查询词典 winding corridor

Companies specializing in manufacturing all kinds of special specifications winding machine, such as dipping line, hose lines, nylon curtain line winding machine, cable filled with winding machine, the security cable winding machine, plastic single-wire winding machine, carbon fiber Vol. Around the machine, with kink winding machine, environmental protection Zhisheng with winding machine, decorated with winding machine, artificial turf silk winding machine, round wire winding machines.

公司专业制造各种特殊规格的收卷机，如浸胶线，胶管线，锦纶帘子线收卷机，电缆填充带卷绕机，防伪拉线卷绕机，涂塑单丝卷绕机，碳纤维卷绕机，扭结带卷绕机，环保纸绳带卷绕机，装饰带卷绕机，人造草坪丝卷绕机，圆丝收卷机等。

The hanging strip device includes: a hanging strip device main body; a winding section for performing the winding of the hanging strip; a winding auxiliary section, which is configured at a state that the rotation relative to the hanging strip device main body is limited and can move between the first preset position and the second preset position relative to the winding section, wherein, at the first preset position, the rotation of the winding section makes the hanging strip wrap is restricted, at a second preset position, the winding section can perform the drawing-out rotation for drawing out the hanging strip; a force applying part, which applies a press pressure to make the winding auxiliary section at the first preset position; and a convex part which allows the winding auxiliary section to be at preset point contact status relative to the hanging strip device main body when the winding auxiliary section is at the first preset position.

置在该吊带装置主体内，而且能够在第一预定位置和第二预定位置之间相对于上述卷绕部移动，其中，在上述第一预定位置，上述卷绕部的使上述吊带回绕的旋转被限制，在上述第二预定位置，上述卷绕部能够进行用于抽出吊带的抽出旋转；施力部，其施加将上述卷绕辅助部按压向上述吊带装置主体的按压力，以使该卷绕辅助部处于上述第一预定位置；和凸起部，其设置于上述卷绕辅助部或者上述吊带装置主体的任一方，在该卷绕辅助部处于上述第一预定位置时，上述凸起部使该卷绕辅助部相对于上述吊带装置主体成为预定的点接触状态

The landscape eco-corridor for the disturbed area can be designed into five types, i.e. eco-corridor of shelter belt, eco-corridor of water front, eco-corridor of road, the eco-corridor for connecting the restored areas, eco-corridor of natural landscape.

将水利水电工程扰动区景观生态廊道设计为5种类型：防护林生态廊道、滨水岸线生态廊道、道路生态廊道、修复区连接廊道、自然景观生态廊道。

In association with the improvement design practices on winding equipment for main cable of large span cable bridges liking Shantou Gulf Bridge, Xiling Yangtse River Bridge and Xiamen Haicang Bridge, some contents are systematically described on the basis of electric control system of ZLC series winding machine for main cable, including mechanism composition of the winding machine for main cable, mathematical relationship between rotation speed of winding system and travel speed of the winding machine, work principle of accurately matching control on the two speeds with PLC and frequency converter, wireless measurement and monitor of winding system tension, automatic override control on cable clamp as well as practical effect of a real bridge application.

结合对汕头海湾大桥、西陵长江大桥和厦门海沧大桥等大跨度悬索桥的主缆缠丝施工设备－主缆缠丝机的改进设计实践，以ZLC系列主缆缠丝机的电气控制系统为基础，系统介绍了主缆缠丝机的机构组成、缠丝系统旋转速度与缠丝机行走速度之间的数学关系、采用PLC及变频器对两速度进行精确匹配控制的工作原理、缠丝系统张力的无线测量、监控、索夹的自动跨越控制以及实桥的应用效果。

In this thesis, soft starter equipment realized by thyristors power transform circuit is studied. To improve equipment performance, we apply variable reactance technique to AC motor soft starter study. The high voltage AC working winding of reactance is in series with motor winding, while low voltage control winding and thyristors groupware with intelligent controller constitute close loop circuit. We adopt thyristor phase control voltage-regulator mode to control low voltage winding, then control the reactance of high voltage winding, and then arrive at the goal-control the current and voltage of motor AC to realize motor soft starting.

本文研究由晶闸管功率变换电路实现的软起动器装置，为了提高装置的性能，将可变电抗技术应用于交流电机软起动研究中，电抗器的高压交流工作绕组与电动机绕组串接，低压控制绕组与带智能控制器的晶闸管组件组成闭合回路，采用晶闸管相控方式控制低压绕组，从而控制高压绕组的阻抗，以达到对电机电流与电压的控制，最终实现电机软起动的目的。

It is convenient, therefore, to call high-voltage winding the H winding and the low-voltage winding the X winding and to designate the number of turns of each winding TH and TX.

很方便，因此，呼吁高压绕组的H绕组和低压绕组的X清盘，并指定的圈数每个绕组次和德克萨斯州。

This procedure is not only adaptable for sinuous winding,but also for si- ngle-layer concentric winding,wicklung retrogressive winding,chain winding or collective winding(q=1). It is of great importance for various types of machine windings used in household appliance.

本程序不仅适用于正弦绕组的电机，还推广到适用于单层同心式、单层交叉式、单层链式和 q=1的集中绕组型式的电机，对于经常采用各种绕组型式的家用电器的电机来说，尤其重要。

The mechanism of lock corridor crack is rather complicated due to the unique structure of corridor. As a result construction technique improvement cannot totally eliminate corridor crack occurrence. According to the construction process and results of Jinghang Cannel Huaiyin 3rd Lock,certain technical measures and improvements in construction techniques,can efficiently control the corridor crack and avoid the occurrence of crack as much as possible.

船闸廊道裂缝的产生机理较为复杂，由于廊道独特的结构形式，仅仅从改善施工工艺方面来完全消除廊道裂缝的出现是很难的，从本次京杭运河淮阴三线船闸工程实施过程及结果来看，通过一定的技术措施和改善施工工艺，可使廊道裂缝得到有效的控制，同时避免了有害裂缝的产生。

Proposed rail lines include: a northern New England line; an Empire line running east to west in New York State; a Keystone corridor running laterally through Pennsylvania; a major Chicago hub network; a southeast network connecting the District of Columbia to Florida and the Gulf Coast; a Gulf Coast line extending from eastern Texas to western Alabama; a corridor in central and southern Florida; a Texas-to-Oklahoma line; a California corridor where voters have already approved a line that will allow travel from San Francisco to Los Angeles in two and a half hours; and a corridor in the Pacific Northwest.

拟议的铁路线包括：新英格兰北部线；一个帝国线东西在纽约州；走廊运行的基石，通过横向宾夕法尼亚州；一个主要芝加哥枢纽网络，一个东南亚网络连接哥伦比亚特区佛罗里达州和墨西哥湾沿岸地区；海湾海岸线从西部得克萨斯州到东部阿拉巴马；在走廊中部和南部的佛罗里达州；德州至俄克拉何马州线；加州走廊，在那里选民已经批准了线，使旅游从旧金山到洛杉矶的两个半小时；和一条走廊，在西北太平洋。

"A The primary winding wound over the secondary winding or the secondary winding wound over the primary winding ; and "

" a 初级绕组包在次级绕组外面或次级绕组包在初级绕组外面；和"

A major factor in deviation from optimal performance of the activated sludge secondary clarifier is the presence of density currents,resulting from the density difference and temperature difference.

异重流的形成是影响活性污泥系统二沉池水力学性能的主要因素，形成异重流的主要原因包括沉淀池内不均匀的污泥分布和温度分布。

You always nip it in the bud.

你总是有办法解决的。