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    • 1. 发明授权
    • Liquid/vapor bypass valve
    • 液/蒸汽旁通阀
    • US07334597B1
    • 2008-02-26
    • US10789291
    • 2004-02-27
    • Michael F. HughesPaul J. LutesStephen Seymour
    • Michael F. HughesPaul J. LutesStephen Seymour
    • F16K17/18
    • F16K11/105F16K17/0473Y10T137/262
    • Bypass valve assembly that selectively establishes a bypass path for a fluid delivery system and having a body member with a fluid inlet and a bypass fluid outlet, a slidable piston assembly and a slidable cage assembly. Spring members bias the piston assembly and the cage assembly to a closed position to prevent fluid flow from the fluid inlet to the bypass fluid outlet when the delivery pressure is between an upper first threshold pressure value and a lower second threshold pressure value. When the delivery system pressure exceeds the first threshold pressure value, the piston assembly is moved to a first open position that permits fluid flow to the bypass fluid outlet; and when the delivery system pressure is less than the second threshold pressure value, the piston assembly is moved to a second open position to permit fluid flow to the bypass fluid outlet.
    • 旁通阀组件,其选择性地建立用于流体输送系统的旁通路径并且具有带有流体入口和旁路流体出口的本体构件,可滑动的活塞组件和可滑动的保持架组件。 当输送压力在上限第一阈值压力值和较低的第二阈值压力值之间时,弹簧构件将活塞组件和保持架组件偏置到关闭位置,以防止流体从流体入口流到旁路流体出口。 当输送系统压力超过第一阈值压力值时,活塞组件移动到允许流体流向旁路流体出口的第一打开位置; 并且当输送系统压力小于第二阈值压力值时,活塞组件移动到第二打开位置以允许流体流向旁路流体出口。
    • 2. 发明授权
    • Certification process
    • 认证过程
    • US5982898A
    • 1999-11-09
    • US812640
    • 1997-03-07
    • Yung-Kao HsuStephen Seymour
    • Yung-Kao HsuStephen Seymour
    • H04L9/32H04L9/00
    • H04L9/321H04L9/3226H04L9/3263
    • An improved secure communication arrangement separates the tasks of identity verification and certificate issuing, which allows a disassociating of the long-term binding between Alice and her public/private key pair. This is accomplished by a registration authority issuing a password to Alice once it is satisfied of Alice's bona fide. Thereafter, whenever Alice wishes to communicate with Bob, she contacts a certification authority, identifies herself with the password and obtains a private key and a corresponding short-lived certificate. The certificate typically includes Alice's name and a public key in plaintext, and a signature. The signature is derived by hashing the plaintext portion of the certificate to obtain a value, and encrypting the value with the CA's private key. She then contacts Bob, submits her certificate, Bob performs the same hashing function to obtain a value, decrypts the signature with CA's public key to obtain a decrypted value, and compares the value Bob created with the decrypted value. If the two match, Bob is assured that the person submitting the certificate may be communicated with by using the public key included in the certificate.
    • 改进的安全通信安排分离了身份验证和证书颁发的任务,这允许将Alice与其公钥/私钥对之间的长期绑定分离。 这是由注册机构向Alice发出密码完成的,一旦满足爱丽丝的真诚。 此后,每当爱丽丝希望与鲍勃沟通时,她都会与认证机构联系,识别自己的密码,并获得私钥和相应的短命的证书。 证书通常包括Alice的名称和明文中的公钥,以及签名。 签名是通过散列证书的明文部分来获得一个值,并用CA的私钥加密该值来导出的。 然后她联系Bob,提交证书,Bob执行相同的哈希函数获取值,用CA的公钥解密签名以获取解密的值,并将Bob创建的值与解密的值进行比较。 如果两者匹配,Bob保证提交证书的人可以通过使用证书中包含的公开密钥进行通信。