mhurhangee/ep-ind-claims huggingface dataset:
Heat exchanger with at least one partition and surface elements which project from at least one side of the partition wall and enlarge the surface of the partition around which fluid can flow, wherein - the surface elements have reinforcing beads and located between the reinforcing beads are planar regions, where the reinforcing beads extend from the partition and have a circular or oval cross-sectional shape, - the reinforcing beads extend from the partition over at least part of the height of the surface element, and - the surface elements comprise of a plurality of convex recesses, wherein each of the convex recesses is located in one of the planar regions between two reinforcing beads and extends itself from an outer edge of the surface element, wherein the vertex of the convex recess lies at a height greater than or equal to 30% and less than or equal to 70% of the total height of the surface element, wherein the height is measured from the partition. - the surface elements have reinforcing beads and located between the reinforcing beads are planar regions, where the reinforcing beads extend from the partition and have a circular or oval cross-sectional shape, - the reinforcing beads extend from the partition over at least part of the height of the surface element, and - the surface elements comprise of a plurality of convex recesses, wherein each of the convex recesses is located in one of the planar regions between two reinforcing beads and extends itself from an outer edge of the surface element, wherein the vertex of the convex recess lies at a height greater than or equal to 30% and less than or equal to 70% of the total height of the surface element, wherein the height is measured from the partition.
A laminate packaging structure, the structure comprising: a) an innermost heat sealing layer comprising: an EVOH (ethylene vinyl alcohol) copolymer having an ethylene content of from about 75 mol% to about 90 mol%; or an EVOH copolymer and PE (polyethylene) blend in which the total ethylene content in the blend is from about 85 mol% to about 90 mol%. a) an innermost heat sealing layer comprising: an EVOH (ethylene vinyl alcohol) copolymer having an ethylene content of from about 75 mol% to about 90 mol%; or an EVOH copolymer and PE (polyethylene) blend in which the total ethylene content in the blend is from about 85 mol% to about 90 mol%. an EVOH (ethylene vinyl alcohol) copolymer having an ethylene content of from about 75 mol% to about 90 mol%; or an EVOH copolymer and PE (polyethylene) blend in which the total ethylene content in the blend is from about 85 mol% to about 90 mol%.
A glove (1, 11) comprising: a glove body made from fibers; and a plurality of convexities fixed at least on the palm side area of the external surface of the glove body, characterized in that the convexities comprise a base material made of a rubber or a resin, and a particulate filler contained in the base material. a glove body made from fibers; and a plurality of convexities fixed at least on the palm side area of the external surface of the glove body, characterized in that the convexities comprise a base material made of a rubber or a resin, and a particulate filler contained in the base material.
A compound of formula or a pharmaceutically acceptable salt or adduct thereof, wherein: R is aryl optionally substituted with one or more independent R 103 substituents; R 1 is selected from the group consisting of hydroxyalkyl, alkyl, optionally substituted with one or more independent R 103 substituents; R 4 is selected from the group consisting of alkyl, aryl, arylalkyl, optionally substituted with one or more independent R 103 substituents; or R 4 is OR 103; R 6, R 7, R 8, R 9 are selected from the group consisting of hydrogen and alkyl; R 103 is selected from the group consisting of hydrogen, cyano, -NO 2, -OR 104, hydroxy, amino, alkyl, alkenyl, cycloalkyl, halogen, alkoxy, alkoxyalkyl, aryl, arylalkyl, heterocycloalkyl, heterocycloalkylalkyl, heteroaryl, heteroarylalkyl, -C R 104 -C OR 104 -C NR 104 R 105, -NR 104 R 105, -NR 104 S 2 R 105,-NR 104 C R 105, - S 2 R 104, -SR 104 and -S 2 NR 104 R 105, each optionally independently substituted with one or more independent R 103 substituents; and R 104 and R 105 are each independently selected from the group consisting of hydrogen, cyano, NO 2, hydroxy, hydroxyalkyl, amino, alkyl, alkenyl, cycloalkyl, halogen, alkoxy, alkoxyalkyl, aryl, arylalkyl, heterocycloalkyl, heterocycloalkylalkyl, heteroaryl and heteroarylalkyl. R is aryl optionally substituted with one or more independent R 103 substituents; R 1 is selected from the group consisting of hydroxyalkyl, alkyl, optionally substituted with one or more independent R 103 substituents; R 4 is selected from the group consisting of alkyl, aryl, arylalkyl, optionally substituted with one or more independent R 103 substituents; or R 4 is OR 103; R 6, R 7, R 8, R 9 are selected from the group consisting of hydrogen and alkyl; R 103 is selected from the group consisting of hydrogen, cyano, -NO 2, -OR 104, hydroxy, amino, alkyl, alkenyl, cycloalkyl, halogen, alkoxy, alkoxyalkyl, aryl, arylalkyl, heterocycloalkyl, heterocycloalkylalkyl, heteroaryl, heteroarylalkyl, -C R 104 -C OR 104 -C NR 104 R 105, -NR 104 R 105, -NR 104 S 2 R 105,-NR 104 C R 105, - S 2 R 104, -SR 104 and -S 2 NR 104 R 105, each optionally independently substituted with one or more independent R 103 substituents; and R 104 and R 105 are each independently selected from the group consisting of hydrogen, cyano, NO 2, hydroxy, hydroxyalkyl, amino, alkyl, alkenyl, cycloalkyl, halogen, alkoxy, alkoxyalkyl, aryl, arylalkyl, heterocycloalkyl, heterocycloalkylalkyl, heteroaryl and heteroarylalkyl.
An image processing apparatus comprising a processing unit configured to: determine whether or not a non-compression mode is to be selected as an encoding mode for encoding image data, in units of coding units that are partial regions of an image and that have a hierarchical structure from a largest coding unit to a smallest coding unit, the non-compression mode being an encoding mode in which the image data is output as encoded data by means of intra-block pulse code modulation, I_PCM; when the non-compression mode has been selected for a current coding unit, perform control according to a first value of a filtering control signal, on the current coding unit for which the non-compression mode has been selected, to perform deblocking filtering on locally decoded image data and to skip a filter processing in which adaptive loop filtering is performed on locally decoded image data after performing deblocking filtering; and to output the image data of the current coding unit as encoded data. determine whether or not a non-compression mode is to be selected as an encoding mode for encoding image data, in units of coding units that are partial regions of an image and that have a hierarchical structure from a largest coding unit to a smallest coding unit, the non-compression mode being an encoding mode in which the image data is output as encoded data by means of intra-block pulse code modulation, I_PCM; when the non-compression mode has been selected for a current coding unit, perform control according to a first value of a filtering control signal, on the current coding unit for which the non-compression mode has been selected, to perform deblocking filtering on locally decoded image data and to skip a filter processing in which adaptive loop filtering is performed on locally decoded image data after performing deblocking filtering; and to output the image data of the current coding unit as encoded data. to perform deblocking filtering on locally decoded image data and to skip a filter processing in which adaptive loop filtering is performed on locally decoded image data after performing deblocking filtering; and to output the image data of the current coding unit as encoded data.
A method for multi-radio coexistence comprising: receiving a sequence of subframes at a first mobile station transceiver from a serving base station; measuring channel state on at least two subframes within the same frame within the sequence of subframes to obtain channel state measurements for the at least two subframes; determining a high-low interference pattern for the at least two subframes with a periodicity based on the channel state measurements with some subframes exhibiting high levels of interference and other subframes exhibiting low levels of interference; and transmitting a report to the serving base station, the report including an indicator related to the high-low interference pattern, wherein the indicator indicates two interference level measurements, wherein one interference level measurement corresponds to subframes that experience high levels of interference and the other interference level measurement corresponds to subframes that experience low levels of interference. receiving a sequence of subframes at a first mobile station transceiver from a serving base station; measuring channel state on at least two subframes within the same frame within the sequence of subframes to obtain channel state measurements for the at least two subframes; determining a high-low interference pattern for the at least two subframes with a periodicity based on the channel state measurements with some subframes exhibiting high levels of interference and other subframes exhibiting low levels of interference; and transmitting a report to the serving base station, the report including an indicator related to the high-low interference pattern, wherein the indicator indicates two interference level measurements, wherein one interference level measurement corresponds to subframes that experience high levels of interference and the other interference level measurement corresponds to subframes that experience low levels of interference.
A surface feed-in electrode structure for silicon thin-film solar cell deposition, comprising: an electrode plate component having an anode plate and a cathode plate; and a signal feed-in port configured on the electrode plate component, wherein: the anode plate of the electrode plate component is connected to a positive end of a power supply signal and is grounded; the signal feed-in port is located in a hollowed circular area at a center area of a backside of the cathode plate; a signal feed-in component is connected to the signal feed-in port by surface contact and to a negative end of a radio frequency or very high frequency power supply signal; the RF/VHF power supply signal is fed in a surface feed-in mode; one end of the signal feed-in component is in a semicircular shape; and a through-hole is configured on a shielding cover of the cathode plate. an electrode plate component having an anode plate and a cathode plate; and a signal feed-in port configured on the electrode plate component, wherein: the anode plate of the electrode plate component is connected to a positive end of a power supply signal and is grounded; the signal feed-in port is located in a hollowed circular area at a center area of a backside of the cathode plate; a signal feed-in component is connected to the signal feed-in port by surface contact and to a negative end of a radio frequency or very high frequency power supply signal; the RF/VHF power supply signal is fed in a surface feed-in mode; one end of the signal feed-in component is in a semicircular shape; and a through-hole is configured on a shielding cover of the cathode plate. the anode plate of the electrode plate component is connected to a positive end of a power supply signal and is grounded; the signal feed-in port is located in a hollowed circular area at a center area of a backside of the cathode plate; a signal feed-in component is connected to the signal feed-in port by surface contact and to a negative end of a radio frequency or very high frequency power supply signal; the RF/VHF power supply signal is fed in a surface feed-in mode; one end of the signal feed-in component is in a semicircular shape; and a through-hole is configured on a shielding cover of the cathode plate.
Method for creating an ambient interior lighting situation in a motor vehicle interior having an illumination device, characterised by: - an identification of an environmental situation of the motor vehicle, the environmental situation comprising colour and brightness values of an environment of a motor vehicle, - the tracking of the ambient interior lighting situation by actuating the illumination device as a function of the identified environmental situation and thereby the redjustment of the ambient lighting situation, wherein, - in order to adjust the ambient lighting situation by means of the interior lighting situation, a dominating brightness or a dominating colour or a brightness or colour distribution of the environment or of a respectively taken-as-a-basis region of the environment in the interior or in an accordingly taken-as-a-basis region of the interior is reproduced with low approximation, and - the interior lighting situation is readjusted with a time offset with respect to the ambient lighting situation. characterised by: - an identification of an environmental situation of the motor vehicle, the environmental situation comprising colour and brightness values of an environment of a motor vehicle, - the tracking of the ambient interior lighting situation by actuating the illumination device as a function of the identified environmental situation and thereby the redjustment of the ambient lighting situation, - an identification of an environmental situation of the motor vehicle, the environmental situation comprising colour and brightness values of an environment of a motor vehicle, - the tracking of the ambient interior lighting situation by actuating the illumination device as a function of the identified environmental situation and thereby the redjustment of the ambient lighting situation, wherein, - in order to adjust the ambient lighting situation by means of the interior lighting situation, a dominating brightness or a dominating colour or a brightness or colour distribution of the environment or of a respectively taken-as-a-basis region of the environment in the interior or in an accordingly taken-as-a-basis region of the interior is reproduced with low approximation, and - the interior lighting situation is readjusted with a time offset with respect to the ambient lighting situation. - in order to adjust the ambient lighting situation by means of the interior lighting situation, a dominating brightness or a dominating colour or a brightness or colour distribution of the environment or of a respectively taken-as-a-basis region of the environment in the interior or in an accordingly taken-as-a-basis region of the interior is reproduced with low approximation, and - the interior lighting situation is readjusted with a time offset with respect to the ambient lighting situation.
Phosphate-free automatic dishwashing detergent containing builder, bleaching agent, non-ionic surfactant, and furthermore a) copolymer including i) Monomers containing sulfonic acid groups ii) further non-ionic monomers b) phosphonate, characterized in that it contains polycarboxylic acids as a builder. a) copolymer including i) Monomers containing sulfonic acid groups ii) further non-ionic monomers i) Monomers containing sulfonic acid groups ii) further non-ionic monomers b) phosphonate,
A computer-implemented method, comprising: accessing audio data that includes encoded speech; accessing information that indicates a docking context of a client device, the docking context being associated with the audio data; identifying a plurality of language models (111a-d); selecting at least one of the plurality of language models based on the docking context; and performing speech recognition on the audio data using the selected language model to identify a transcription for a portion of the audio data. accessing audio data that includes encoded speech; accessing information that indicates a docking context of a client device, the docking context being associated with the audio data; identifying a plurality of language models (111a-d); selecting at least one of the plurality of language models based on the docking context; and performing speech recognition on the audio data using the selected language model to identify a transcription for a portion of the audio data.
A transport anchor for reinforced concrete walls with two wall shells spaced apart from each other, comprising: a bracket that has a bent middle section for suspending stop means and at least sectionally straight and mutually parallel bracket legs (22A, 22B) adjoining them on either side, which can be embedded into the wall shells, as well as a pressure bar that is arranged between the bracket legs (22A, 22B) in the area of their upper end in the middle section and not rigidly connected with the latter under the loads to be absorbed, wherein a sliding shoe (4A, 4B) for the respective bracket leg (22A, 22B) is arranged on at least one end of the pressure bar, and grips the pressure bar in its longitudinal direction with a floor wall and two side walls (42A, 42B), as well as frontally with a front wall, wherein the front wall of the sliding shoe (4A, 4B) is designed relative to the respective bracket leg (22A, 22B) as a sliding surface for the latter, and wherein the side walls (42A, 42B) of the sliding shoe (4A, 4B) extend over the end of the pressure bar, and there are designed as lateral guides for the respective bracket leg (22A, 22B) in its longitudinal direction, characterized in that the sliding shoe (4A, 4B) or a portion of the sliding shoe is fabricated out of a flat material via stamping and bending. a bracket that has a bent middle section for suspending stop means and at least sectionally straight and mutually parallel bracket legs (22A, 22B) adjoining them on either side, which can be embedded into the wall shells, as well as a pressure bar that is arranged between the bracket legs (22A, 22B) in the area of their upper end in the middle section and not rigidly connected with the latter under the loads to be absorbed, wherein a sliding shoe (4A, 4B) for the respective bracket leg (22A, 22B) is arranged on at least one end of the pressure bar, and grips the pressure bar in its longitudinal direction with a floor wall and two side walls (42A, 42B), as well as frontally with a front wall, wherein the front wall of the sliding shoe (4A, 4B) is designed relative to the respective bracket leg (22A, 22B) as a sliding surface for the latter, and wherein the side walls (42A, 42B) of the sliding shoe (4A, 4B) extend over the end of the pressure bar, and there are designed as lateral guides for the respective bracket leg (22A, 22B) in its longitudinal direction, characterized in that the sliding shoe (4A, 4B) or a portion of the sliding shoe is fabricated out of a flat material via stamping and bending.
A compression-molded combination fireworks, comprising a number of parallel tubular cavities uniformly disposed in a main body, where the upper ports of the tubular cavities are open and the lower ports of the tubular cavities are sealed; drugs for launching fireworks and effect members are accommodated in the tubular cavities; the sealed ends of the tubular cavities are provided with igniting holes penetrating the bottom of the main body, and the bottom openings of the igniting holes are located in a fuse groove, wherein the fuse groove is sealed by glue, characterized in that a cut-off groove is set between the bottom openings of the igniting holes in the fuse groove.
An electronic device comprising: a transceiver configured to communicate with a plurality of wearable devices (120-1, 120-2); and a processor configured to: receive first information indicating whether the plurality of wearable devices are being worn on a body of a user, the first information being received from the plurality of wearable devices through the transceiver, determine that at least two wearable devices of the plurality of wearable devices are being worn on the body of the user, based on the first information received from the plurality of wearable devices, based on the determining, control the transceiver to request the at least two wearable devices to output a notification, control the transceiver to receive, from a first wearable device of the at least two wearable devices, second information indicating that the notification is checked at the first wearable device through the transceiver, and based on the second information, control the transceiver to request a second wearable device of the at least two wearable devices to stop outputting the notification. a transceiver configured to communicate with a plurality of wearable devices (120-1, 120-2); and a processor configured to: receive first information indicating whether the plurality of wearable devices are being worn on a body of a user, the first information being received from the plurality of wearable devices through the transceiver, determine that at least two wearable devices of the plurality of wearable devices are being worn on the body of the user, based on the first information received from the plurality of wearable devices, based on the determining, control the transceiver to request the at least two wearable devices to output a notification, control the transceiver to receive, from a first wearable device of the at least two wearable devices, second information indicating that the notification is checked at the first wearable device through the transceiver, and based on the second information, control the transceiver to request a second wearable device of the at least two wearable devices to stop outputting the notification. receive first information indicating whether the plurality of wearable devices are being worn on a body of a user, the first information being received from the plurality of wearable devices through the transceiver, determine that at least two wearable devices of the plurality of wearable devices are being worn on the body of the user, based on the first information received from the plurality of wearable devices, based on the determining, control the transceiver to request the at least two wearable devices to output a notification, control the transceiver to receive, from a first wearable device of the at least two wearable devices, second information indicating that the notification is checked at the first wearable device through the transceiver, and based on the second information, control the transceiver to request a second wearable device of the at least two wearable devices to stop outputting the notification.