46results about How to "Enable traceability" patented technology

The invention concerns methods and apparatuses for quantitatively determining the concentration of fluorophores of a substance in a sample. A constant portion of the reference light of a reference light wave length (λr) emitted by a reference light source is coupled in by an optical element in the direction of a receiving element. A first value corresponding to the portion of the reference light coupled in which is incident on the receiving element is detected. The sample is irradiated with the excitation light of an excitation wave length (λex) emitted by an excitation light source. A second value corresponding to the portion of the fluorescent light of an emission wave length (λem) emitted by the sample which is incident on the receiving element. The ratio of the second value to the first value is determined. The number of fluorophores in the substance is determined based on the ratio.

The present invention discloses a project safety management system based on BIM. The system comprises: an orientation voice disclosure management module, a quality information collection and quality acceptance module, a safety early warning and construction recording module, a personnel health state detection module, a field staff trend monitoring module and a field mechanical equipment monitoring module. The project safety management system based on the BIM improves the project quality safety management efficiency, improves the communication efficiency, improves the safety management timeliness and ensures the overall process traceability of the quality management.

An apparatus, system, and method are disclosed for identifying and tracing of items within an assembly or manufacturing process. An individual item identifier (“ID”) is assigned to an item during one or more of an initial assembly step and a manufacturing step. A surface of the item is read to determine a first surface profile of the item which is associated with the individual item ID. The first surface profile and the individual item ID are stored in a database. The surface of the item is read to determine a second surface profile of the item after each manufacturing or assembling process step in which the surface of the item is manipulated. The second surface profile is compared with the first surface profile and the second surface profile is associated with the individual item ID in response to a mismatch between the first surface profile and the second surface profile.

The invention discloses a light emitting diode (LED) module-based random matrix lamp mixing method and a system device thereof. The device comprises an artificial intelligence (AI) inserter. The method comprises the following steps of: constructing a software module for generating a random matrix, an AI inserter control end software module and an AI inserter functional module in an AI inserter control end PC according to LED module pixels; after real-time start, generating the random matrix according to the batch and the number of LED lamps; calling the random matrix and building a corresponding relationship between the feeding station number and the LED module pixels by the AI inserter control end software module; building a corresponding relationship between the LED batch and the feeding station number by the AI inserter functional module; and controlling the AI inserter to take out each LED lamp from the corresponding feeding station by the AI inserter control end software module, and inserting the LED lamps into corresponding positions of the modules to realize lamp mixing. By adopting computer programming for generating the random matrix, the risk of regular patterns of LED modules is reduced; and the same random matrix is adopted in each LED module, so the LED batch and the pixel positions of LEDs on the LED modules are fixed, the traceability of the LED lamps is realized, and the production risk is effectively controlled.