thumbprint

简明释义

英[ˈθʌmprɪnt]美[ˈθʌmprɪnt]

n. 拇指指纹；印章；个性特征

复 数 t h u m b p r i n t s

英英释义

单词用法

同义词

反义词

例句

1.Are Fingerprints Unique? It is a commonplace belief that the thumbprint of every human who has ever lived is different.

指纹是独特的吗？通常人们认为每个人的拇指指纹是不同的。

2.Some Suggestions are that it would be better to use the print of a thumb so the thumbprint would be used instead of a fingerprint.

有人建议，最好使用指纹，因此拇指指纹将会代替指纹。

3.The subject name is separated from the thumbprint with a semicolon and a space.

主体名称与指纹是以分号和空格来分隔。

4.Next to each place I signed, I put a green-ink thumbprint.

在每一处签名的地方，我按下了绿色的拇指手印。

5.With the rise of biometric fingerprint locks - the thumbprint technology on your phone or laptop - this could leave millions of people vulnerable to hackers.

随着生物指纹锁的兴起——拇指指纹技术已经被广泛应用在手机和笔记本电脑上了，数以百万计的人群在黑客面前都显得不堪一击。

6.It is a commonplace belief that the thumbprint of every human who has ever lived is different.

人们普遍相信每个人的指纹都是不同的。

7."I rubbed it so much that it came to look like my thumbprint was indented," he says.

他说：“我总是拼命地搓它，连大拇指上的指纹几乎都印在石头上了。”

8.The floor's sticky, the paint's peeling from the walls, and when your meal arrives there's a greasy thumbprint on the plate.

面对黏乎乎的地面，斑驳剥落的墙壁，端上来的菜盘子上还有油腻的大拇指印的食物，你还有兴趣吗？

9.There are even memory sticks or flash drives secured with built-in thumbprint scanners.

甚至已经出现了内置拇指指纹扫描装置的记忆棒与闪存盘。

10.She left her thumbprint 指纹 on the glass, which helped the police identify her.

她在玻璃上留下了指纹，这帮助警方识别了她。

11.Many security systems now use a thumbprint 指纹 as a form of identification.

许多安全系统现在使用指纹作为身份识别的形式。

12.The bank requires a thumbprint 指纹 for all high-value transactions.

银行要求所有高价值交易提供指纹。

13.To unlock the phone, simply place your finger on the thumbprint 指纹 scanner.

要解锁手机，只需将手指放在指纹扫描仪上。

14.You can register your thumbprint 指纹 to access the secure area.

您可以注册您的指纹以访问安全区域。

作文

In today's digital age, the concept of security has evolved significantly. One of the most fascinating aspects of this evolution is the use of biometric identification methods, such as fingerprints and facial recognition. Among these, the thumbprint (拇指指纹) stands out as a particularly effective means of ensuring personal security. This essay will explore the importance of thumbprints (拇指指纹) in modern technology, their applications, and the implications for privacy and security.The thumbprint (拇指指纹) is a unique pattern formed by the ridges and grooves on the surface of a person's thumb. No two thumbprints (拇指指纹) are alike, making them an ideal candidate for identification purposes. This uniqueness allows for a high level of accuracy in verifying a person's identity, which is why many smartphones and security systems now incorporate thumbprint (拇指指纹) scanners. Users can unlock their devices or authorize transactions simply by placing their thumb on a sensor, providing both convenience and security.The application of thumbprints (拇指指纹) extends beyond personal devices. In various sectors, including banking, healthcare, and law enforcement, thumbprint (拇指指纹) technology is used to secure sensitive information and ensure that only authorized personnel have access to certain resources. For instance, hospitals may require medical staff to use their thumbprints (拇指指纹) to access patient records, thereby protecting patient confidentiality and ensuring that only qualified individuals can make critical decisions regarding care.Moreover, the use of thumbprints (拇指指纹) is increasingly prevalent in government and legal contexts. Many countries now use biometric data, including thumbprints (拇指指纹), for passport verification and criminal background checks. This not only enhances security but also streamlines processes that were once cumbersome and time-consuming. The ability to quickly verify someone's identity through their thumbprint (拇指指纹) can expedite everything from airport security checks to voting procedures.However, the rise of thumbprint (拇指指纹) technology raises important questions about privacy. As more organizations collect and store biometric data, there is a growing concern regarding how this information is used and protected. Unlike passwords, which can be changed if compromised, a thumbprint (拇指指纹) is permanent. If someone’s thumbprint (拇指指纹) data is stolen or misused, it could lead to identity theft and other serious consequences.To address these concerns, it is crucial for companies and governments to implement robust security measures to protect biometric data. Encryption, secure storage solutions, and strict access controls are just a few strategies that can help safeguard thumbprint (拇指指纹) information. Additionally, transparency about how this data is collected, used, and shared is essential for maintaining public trust.In conclusion, the thumbprint (拇指指纹) is an invaluable tool in enhancing security in our increasingly digital world. Its unique characteristics make it an effective means of identification, with applications spanning multiple sectors. However, as we embrace this technology, we must also remain vigilant about privacy issues and ensure that appropriate measures are in place to protect individuals’ biometric data. The future of security may very well depend on our ability to balance innovation with privacy considerations, making the role of thumbprints (拇指指纹) both exciting and complex.

在当今数字时代，安全的概念已经发生了显著变化。这一演变中最迷人的方面之一是生物识别身份验证方法的使用，例如指纹和面部识别。在这些方法中，thumbprint（拇指指纹）作为确保个人安全的特别有效手段脱颖而出。本文将探讨thumbprints（拇指指纹）在现代技术中的重要性、它们的应用及其对隐私和安全的影响。thumbprint（拇指指纹）是由一个人拇指表面的脊线和沟槽形成的独特图案。没有两个thumbprints（拇指指纹）是相同的，这使得它们成为身份识别的理想候选者。这种独特性使得在验证个人身份时能够达到高水平的准确性，这就是为什么许多智能手机和安全系统现在都采用thumbprint（拇指指纹）扫描仪。用户只需将拇指放在传感器上即可解锁设备或授权交易，既方便又安全。thumbprints（拇指指纹）的应用超越了个人设备。在银行、医疗保健和执法等各个行业，thumbprint（拇指指纹）技术被用来保护敏感信息，确保只有授权人员才能访问某些资源。例如，医院可能要求医务人员使用他们的thumbprints（拇指指纹）来访问病人记录，从而保护病人隐私，确保只有合格人员可以做出关于护理的关键决策。此外，thumbprints（拇指指纹）的使用在政府和法律背景中越来越普遍。许多国家现在使用生物识别数据，包括thumbprints（拇指指纹），用于护照验证和犯罪背景检查。这不仅增强了安全性，还简化了曾经繁琐耗时的流程。通过thumbprint（拇指指纹）快速验证某人的身份可以加快从机场安检到投票程序的所有流程。然而，thumbprint（拇指指纹）技术的兴起引发了关于隐私的重要问题。随着越来越多的组织收集和存储生物识别数据，人们对于这些信息的使用和保护日益担忧。与密码不同，密码在被泄露时可以更改，而thumbprint（拇指指纹）是永久的。如果某人的thumbprint（拇指指纹）数据被盗或滥用，可能会导致身份盗窃和其他严重后果。为了解决这些问题，企业和政府必须实施强有力的安全措施来保护生物识别数据。加密、安全存储解决方案和严格的访问控制只是一些可以帮助保护thumbprint（拇指指纹）信息的策略。此外，关于如何收集、使用和共享这些数据的透明度对于维护公众信任至关重要。总之，thumbprint（拇指指纹）是在我们日益数字化的世界中增强安全性的宝贵工具。它的独特特性使其成为有效的身份识别手段，应用于多个行业。然而，随着我们拥抱这一技术，我们也必须保持对隐私问题的警惕，并确保采取适当措施来保护个人的生物识别数据。安全的未来可能在于我们平衡创新与隐私考虑的能力，使thumbprints（拇指指纹）的角色既令人兴奋又复杂。