SCIENTIFIC APPARATUSES PREPARING

Brand Owner (click to sort) Address Description
BRIO Nanostream, Inc. 580 Sierra Madre Villa Ave. Pasadena CA 91107 Scientific apparatuses for preparing, synthesizing, purifying, and analyzing chemical or biological samples in the medical, pharmaceutical and scientific fields, namely, microfluidic devices for use with chromatographs; analyte detectors, sample preparation systems composed primarily of laboratory filters, mixers, meters, serial dilution devices, storage vessels, and incubators; purifiers in the nature of laboratory filters, separators, and chromatographic separation columns; laboratory vessels, namely reaction vessels for performing chemical and biochemical reactions; and fluid pumping and handling systems comprised primarily of controlled volume pumps, valves, conduits, mixers, splitters, incubators, analysis vessels and storage vessels;
VELOCE Nanostream, Inc. 580 Sierra Madre Villa Ave. Pasadena CA 91107 Scientific apparatuses for preparing, synthesizing, purifying, and/or analyzing chemical or biological samples in the medical, pharmaceutical and scientific fields, namely, microfluidic devices for use with chromatographs; analyte detectors; sample preparation systems composed primarily of laboratory mixers, filters, meters; serial dilution devices, storage vessels, and incubators; purifiers in the nature of laboratory filters and chromatographic separation columns; reaction vessels for performing chemical and biochemical reactions; and fluid pumping and handling systems, comprised primarily of controlled volume pumps, valves, conduits, mixers, splitters, incubators, analysis vessels and storage vessels;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A communication apparatus and a communication method prevent responses from being simultaneously received from two or more communicating parties. A first NFC apparatus transmits data for requesting IDs, and acquires IDs sent from second and third NFC apparatuses in reply to the request. After acquiring the IDs of the second and third NFC apparatuses, the first NFC apparatus transmits data that includes their IDs as the data for the second and third NFC apparatuses. If the first NFC apparatus cannot properly acquire the IDs of the second and third NFC apparatuses, then it sends the data for requesting their IDs again. Upon receipt of the request for the IDs, the second and third NFC apparatuses generate their own IDs by using random numbers and send the generated IDs. If the second and third NFC apparatuses receive the request for their IDs again, then they re-generate their own IDs by using random numbers, and send the re-generated IDs again. The present invention can be applied to, for example, an IC card system.