lock n. 1.锁,闩,栓。 2.(运河等的)船闸。 3.制轮楔。 4.【机械工程】气闸,气塞,锁气室。 5.【军事】枪机。 6.锁住,固定。 7.〔俚语〕拘留所。 8.〔英国〕性病医院 (=lock hospital). 9.【自动化】同步。 10.结合,固着。 11.(摔跤的)揪扭。 12.煞车。 off the lock未锁。 on the lock锁着。 trick lock(对字的)密码锁。 lock the stable door after the horse has been stolen 贼走关门。 be at [on, upon] the lock 〔方言〕在窘困中。 lock, stock and barrel 全部;完全。 under lock and key 锁着,妥为保藏。 vt. 1. 锁,锁上。 2.收藏起来,秘藏。 3.抱紧,挽住;揪扭。 4.(使资本等)固定。 5.使固定。 6.用水闸止住;使通过水闸 (up down). 7.卡住,塞住。 8.将曲面印版装在轮转印刷机滚筒上。 lock a secret in one's heart 严守秘密。 be locked in a fight 打得难分难解。 be locked in contemplation 陷入沉思。 The ship was locked fast in ice. 这条船被冰封住。 The gears are locked. 齿轮卡住了。 vi. 1.锁住。 2.紧闭,不动。 3.抱住,揪扭,嵌进。 4.(船)通过水闸;造水闸。 lock away 锁起来。 lock down 让船开出水闸。 lock horns 争论 (over)。 lock in 关起来;锁在里面。 lock in synchronism 进入同步。 lock on 用雷达波束自动跟踪(目标)。 lock oneself in 把自己关在里面,闭门谢客。 lock out 1. 关在外面。 2. (资本家)封闭工厂。 lock up 1. 上锁,锁住。 2. 监禁。 3. 收藏(文件等)。 4. 固定(资本)。 adj. -less 无锁的;无船闸的。 lock2 n. 1.一绺卷发。 〔pl.〕头发。 2.(干草、羊毛等的)小量,一把,一撮。
Due to there maybe being a series connect printer or other peripheral and protection locks behind the hardware lock , and the output voltage standard of printer port is 5v , if the components of a protection lock all use the power around 5v , it will cause difficulties usually when being used 由于在硬件锁后面有可能串接打印机,或是其它的保护锁或外围设备,而打印机端口的输出电压标准为5v ,如果保护锁组成零件都是工作于5v的范围,这样将会经常造成使用上的困扰。
With a very special function , and with this function , the software development company can populate different crowd data into hardware lock s crowd - control area , and then call the addresses of different crowd - control areas in programs . it makes one protection lock able to simultaneously control multiple softwares with different user crowds 一个非常特殊的功能,透过所提供的功能,软件开发公司可以将不同使用人数的数据,填入硬件锁中的使用人数控制区,然后在程序中呼叫不同人数控制区的地址,就可以达到同一个保护锁可以同时控制多套不同使用人数的软件。
This technology is to write the data or program , which can determine if the software is legal or not , into the storage of the hardware lock in advance , and then determine the users legality by reading the original saved data through a software interface program to achieve the goal of software protection 这种保护技术是将确认是否为合法软件的数据或程序,先行写入硬件锁的储存体内,然后透过软件接口程序,在程序执行中将原先储存的数据读出以判别使用者的合法性,达到软件保护的目的。
Protecting the hardware lock is using additional electronic parts to save the relative data , that uses or refers by the protection program to hardware protection lock , and then uses the protection subroutine that is added into the program , to confirm whether the data on the external protection lock are correct or not , and then decides if the version that is being used by the user is legal to enable protection 硬件锁保护的方式就是利用外加的电子零件将保护程序所运用或参考的相关信息另外存于硬件保护锁中,然后利用程序中加入的保护子程序,随时参考位于外部保护锁中的数据是否正确,并判定使用者执行的软件是否为合法的版本,以达到保护的目的。
Currently , only protection locks that are developed by using cpu as its major component could use hardware lock to encode and decode data files , so software development companies can not only use protection lock for protecting their software that is developed with great effort , but also use the special encode decode function to protect the data files generated by programs 目前可以利用硬件锁达成数据文件编码与译码功能的锁, ?有以cpu为主要组成组件设计的保护锁,所以软件开发公司不仅可以利用保护锁来保护辛苦开发完成的软件,也可以利用该保护锁中的特殊编码译码功能来保护软件程序产生的数据文件。
These protection technologies have their own advantages and disadvantages . after several years of tests on the market , because of the convenient usage and simpler protection procedure of the protection of hardware lock , this method is most acceptable by software design companies . the ollowing are descriptions of software protection development using this method 这些保护方法各有其优缺点,经过多年的市场考验后,硬件锁的保护方法,因为在使用上较为方便,其保护操作过程也较为简单,所以最能被软件设计开发公司接受,接下来就以此种方法说明软件保护的发展情形。
Smartlock netpro s mcu smart circuit design provides internal data secure protection . when the data are burnt within the hardware lock , the operator will break mcu s internal fuse ; such secure device can prevent those people with some purposes from duplicating mcu s internal firmware , and allows the protection lock providing with the top - level security Smartlock netpro中mcu智能型线路设计,提供有内部数据安全保护措施,当硬件锁内部数据烧录动作完成后,工作人员会将mcu内部的保险丝烧断,这样的保险装置,可以防止有心人进行mcu内部韧体复制的可能性,使保护锁具备最高等级的安全性。
Protection that is completed by chipset could be simulated easily only using the same memory simulator . next time when the user is running the program again , the hardware lock will be unnecessary if a protection lock was simulated by this kind of software once before . so the protection of software is required to be decoded 但是这种保护锁也有一个缺点,以芯片组来完成的保护方式,利用一些记忆仿真的软件即可容易地仿真硬件锁的动作,如果保护锁经过这些记忆仿真软件的仿真后,下次使用者再执行程序时,不需使用硬件锁即可执行该程序。