6results about How to "Minimize exposure" patented technology

The invention relates to the technical field of computers, and particularly provides an off-line authorization verification method and system for an application program, a terminal and a storage medium, and the method comprises the steps: receiving an authorization request, generating a key pair containing a public key and a private key based on the authorization request, and extracting a machine code from the authorization request; generating authorization information based on the machine code, wherein the authorization information comprises an authorization deadline, an authorization code and authority information; using system time as authorization time, and encrypting the authorization information and the authorization time by using a private key to obtain an authorization certificate; and issuing the public key and the authorization certificate to a client which sends the authorization request, and appointing a storage directory of the authorization certificate in the client. According to the invention, by introducing the timed task, authorization management is more flexible, and changeable market requirements can be met.

Disclosed are a patterned optical stimulation device and method. The patterned optical stimulation device according to one aspect includes: an imaging unit which generates a skin tissue image; a diagnosis unit which detects a region of interest from the skin tissue image and diagnoses the detected region of interest; and an optical stimulation unit which forms patterned treatment light corresponding to the region of interest and irradiates the region of interest with the formed patterned treatment light.

The present invention relates to a codrug that cleaved in the gut, preparation therefor, and a use thereof. Specifically, provided is a codrug compound in formula I. Also provided are a method of using the present compound for the treatment of gastrointestinal tract autoimmune diseases, inflammatory diseases, and cancers, as well as a method and an intermediate for preparing the present compound.

This invention belongs to the technical field of intelligent healthcare and relates to a dual-axis intelligent sensing method for dynamic measurement and health management of intraocular pressure (IOP). The method includes the following steps: Preliminary screening of fused physiological signals containing continuous IOP data and pressure state data within a synchronous time period; identification of the preliminary screening of fused physiological signals to generate an IOP event profile characterizing risk factors; analysis of the IOP event profile to generate a comprehensive intervention profile including coping strategies, with differentiated behavioral intervention instructions; execution of the comprehensive intervention profile to generate real-time feedback data on the intervention's effects; evaluation of the real-time feedback data on the intervention's effects to generate graded drug release decisions; and execution of the graded drug release decisions to generate proportionalized drug release control signals. This invention solves the problem that timed instillation cannot accurately match actual IOP peaks, potentially leading to drug waste and accumulated side effects when IOP is normal.

A radiographic image capturing device according to the present disclosure includes: an image output unit that outputs a first radiographic image included in continuous radiographic images obtained by radiographic imaging of a subject; an image brightness information extraction unit that obtains brightness information from the first radiation image; a first irradiation condition calculation unit that determines a first irradiation condition on the basis of the luminance information; an irradiation control unit that controls the dose of radiation on the basis of the first irradiation condition; a second irradiation condition calculation unit that determines a second irradiation condition on the basis of a second radiation image generated on the basis of the first irradiation condition when an imaging site of the subject is fixed; and a dose reduction unit that reduces or maintains a dose of radiation on the basis of the second irradiation condition.

Provided is a flexible display device comprising: a module housing (110) including a curved portion (113) configured to be disposed at a connecting portion connecting a horizontal portion (101) and a vertical portion (103) of a main housing, a flat portion (111) configured to be disposed at the horizontal portion (101) and connected to the curved portion (113), and guide rails (120) disposed at opposite sides of the flat portion (111) and the curved portion (113), wherein end portions of the guide rails (120) are extended below the curved portion (113) to provide a space (115) under the curved portion (113); a flexible display panel (130) disposed at a rear surface of the curved portion (113) and partially exposed to the space (115); a moving plate (170) including a front surface to which the flexible display panel (130) is coupled, wherein the moving plate (170) is moved along the guide rails (120) with the flexible display panel (130); and a driving member coupled to the module housing (110) and moving the moving plate (170).