mhurhangee/ep-ind-claims huggingface dataset:
A conductive composition, comprising: a conductive material; and a water-soluble polymer (b) containing a hydrophilic group and a terminal hydrophobic group having at least 13 carbon atoms, wherein the conductive material comprises a conductive polymer (a), the hydrophilic group of the water-soluble polymer (b) comprises a nitrogen atom, and the conductive polymer (a) comprises a sulfonic acid group or carboxyl acid group. a conductive material; and a water-soluble polymer (b) containing a hydrophilic group and a terminal hydrophobic group having at least 13 carbon atoms, wherein the conductive material comprises a conductive polymer (a), the hydrophilic group of the water-soluble polymer (b) comprises a nitrogen atom, and the conductive polymer (a) comprises a sulfonic acid group or carboxyl acid group.
A method of reporting, by a user equipment, channel state information, CSI, in a wireless communication system, the method comprising: receiving CSI configuration information related to a CSI reporting procedure, wherein the CSI configuration information includes information representing measurement setting for the CSI, information representing reporting setting for the CSI, and information representing resource setting for the CSI; receiving one or more channel state information-reference signals, CSI-RSs, based on the information representing the resource setting; and reporting the CSI determined by measurement values estimated by the one or more CSI-RSs, based on the information representing the measurement setting and the information representing the reporting setting, wherein first triggering for reception of the one or more CSI-RSs and second triggering for reporting of the CSI are included in downlink control information, wherein the one or more CSI-RSs are received based on one or more CSI-RS resources included in at least one CSI-RS resource setting included in the information representing the resource setting, wherein the CSI is reported based on one or more CSI reporting settings related to CSI measurement setting included in the information representing the measurement setting, and the method characterised in that, based on multiple CSI-RS resource settings being preconfigured as multiple links for the one or more CSI reporting settings, information representing ON or OFF for at least one link among the multiple links is included in the downlink control information. receiving CSI configuration information related to a CSI reporting procedure, wherein the CSI configuration information includes information representing measurement setting for the CSI, information representing reporting setting for the CSI, and information representing resource setting for the CSI; receiving one or more channel state information-reference signals, CSI-RSs, based on the information representing the resource setting; and reporting the CSI determined by measurement values estimated by the one or more CSI-RSs, based on the information representing the measurement setting and the information representing the reporting setting, wherein first triggering for reception of the one or more CSI-RSs and second triggering for reporting of the CSI are included in downlink control information, wherein the one or more CSI-RSs are received based on one or more CSI-RS resources included in at least one CSI-RS resource setting included in the information representing the resource setting, wherein the CSI is reported based on one or more CSI reporting settings related to CSI measurement setting included in the information representing the measurement setting, and the method characterised in that, based on multiple CSI-RS resource settings being preconfigured as multiple links for the one or more CSI reporting settings, information representing ON or OFF for at least one link among the multiple links is included in the downlink control information.
Load transfer device for the laterally offset collection and transfer of harvested material, in particular of stalk-like biomass, to a transport vehicle, comprising - a pivotable unit for conveying the harvested material to a shredding unit designed to shred the harvested material, wherein the pivotable unit is pivotable between a use position folded out downwards and laterally in direction of the ground and a stowing position folded in upwards and laterally; - an intermediate store for receiving the shredded harvested material; - a conveying apparatus arranged in the intermediate store for conveying the shredded harvested material out of the intermediate store to a load transfer unit of the load transfer device, by means of which the shredded harvested material can be conveyed into a load compartment of the transport vehicle arranged laterally beside the load transfer device, in particular over a load compartment wall of the load compartment, characterised in that the pivotable unit is additionally configured to pick up the harvested material from the ground in a laterally offset manner. - a pivotable unit for conveying the harvested material to a shredding unit designed to shred the harvested material, wherein the pivotable unit is pivotable between a use position folded out downwards and laterally in direction of the ground and a stowing position folded in upwards and laterally; - an intermediate store for receiving the shredded harvested material; - a conveying apparatus arranged in the intermediate store for conveying the shredded harvested material out of the intermediate store to a load transfer unit of the load transfer device, by means of which the shredded harvested material can be conveyed into a load compartment of the transport vehicle arranged laterally beside the load transfer device, in particular over a load compartment wall of the load compartment,
A burner system comprising at least one burner device and a burning chamber (12a; 12b; 12c; 12d), which the burner device is arranged at, wherein the burner device is provided for a monitoring of a flame within the burning chamber (12a; 12b; 12c; 12d), comprising a viewing window (14a; 14b; 14c; 14d) that is arranged at the burning chamber (12a; 12b; 12c; 12d) to enable a line of sight (16a; 16b; 16c; 16d) from an outside of the burning chamber (12a; 12b; 12c; 12d) onto at least a portion of a flame-generating region of the burning chamber (12a; 12b; 12c; 12d) and an environment adjustment unit (18a; 18b; 18c; 18d), which is arranged on an outer side of the viewing window (14a; 14b; 14c; 14d) and is configured to control an impact of at least one environmental condition onto the outer side of the viewing window (14a; 14b; 14c; 14d), wherein the environment adjustment unit (18a; 18b; 18c; 18d) comprises a pressure chamber (20a; 20b; 20c: 20d), wherein the viewing window (14a; 14b; 14c; 14d) is arranged on a wall of the pressure chamber (20a; 20b; 20c: 20d), wherein the viewing window (14a; 14b; 14c; 14d) separates an interior of the pressure chamber (20a; 20b; 20c: 20d) from the flame-generating region and comprises at least one gas inlet (26a; 26b; 26c; 26d) configured for filling the pressure chamber (20a; 20b; 20c: 20d) with a gas, characterized in that the pressure chamber (20a; 20b; 20c; 20d) is gas-tight apart from the gas inlet (26a; 26b; 26c; 26d).
Object (100, 140) in the form of a pneumatic tire or in the form of a tire mold, the object (100, 140) comprising a first surface portion (102, 202); a second surface portion (104, 204) located adjacent to the first surface portion (102, 202); wherein the second surface portion (104, 204) comprises a plurality of structure elements (106, 206), wherein the structure elements (106, 206) have configurations different from each other, in particular dimensions different from each other; where the different configurations include different outer contours of the structure elements; and wherein a structure element in a circumferential direction has an outer contour which is irregularly shaped.
An enhanced ceramic coating, ECC, composition for providing an enhanced non-stick ceramic coating on an artefact, the ECC composition comprising: - a sol-gel type ceramic coating composition comprising a silane or an oligomer thereof and silica, preferably wherein the sol-gel type ceramic coating composition is present at more than 90 wt%, with wt% compared with the total weight of the enhanced ceramic coating ECC composition, and - 0.2 wt% - 2 wt % of a diamond additive, with wt% compared with the total weight of the enhanced ceramic coating ECC composition, preferably wherein the diamond additive comprises diamond particles and mica particles in a weight ratio diamond particles: mica particles between 1:0 and 1:3, preferably between 1:2 and 1:3; characterised in that the ECC has a non-stick durability of a least 17 cycles, wherein the non-stick durability of a coating is measured by determining the number of cycles required to reduce the non-stick grade of the coating from 5 to 1, wherein the non-stick grade is determined by performing a Fried Egg Test according to the Cookware Manufacturers Association Standard before and after each cycle and wherein each cycle comprises in sequence an ENV12875-1:1998 standard Dishwasher test, a first temperature treatment (260 °C for 10 min), quenching, and a second temperature treatment (260°C for 10 min), wherein the sol-gel type ceramic coating composition comprises: (a) 11 - 20 wt% of a silane or an oligomer thereof as a binder; (b) 19.5 - 41.5 wt% of a silica mixture; (c) 3 - 19 wt% of a functional filler; (d) 2 - 15 wt% a ceramic powder that emits far infrared radiation and anions; and with wt% compared with the total weight of the non-stick sol-gel type ceramic coating composition. - a sol-gel type ceramic coating composition comprising a silane or an oligomer thereof and silica, preferably wherein the sol-gel type ceramic coating composition is present at more than 90 wt%, with wt% compared with the total weight of the enhanced ceramic coating ECC composition, and - 0.2 wt% - 2 wt % of a diamond additive, with wt% compared with the total weight of the enhanced ceramic coating ECC composition, preferably wherein the diamond additive comprises diamond particles and mica particles in a weight ratio diamond particles: mica particles between 1:0 and 1:3, preferably between 1:2 and 1:3; (a) 11 - 20 wt% of a silane or an oligomer thereof as a binder; (b) 19.5 - 41.5 wt% of a silica mixture; (c) 3 - 19 wt% of a functional filler; (d) 2 - 15 wt% a ceramic powder that emits far infrared radiation and anions; and
A device for laser processing a workpiece, comprising a beam shaping device (16, 16') for forming a focus zone from an input laser beam incident on the beam shaping device (16, 16') and a telescope device (34, 34') for imaging the focus zone into a material of the workpiece, wherein a phase imprint is applied to a beam cross-section of the input laser beam by means of the beam shaping device (16, 16') in such a way that the focus zone extends along a longitudinal central axis which is curved at least in sections, wherein the telescope device (34, 34') is assigned a beam splitting device for splitting partial beams coupled out of the beam shaping device (16, 16') into a plurality of polarized partial beams (54a, 54b) which each have one of at least two different polarization states, wherein the telescope device (34, 34') is formed with the beam splitting device (16, 16') for focusing the polarized partial beams (54a, 54b) into a first partial focus zone of first partial beams with a first polarization state and a second partial focus zone of second partial beams with a second polarization state, so that the focus zone is formed at least in sections by spatial superposition of the first partial focus zone and the second partial focus zone and the focus zone has an asymmetrical cross-section in a plane oriented perpendicular to the longitudinal central axis, characterized in that the beam splitting device has a birefringent polarizer element, by means of which both a spatial offset (Δx) and an angular offset (Δα) are generated between the first partial beams and second partial beams coupled out of the beam splitting device, wherein the first partial beams coupled out of the beam splitting device are oriented parallel to an optical axis of the telescope device (34, 34') and wherein the beam splitting device has a further optical element, arranged in the longitudinal direction (z) downstream of the birefringent polarizer element, which is configured to align the first partial beams parallel to the optical axis of the telescope device (34, 34').
A power supply apparatus that can supply power to a power reception apparatus in a non-contact manner, comprising: communication means that is capable of communicating with a power reception apparatus and a communication apparatus other than the power reception apparatus, wherein the communication apparatus is not to be supplied with power from the power supply apparatus; and control means for controlling power supply to a power reception apparatus, wherein the control means is configured to perform control so as to perform first search processing for detecting a power reception apparatus based on at least one communication method from among a plurality of communication methods, and before performing power supply to the power reception apparatus detected in the first search processing, to perform second search processing for detecting a communication apparatus other than the power reception apparatus based on the plurality of communication methods, characterised in that if a communication apparatus other than the power reception apparatus is not detected in the second search processing, the control means is configured to transition to a state where power supply to the power reception apparatus is possible, and if a communication apparatus other than the power reception apparatus is detected in the second search processing, the control means is configured to not start power supply to the power reception apparatus. communication means that is capable of communicating with a power reception apparatus and a communication apparatus other than the power reception apparatus, wherein the communication apparatus is not to be supplied with power from the power supply apparatus; and control means for controlling power supply to a power reception apparatus, wherein the control means is configured to perform control so as to perform first search processing for detecting a power reception apparatus based on at least one communication method from among a plurality of communication methods, and before performing power supply to the power reception apparatus detected in the first search processing, to perform second search processing for detecting a communication apparatus other than the power reception apparatus based on the plurality of communication methods, characterised in that if a communication apparatus other than the power reception apparatus is not detected in the second search processing, the control means is configured to transition to a state where power supply to the power reception apparatus is possible, and if a communication apparatus other than the power reception apparatus is detected in the second search processing, the control means is configured to not start power supply to the power reception apparatus.
A method of producing a perforated honeycomb structure body comprising: mixing and kneading a forming raw material that includes at least one of a ceramic raw material and a metal raw material to obtain a kneaded clay; forming the kneaded clay into a honeycomb shape to obtain a honeycomb formed body; drying and firing the honeycomb formed body to obtain a honeycomb structure body, the honeycomb structure body including a porous partition wall that defines a plurality of cells that serve as fluid passages, and an outer wall that is disposed to surround the partition wall; the method being characterised by: partially grinding the outer wall and the partition wall of the honeycomb structure body from a surface of the outer wall of the honeycomb structure body using a wheel grinder having grooves formed in its surface along a grinding direction, or a ball end mill provided with abrasive grains on its end, to obtain a perforated honeycomb structure body having a hole that is formed through part of the outer wall and the partition wall. mixing and kneading a forming raw material that includes at least one of a ceramic raw material and a metal raw material to obtain a kneaded clay; forming the kneaded clay into a honeycomb shape to obtain a honeycomb formed body; drying and firing the honeycomb formed body to obtain a honeycomb structure body, the honeycomb structure body including a porous partition wall that defines a plurality of cells that serve as fluid passages, and an outer wall that is disposed to surround the partition wall; the method being characterised by: partially grinding the outer wall and the partition wall of the honeycomb structure body from a surface of the outer wall of the honeycomb structure body using a wheel grinder having grooves formed in its surface along a grinding direction, or a ball end mill provided with abrasive grains on its end, to obtain a perforated honeycomb structure body having a hole that is formed through part of the outer wall and the partition wall.
A computer-implemented selective execution tracing method, the method comprising: while executing a first thread, detecting an invocation of a task-creation function by the first thread; subsequently, modifying the task-creation function to include a check as to whether the first thread is being traced; if the checking reveals that the first thread is being traced, flagging a new task to be traced, wherein the new task was created by the task-creation function; subsequently, detecting an invocation of a task-execution function and modifying the task-execution function to check whether the new task being executed is to be traced; and initiating tracing of the new task, being executed by the task-execution function, if the new task was flagged to be traced; wherein both the task-creation function and the task-execution function are implemented by a library whose execution is not traced by the selective execution tracing method. while executing a first thread, detecting an invocation of a task-creation function by the first thread; subsequently, modifying the task-creation function to include a check as to whether the first thread is being traced; if the checking reveals that the first thread is being traced, flagging a new task to be traced, wherein the new task was created by the task-creation function; subsequently, detecting an invocation of a task-execution function and modifying the task-execution function to check whether the new task being executed is to be traced; and initiating tracing of the new task, being executed by the task-execution function, if the new task was flagged to be traced; wherein both the task-creation function and the task-execution function are implemented by a library whose execution is not traced by the selective execution tracing method.
Device for workpiece centring of a longitudinal workpiece fixed on a spindle with a support body (11, 47, 73, 103) which can be linearly displaced along a support body axis, wherein the support body (11, 47, 73, 103) and the support body axis can be aligned substantially parallel to an axis of rotation of the spindle, with a first support element (9, 45, 71, 91, 111), which is displaceably arranged on the body and which supports the workpiece or a workpiece receiving part from a first side wherein the workpiece receiving part receives the workpiece, with a second support element (10, 46, 72, 92, 112), which is displaceably arranged on the body and which supports the workpiece or a workpiece receiving part from a second side, wherein the first support element (9, 45, 71, 91, 111) is linearly displaceable in a first direction of displacement (23, 48) and rotatable about a first axis of rotation (23a, 48a) on the support body (11, 47, 73, 103), wherein the second support element (10, 46, 72, 92, 112) is linearly displaceable in a second direction of displacement (24, 49), which is different from the first direction of displacement (23, 48), and rotatable about a second axis of rotation (24a, 49a) on the support body (11, 47, 73, 103), wherein the first support element (9, 45, 71, 91, 111) exhibits a first elongated support section (9a, 45a), on which the workpiece or a workpiece receiving part that receives the workpiece rests, wherein the second support element (10, 46, 72, 92, 112) exhibits a second elongated support section (10a, 46a), on which the workpiece or a workpiece receiving part that receives the workpiece rests, wherein in a starting position of the first support element (9, 45, 71, 91, 111) and the second support element (10, 46, 72, 92, 112) the first support section (9a, 45a) and the second support section (10a, 46a) can be aligned parallel to each other and parallel to the support body axis of the support body (11, 47, 73, 103) in their longitudinal direction characterized in that the angle between the first axis of rotation (23a, 48a) and the support body axis is greater than 0° and smaller than 180°, that the angle between the second axis of rotation (24a, 49a) and the support body axis is greater than 0° and smaller than 180°.
A method for facilitating communication between a user of a first User Equipment, UE, and a user of a second UE, the method comprising: - receiving, at the first UE, an incoming communication from the second UE; - (202, 505) displaying, at the first UE, identification information of the second UE and at least one previously generated note, said note being generated by the user of the first UE and being associated to the identification information of the second UE, and - simultaneously displaying, at the first UE, a validity timing information, or validity timer, indicating for how long said at least one note should be valid. - receiving, at the first UE, an incoming communication from the second UE; - (202, 505) displaying, at the first UE, identification information of the second UE and at least one previously generated note, said note being generated by the user of the first UE and being associated to the identification information of the second UE, and - simultaneously displaying, at the first UE, a validity timing information, or validity timer, indicating for how long said at least one note should be valid.
A biopsy device, the biopsy device comprising: (a) a probe; (b) a needle extending from the probe; and (c) a cutter disposed within the needle, wherein the cutter defines a cutter lumen and at least partially defines a vent lumen between an exterior of the cutter and an interior of the needle; (d) a vent assembly configured to transition the vent lumen between a vented state and a sealed state in response to movement of the cutter having a manifold and a spool body movable within the manifold; and (e) a manually actuated needle firing assembly including a catch and a release, wherein the catch is resiliently biased to fire the needle, wherein the release is configured to engage the catch to thereby hold the catch in a cocked position, characterized in that the catch is integral with the manifold which is coaxial with the needle, the catch being defined by an opening in the underside of the manifold or by an indentation in the manifold, wherein the indentation defines a distally facing wall. (a) a probe; (b) a needle extending from the probe; and (c) a cutter disposed within the needle, wherein the cutter defines a cutter lumen and at least partially defines a vent lumen between an exterior of the cutter and an interior of the needle; (d) a vent assembly configured to transition the vent lumen between a vented state and a sealed state in response to movement of the cutter having a manifold and a spool body movable within the manifold; and (e) a manually actuated needle firing assembly including a catch and a release, wherein the catch is resiliently biased to fire the needle, wherein the release is configured to engage the catch to thereby hold the catch in a cocked position,