Abstract: A computing device and computer-implemented method to provide access to a private data object is described. The system uses Non-Fungible Tokens (NFT) and smart contracts as a mechanism to provide access to data. The information to which the token refers, e.g., the artwork, is viewable by everyone as part of a digital ledger network. The token is used only to determine who owns that item. The present approach offers an alternative for using NFT, so that access to the information itself to which the token is linked is controlled and negotiated by the token owner. The present invention can be applied to any IoT network that performs data collection that is of interest to companies or organizations outside the network in which the collection was performed, allowing to identify the ownership of IoT devices. Thus, enabling access control to the device's data, by their owners, directly through the blockchain.

Abstract: Techniques of electronic message generation using organizational data are disclosed herein. One example technique includes recognizing a contact a user previously communicated with in an input to an address field of a draft email in the email client. The technique can then include determining whether the input also contains a preset keyword or key phrase indicating an intention of the user to send the draft email to a related entity of the contact. In response to determining that the input also contains a preset keyword or key phrase, the technique includes querying a relationship map corresponding to the contact for an identity and email address of the related entity of the contact and surface the identity and email address in the email client as a suggested destination address for selection by the user.

Abstract: Techniques of electronic message generation using organizational data are disclosed herein. One example technique includes recognizing a contact a user previously communicated with in an input to an address field of a draft email in the email client. The technique can then include determining whether the input also contains a preset keyword or key phrase indicating an intention of the user to send the draft email to a related entity of the contact. In response to determining that the input also contains a preset keyword or key phrase, the technique includes querying a relationship map corresponding to the contact for an identity and email address of the related entity of the contact and surface the identity and email address in the email client as a suggested destination address for selection by the user.

Abstract: Carbon dioxide may be used to adjust the electrical properties of papermaking compositions. Such papermaking compositions may contain a colloid phase, an aqueous phase, and optionally, pulp fibers. Examples of electrical properties whose values may be adjusted include zeta potential, electrical charge demand, conductivity, and streaming potential. The carbon dioxide may be introduced at many different points in a papermaking process, including calcium carbonate slurry feeds, pulp fiber slurries, diluted pulp fibers slurries, broke, and whitewater. When a value or range of values based upon an electrical property is predetermined, such as an optimal value or range, introduction of carbon dioxide may be used to adjust the value such that it is closer to the predetermined value.

Abstract: Methods of converting a sulfide in a composition to polysulfide are described, one method comprising the steps of exposing the composition to conditions and for a time sufficient to cause conversion of at least a portion of the sulfide, to polysulfide to form a modified composition; and controlling the conversion to polysulfide by measuring a color parameter of the modified composition.

Abstract: A method for controlling the CO2 addition in a wet end process utilizing CO2 addition is disclosed. The method includes combining a papermaking composition and CO2 to create a CO2-enriched papermaking composition, measuring or estimating at least one electrical property of either the papermaking composition or of the CO2-enriched papermaking composition, and controlling the rate of addition of CO2 to maintain the at least one electrical property within a pre-selected range of values.

Abstract: A system and method for generating polysulfide includes at least one vessel for containing the pulping liquor, and at least one oxidation promoter element including an oxidation promoter adhered by a coating material to a substrate. The oxidation promoter element may be affixed within the vessel or, alternatively, movable between two or more vessels to facilitate polysulfide generation and/or recovery of the oxidation promoter in at least two vessels.

Abstract: Carbon dioxide may be used to adjust the electrical properties of papermaking compositions. Such papermaking compositions may contain a colloid phase, an aqueous phase, and optionally, pulp fibers. Examples of electrical properties whose values may be adjusted include zeta potential, electrical charge demand, conductivity, and streaming potential. The carbon dioxide may be introduced at many different points in a papermaking process, including calcium carbonate slurry feeds, pulp fiber slurries, diluted pulp fibers slurries, broke, and whitewater. When a value or range of values based upon an electrical property is predetermined, such as an optimal value or range, introduction of carbon dioxide may be used to adjust the value such that it is closer to the predetermined value.

Abstract: Methods of converting a sulfide in a composition to polysulfide are described, one method comprising the steps of exposing the composition to conditions and for a time sufficient to cause conversion of at least a portion of the sulfide, to polysulfide to form a modified composition; and controlling the conversion to polysulfide by measuring a color parameter of the modified composition.