Abstract: Various devices, systems, methods, and apparatuses utilize mechanical assemblies to prevent, detect, and/or mitigate objects from entering or moving close to or under a treadmill or exercise machine. In some embodiments, a guard, or guard assembly, is attached or otherwise fixed to a rear area of a treadmill. The guard assembly may include an end cap and pivoting guard configured to be retrofit to existing treadmills, such as to a rear end or area of a deck or frame of a treadmill.

Abstract: Methods and systems for multi-cloud breach detection using ensemble classification and deep anomaly detection are disclosed. According to an implementation, a security appliance may receive logged event data. The security appliance may determine using a supervised machine learning (ML) model, a first anomaly score representing a first context. The security appliance may further determine using a semi-supervised machine learning (ML) model, a second anomaly score representing the second context, and using an unsupervised ML model, one or more third anomaly scores representing one or more third contexts. The security appliance may aggregate the first anomaly score, the second anomaly score and the one or more third anomaly scores using a classification module to produce a final anomaly score and a final context. The security appliance may determine that an anomaly exists and a type of attack based on the final anomaly score and the final context.

Abstract: A topically applied scalp treatment composition and related method is provided including caffeine, melatonin, a meroterpene and a cosmetically acceptable carrier, and wherein the composition treated scalp area has an anagen to telogen ratio increase from a baseline control of 3.8 compared to at least about 4.6 units of ratio after a 30-day daily application to the scalp area.

Abstract: A computer implemented method includes displaying a design creation user interface operable by a user to create or edit a design document comprising a plurality of design elements. Data identifying each of the plurality of design elements and data identifying attributes of the plurality of design elements is maintained. A processor determines, based on the attributes, that at least one rule with an associated diagnostic is invoked and indicia is displayed corresponding to the diagnostic associated with the at least one rule.

Abstract: A computer-implemented method disclosed herein includes identifying, by a processor, a plurality of participants of a video conference meeting, the plurality of participants comprising a first user of a first user device and a set of scheduled attendees in addition to the first user of the first user device, wherein the first user of the first user device and the set of scheduled attendees were invited to participate in the video conference meeting via a calendar invitation.

Abstract: A computer-implemented method disclosed herein includes identifying, by a processor, a plurality of participants of a video conference meeting, the plurality of participants comprising a first user of a first user device and a set of scheduled attendees in addition to the first user of the first user device, wherein the first user of the first user device and the set of scheduled attendees were invited to participate in the video conference meeting via a calendar invitation.

Abstract: A method is disclosed herein for sharing documents with individuals determined to be participants in an interaction or meeting. The method includes identifying a document of a first user of a first user device, the document being associated with an interaction, and determining a plurality of participants with whom the document is to be shared, wherein the determining of the plurality of participants with whom the document is to be shared comprises adding a set of scheduled attendees of a calendar event to the plurality of participants, detecting a second user device of a second user, the second user device located proximal to the first user device of the first user, and adding the second user to the plurality of participants. The method further includes providing access to the document to the plurality of participant, and providing a representation of each participant of the plurality of participants for presentation on the first user device.

Abstract: A method of treating, stabilizing, precipitating, or otherwise removing heavy metal ions contained in a contaminated media, which method includes: providing a sodium-iron-sulfide mineral or crystalline phase, either alone or in combination with a pH adjusting substance; contacting said contaminated media containing heavy metal ions with the sodium-iron-sulfide mineral or crystalline phase, either alone or in combination with a pH adjusting substance; and allowing the contaminated media containing the heavy metal ions to react with said sodium-iron-sulfide mineral or crystalline phase, either alone or in combination with a pH adjusting substance, such that the contaminated media containing heavy metal ions form single or mixed metal-sulfide precipitates or co-precipitates.

Abstract: A method is disclosed herein for sharing documents with individuals determined to be participants in an interaction or meeting. The method includes identifying a document of a first user of a first user device, the document being associated with an interaction, and determining a plurality of participants with whom the document is to be shared, wherein the determining of the plurality of participants with whom the document is to be shared comprises adding a set of scheduled attendees of a calendar event to the plurality of participants, detecting a second user device of a second user, the second user device located proximal to the first user device of the first user, and adding the second user to the plurality of participants. The method further includes providing access to the document to the plurality of participant, and providing a representation of each participant of the plurality of participants for presentation on the first user device.

Abstract: Systems and methods are disclosed herein for generating and sharing a document with individuals determined to be participants in an interaction or meeting. A first device of a first user receives a selection to create a document for the interaction. The device searches for data associated with the interaction and determines the participants in the interaction based on the data and on proximity of other users or user devices. A document including information from the data associated with the interaction is created for the interaction. An access control list for the document is assigned which includes the participants determined to be in the interaction. The document is then shared with the participants according to the access control list.

Abstract: A method of treating, stabilizing, precipitating, or otherwise removing heavy metal ions contained in a contaminated media, which method includes: providing a sodium-iron-sulfide mineral or crystalline phase, either alone or in combination with a pH adjusting substance; contacting said contaminated media containing heavy metal ions with the sodium-iron-sulfide mineral or crystalline phase, either alone or in combination with a pH adjusting substance; and allowing the contaminated media containing the heavy metal ions to react with said sodium-iron-sulfide mineral or crystalline phase, either alone or in combination with a pH adjusting substance, such that the contaminated media containing heavy metal ions form single or mixed metal-sulfide precipitates or co-precipitates.

Abstract: Systems and methods are disclosed herein for generating and sharing a document with individuals determined to be participants in an interaction or meeting. A first device of a first user receives a selection to create a document for the interaction. The device searches for data associated with the interaction and determines the participants in the interaction based on the data and on proximity of other users or user devices. A document including information from the data associated with the interaction is created for the interaction. An access control list for the document is assigned which includes the participants determined to be in the interaction. The document is then shared with the participants according to the access control list.

Abstract: Methods for treatment a heavy metal-contaminated solid, semi-solid, liquid or gaseous matrix with magnesium oxide, magnesium sulfite, magnesium sulfate, magnesium chloride, magnesium hydroxide, and mixtures of any two or more of these. Methods for treatment of a solid or semi-solid waste containing unacceptable levels of leachable aluminum and reactive metallic aluminum-containing waste with magnesium oxide, magnesium sulfite, magnesium sulfate, magnesium hydroxide, magnesium chloride, and mixtures of any two or more of these.

Abstract: A wet gas scrubber liquor and method of using the same to remove mercury from flue gases. The wet gas scrubber liquid is an alkaline liquid suspension of ferrous sulfide particles that can be prepared by combining together a ferrous ion source such as ferrous chloride, a sulfide ion source such as sodium hydrosulfide and an alkalinity source such as sodium hydroxide. When used to scrub flue gases to remove mercury from flue gases the mercury reacts with said alkaline liquid suspension of ferrous sulfide particles and can be removed by at least one of: i) adsorption onto said ferrous sulfide particles; ii) adsorption onto iron (hydr)-oxides that form in said alkaline liquid suspension of ferrous sulfide particles; and iii) absorption by reacting with sulfur formed in alkaline liquid suspension of ferrous sulfide particles and forming mercuric sulfide as a precipitate.

Abstract: A ferrous sulfide suspension that includes at least FeSm and Al(OH)3 and which can be used to reduce mercury emissions in flue gases. Through a combination of complex chemical reactions, precipitation, co-precipitation, and surface adsorption the ferrous sulfide suspension of the present invention effectively removes mercury from gaseous streams while concurrently preventing mercury re-emission.

Abstract: A wet gas scrubber liquor and method of using the same to remove mercury from flue gases. The wet gas scrubber liquid is an alkaline liquid suspension of ferrous sulfide particles that can be prepared by combining together a ferrous ion source such as ferrous chloride, a sulfide ion source such as sodium hydrosulfide and an alkalinity source such as sodium hydroxide. When used to scrub flue gases to remove mercury from flue gases the mercury reacts with said alkaline liquid suspension of ferrous sulfide particles and can be removed by at least one of: i) adsorption onto said ferrous sulfide particles; ii) adsorption onto iron (hydr)-oxides that form in said alkaline liquid suspension of ferrous sulfide particles; and iii) absorption by reacting with sulfur formed in alkaline liquid suspension of ferrous sulfide particles and forming mercuric sulfide as a precipitate.

Abstract: Methods to reduce hexavalent chromium (Cr(VI)) in chromite processing wastes include one or more of the following steps: contacting the chromite processing wastes with an oxygen scavenger or chemical reducer; permitting the chromite processing wastes to react with the oxygen scavenger or chemical reducer; contacting the chromite processing wastes with ferrous ion; contacting the chromite processing wastes with sulfide ion; and, contacting the chromite processing wastes with ferrous sulfide.

Abstract: Methods to reduce hexavalent chromium (Cr(VI)) in chromite processing wastes include one or more of the following steps: contacting the chromite processing wastes with an oxygen scavenger or chemical reducer; permitting the chromite processing wastes to react with the oxygen scavenger or chemical reducer; contacting the chromite processing wastes with ferrous ion; contacting the chromite processing wastes with sulfide ion; and, contacting the chromite processing wastes with ferrous sulfide.

Abstract: Methods to reduce hexavalent chromium (Cr(VI)) in chromite processing wastes include one or more of the following steps: contacting the chromite processing wastes with an oxygen scavenger or chemical reducer; permitting the chromite processing wastes to react with the oxygen scavenger or chemical reducer, contacting the chromite processing wastes with ferrous ion; contacting the chromite processing wastes with sulfide ion; and, contacting the chromite processing wastes with ferrous sulfide.

Abstract: Methods to reduce hexavalent chromium (Cr(VI)) in chromite processing wastes include one or more of the following steps: contacting the chromite processing wastes with an oxygen scavenger or chemical reducer; permitting the chromite processing wastes to react with the oxygen scavenger or chemical reducer; contacting the chromite processing wastes with ferrous ion; contacting the chromite processing wastes with sulfide ion; and, contacting the chromite processing wastes with ferrous sulfide.