Abstract: A system, marketplace, and method for developers to develop and provide games and/or non-fungible tokens (NFTs) to users for use across multiple gaming environments is provided. The system provides tools enabling the developers to implement games and/or NFTs that are compatible with multiple gaming environments standards. The system also converts information pertaining to the NFTs from non-standardized formats to standardized formats as required by the different gaming environments. The system also provides a marketplace for developers to showcase their games and/or NFTs to potential users. The system also links new and/or existing user accounts from various games with a system account such that the users may only require use of the system account across all of the games in the marketplace.

Abstract: The present invention relates generally to a slope spectroscopy standards and methods of making slope spectroscopy standards, specifically standards and methods of developing standards specifically for variable pathlength (slope) measurements.

Abstract: The present invention relates to methods for determining the change in concentration of a substance in solution over time by continuously monitoring in real time. In particular, the present invention relates to methods for continuously monitoring the concentration of compounds during the manufacturing process of biomolecules.

Abstract: The present invention relates to methods for determining the change in concentration of a substance in solution over time by continuously monitoring in real time. In particular, the present invention relates to methods for continuously monitoring the concentration of compounds during the manufacturing process of biomolecules.

Abstract: A system for determining a characteristic of a sample includes a light source for directing light into an input of a spectrometer. The spectrometer splits the received light into light outputs each having a different wavelength. An active wavelength selection module (AWSM) includes an optical receiving component (ORC). An actuator is coupled to the spectrometer and/or the ORC to adjust a relative position between the spectrometer and the AWSM so that light is receivable by the ORC from a selected one of the plurality of light outputs. The ORC is configured to direct the received light to a sample. A collector is positioned to collect a portion of light that passes through the sample, and to deliver the collected light to an analysis module. The analysis module is configured to determine a quantity of light transmitted through the sample and to correlate transmitted light with a characteristic of the sample.

Abstract: A system for determining a characteristic of a sample includes a light source for directing light into an input of a spectrometer. The spectrometer splits the received light into light outputs each having a different wavelength. An active wavelength selection module (AWSM) includes an optical receiving component (ORC). An actuator is coupled to the spectrometer and/or the ORC to adjust a relative position between the spectrometer and the AWSM so that light is receivable by the ORC from a selected one of the plurality of light outputs. The ORC is configured to direct the received light to a sample. A collector is positioned to collect a portion of light that passes through the sample, and to deliver the collected light to an analysis module. The analysis module is configured to determine a quantity of light transmitted through the sample and to correlate transmitted light with a characteristic of the sample.

Abstract: The present invention relates to methods for controlling chromatographic processes in real-time via mass measurement utilizing a variable pathlength spectrophotometer.

Abstract: A system for determining a characteristic of a sample includes a light source for directing light into an input of a spectrometer. The spectrometer splits the received light into light outputs each having a different wavelength. An active wavelength selection module (AWSM) includes an optical receiving component (ORC). An actuator is coupled to the spectrometer and/or the ORC to adjust a relative position between the spectrometer and the AWSM so that light is receivable by the ORC from a selected one of the plurality of light outputs. The ORC is configured to direct the received light to a sample. A collector is positioned to collect a portion of light that passes through the sample, and to deliver the collected light to an analysis module. The analysis module is configured to determine a quantity of light transmitted through the sample and to correlate transmitted light with a characteristic of the sample.

Abstract: An inflatable flotation device including two panels extending from a body an inflatable bladder. The two panels and the body may be closed to enclose the inflatable bladder with the two panels attached to each other using magnets. When the inflatable bladder is inflated, the magnets separate from each other and the two panels open up to expose the inflatable bladder and allow further inflation.

Abstract: The present invention relates generally to a slope spectroscopy standards and methods of making slope spectroscopy standards, specifically standards and methods of developing standards specifically for variable pathlength (slope) measurements.

Abstract: The present invention relates generally to a slope spectroscopy standards and methods of making slope spectroscopy standards, specifically standards and methods of developing standards specifically for variable pathlength (slope) measurements.

Abstract: Aspects of the disclosure provide for a computer program product comprising a computer readable medium having program instructions embodied therewith, the program instructions executable by a processor to generate a set of scenarios corresponding to a test data set and depending on a selected data analysis model, determine a value for each point in time over a defined time interval and an exposure profile that is a continuous time representation of each value determined for each point in time, determine a risk envelope desired for the scenarios, determine a test statistic defining a fraction of the defined time interval that the exposure profile is outside the risk envelope, determine a cumulative distribution of the test statistic, the cumulative distribution having a critical value corresponding to a defined probability of accuracy of the data analysis model, and validate the data analysis model based on the critical value and the test statistic.

Abstract: The present invention relates generally to a slope spectroscopy standards and methods of making slope spectroscopy standards, specifically standards and methods of developing standards specifically for variable pathlength (slope) measurements.

Abstract: This disclosure relates generally to a sampling device, and more particularly, a sampling device that facilitates spectroscopic measurements with a variable path length and the necessary software controlled algorithms and methods for such a device.

Abstract: A high temperature film substrate having a seal material printed thereon in a predefined pattern. The film comprises a pliable high melt temperature substrate and a heat-seal material selectively coated onto the substrate only in an area predetermined to be heat sealed together. Also disclosed is a heat-sealed pouch comprising a pliable high melt temperature substrate and a heat-seal material selectively coated onto the substrate only in a heat sealed area.

Abstract: The present invention relates to methods of spectrophotometric determination of the presence of particular substances in a complex mixture of compounds. This invention relates to methods for determining the concentration of various components of complex biological samples including the determination of the concentration of polyoxyethylene containing compounds including polysorbate in protein containing samples as well as determining the ratio of drug to antibody ratios in antibody-drug conjugate solutions.

Abstract: A high temperature film substrate having a seal material printed thereon in a predefined pattern. The film comprises a pliable high melt temperature substrate and a heat-seal material selectively coated onto the substrate only in an area predetermined to be heat sealed together. Also disclosed is a heat-sealed pouch comprising a pliable high melt temperature substrate and a heat-seal material selectively coated onto the substrate only in a heat sealed area.

Abstract: This disclosure relates generally to a sampling device, and more particularly, a sampling device that facilitates spectroscopic measurements with a variable path length and the necessary software controlled algorithms and methods for such a device.

Abstract: In a process for producing ammonia from urea which process comprises: (a) heating a liquid phase reaction medium comprising an aqueous solution of urea, or a mixture of urea, containing biuret or ammonium carbamate on site, in a hydrolysis reactor such that a pressurized gaseous ammonia and carbon dioxide-containing product is obtained which is essentially free of urea, biuret, or ammonium carbamate; (b) separating the gaseous ammonia and carbon dioxide-containing product from the liquid phase reaction medium at the prevailing pressure; (c) retaining the liquid phase reaction medium in the reactor for further conversion to gaseous ammonia and carbon dioxide, and/or recycling at least a portion of the said reaction medium back into the reactor, a urea dissolver, or feed solution to the reactor for further conversion; and (d) withdrawing the gaseous ammonia and carbon dioxide-containing product separated in step (b) at a controlled rate to meet varying ammonia demand requirements; the improvement wherein th

Abstract: The present invention discloses an image capturing system comprising a printed circuit board and an image capturing module. The image capturing module comprises a processing device, an image capturing device, a lens and a housing. The processing device is disposed above the printed circuit board and electronically connected with the printed circuit board. The image capturing device is disposed above the processing device and electronically connected with the processing device. The lens is disposed above the image capturing device, and the housing is disposed on the printed circuit board and encloses the processing device, the image capturing device and the lens.