mhurhangee/ep-ind-claims huggingface dataset:
A fuel composition comprising a fuel and a dispersion, wherein the dispersion comprises: (a) an inorganic metal compound present in the dispersion from 35 to 70 wt.%, wherein the inorganic metal compound is a basic metal compound and the basic portion of the basic metal compound comprises at least one of oxides, hydroxides or carbonates; (b) a quaternary salt surfactant present in the dispersion from 3 to 15 wt.% wherein the quaternary salt surfactant comprises the reaction product of: (i) the condensation product of a hydrocarbyl-substituted acylating agent and a compound having an oxygen or nitrogen atom capable of condensing with said acylating agent and said condensation product further having a tertiary amino group; and (ii) a quaternizing agent suitable for converting the tertiary amino group of compound (i) to a quaternary nitrogen, wherein the quaternizing agent is selected from the group consisting of dialkyl sulfates, benzyl halides, alkyl halides, hydrocarbyl substituted carbonates; hydrocarbyl epoxides in combination with an acid, and mixtures thereof; and (c) an organic medium in which the particles of (a) are uniformly dispersed by physical processes, with (b), forming a dispersion and where the dispersion is present in the fuel composition from 1 to 10,000 ppm. (a) an inorganic metal compound present in the dispersion from 35 to 70 wt.%, wherein the inorganic metal compound is a basic metal compound and the basic portion of the basic metal compound comprises at least one of oxides, hydroxides or carbonates; (b) a quaternary salt surfactant present in the dispersion from 3 to 15 wt.% wherein the quaternary salt surfactant comprises the reaction product of: (i) the condensation product of a hydrocarbyl-substituted acylating agent and a compound having an oxygen or nitrogen atom capable of condensing with said acylating agent and said condensation product further having a tertiary amino group; and (ii) a quaternizing agent suitable for converting the tertiary amino group of compound (i) to a quaternary nitrogen, wherein the quaternizing agent is selected from the group consisting of dialkyl sulfates, benzyl halides, alkyl halides, hydrocarbyl substituted carbonates; hydrocarbyl epoxides in combination with an acid, and mixtures thereof; and (i) the condensation product of a hydrocarbyl-substituted acylating agent and a compound having an oxygen or nitrogen atom capable of condensing with said acylating agent and said condensation product further having a tertiary amino group; and (ii) a quaternizing agent suitable for converting the tertiary amino group of compound (i) to a quaternary nitrogen, wherein the quaternizing agent is selected from the group consisting of dialkyl sulfates, benzyl halides, alkyl halides, hydrocarbyl substituted carbonates; hydrocarbyl epoxides in combination with an acid, and mixtures thereof; and (c) an organic medium in which the particles of (a) are uniformly dispersed by physical processes, with (b), forming a dispersion and where the dispersion is present in the fuel composition from 1 to 10,000 ppm.
A process for making a hydrogenated silicene film, comprising the steps of: placing a substrate into a plasma-enhanced chemical vapor deposition (PECVD) chamber, wherein the substrate is coated with an Ag film; setting the substrate to a temperature of 20 to 290°C; providing a starting material comprising a mixture of H 2 and SiH 4 wherein the mixture has an H 2:SiH 4 ratio of 200:1; and depositing a two-dimensional silicene film on the Ag substrate from the H 2:SiH 4 starting material by means of PECVD, wherein deposition occurs for 10 to 25 minutes at an RF power of 10 W to 500 W and a chamber pressure of 100 mTorr to 1300 mTorr. placing a substrate into a plasma-enhanced chemical vapor deposition (PECVD) chamber, wherein the substrate is coated with an Ag film; setting the substrate to a temperature of 20 to 290°C; providing a starting material comprising a mixture of H 2 and SiH 4 wherein the mixture has an H 2:SiH 4 ratio of 200:1; and depositing a two-dimensional silicene film on the Ag substrate from the H 2:SiH 4 starting material by means of PECVD, wherein deposition occurs for 10 to 25 minutes at an RF power of 10 W to 500 W and a chamber pressure of 100 mTorr to 1300 mTorr.
A system to manage streaming content comprising: one or more computing devices (1002, 1702, 2302) associated with a video packaging and origination service (1020, 1720, 2320), wherein the video packaging and origination service (1020, 1720, 2320) is configured to: identify synchronization information corresponding to at least one of segment sequence numbering information or timestamp information; obtain a first plurality of segments of a set of segments encoded according to an encoding profile from a first encoding node of a plurality of encoding nodes; obtain a second plurality of segments of the set of segments encoded according to the encoding profile from a second encoding node of the plurality of encoding nodes, the second encoding node different from the first encoding node, wherein the first plurality of segments and the second plurality of segments are at least partially overlapping segments; assemble at least one segment from the first plurality of segments and at least one segment from the second plurality of segments to form a set of ordered segments utilizing the synchronization information, wherein forming the set of ordered segments includes removing duplicate segments of the at least partially overlapping segments based on one or more of a quality measurement, a priority designation, and attributable cost; and store the set of ordered segments and meta-data associated with the stored set of ordered segments. identify synchronization information corresponding to at least one of segment sequence numbering information or timestamp information; obtain a first plurality of segments of a set of segments encoded according to an encoding profile from a first encoding node of a plurality of encoding nodes; obtain a second plurality of segments of the set of segments encoded according to the encoding profile from a second encoding node of the plurality of encoding nodes, the second encoding node different from the first encoding node, wherein the first plurality of segments and the second plurality of segments are at least partially overlapping segments; assemble at least one segment from the first plurality of segments and at least one segment from the second plurality of segments to form a set of ordered segments utilizing the synchronization information, wherein forming the set of ordered segments includes removing duplicate segments of the at least partially overlapping segments based on one or more of a quality measurement, a priority designation, and attributable cost; and store the set of ordered segments and meta-data associated with the stored set of ordered segments.
A pen needle and safety shield assembly, comprising: a pen injector having a generally tubular body portion including an open end; a needle hub member having a generally tubular body portion received over said pen injector open end; a needle cannula secured by said needle hub having a first end extending into said tubular body portion of said pen injector and an opposed second end; a clip member having a generally tubular body portion mounted on said tubular body portion of said hub member, and having a plurality of radially extending ribs; a generally cup-shaped retractable shield including a tubular body portion having an open end, a generally closed end portion having a central opening therethrough receiving said second end portion of said needle cannula therethrough, and a plurality of radial grooves extending through said tubular body portion from adjacent said generally closed end portion to adjacent said open end of said tubular body portion receiving said radially extending ribs of said clip member; and a cup-shaped cap having a plurality of inwardly projecting ribs received in said grooves in said shield to adjacent said ribs on said clip member preventing retraction of said shield when said cap is located on said shield. a pen injector having a generally tubular body portion including an open end; a needle hub member having a generally tubular body portion received over said pen injector open end; a needle cannula secured by said needle hub having a first end extending into said tubular body portion of said pen injector and an opposed second end; a clip member having a generally tubular body portion mounted on said tubular body portion of said hub member, and having a plurality of radially extending ribs; a generally cup-shaped retractable shield including a tubular body portion having an open end, a generally closed end portion having a central opening therethrough receiving said second end portion of said needle cannula therethrough, and a plurality of radial grooves extending through said tubular body portion from adjacent said generally closed end portion to adjacent said open end of said tubular body portion receiving said radially extending ribs of said clip member; and a cup-shaped cap having a plurality of inwardly projecting ribs received in said grooves in said shield to adjacent said ribs on said clip member preventing retraction of said shield when said cap is located on said shield.
A device for a drilling rig for forming of a bore hole in a subterranean structure, wherein the drilling rig comprises a first, top driven drilling machine arranged vertically displaceable along a guide track; and a second drilling machine is arranged between the first drilling machine and the bore hole vertically displaceable along a guide track and is provided with a rotary table arranged to be able to carry the weight of a pipe string, a rotary drive unit arranged for continuous rotation of a pipe string, and a fluid chamber arranged to in a fluid communicating manner to be able to connect a pipe string end portion with a drilling liquid plant, the fluid chamber being provided with pipe string ports (341, 343) comprising means (342, 344, 345) arranged to in a fluid sealing way to be able to close the pipe string ports (341, 343), characterised in that the second drilling machine is further provided with a power tong arranged to be able to connect/disconnect an element (12, 51) to/from the pipe string, the power tong being arranged in the fluid chamber.
A method for pairing a wireless physiological condition monitoring system, comprising: placing a physiological condition meter in proximity with a physiological condition sensor; receiving an instruction to initialize communication between the physiological condition meter and the physiological condition sensor; in response to the instruction and the physiological condition meter being in proximity with the physiological condition sensor, generating a secret key at one of the physiological condition meter and the physiological condition sensor and transmitting the secret key to the other one of the physiological condition meter and the physiological condition sensor via a first communication link to provide a shared key that is shared between the physiological condition meter and the physiological condition sensor; and transmitting measurement data to the physiological condition meter from a physiological condition sensor via a second communication link that is different from the first communication link the second communication link providing a secure wireless link based on the secret key. placing a physiological condition meter in proximity with a physiological condition sensor; receiving an instruction to initialize communication between the physiological condition meter and the physiological condition sensor; in response to the instruction and the physiological condition meter being in proximity with the physiological condition sensor, generating a secret key at one of the physiological condition meter and the physiological condition sensor and transmitting the secret key to the other one of the physiological condition meter and the physiological condition sensor via a first communication link to provide a shared key that is shared between the physiological condition meter and the physiological condition sensor; and transmitting measurement data to the physiological condition meter from a physiological condition sensor via a second communication link that is different from the first communication link the second communication link providing a secure wireless link based on the secret key.
A method for providing and verifying provenance of digital media content, the method comprising: receiving a request for a fragile watermark key; determining an entity associated with the request for the fragile watermark key, wherein the entity is a media content producer; verifying that the entity is a trusted entity; identifying a fragile watermark key related to the trusted entity; providing the fragile watermark key to a requesting device based on verification of the trusted entity; processing the digital media content using the fragile watermark key to generate a fragile watermark for the digital media content; further comprising determining whether the digital media content includes the fragile watermark; if the fragile watermark is maintained, determining that the digital media content has not been significantly edited and that the edit comprises one of cropping, recompression or resampling at high fidelity; if the fragile watermark is destroyed, determining that the digital media content has been significantly edited. receiving a request for a fragile watermark key; determining an entity associated with the request for the fragile watermark key, wherein the entity is a media content producer; verifying that the entity is a trusted entity; identifying a fragile watermark key related to the trusted entity; providing the fragile watermark key to a requesting device based on verification of the trusted entity; processing the digital media content using the fragile watermark key to generate a fragile watermark for the digital media content; further comprising determining whether the digital media content includes the fragile watermark; if the fragile watermark is maintained, determining that the digital media content has not been significantly edited and that the edit comprises one of cropping, recompression or resampling at high fidelity; if the fragile watermark is destroyed, determining that the digital media content has been significantly edited.
A filter deployment assembly (100, 200), comprising: a delivery sheath; a deployment member (115, 215) axially displaceable within the delivery sheath; and a filter coupling mechanism disposed adjacent a distal end of the deployment member, the filter coupling mechanism configured to releasably couple a filter to the deployment member independent of the delivery sheath characterized in that the filter coupling mechanism comprises: an outer member configured to selectively engage a filter; and an actuating member comprising an inner member, the actuating member being axially displaceable with respect to the outer member, wherein displacement of the actuating member with respect to the outer member is configured to selectively couple the filter to the outer member, and wherein the outer member comprises a collet adjacent a distal end of the outer member, the collet configured to releasably couple the filter to the outer member. a delivery sheath; a deployment member (115, 215) axially displaceable within the delivery sheath; and a filter coupling mechanism disposed adjacent a distal end of the deployment member, the filter coupling mechanism configured to releasably couple a filter to the deployment member independent of the delivery sheath characterized in that the filter coupling mechanism comprises: an outer member configured to selectively engage a filter; and an actuating member comprising an inner member, the actuating member being axially displaceable with respect to the outer member, wherein displacement of the actuating member with respect to the outer member is configured to selectively couple the filter to the outer member, and wherein the outer member comprises a collet adjacent a distal end of the outer member, the collet configured to releasably couple the filter to the outer member. an outer member configured to selectively engage a filter; and an actuating member comprising an inner member, the actuating member being axially displaceable with respect to the outer member, wherein displacement of the actuating member with respect to the outer member is configured to selectively couple the filter to the outer member, and wherein the outer member comprises a collet adjacent a distal end of the outer member, the collet configured to releasably couple the filter to the outer member.
Elevator, which comprises at least an elevator car and means for moving the elevator car, preferably along guide rails, and a counterweight, and one or more ropes (R, R', R "), which rope connects the elevator car and the counterweight and does not support the elevator car or the counterweight and passes around a diverting pulley mounted on the bottom end of the elevator hoistway, wherein the rope (R, R ', R ") comprises a power transmission part or a plurality of power transmission parts, for transmitting power in the longitudinal direction of the rope, which power transmission part is essentially fully of non-metallic material, characterized in that the means for moving the elevator car comprise hoisting roping that moves the elevator car and the counterweight, which hoisting roping comprises a plurality of ropes (H, H', H ") which support and move the elevator car and the counterweight, each of which comprising a power transmission part (2,5) or a plurality of power transmission parts (2,5), for transmitting force in the longitudinal direction of the rope, which power transmission part (2,5) is essentially fully of non-metallic material, wherein each power transmission part of the rope (R, R', R ") not supporting the elevator car or the counterweight, and also each power transmission part of the rope (H, H ', H ") of the hoisting roping, are of a material which comprises non-metallic fibers which are essentially in the longitudinal direction of the rope (R, R', R ", H, H', H "), wherein the non-metallic fibers are of a first material in the rope (H, H ', H ") of the hoisting roping and of a second material in the rope (R, R ', R ") passing around the diverting pulley mounted on the bottom end of the elevator hoistway, wherein the first material is lighter than the second material.
Mobile component, in particular a mobile component that can move on a travel surface, the mobile component having a frame, in particular a load-accommodating means, a first spindle being arranged or formed on the frame, and a first rocker being rotatably mounted on said spindle, a drive unit and a roller unit being arranged on the first rocker, the roller unit being spaced apart from the first spindle, and the drive unit being spaced apart from the first spindle, the first spindle being arranged on the first rocker between the drive unit and the roller unit, the drive unit having a driving wheel that is driven by an electric motor either directly or by means of a gearing, the roller unit having a rotatably mounted supporting roller (3, 7, 53) or steering roller, characterised in that there is arranged on the frame at least one third spindle, on which a third rocker is rotatably mounted, on which two spaced-apart second spindles are arranged, the third spindle in particular being arranged on the third rocker between the two second spindles, a respective second rocker being rotatably mounted on each second spindle, two spaced-apart second roller units being arranged on the second rocker, in particular being fastened thereto, the second spindle being arranged on the second rocker between the two second roller units, each of the two second roller units having a respective rotatably mounted supporting roller (3, 7, 53) or steering roller. the mobile component having a frame, in particular a load-accommodating means, a first spindle being arranged or formed on the frame, and a first rocker being rotatably mounted on said spindle, a drive unit and a roller unit being arranged on the first rocker, the roller unit being spaced apart from the first spindle, and the drive unit being spaced apart from the first spindle, the first spindle being arranged on the first rocker between the drive unit and the roller unit, the drive unit having a driving wheel that is driven by an electric motor either directly or by means of a gearing, the roller unit having a rotatably mounted supporting roller (3, 7, 53) or steering roller, characterised in that there is arranged on the frame at least one third spindle, on which a third rocker is rotatably mounted, on which two spaced-apart second spindles are arranged, the third spindle in particular being arranged on the third rocker between the two second spindles, a respective second rocker being rotatably mounted on each second spindle, two spaced-apart second roller units being arranged on the second rocker, in particular being fastened thereto, the second spindle being arranged on the second rocker between the two second roller units, each of the two second roller units having a respective rotatably mounted supporting roller (3, 7, 53) or steering roller.
An object tracking system comprising: a short-range tracking device attached to an object; a long-range tracking device attached to the object; a local tracking system configured to determine when the object has left a predefined area using the short-range tracking device; the long-range tracking device configured to be activated when it is determined that the object has left the predefined area; a long-range tracking system configured to track the object outside the predefined area with the long-range tracking device; a first insole body configured for removable insertion into footwear and configured to engage the plantar region of a foot of a wearer; and a second insole body configured for removable insertion into footwear and configured to engage the plantar region of an opposite foot of the wearer; and wherein the short-range tracking device is disposed at least partially within the first insole body and is detectable within the predefined area by the local tracking system; and the long-range tracking device is disposed at least partially within the second insole body and is trackable outside the predefined area by the long-range tracking system. a short-range tracking device attached to an object; a long-range tracking device attached to the object; a local tracking system configured to determine when the object has left a predefined area using the short-range tracking device; the long-range tracking device configured to be activated when it is determined that the object has left the predefined area; a long-range tracking system configured to track the object outside the predefined area with the long-range tracking device; a first insole body configured for removable insertion into footwear and configured to engage the plantar region of a foot of a wearer; and a second insole body configured for removable insertion into footwear and configured to engage the plantar region of an opposite foot of the wearer; and wherein the short-range tracking device is disposed at least partially within the first insole body and is detectable within the predefined area by the local tracking system; and the long-range tracking device is disposed at least partially within the second insole body and is trackable outside the predefined area by the long-range tracking system.