patch n. 1.补钉,补片;金属补片。 2.(军服上表示所属部队的布制)臂章。 3.饰颜片,美人斑〔17、18世纪时女人贴在脸上增加美观或掩饰疤痕等的小绸片等〕;(害眼病时用的)眼罩;(伤口上的)敷裹,膏药。 4.碎片;碎屑;(文章的)一段。 5.斑点,斑纹;【医学】斑。 6.小块地(上的庄稼)。 7.不中用的人,无聊的人,帮闲。 8.〔主英〕时期,季节。 a patch of potatoes 一块马铃薯地;一块地的马铃薯。 Don't put a patch upon it. 〔口语〕别再表白啦,别掩饰啦。 make a patch against 可与…相比。 not a patch on 〔口语〕比…差得远,远不及…。 strike a bad patch 〔口语〕倒霉。 vt. 1.修补,补缀;拼凑 (up)。 2.暂时遮掩一下 (together up) 修理;平息(吵架等)。 3.用美人斑装饰(脸)。 patch up 1. 结束,解决;制止。 2. 匆忙处理。 3. 拼凑。 n. 傻瓜。
There must be some way round , some way to make her own up that he was right and she was wrong - to patch up a peace and shut out hurstwood for ever 一定会有什么解决的办法,有什么办法能让她承认自己不好,承认他是对的-他们就可以言归于好,把赫斯渥永远排除出去了。
Jesus is saying that the teaching of the true gospel is not to patch up a weakness or hole in a man ' s clothing which in the parable stands for his covering for sin or his old religion 耶稣说真正的福音的教训并不是用来缝补一个人衣服上的破洞的,衣服在这个比喻中喻表遮盖罪的或是一个人旧的信仰。
As for the designing institute , you can organize over hundreds solution projects by using only 30 news products series number . you can get any option you want to patch up 对于广大设计院来说,少少的30个产品号,可以组合出上百种方案, “您想得到的,就一定能拼得到” ,拥有了更大的设计选择空间。
These features do not appear in a manner employing or patching up original folk songs directly but are thoughtfully embodied in his creations and recreations using pentatonic scales or major - minor scales or " common tones " 其二,不采用具体民歌或民间音乐加以改头换面,而是运用民歌或民间音乐的综合音调结构作品。
Daguenet and georges had to patch up the rent with pins , while zoe once more arranged her hair . all three hurried round her , especially the boy , who knelt on the floor with his hands among her skirts 达盖内和乔治不得不用别针把那道口子别起来,佐爱则给她梳头,他们三个人在她身边忙得团团转,尤其是小家伙乔治,他跪在地上,把两只手插在她的裙子里。
Abstract : it will be helpful for analyzing , understanding and grasping the soft structure and its course of fire control computer by tracing the execute address of the computer software , thus meaningful to patching up the original software 文摘:应用通用技术研制完成了程序存储器板系统执行地址跟踪系统,可以在不对火控系统产生任何影响的前提下,跟踪并记录下火控系统在进入不同工作状态时以及进入后火控计算机软件执行的地址。
This set decodes the board and supports 48bit to seek the location way , fat32 file system , so the capacity of hard disk of the greatest support is 2tg namely the biggest 2000g big hard disk , notice : there are only main board and windows in the computer winxp to support , win2000 , win98 should patch up support 48bit to seek the location way to go on in the dividing area in greater than the hard disk above 137ging 这套解码板支持48bit寻址方式, fat32文件系统,所以最大支持的硬盘容量是2tg即最大2000g大硬盘,注意:在电脑中只有主板及windows winxp支持, win2000 , win98要打补丁都支持48bit寻址方式才能对大于137g以上的硬盘进行分区。相关知识请到http : www . cnhdd . com forum forum . asp搜索。
As well as preserving the current advantages of otp , otpap also patches up some faults successfully : it can be used not only for the identification of users , but also for preventing effectively the fake login . besides , it can construct a reliable security information channel between the users and login nodes , and otpap also supports the remote modification of secret pass - phrases and iterative values even if the user ' s secret pass - phrase has been leaked or the iterative value has been zero Otpap除了保持otp现有的优点外,还成功地弥补了otp的这些缺陷: otpap不但可用于鉴别用户,也可以有效地防范假冒的登录节点,并能在用户和登录节点之间建立可靠的保密信道; otpap还支持远程修改秘密通行短语和迭代值,即使用户的秘密通行短语已经泄密了或者用户的迭代值已经为0 。
By developing system under it we get some ideas of software design of scheduling and real - time handle in the kernel and summarize the steps of real - time kernel develop . according to its low power and others excellent performance we choice msp430s as system main chip and port c / os - ii to it . furthermore we patch up some scheduling deficiencies and optimize the capability in the system 在硬件方面,根据系统处理能力和功耗等要求,选择了ti公司的msp430系列超低功耗芯片,并以c os -为基础在该芯片上实现了内核的改写和移植,同时根据硬件特性对系统性能进行了优化设计,并对该操作系统中存在的一些调度缺陷在软件上加以弥补,在此内核基础上完成了系统软件和应用软件的编写。
In succession , we stretch the simulating environment into 3 - dimension . structuring a simple model by patching up bezier covers to figure the surface of a single thread , putting forward an accurate method to display the shape of thread interlacing , we simulated the tabby fabric 接着,将模拟环境延伸到三维空间,用曲面拼接的方式简单构造了纱线表面的模型;然后提出了一种模拟纱线交织形态的方法,并作了精确的计算,最后用上述模型和方法模拟了平纹织物的外观。