39results about How to "Don't worry about leaking" patented technology

The present invention relates to a portable terminal cradle comprising: a base member fixed to an installation surface; a horizontally rotating member, which is coupled to the base member to be able to rotate in the horizontal direction with regard to the installation surface, and which has a vertical support table formed to protrude from the upper surface thereof; a vertically rotating member coupled to the vertical support table to be able to rotate in the vertical direction with regard to the installation surface; and a cradling member formed on one end of the vertically rotating member such that a portable terminal is attached to / detached from the same. The present invention is advantageous in that the cradling angle of a portable terminal can be adjusted freely, and the portable terminal can remain cradled stably at the adjusted angle, in a convenient manner.

The present invention relates to the technical field of blockchains. Disclosed are a method and system for isolating user identity information, a device, and a storage medium. The method comprises: a user generates a public key and a private key by means of a blockchain; save the public key and user identity information of the user in the blockchain; generate, by means of the blockchain, multiple different account IDs for the same user; the user registers on an application by means of the account IDs. A corresponding system, a device, and a storage medium are also comprised. With regard to the user information leakage problem, the method can protect the privacy of the user, and prevent the privacy leak of the user.

The invention discloses an agent-based single sign on (SSO) method and system, belonging to the technical field of computer information. In the method, a user (U) registers and acquires a user certificate (C) in an application server (S); the U logs in an SSO server (L) and sends a certificate setting request; the L stores user identifications, application server identifications and ciphertext (C') in an associated manner; the U logs in the L and requests to access the S; the L is interacted with the S to acquire a token issued by the S and a signature (sig) of the S for the token; the L usesa self-private key to sign the token to acquire sig' and then searches the C' associated with the U identifications and the S identifications as well as sends the C', the token and the sig' to the U;the U uses a private key in the user C to decrypt c' so as to acquire C, and sends SSO server identifications, the C, the token and the sig' to the S; and the S verifies the token and the sig', if the token and the sig' pass the verification, the user C is continued to be verified; and if the user C passes the verification, the U is permitted to log in. The invention also discloses an SSO system corresponding to the SSO method.

The invention relates to a multiple determination safety mechanism with identity recognition and movable location based on Internet of Things. The safety mechanism is characterized by comprising the following steps: S10, a mobile terminal APP sends address information to a WEB terminal in real time after networking, a user logs in a user account at the mobile terminal APP, wherein the log-in is successful after passing verification at the WEB terminal, and the user clicks an unlocking task sent to the mobile terminal APP by the WEB terminal before, and applies to acquire an unlocking code by verifying personal passwords at the WEB terminal; S20, the WEB terminal verifies the address information received at the last step after receiving the unlocking code application, and continues to verify the received personal password after comparing the address information received at the last step with stored address information corresponding to the unlocking task and determining the address information is correct, and after the received personal password passes verification, the WEB terminal sends an unlocking private key to the mobile terminal APP; and S30, the unlocking private key is input to a dynamic code lock of an ATM, wherein if the unlocking private key is correct, the unlocking is successful, and if the unlocking private key is wrong, the user needs to go back to S10.

The invention discloses a mobile phone security and privacy number protection platform based on IMS networking, which belongs to the field of operator service platforms. It includes a session control service module, a session border control module, a database module and an application server; the session control service module is connected to the session border control module, and the session control service module, the session border control module and the database module are all connected to the application server. Through the establishment of a platform to serve the third-party platform, when ordinary users use call or SMS services on the third-party platform, they are transferred to the mobile phone security and privacy number protection platform, and the communication between the calling user and the called user is realized through the intermediate number Next, ordinary users use temporary registration in the mobile phone security and privacy number protection platform, bind the intermediate number when communicating, and bind and unlock with the intermediate number after exiting the third-party platform.

The invention relates to a method for authenticating user identity through P2P service request. The prior P2P network authentication mode has certain limitations. The method for authenticating user identity comprises steps of: user registration, namely, a user obtains a legal account number after submitting a registration request to a server, and the user can log in a P2P network to acquire services by using the account number; login authentication, namely, the user inputs a user name and a password on a host computer provided with client software to log in an authentication server and perform identity authentication, and the login authentication comprises local login and server authentication; and service request authentication, namely, the user receiving a resource service request from the P2P network queries the authentication server to authenticate the identity of the user sending the request. The method adopts dual authentication in the process of the user identity authentication, so the safety factor is higher, and the same account number can be prevented from being logged in by a plurality of users at the same time; besides, the authentication server has no need of saving the password of the user, so the account number and the password of the user cannot be given away.

The invention discloses a method for protecting a cipher of a USB interface, which is to set a layer of USB filtration drive in an operation system, and set a protection cipher for the USB interface. The method comprises the following steps that: 1) the USB filter drive is used to determine that whether equipment accessing to the USB interface is storage equipment or not; 2) when the accessing equipment is the storage equipment, a user is required to input a cipher, if the cipher is matched with the set protection cipher, the operation system loads drive of the equipment for the user, if not,the drive of the equipment is not loaded; if the accessing equipment is non-storage equipment, the operation system directly loads the drive of the equipment for the user. Type of the USB equipment can be identified by the method, so that the storage type USB equipment can be used through the cipher, the user can conveniently use the storage type equipment without worrying about leakage of classified document in a computer.

The invention discloses a certificate making machine which comprises a printer, a conveyor belt, a turnover mechanism, a taking and putting mechanism and an assembling mechanism, wherein a turnover plate is cooperated with the conveyor belt to turn over certificate paper by 180 degrees; the taking and putting mechanism is arranged above the printer and the conveyor belt and travels to and fro between the printer and the conveyor belt to transfer the certificate paper; the assembling mechanism comprises a vacuum platform and a second vacuum sucking disc; the vacuum platform adsorbs the lower page of a protective film; and the second vacuum sucking disc adsorbs the upper page of the protective film. The certificate making machine adopts the second vacuum sucking disc to replace manual taking and putting of the certificate paper, turns over the certificate paper through the turnover plate and conveys the certificate paper through the conveyor belt, the protective film skillfully forms a V shape during film covering to facilitate insertion of the certificate paper; and the entire process is full-automatic, the efficiency is high, and high safety and reliability are realized without worrying about leakage of personal information.

The invention discloses a pneumatic temporary support device for fully-mechanized excavating. The pneumatic temporary support device comprises a support platform, a cantilever and a bottom rack used for being hung on a rail, wherein one end of the cantilever is hinged to the bottom rack, and the other end of the cantilever is connected to the support platform; a first support air cylinder is connected to the lower portion of the support platform, and the push rod of the first support air cylinder extends out downwardly to support the ground; one end of the cylinder barrel of a second support air cylinder is hinged to the bottom rack, and the push rod of the second support air cylinder is hinged to the lower portion of the cantilever. The pneumatic temporary support device has the advantages that the support device can be hung on the rail and moved to an appointed support operation position to perform support operation, and the support device is unaffected by tunnel terrain.

The invention relates to a three-party cross-certification security mechanism used for ATM operation and maintenance management. The security mechanism is characterized by including the following steps: S10, logging in a user account at mobile terminal APP by a user, logging in successfully after verifying successfully by an online WEB terminal, clicking an unlocking task by the user wherein the unlocking task is sent to the mobile terminal APP by the WEB terminal, performing verification with the WEB terminal by using an individual password to applying for obtaining an unlocking code, and obtaining the unlocking private key of the unlocking task sent by the WEB terminal online after passing the validation successfully; S20, inputting the unlocking private key to the dynamic coded lock of ATM, unlocking successfully if the private key is correct, and returning the step S10 if the private key is wrong; and S30, adding cash after unlocking, pressing the dynamic coded lock key to lock ATM after adding cash, and calculating and compiling the information of the dynamic coded lock to be a 2D code by the embedded code in the dynamic coded lock after locking ATM.