2、apodous ─── adj.無(wú)足的；足部未完全成熟的

3、hexandrous ─── adj.[植]六雄蕊的

4、hexapodies ─── n.六音步詩(shī)句

5、hexamerous ─── adj.以六為基數的

6、hexapods ─── n.昆蟲(chóng)；六腳的節足動(dòng)物；adj.六腳的

7、decapodous ─── adj.有十腳的(decapod的變形)

8、hexapod ─── n.昆蟲(chóng)；六腳的節足動(dòng)物；adj.六腳的

9、hexagynous ─── adj.六雌蕊的

hexapodous 常見(jiàn)例句（雙語(yǔ)使用場(chǎng)景）

1、Infrared Remote Control Reptile hexapod robot design, development framework, ─── 紅外遙控六足爬蟲(chóng)機器人設計，開(kāi)發(fā)的框架，

2、Research on the Suppleness of the Body of the Micro Hexapod Robot ─── 關(guān)于微型六足機器人軀體柔性化的研究

3、hexapod walking machine ─── 六足步行機器

4、The disintegrator assimilation provides the most powerful anti-vehicle weapon for the Hexapod, but has the shortest range. ─── 同化粉碎機可以為六腳提供最有力的反載具武器,但是射程最短.

5、The range of the Lifeform Recycling System is smaller than the range of the Hexapod’s weapon.To ensure maximum recycling, ensure that the Hexapod is close to the enemy troops. ─── 生命回收系統的范圍是小于六腳武器范圍的.要確保最大限度地回收，就要確保六腳足夠接近敵軍。

6、A Study of the Omnidirectional Gait for a Hexapod Walking Robot ─── 六足步行機器人全方位步態(tài)的研究

7、Joseph A.Falco Ernest W.Kent.Virtual Manufacturing Tools for Collaborative Exploration of Hexapod Machine Capabilities and Applications. ─── 關(guān)浩,胡萍,于云滿(mǎn).21世紀新興機床-虛擬軸并聯(lián)機床[J].機械制造及自動(dòng)化,2001(4):17-18.

8、Research on miniature hexapod bio-robot and its tripod gait ─── 微型六足仿生機器人及其三角步態(tài)的研究

9、The Eradicator Hexapod can garrison up to three infantry units to give it different weapons and abilities. ─── 根除者一共可以進(jìn)駐三個(gè)步兵單位來(lái)得到不同武器和能力的升級。

10、The six-legged machine imitated the walking gait of hexapod insect, and it had 3 degrees-of-freedom (DOF) and was controlled by three servomotors. ─── 該機構模仿六足昆蟲(chóng)的行走步態(tài)，具有三個(gè)自由度，分別由三個(gè)直流電機控制。

11、Hexapod platform ─── Hexapod平臺

12、Obviously a fairly well rounded choice if you are going for a straight forward Eradicator Hexapod with no tricks.Though, there are probably better choices in general in most situations. ─── 通過(guò)進(jìn)駐攝魂師和奪魂師你可以得到一種能力，而自我修理會(huì )有更大的用處。

14、A rudder servo controller for hexapod robot platform is designed. ─── 摘要設計了應用于小型六足仿生機器人的舵機控制器。

15、When it comes to raw potential and what you can make the most of, Scrin's Eradicator Hexapod is the Epic Unit of choice. ─── 如果你追求原始能力，那么Scrin的根除者六足機甲就是你的首選史詩(shī)單位。

16、As the important part of the vision system of the biologically inspired hexapod robot，the image acquisition card need to connect with other devices, so the USB driving is the key problem. ─── 由于該采集卡是仿生六足機器人視覺(jué)子系統的重要組成部分，在視覺(jué)子系統中應與其他器件進(jìn)行合理掛接，因而必須妥善解決USB驅動(dòng)問(wèn)題。

17、The Eradicator Hexapod's initial weapons are plasma discs that resemble closely the Devastator Warship's weapon. ─── 根除者六足機甲的初始武器是類(lèi)似于毀滅戰艦的粒子飛盤(pán)。

18、 雙語(yǔ)使用場(chǎng)景

19、It will give you 15% of the cost of any opposing unit or structure you destroy that is in the Eradicator Hexapod's radius (the circle that you see when you have the Eradicator Hexapod selected). ─── 它將回收自身周?chē)欢ǚ秶鷥却輾У娜魏螖撤絾挝换蚪ㄖr(jià)值的15%給你（有效范圍在你選中根除者時(shí)可以看到）。

20、Hexapod triticale ─── 六倍體小黑麥

21、As a result, this research provides a simple and effective geometric methodology for mechanism design and geometric parameter determination for the virtual-axis hexapod machine. ─── 研究結果對于六桿虛擬軸并聯(lián)機床的機構設計與參數確定提供了簡(jiǎn)潔有效的方法。

22、Research and Explore on the Movement Control technology of New Hexapod Walking Bio -robot ─── 新型仿生六足機器人運動(dòng)控制技術(shù)的研究與探索

23、The Co-ordinated Control of a Hexapod Robot Based on PIC Chip Microcomputer ─── 基于PIC單片機的六足機器人的協(xié)調控制

24、The movement principle of hexapod robot tripod gait, gait adjustment method, hardware circuits of infrared LED switch are explained in the paper. ─── 介紹了六足機器人三角步態(tài)的行走原理、步態(tài)調整方法和光電開(kāi)關(guān)的硬件電路。

25、This method can also be used to optimal design of other parameters, and provided theoretical principle for reasonable drive and precise control of hexapod walking bio-robot. ─── 所用方法同樣適用于六足仿生步行機器人其他結構參數的優(yōu)化，也為六足仿生步行機器人的合理驅動(dòng)和精確控制提供了理論依據。

26、In the dissertation , I am major in improving the seeing function , to make the emulational machine hexapod find the spot lamp-house . ─── 論文內容主要是在不修改其硬件系統和平臺的基礎上通過(guò)軟件方法對功能進(jìn)行改進(jìn)，保持硬件的一致性。

27、biologically inspired hexapod robot ─── 仿生六足機器人

28、The Hexapod destroys Scorpions quickly with a large area of effect and the Prodigy can turn your opponent's own Scorpions against him. ─── 六腳憑借大的影響范圍可以迅速消滅蝎子，奪魂師可以讓你敵人的蝎子掉轉炮口內訌。

29、Hexapod bionic robot ─── 六足仿生機器人

30、Bionic hexapod walking robot ─── 六足仿生步行機器人

31、The Hexapod has a high amount of hit points, which can be further augmented by the addition of up to three Assimilator healing pods. ─── 六腳可以吸引大量的火力,可以通過(guò)增加三個(gè)同化者來(lái)增強這一點(diǎn).

32、The hierarchical control and communication of a hexapod walking robot ─── 六足步行機器人分級控制及通信

33、Based on the principles of bionics and the movement mechanism of the hexapod , the triangle gait movement principle of hexapod robot is analyzed. ─── 基于仿生學(xué)原理,在分析六足昆蟲(chóng)運動(dòng)機理的基礎上,對六足仿生機器人的三角步態(tài)運動(dòng)原理進(jìn)行了分析。

34、Study on Energy Conservation Technology of the Hexapod Walking Bio-robot ─── 六足仿生步行機器人系統節能技術(shù)的研究

35、Standard Practice for the Operation of the Hexapod Drum Tester ─── 六撐點(diǎn)式地氈踩踏滾筒試驗儀的操作

36、Keywords Machine tools Virtual design Hexapod prototype Parallel structures; ─── 機床;虛擬設計;六足蟲(chóng)原型;并聯(lián)結構;

37、Design of Paddy Field Skidproof Hydrostatic Hexapod Walking Machine ─── 水田防滑靜液壓六足步行機器的設計

38、2 Michael R.Fielding, Reg Dunlop.Hamlet：Force/Position Controlled Hexapod Walker Design and System. ─── 5趙鐵石,趙永生.海蟹足系仿生機構模型及位置反解.東北重型機械學(xué)院學(xué)報,1996;

39、The Real Time Obstacle Avoiding Control Technology of Hexapod Walking Bio-robot ─── 仿生六足機器人實(shí)時(shí)避障控制技術(shù)

40、Development and experiment of active member for space-base precise pointing Hexapod ─── 空間精密跟瞄Hexapod平臺作動(dòng)器研制與實(shí)驗

41、A large deployable hexapod paraboloid antenna ─── 大型可展構架式星載拋物面天線(xiàn)結構設計

42、To improve the rising-falling character and the walking stability of the hexapod robot, on the basis of its kinematics analysis, thin paper presents its fact trajectory planning on the flat ground without obstacles. ─── 摘要在對六足步行機運動(dòng)學(xué)分析的基礎上，為了改善步行機的起落特性及步行穩定性，進(jìn)行了平地無(wú)障礙足端軌跡規劃。

43、The paper analyzes the hexapod bionic robot gaits in walking along typical straight lines and swerving at a specific point. ─── 文章分析了六足仿生機器人典型直線(xiàn)行走步態(tài)和定點(diǎn)轉彎步態(tài),給出了不同步態(tài)下的機器人落足點(diǎn)的位置矢量表達式。

44、Stiffness-oriented Optimization Methodology for Geometric Design of Virtual-axis Hexapod Machine ─── 基于機構剛度的六桿虛擬軸并聯(lián)機床幾何結構優(yōu)化

45、Obviously a fairly well rounded choice if you are going for a straight forward Eradicator Hexapod with no tricks. ─── 很明顯如果你簡(jiǎn)單使用根除者而不用任何技巧的話(huà)，這是個(gè)很好的綜合升級選項。

46、Research on Hexapod Walking Bio-robot Locomotion Control Technology ─── 仿生六足爬行機器人運動(dòng)控制技術(shù)研究

47、This paper describes the structure and control of a new kind of miniaturec hexapod bio-robot, analyzes the moving principle of robot. ─── 摘要介紹一種新的六足微型機器人的結構和控制，分析機器人的移動(dòng)的原理。

48、In this paper,the author explores the gait selection problem for a hexapod robot for analyzing its stability and its kinematics performance. ─── 對六足機器人的全方位步態(tài)進(jìn)行了探討,分析其機身的穩定性,爬坡能力、越溝能力等運動(dòng)性能。

49、The paper analyzes the hexapod bionic robot gaits in walking along typical straight lines and swerving at a specific point.The position vector expressions of different gaits of the robots are given. ─── 摘要文章分析了六足仿生機器人典型直線(xiàn)行走步態(tài)和定點(diǎn)轉彎步態(tài)，給出了不同步態(tài)下的機器人落足點(diǎn)的位置矢量表達式。

50、Just like the other Epic Units before it, the Eradicator Hexapod can also be garrisoned with infantry. ─── 像前面介紹的其他史詩(shī)單位一樣，根除者六足機甲也可以進(jìn)駐步兵。

51、Design of Miniature Bionic Hexapod Robot Control System and Its VB Program ─── 微型仿生六足機器人的運動(dòng)控制的軟件設計

52、Now unfortunately for the Eradicator Hexapod, its ability is probably the worst out of the three Epic Units. ─── 不幸的是，對于根除者六足機甲來(lái)說(shuō)，它的特殊能力是三個(gè)史詩(shī)單位里最差的。

53、Kinematical Principles and Movement Control Program of New Miniature Bionic Hexapod Robot ─── 新型微型六足機器人的運動(dòng)原理及控制程序

54、Hexapod - robot ─── 六足機器人

55、Research on miniature hexapod bio-robot and its tripod gait[J]. ─── 引用該論文 徐小云,顏國正,丁國清.

56、As the important part of the vision system of the biologically inspired hexapod robot, the image acquisition card need to connect with other devices, so the USB driving is the key problem. ─── 由于該采集卡是仿生六足機器人視覺(jué)子系統的重要組成部分，在視覺(jué)子系統中應與其他器件進(jìn)行合理掛接，因而必須妥善解USB驅動(dòng)問(wèn)題；

57、You can also Phase field Tripods/Eradicator Hexapod to escape death or you can use it to crush over a lot of tier 1 &2 units without losing the tripod or Eradicator Hexapod. ─── 你也可以把相場(chǎng)用在三腳/六腳上來(lái)逃避死亡或是讓你可以在碾壓1，2級單位是，不用損失任何單位。