輥彎 的英文怎麼說
中文拼音 [gǔnwān]
輥彎
英文
roll bending-
Company manage cold curved shaping machinery mainly, have many persons of experienced senior technician and switzerland study overseas returned student of copra in germany, and such domestic close cooperation for many years of numerous universities and colleges as central china university of science and technology, etc.
公司主營冷彎成型輥壓成型機械,擁有多名經驗豐富的高級技師及在德國瑞士學習過copra的海外歸國留學生,並與華中科技大學江蘇科技大學等國內眾多院校有著多年的密切合作關系。At present our main products : all kinds of the glass vacuum cups, heating element of tempering machine, kevlar rope, cutting machine table carpet, brush roller of glass washing machine, rubber roller, castor wheels, silicon rope for the laminated glass, flood & squeegee bar for the colour glazed glass, glass clamps etc
目前主要產品有:各類玻璃真空吸盤、各種類型加熱爐絲、耐高溫陶瓷件、耐高溫纖維繩、絲印機回墨刀、刮刀、萬向輪、傳送膠輥、清洗機毛刷輥、自動切割線用毛氈、彎夾玻璃真空硅膠管、真空袋、玻璃吊夾等。Professionally produce q11 series, qc12y series beam shear ; wc67y series hydraulic press brake ; w11, w12 series tri - roller and four - roller machine ; j23, j21 series power presses ; w43 series board materials machine ; ( assembly line ) and cutting and shaping machine tools
我公司專業生產q11系列、 qc12y系列剪板機; wc67y系列液壓折彎機; w11 、 w12系列三輥、四輥卷板機; j23 、 j21系列jh21系列壓力機; w43系列板料校平機(生產線)等剪切、成型機床的生產廠家。Eccentric licker - in or bend feed plate
梳棉機刺輥偏心或喂入板彎曲。Cold - formed rectangular tube - steel column for architecture structure is formed by roll cold - winding forming process and hf longitudinal seam weld
建築結構用冷彎矩形鋼管是採用冷軋或熱軋鋼帶,經連續輥式冷彎及高頻直縫焊接生產形成的矩形鋼管。Theoretically the varying contact rolling technology can increase the transverse stiffness of loaded roll gap, heighten the control effect of roll bending, improve the distribution of contact force between backup roll and work roll
從理論上分析了變接觸軋制技術在提高承載輥縫橫向剛度、增加彎輥力調控功效、改善輥間接觸壓力分佈方面的作用。Works on the bending roll system of four - roll rolling mill, the workroll shape variation caused by the force of bending roll and the contact stress between rolls was researched with the fem software ansys, the maximum deformation of the work roll was calculated, and the curve of the gap adopting the least - squares method was fitted, which set the base of the further calculation of load - gap shape
摘要以四輥軋機的彎輥系統為研究對象,利用有限元分析軟體ansys研究彎輥力和輥間接觸應力引起工作輥形狀的變化,計算工作輥彎曲的最大變形量,並用最小二乘法對輥縫曲線進行擬合,為進一步計算有載輥縫形狀提供可靠的理論依據。An independent module of work roll bending compensation is set in the feedback control system
在反饋控制環節中專門設置一個獨立運行的模塊,即工作輥彎輥補償控制模塊。The reversing design of production system for rolling - form and its application
輥彎生產系統的反求設計及其應用Three - toll bending machine
三輥彎板機The work roll bending on five stands are adjusted based on the periodical change of work roll shift position to decouple the coupling between edge drop and flatness control and obtain the optimum flatness control
該模塊根據5個機架的工作輥軸向位置的變化周期性隨動調整5個機架的工作輥彎輥,化解平坦度和邊降的耦合關系,以獲得最佳的板形控制效果。It ` s suitable for the bend and deformation of the metal plates and it can roll the round and arcshapes and the cone ones within its specified ranges. it has the function of prebending the plate at both ends. the two lower rollers are the driving ones and can make the horizontal movement ; and the upper is a driven one and can make the up and down movement. the moving manner includes the mechanical and industry, boilers, shipbuilding, metal structure, machine manufacture and other trades, especially for the roll the steel trunks with smaller diameter and longer length in power transmission and trandform and other trades
該機適用於金屬板材的彎曲成型,可卷制圓形,弧形和一定范圍的錐形工作,並有板材端部預彎功能,本機型兩個下輥為主動輥並可水平移動,上輥為從動輥上下移動,移動形式有機械式和液壓式,傳動軸均採用萬向連軸器連接,它廣泛適應于石油化工鍋爐造船金屬結構及機械製造行業,特別適用於送變電行業等直徑較小長度較長鋼管桿的卷制The structure of this machine is designed as asymmetrical 3 - roller structure form. this machine has the two functoins ; prdbending and circlerolling and is widely used in decoration, chemical industry, metal structure, raceway and oil pipe line, machine manufacture and other trades. the upper roller and lower roller are the driving ones and side roller is the driven one, the lower one lifts vertically and the side one moves slantingly. this machine is convenient in operation and maintenance. so it ~ sreally an ideal epuipment for bening and modilling the thin plates
本機械結構型式為三輥非對稱式,他具備預彎和卷圓兩種功能,廣泛應用與裝潢、化工、金屬結構、輸水輸油管道及機械製造行業,本機種上下輥為主動輥,側輥為從動輥,下輥垂直升降,側輥傾斜移動,操作維修方便,是金屬薄板彎曲成型的理想設備。Abstract : the article describes the structure, work principle, design method of the tool parts and the calculation of the bending force of bending die with double roller for load bearing support
文摘:介紹了承力隔架用「雙轉輥彎曲模具」的結構、工作原理、主要工作零件設計及其彎曲力的計算方法。This paper introduces the structure and operating principle, the design method of critical parts, and the calculation of bending forming forces of double - roller bending dies for load bearing supports
主要介紹了承力隔架用「雙轉輥彎曲模具」的結構、工作原理、主要工作零件設計及其彎曲力的計算方法It is known that the dynamic characteristic and stability of hydraulic pressure bend roller has key action on the whole afc system ( primary means quick regulation and transition interval ). for the nonlinear, time varying and uncertainty existing in the hydraulic
將其用於液壓彎輥系統,模擬結果表明該系統的性能良好,魯棒性強,優于常規imc系統,這類智能控制器適合於對象參數變化、模型不確定和非線性的控制。The hydraulic bending roll control system based on the generalized predictive control
基於廣義預測控制的液壓彎輥控制系統Hydraulic bend roller is the basic segment of afc system. its dynamic and static characteristic is important to the whole afc. for this a neural network imc strategy is applied
液壓彎輥是板形控制系統( afc )最基本的環節,它的動態特性和穩態性能對于整個afc系統的性能起著至關重要的作用。And its nnc and nni are both established with the optimal neural network. so the hydraulic bend roller system ' s dynamic response velocity and static tracking precision are advanced. hydraulic bend roller force can operate better and mill ' s dynamic characteristic is improved
將優化網路用於液壓彎輥系統的控制中,採用內模控制方案,辨識器和控制器用優化網路來離線設計、在線調整,提高了液壓彎輥系統的動態響應速度和穩態跟蹤精度,充分發揮了液壓彎輥力對板形的調整作用,改善了軋機系統的動態特性。The results indicate that the time of press influences sawtooth distortion greatly, but infects sawtooth less. root of the sawtooth made by the method of static simulating rolling have no changes hardly, and from the upper distance the changes became, then on the top the sawtooth curves to the opposite direction
結果表明:壓制時間對齒形的變形影響較大,對齒型的影響很小;模擬軋輥壓制的鋸齒,根部一段幾乎沒有變化,是從一段距離開始變形,然後在頂端向相反的方向彎曲;壓製成型后,鋁板厚度的變化很小。分享友人