Abstract: Methods, systems, and media for specifying different content management techniques across various publishing platforms are provided. In some embodiments, the method comprises: receiving information about content placements; generating a user interface that includes the information and selectable content management options; receiving a selection of a first content management option for a first content placement; configuring a tag for the first content placement, wherein the tag is associated with instructions for executing the first content management option; receiving, from a web browser that loaded a web page including the first content placement, a request for the instructions for executing the first content management option; and sending the instructions to the web browser to execute the instructions and send information about the web page to a location indicated by the instructions.

Abstract: It addresses to a process and device capable of mitigating electric arc faults in electrical panels as quickly as a few milliseconds. The technology uses power thyristors that, after detecting the arc, make the electrical connection of the panel's input bus to ground potential in a controlled manner, diverting the arc currents to this preferred path and forcing their extinction. The proposed suppressor device has improved features, as it includes a “snubber” that forms with the current limiting impedance with inductive reactive component a resonant circuit of Resistance, Inductance (L) and Capacitance (RLC). The “snubber” is capable of mitigating adverse consequences of the RLC circuit voltage transient due to the thyristor shutdown, protecting the same against voltage rises and spurious triggers and limiting the voltage on the panel bus to values below those capable of sustaining the arc fault.

Abstract: Methods, systems, and media for specifying different content management techniques across various publishing platforms are provided. In some embodiments, the method comprises: receiving information about content placements; generating a user interface that includes the information and selectable content management options; receiving a selection of a first content management option for a first content placement; configuring a tag for the first content placement, wherein the tag is associated with instructions for executing the first content management option; receiving, from a web browser that loaded a web page including the first content placement, a request for the instructions for executing the first content management option; and sending the instructions to the web browser to execute the instructions and send information about the web page to a location indicated by the instructions.

Abstract: A kite surfing simulation system, including a user mounting platform and a user support harness. A mobilizing assembly has the user mounting platform disposed thereon, and is adapted to move the user mounting platform in multiple directions, A kite simulation support pole includes an anchoring point adapted to have the user support harness coupled thereto. The anchoring point is slidable relative to the kite simulation support pole. A sensory input interface adapted to provide sensory input simulating a kite-surfing experience. A simulation control unit is adapted to synchronized operation of at least two of the mobilizing assembly, the kite simulation support pole, and the sensory input interface.

Abstract: Methods, systems, and media for specifying different content management techniques across various publishing platforms are provided. In some embodiments, the method comprises: receiving information about content placements; generating a user interface that includes the information and selectable content management options; receiving a selection of a first content management option for a first content placement; configuring a tag for the first content placement, wherein the tag is associated with instructions for executing the first content management option; receiving, from a web browser that loaded a web page including the first content placement, a request for the instructions for executing the first content management option; and sending the instructions to the web browser to execute the instructions and send information about the web page to a location indicated by the instructions.

Abstract: Methods, systems, and media for specifying different content management techniques across various publishing platforms are provided. In some embodiments, the method comprises: receiving information about content placements; generating a user interface that includes the information and selectable content management options; receiving a selection of a first content management option for a first content placement; configuring a tag for the first content placement, wherein the tag is associated with instructions for executing the first content management option; receiving, from a web browser that loaded a web page including the first content placement, a request for the instructions for executing the first content management option; and sending the instructions to the web browser to execute the instructions and send information about the web page to a location indicated by the instructions.

Abstract: Methods, systems, and media for specifying different content management techniques across various publishing platforms are provided. In some embodiments, the method comprises: receiving information about content placements; generating a user interface that includes the information and selectable content management options; receiving a selection of a first content management option for a first content placement; configuring a tag for the first content placement, wherein the tag is associated with instructions for executing the first content management option; receiving, from a web browser that loaded a web page including the first content placement, a request for the instructions for executing the first content management option; and sending the instructions to the web browser to execute the instructions and send information about the web page to a location indicated by the instructions.

Abstract: Examples include assembly of a portable document format file including encrypted content, unencrypted content, and/or alternative content. In an example, metadata, data block(s), and a content map are signed and stored in, or assembled into, a custom field or fields of the portable document format file. The metadata, data block(s), and content map are encrypted and assembled into a custom field or fields of the portable document format file with an encrypted key or keys. Unencrypted and/or alternative content may also be stored in the assembled portable document format file.

Abstract: Examples include assembly of a portable document format file including encrypted content, unencrypted content, and/or alternative content. In an example, metadata, data block(s), and a content map are signed and stored in, or assembled into, a custom field or fields of the portable document format file. The metadata, data block(s), and content map are encrypted and assembled into a custom field or fields of the portable document format file with an encrypted key or keys. Unencrypted and/or alternative content may also be stored in the assembled portable document format file.

Abstract: Process of obtaining an anathase concentrate from an anathase ore comprehends the reduction of the anathase ore to dimensions inferior to 125 mm; disaggregation in water; classification of the suspension and elimination of slimes and silicates; grinding of the deslimed fraction and low intensity magnetic separation; grinding of the non-magnetic fraction to a value inferior to 32 mesh; calcining and slight reduction to turn the limonite and the hematite into magnetite and elimination of the magnetite in low intensity magnetic separator; and electrostatic separation of the non-magnetic fraction to obtain, as conductor, a final product which is rich in anathase and has a low grade of impurities.

Abstract: Invention patent for "Process for preparation of raw material, minimizing the grain size degradation of anatase ore". The process basically consists of the removal of the minerals more resistant to comminution than anatase, before its grinding stage. The process includes the wet disaggregation of the ore, screening and crushing of the ore originating in the disaggregation step, classification, screening of the coarse product of the classification, magnetic concentration, grinding for liberation of anatase and desliming followed by thickening, filtering and drying of the material.