4results about How to "Implement encryption" patented technology

The application provides an Internet of Things card number conversion method, device, equipment and storage medium. The method comprises the following steps: receiving a first task request of a target Internet of Things device; performing legality verification on the target Internet of Things device according to the first task request to obtain a verification result, wherein the verification result comprises verification failure and verification success; if the verification result of the target Internet of Things device is verification success, a preset coding strategy is obtained; a target Internet of Things card number corresponding to the target Internet of Things device is determined according to the preset coding strategy and the first task request; and the first task request is processed according to the target Internet of Things card number. The method improves the security of data transmission between Internet of Things devices.

This application discloses a data processing method, system, apparatus, processor, and electronic device. Applied to a client, on which a target application is installed, the method includes: detecting the runtime environment and programming language type of the target application to obtain a detection result; in response to receiving target request data, and given that the detection result indicates a match between the runtime environment and programming language type, invoking an encryption strategy in the target module to perform an encryption operation on the target request data to obtain encrypted target request data, wherein the encryption strategy represents the rules for encrypting the target request data; and invoking a decryption strategy in the target module to decrypt the encrypted target request data to obtain a decryption result, wherein the decryption strategy represents the rules for decrypting the target request data. This application solves the technical problem of low security in data processing.

A class of metal halide-based metal-organic frameworks (MOFs) materials with multicolor tunable long-lasting emission and white light properties were synthesized by self-assembly of 15-crown ether-5 (CE) ligands and metal halide salts (CdX2), resulting in three complexes (15-5-CdCl2, 15-5-CdBr2, and 15-5-CdI2). In the solid state, the complexes (15-5-CdCl2, 15-5-CdBr2, and 15-5-CdI2) all exhibited near-standard white light emission under 340 nm ultraviolet radiation at room temperature, with CIE coordinates of (0.28, 0.32), (0.31, 0.39), and (0.30, 0.34), respectively. Simultaneously, they exhibit excitation-dependent room-temperature phosphorescence (RTP) ranging from blue / cyan to green / yellow, with 15-5-CdCl2 and 15-5-CdBr2 exhibiting multicolor tunable and visible light luminescence (LPL) with time-resolved luminescence lifetimes as high as 1-2 seconds. Single-crystal X-ray diffraction analysis and theoretical calculations indicate that the bright LPL of 15-5-CdCl2 and 15-5-CdBr2 originates from the aggregation state induced by the 15-crown ether-5 ligand and halogen bonds. The LPL obtained in this way can be widely used in lighting and display devices, optical recording devices, biological imaging, security systems, and other fields.