hopper structure 中文意思是什麼
hopper structure
解釋
漏斗構造-
Structure design of a 13 000 m3 large suction hopper dredger
3大型耙吸挖泥船的結構設計 -
On the mechanic design of the self - feeding unit, according to the actual structure of the contact pins, we ’ ve adopted the way of vibratory hopper feeder for self - feeding, and designed a suit of sensing and storing equipment. with the equipment, the contact pin can enter the measurement equipment in accord with the same pose
在自動上料機構的設計上，本文根據插針的實際結構，選用了振動料鬥上料的方式，並設計了一套符合插針特點的辨向和儲料裝置，使插針能夠以一致的姿態進入測量裝置。 -
This machine is of vertical crushing structure, and the material is fed into the crushing chambezr through a hopper, crushed by simultaneous cutting of both fixed and movable knives and rotating impact of rotating knife, and entered into the catcher automatically under the effect of rotating centrifugal force, and the dust is filtered and recovered by dust collector through a bag
本機為立式粉碎結構，物料由進料斗進入粉碎室，利用旋轉刀的旋轉沖擊，固定刀和活動刀同進剪切而獲得粉碎，粉碎好的物料經旋轉離心力的作用，自動進入捕集袋，粉塵由吸塵箱經布袋過濾回收。 -
This dissertation firstly discusses the basic structure of trailing suction hopper dredgers, then establishes the mathematical model of dynamic process of trailing suction hopper dredgers and the model of compensator of wind and wave, develops a set of real time simulation software using oop visual c + +, mfc, delphi and activex component technology, and simulates the different dynamic characters for different working situations
本文從討論耙吸式挖泥船基本結構和基本工作過程著手，建立了耙吸式挖泥船疏浚系統的數學模型，採用面向對象的visualc + + 、 mfc圖形函數、 delphi和activex控制項技術，開發了一套實時模擬軟體，模擬了不同疏浚工況下的動態特性。 -
This machine of horizotal crushing structure, and the material is fed into the crushing chamber through a hopper, crushed by cutting and impact of both fixed and rotating knives, and flows to the exit automatically under the effect of rotating centrifugal force
料斗進入粉碎室，利用旋轉刀與固定刀沖擊、剪切而獲得粉碎，經旋轉離心力的作用，物料自動流向粉碎機出口處。 -
Meanwhile the influences of a hopper structure on the flow patterns of wet materials are different from dry materials. usually the critical open diameter of a hopper for dry particles is more than 3 times of particle diameter, but not less than 4 times for wet particles. for dry particles, the hopper angle which causes transformation from funnel flow into mass flow is about 45
同時料倉結構參數對干濕顆粒流動特性的影響也存在一些明顯的差異：對于干顆粒，滿足不結拱的料倉開口度尺寸至少為顆粒直徑的三倍，而濕顆粒則要求料倉開口度至少為顆粒直徑的四倍；干顆粒由漏斗流向整體流轉換的角度在45度左右，而濕顆粒的轉換角度為40度左右。
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