mhurhangee/ep-ind-claims huggingface dataset:
A method of rendering a scene in a graphics system, the method comprising: identifying a first draw call within a current render, wherein the current render samples from one or more buffers; analysing at least a last shader in a series of shaders used by the first draw call to determine whether the last shader samples from the one or more buffers at coordinates matching a current fragment location (704, 706); and in response to determining that the last shader used by the first draw call does sample from the one or more buffers at coordinates matching a current fragment location, recompiling the last shader to replace an instruction that reads data from one of the one or more buffers at coordinates matching a current fragment location with an instruction that reads from the one or more buffers at coordinates stored in on-chip registers. identifying a first draw call within a current render, wherein the current render samples from one or more buffers; analysing at least a last shader in a series of shaders used by the first draw call to determine whether the last shader samples from the one or more buffers at coordinates matching a current fragment location (704, 706); and in response to determining that the last shader used by the first draw call does sample from the one or more buffers at coordinates matching a current fragment location, recompiling the last shader to replace an instruction that reads data from one of the one or more buffers at coordinates matching a current fragment location with an instruction that reads from the one or more buffers at coordinates stored in on-chip registers.
A scroll compressor comprising: a crank shaft having a lubricant channel which allows lubricant to flow therethrough; an orbiting scroll attached to the crank shaft and having a first inner channel and a second inner channel which each allow the lubricant supplied thereto through the crank shaft to outwardly flow therethrough; and wherein the orbiting scroll includes a discoidal base plate, and a cylindrical part that projects from one surface of the base plate, and wherein one end of the first inner channel is connected to an inside of the cylindrical part and an other end penetrates the base plate to an outer side of the base plate, wherein one end of the second inner channel is connected to an inside of the cylindrical part and an other end penetrates the base plate to an outer side of the base plate, wherein the second inner channel is provided at an opposite side to the first inner channel with an axis of the crank shaft interposed therebetween, and wherein a plug part that suppresses a flow of the lubricant toward the side of the base plate is provided in the first inner channel, and characterized in that an adjustment part is provided in the second inner channel of the orbiting scroll which is configured to adjust a flow amount of the lubricant flowing through the second inner channel. a crank shaft having a lubricant channel which allows lubricant to flow therethrough; an orbiting scroll attached to the crank shaft and having a first inner channel and a second inner channel which each allow the lubricant supplied thereto through the crank shaft to outwardly flow therethrough; and wherein the orbiting scroll includes a discoidal base plate, and a cylindrical part that projects from one surface of the base plate, and a discoidal base plate, and a cylindrical part that projects from one surface of the base plate, and wherein one end of the first inner channel is connected to an inside of the cylindrical part and an other end penetrates the base plate to an outer side of the base plate, wherein one end of the second inner channel is connected to an inside of the cylindrical part and an other end penetrates the base plate to an outer side of the base plate, wherein the second inner channel is provided at an opposite side to the first inner channel with an axis of the crank shaft interposed therebetween, and wherein a plug part that suppresses a flow of the lubricant toward the side of the base plate is provided in the first inner channel, and characterized in that an adjustment part is provided in the second inner channel of the orbiting scroll which is configured to adjust a flow amount of the lubricant flowing through the second inner channel.
A method for manufacturing a composite structure, the method comprising: forming a filler material with a barrier material for a channel in the filler material; laying up a composite material and the filler material with the barrier material onto a tool in a shape of the composite structure; and curing the composite material and the filler material in the shape of the composite structure (410, wherein the forming step comprises: forming the filler material with the barrier material for the channel in a foam with a mandrel in the channel; and removing the mandrel from the filler material to form the composite structure, wherein the barrier material forms a barrier for a channel in the composite structure. forming a filler material with a barrier material for a channel in the filler material; laying up a composite material and the filler material with the barrier material onto a tool in a shape of the composite structure; and curing the composite material and the filler material in the shape of the composite structure (410, wherein the forming step comprises: forming the filler material with the barrier material for the channel in a foam with a mandrel in the channel; and removing the mandrel from the filler material to form the composite structure, wherein the barrier material forms a barrier for a channel in the composite structure. forming the filler material with the barrier material for the channel in a foam with a mandrel in the channel; and removing the mandrel from the filler material to form the composite structure, wherein the barrier material forms a barrier for a channel in the composite structure.
A self-adhesive article comprising a support layer coated with a self-adhesive layer, characterized in that said self-adhesive layer consists of a crosslinkable adhesive composition, in the crosslinked state, the crosslinkable adhesive composition being characterized in that it comprises: - at least one polymer comprising a hydrolyzable alkoxysilane group; - at least one tackifying resin; - at least one pyrogenic silica; - at least one crosslinking catalyst; and - a silsesquioxane resin. - at least one polymer comprising a hydrolyzable alkoxysilane group; - at least one tackifying resin; - at least one pyrogenic silica; - at least one crosslinking catalyst; and - a silsesquioxane resin.
Device for moving a first conduit section of a conduit relative to a second conduit section of the conduit, the device comprising: - A first end section comprising a first fixation module for fixating the first end section to an inner wall of the first conduit section for inhibiting movement of the first end section relative to the first conduit section; - A second end section comprising a second fixation module for fixating the second end section to an inner wall of the second conduit section for inhibiting movement of the second end section relative to the second conduit section; - a separation module for dividing the conduit in the first conduit section and the second conduit section; characterised in that the device further comprises - A middle section provided between the first end section and the second end section, the middle section comprising a linear actuator module for moving the middle section relative to at least one of the first end section and the second end section. - A first end section comprising a first fixation module for fixating the first end section to an inner wall of the first conduit section for inhibiting movement of the first end section relative to the first conduit section; - A second end section comprising a second fixation module for fixating the second end section to an inner wall of the second conduit section for inhibiting movement of the second end section relative to the second conduit section; - a separation module for dividing the conduit in the first conduit section and the second conduit section; characterised in that the device further comprises - A middle section provided between the first end section and the second end section, the middle section comprising a linear actuator module for moving the middle section relative to at least one of the first end section and the second end section.
A weight distribution apparatus for adjusting a center of mass of a drone (10; 17; 23), comprising: a first balance track extending outwardly from a central region of the drone (10; 17; 18; 19; 20; 21; 22; 23), wherein the first balance track includes a plurality of weight-balance fixation positions;; and a repositionable weight configured to be secured at any one of the plurality of weight-balance fixation positions; characterised in that the plurality of weight-balance fixation positions corresponds to different lengths of the first balance track, wherein the repositionable weight includes an electronic component, and wherein the first balance track is configured to change a length for changing the repositionable weight from a first one of the plurality of weight-balance fixation positions to a second one of the plurality of weight-balance fixation positions. a first balance track extending outwardly from a central region of the drone (10; 17; 18; 19; 20; 21; 22; 23), wherein the first balance track includes a plurality of weight-balance fixation positions;; and a repositionable weight configured to be secured at any one of the plurality of weight-balance fixation positions; characterised in that the plurality of weight-balance fixation positions corresponds to different lengths of the first balance track, wherein the repositionable weight includes an electronic component, and wherein the first balance track is configured to change a length for changing the repositionable weight from a first one of the plurality of weight-balance fixation positions to a second one of the plurality of weight-balance fixation positions.
An audience measurement meter comprising: an acoustic sensor configured to sense audio in a vicinity of a monitored media device; a watermark detector configured to: detect a first watermark in a first audio signal obtained from the acoustic sensor, the first watermark identifying media presented by the monitored media device; and process the first audio signal obtained from the acoustic sensor to detect a second watermark, different from the first watermark, embedded in the first audio signal; a watermark classifier configured to classify the second watermark into a media watermark classification or a people monitoring watermark classification based on examination of characteristics of the second watermark, the characteristics including signal characteristics of the second watermark; and a data reporter configured to report, in response to classification of the second watermark into the people monitoring watermark classification, at least one of the second watermark or information decoded from the second watermark to identify at least one of a user device or a user of the user device as being exposed to the media presented by the monitored media device. an acoustic sensor configured to sense audio in a vicinity of a monitored media device; a watermark detector configured to: detect a first watermark in a first audio signal obtained from the acoustic sensor, the first watermark identifying media presented by the monitored media device; and process the first audio signal obtained from the acoustic sensor to detect a second watermark, different from the first watermark, embedded in the first audio signal; detect a first watermark in a first audio signal obtained from the acoustic sensor, the first watermark identifying media presented by the monitored media device; and process the first audio signal obtained from the acoustic sensor to detect a second watermark, different from the first watermark, embedded in the first audio signal; a watermark classifier configured to classify the second watermark into a media watermark classification or a people monitoring watermark classification based on examination of characteristics of the second watermark, the characteristics including signal characteristics of the second watermark; and a data reporter configured to report, in response to classification of the second watermark into the people monitoring watermark classification, at least one of the second watermark or information decoded from the second watermark to identify at least one of a user device or a user of the user device as being exposed to the media presented by the monitored media device.
A process for the production of a DDR-type zeolite membrane, which comprises: a seed crystal-forming step of immersing a porous substrate in a seed crystal-forming raw material solution containing 1-adamantanamine, silica, water, and a DDR-type zeolite powder dispersed therein and performing hydrothermal synthesis with the porous substrate being immersed in the seed crystal-forming raw material solution to form plural DDR-type zeolite crystal particles on a surface of the porous substrate such that the mass of the DDR-type zeolite crystal particles formed on the surface of the porous substrate is 200 g/m 2 or less per unit area (m 2) of the surface of the porous substrate and wherein the DDR-type zeolite crystal particles formed on the surface of the porous substrate have a particulate diameter of 10 μm or less, and a membrane-forming step of immersing the porous substrate obtained in the seed crystal-forming step having the DDR-type zeolite crystal particles formed on the surface thereof in a membrane-forming raw material solution containing 1-adamantanamine, silica, water, and no DDR-type zeolite powder and performing hydrothermal synthesis with the porous substrate being immersed in the membrane-forming raw material solution to form a DDR-type zeolite membrane on the surface of the porous substrate. a seed crystal-forming step of immersing a porous substrate in a seed crystal-forming raw material solution containing 1-adamantanamine, silica, water, and a DDR-type zeolite powder dispersed therein and performing hydrothermal synthesis with the porous substrate being immersed in the seed crystal-forming raw material solution to form plural DDR-type zeolite crystal particles on a surface of the porous substrate such that the mass of the DDR-type zeolite crystal particles formed on the surface of the porous substrate is 200 g/m 2 or less per unit area (m 2) of the surface of the porous substrate and wherein the DDR-type zeolite crystal particles formed on the surface of the porous substrate have a particulate diameter of 10 μm or less, and a membrane-forming step of immersing the porous substrate obtained in the seed crystal-forming step having the DDR-type zeolite crystal particles formed on the surface thereof in a membrane-forming raw material solution containing 1-adamantanamine, silica, water, and no DDR-type zeolite powder and performing hydrothermal synthesis with the porous substrate being immersed in the membrane-forming raw material solution to form a DDR-type zeolite membrane on the surface of the porous substrate.
A four-way Doherty amplifier having a set of amplifiers comprising a main amplifier and first, second and third peak amplifiers, each amplifier of the set of amplifiers having an input and an output, the peak amplifiers configured to become operational at respective threshold powers, the Doherty amplifier further comprising a Doherty amplifier output node coupled to the outputs of the set of amplifiers through an impedance network, the impedance network comprising a first, second, and third impedance inverter and a primary and secondary matching element; wherein: the primary matching element is coupled in between the output of the third peak amplifier and the Doherty amplifier output node; and the secondary matching element is coupled in between the output of the second peak amplifier and an intermediate node; wherein: the primary matching element comprises a first 90 degrees transmission line (134a-i) and a second 90 degrees transmission line (134a-ii) connected in series; and the secondary matching element comprises a third 90 degrees transmission line (134b-i) and a fourth 90 degrees transmission line (134b-ii) connected in series; wherein: the output of the main amplifier is combined with the output of the third peak amplifier by the first impedance inverter to give a first combined signal at a first combination node provided between the output of the third peak amplifier and the primary matching element; and the output of the first peak amplifier is combined with the output of the second peak amplifier by the second impedance inverter to give a second combined signal at a second combination node, provided between the output of the second peak amplifier and the secondary matching element; and wherein the third impedance inverter is coupled in between the intermediate node and the Doherty amplifier output node. the primary matching element is coupled in between the output of the third peak amplifier and the Doherty amplifier output node; and the secondary matching element is coupled in between the output of the second peak amplifier and an intermediate node; the primary matching element comprises a first 90 degrees transmission line (134a-i) and a second 90 degrees transmission line (134a-ii) connected in series; and the secondary matching element comprises a third 90 degrees transmission line (134b-i) and a fourth 90 degrees transmission line (134b-ii) connected in series; the output of the main amplifier is combined with the output of the third peak amplifier by the first impedance inverter to give a first combined signal at a first combination node provided between the output of the third peak amplifier and the primary matching element; and the output of the first peak amplifier is combined with the output of the second peak amplifier by the second impedance inverter to give a second combined signal at a second combination node, provided between the output of the second peak amplifier and the secondary matching element; and wherein the third impedance inverter is coupled in between the intermediate node and the Doherty amplifier output node.
Piston for an internal combustion engine having a piston crown, a cylindrical piston head which adjoins the piston crown, and an at least partially hollow piston skirt which is formed integrally with the piston head on the side facing away from the piston crown and which has two opposed skirt wall sections as well as two opposed connecting walls which connect the skirt wall sections, wherein the connecting walls each have a pin bore, wherein the piston head has an annular cooling duct with at least one inlet opening and at least one outlet opening, the two skirt wall sections in each case widen towards the piston head in such a way that the sector length of the side of the skirt wall section which is formed integrally with the piston head is greater than the sector length of the side of the skirt wall section facing away from the piston head, two reinforcing ribs which run largely parallel to the pin axis or run arcuately and extend substantially from one pin bore (61 a) to the other pin bore, are formed integrally with the piston head and extend into the cavity of the piston skirt, and the inlet opening and the outlet opening are in each case provided between a reinforcing rib and the closest skirt wall section.
Disco ball with an outer skin which on the outside is fitted with mirror pieces and has an expandable inner structure comprising an inflatable inner skin which in expanded state is spherical and holds the outer skin in a ball shape, and with a north pole, a south pole and an equator, characterised in that the outer skin has a plurality of approximately lenticular segments, which run along the outer skin approximately from the north pole to the south pole, whereby the lenticular segments are formed tapering towards the north pole and the south pole, and have their greatest width at the equator, the approximately lenticular segments are arranged next to each other, and adjacent lenticular segments are releasably connected together to form the outer skin, and the lenticular segments are each fitted with mirror pieces on the outside.
Method for adjusting a pulse sequence for imaging in the context of an MR examination of a patient having the following steps: - detecting an examination movement signal, which is dependent on the movement of the patient, in a period before detecting MR signals during the MR examination, - determining an item of movement probability information using the examination movement signal and an item of determination information, wherein the item of movement probability information comprises a probability detail relating to the future movement of the patient, wherein the item of determination information is derived from a combination and/or linking of the examination movement signal with previously detected further movement signals, wherein a known portion of an inner organ movement and/or a breathing of the examination movement signal is separated from the examination movement signal and the determination of the movement probability information is carried out using the remaining examination movement signal, - adjusting a pulse sequence, which is optimally matched to the capability of the patient to suppress possible movements, using the item of movement probability information. - detecting an examination movement signal, which is dependent on the movement of the patient, in a period before detecting MR signals during the MR examination, - determining an item of movement probability information using the examination movement signal and an item of determination information, wherein the item of movement probability information comprises a probability detail relating to the future movement of the patient, - adjusting a pulse sequence, which is optimally matched to the capability of the patient to suppress possible movements, using the item of movement probability information.
An array of two twin-reflector antennas, the two antennas comprising a common support on which they are mounted, each antenna comprising a main reflector (10, 20), a secondary reflector (11, 21) and at least one radiating source (12, 22) placed in front of the corresponding secondary reflector, each antenna being capable of producing a beam, characterised in that the two radiating sources (12, 22) and the two secondary reflectors (11, 21) of the two antennas (15, 25) respectively intersect on the common support in relation to the main reflectors (10, 20) of the two antennas (15, 25), the optical paths (26, 27) of the beams produced by the two antennas thus intersecting at an intersection point located between the main reflector and the secondary reflector of each antenna.