mhurhangee/ep-ind-claims huggingface dataset:
A surveying system, comprising: - a controller; - a support; - a mounting structure mounted on the support, wherein the mounting structure is rotatable about a first axis relative to the support; a first motor controlled by the controller and configured to rotate the mounting structure relative to the support; a first mirror mounted on the mounting structure, wherein the first mirror is rotatable relative to the mounting structure about a second axis, wherein the second axis substantially coincides with the first axis; a second motor controlled by the controller and configured to rotate the first mirror relative to the mounting structure; and a first light source (27, 35) configured to direct a light beam onto the first mirror; and a first detector configured to detect light having traveled a beam path extending from the first light source via the first mirror to an object and back from the object via the first mirror to the first detector. - a controller; - a support; - a mounting structure mounted on the support, wherein the mounting structure is rotatable about a first axis relative to the support; a first motor controlled by the controller and configured to rotate the mounting structure relative to the support; a first mirror mounted on the mounting structure, wherein the first mirror is rotatable relative to the mounting structure about a second axis, wherein the second axis substantially coincides with the first axis; a second motor controlled by the controller and configured to rotate the first mirror relative to the mounting structure; and a first light source (27, 35) configured to direct a light beam onto the first mirror; and a first detector configured to detect light having traveled a beam path extending from the first light source via the first mirror to an object and back from the object via the first mirror to the first detector. a first motor controlled by the controller and configured to rotate the mounting structure relative to the support; a first mirror mounted on the mounting structure, wherein the first mirror is rotatable relative to the mounting structure about a second axis, wherein the second axis substantially coincides with the first axis; a second motor controlled by the controller and configured to rotate the first mirror relative to the mounting structure; and a first light source (27, 35) configured to direct a light beam onto the first mirror; and a first detector configured to detect light having traveled a beam path extending from the first light source via the first mirror to an object and back from the object via the first mirror to the first detector.
Chain with several chain links connected to each other, each of which are made of plastic threads (3, 4), wherein each chain link is configured as at least one endlessly laid ring of twisted rope on the basis of the plastic threads (3, 4), and wherein the twisted rope essentially comprises a continuous rope of the plastic threads (3, 4), helically laid around a core, characterised in that the rope is in the form of a round-woven rope, wherein the round cross-sectional shape of the rope is produced in that at this point a tubular round woven fabric and, possibly, an insert are used. each chain link is configured as at least one endlessly laid ring of twisted rope on the basis of the plastic threads (3, 4), and wherein the twisted rope essentially comprises a continuous rope of the plastic threads (3, 4), helically laid around a core, characterised in that the rope is in the form of a round-woven rope, wherein the round cross-sectional shape of the rope is produced in that at this point a tubular round woven fabric and, possibly, an insert are used.
A cushioning structure comprising: a first array of void cells (102, 104, 200); a second array of void cells, wherein peak surfaces of peak portions of void cells in the second array of void cells are attached to peak surfaces of peak portions of void cells in the first array; characterized in that the void cells are cube-shaped and include four sidewalls having a base portion forming a rectangular overall outline; wherein each sidewall includes at least one outwardly curved surface (110, 210) and at least two inwardly curved surfaces (126, 226), or two opposite sidewalls each include at least one outwardly curved surface and at least two inwardly curved surfaces; the outwardly curved surfaces (110, 210, 1010) having concave curvatures that face away from an interior of the void cell (100, 200, 1000), and the inwardly curved surfaces (126, 226, 1026) having concave curvatures that face toward the interior of the void cell (100, 200, 1000); and wherein the outwardly curved surfaces (110, 210, 1010) constitute at least 20% of the overall exterior surface area of each void cell. a first array of void cells (102, 104, 200); a second array of void cells, wherein peak surfaces of peak portions of void cells in the second array of void cells are attached to peak surfaces of peak portions of void cells in the first array; characterized in that the void cells are cube-shaped and include four sidewalls having a base portion forming a rectangular overall outline; wherein each sidewall includes at least one outwardly curved surface (110, 210) and at least two inwardly curved surfaces (126, 226), or two opposite sidewalls each include at least one outwardly curved surface and at least two inwardly curved surfaces; the outwardly curved surfaces (110, 210, 1010) having concave curvatures that face away from an interior of the void cell (100, 200, 1000), and the inwardly curved surfaces (126, 226, 1026) having concave curvatures that face toward the interior of the void cell (100, 200, 1000); and wherein the outwardly curved surfaces (110, 210, 1010) constitute at least 20% of the overall exterior surface area of each void cell.
A measuring system for determining a strain, bending or torsion of an object, comprising at least two probes (3a, 3b), further comprising fixing means via which the probes (3a, 3b) are connectable to the object in a manner that is releasable non-destructively, further comprising measuring means for determining the distance x, and/or the distance change dx, and/or a relative angular position α, and/or an angular change dα of the angular position α, between both probes and, as well as an evaluation unit for determining the strain, bending or torsion from the distance x, and/or from the distance change dx, and/or from the angular position α, and/or from the angular change dα, wherein the fixing means comprise at least a space capable of being evacuated, and/or a vacuum formed by bringing a probe (3a, 3b) and the object together, wherein both probes (3a, 3b) are captively connected together by an intermediate member that does not hinder a relative movement between the probes (3a, 3b) due to the strain, bending or torsion of the object, and wherein • the measuring means comprise at least one transmitter and at least one receiver for an electromagnetic wave or for ultrasound, wherein the transmitter and the receiver are disposed on the one probe, wherein at least one reflector for the electromagnetic wave, respectively for the ultrasound, is disposed on the other probe, and wherein an additional reflector is disposed on the probe that carries the transmitter and the receiver, and/or • the measuring means comprise at least one additional alignment adapter that can be brought into engagement with both probes (3a, 3b) simultaneously and sets, in this state, a reference value for the distance x, respectively for the angular position α, between both probes (3a, 3b). • the measuring means comprise at least one transmitter and at least one receiver for an electromagnetic wave or for ultrasound, wherein the transmitter and the receiver are disposed on the one probe, wherein at least one reflector for the electromagnetic wave, respectively for the ultrasound, is disposed on the other probe, and wherein an additional reflector is disposed on the probe that carries the transmitter and the receiver, and/or • the measuring means comprise at least one additional alignment adapter that can be brought into engagement with both probes (3a, 3b) simultaneously and sets, in this state, a reference value for the distance x, respectively for the angular position α, between both probes (3a, 3b).
A Device to Device, D2D, communication method, comprising: sending (S103, S203), by a sending terminal, a resource scheduling request to a network device; receiving (S107, S204), by the sending terminal, resource configuration information for the resource scheduling request from the network device; characterized in that the method further comprises: determining, by the sending terminal, based on the resource configuration information, a first time-frequency resource for sending data to a receiving terminal and a time-frequency resource for sending data to each of other receiving terminals, wherein the determined time-frequency resources are mutually independent; and simultaneously sending (S109, S209), by the sending terminal, different data to the receiving terminal and the other receiving terminals on the mutually independent time-frequency resources. sending (S103, S203), by a sending terminal, a resource scheduling request to a network device; receiving (S107, S204), by the sending terminal, resource configuration information for the resource scheduling request from the network device; characterized in that the method further comprises: determining, by the sending terminal, based on the resource configuration information, a first time-frequency resource for sending data to a receiving terminal and a time-frequency resource for sending data to each of other receiving terminals, wherein the determined time-frequency resources are mutually independent; and simultaneously sending (S109, S209), by the sending terminal, different data to the receiving terminal and the other receiving terminals on the mutually independent time-frequency resources. determining, by the sending terminal, based on the resource configuration information, a first time-frequency resource for sending data to a receiving terminal and a time-frequency resource for sending data to each of other receiving terminals, wherein the determined time-frequency resources are mutually independent; and simultaneously sending (S109, S209), by the sending terminal, different data to the receiving terminal and the other receiving terminals on the mutually independent time-frequency resources.
A computer implemented method for application performance measurement and reporting comprising: generating, in a first profiling session, a first parameter dataset including performance parameters related to performance of segments of a first application; creating a session report based on the first parameter dataset; receiving from a user comments for improving the performance of one or more of the segments of the first application, based in part on the session report, wherein the comments relate to at least one of a hardware setup, runtime conditions, a part of the first application, a session timing and a duration of the session; associating the received comments with corresponding one or more of the segments of the first application; providing a consolidated report based on the first parameter dataset and the comments, wherein the consolidated report includes the first parameter dataset and the comments of the one or more segments of the first application; receiving a second parameter dataset corresponding to a second application profiled in a second profiling session; identifying common segments between the first application and the second application; and generating a comparison report for at least one of the common segments, based on the first parameter dataset and the second parameter dataset, wherein the comparison report comprises comparative graphs and selective highlighting of parameters that have changed over the first and second sessions and includes the comments associated with the common segments provided after the first profiling session. generating, in a first profiling session, a first parameter dataset including performance parameters related to performance of segments of a first application; creating a session report based on the first parameter dataset; receiving from a user comments for improving the performance of one or more of the segments of the first application, based in part on the session report, wherein the comments relate to at least one of a hardware setup, runtime conditions, a part of the first application, a session timing and a duration of the session; associating the received comments with corresponding one or more of the segments of the first application; providing a consolidated report based on the first parameter dataset and the comments, wherein the consolidated report includes the first parameter dataset and the comments of the one or more segments of the first application; receiving a second parameter dataset corresponding to a second application profiled in a second profiling session; identifying common segments between the first application and the second application; and generating a comparison report for at least one of the common segments, based on the first parameter dataset and the second parameter dataset, wherein the comparison report comprises comparative graphs and selective highlighting of parameters that have changed over the first and second sessions and includes the comments associated with the common segments provided after the first profiling session.
A fuel cell system, comprising: a fuel cell; an air supplier; an air passage configured to be connected to the fuel cell, air supplied from the air supplier flowing in the air passage; a bleed passage configured to be branched off from the air passage on a side upstream of the fuel cell and join the air passage on a side downstream of the fuel cell, part of the air supplied by the air supplier flowing in the bleed passage in such a manner as to circumvent the fuel cell; a bleed valve configured to be provided in the bleed passage, the bleed valve regulating the amount of air flowing in the bleed passage; an air supplier control unit configured to control the air supplier to supply a predetermined amount of air, characterized by a wetness reduction determination unit configured to determine whether or not it is necessary to reduce a degree of wetness of the fuel cell; and a bleed amount control unit configured to reduce an opening of the bleed valve without increasing or decreasing of the rotation speed of the air supplier when the degree of wetness of the fuel cell needs to be reduced. a fuel cell; an air supplier; an air passage configured to be connected to the fuel cell, air supplied from the air supplier flowing in the air passage; a bleed passage configured to be branched off from the air passage on a side upstream of the fuel cell and join the air passage on a side downstream of the fuel cell, part of the air supplied by the air supplier flowing in the bleed passage in such a manner as to circumvent the fuel cell; a bleed valve configured to be provided in the bleed passage, the bleed valve regulating the amount of air flowing in the bleed passage; an air supplier control unit configured to control the air supplier to supply a predetermined amount of air, characterized by a wetness reduction determination unit configured to determine whether or not it is necessary to reduce a degree of wetness of the fuel cell; and a bleed amount control unit configured to reduce an opening of the bleed valve without increasing or decreasing of the rotation speed of the air supplier when the degree of wetness of the fuel cell needs to be reduced.
A heater comprising: a honeycomb structure section including an outer peripheral wall, whose interior is partitioned by partition walls which contain a ceramic as a main component and generate heat by electrical conduction, and also including a plurality of cells which are partitioned and formed by the partition walls and extend through the honeycomb structure section from one end thereof to the other end to become through channels of oil; and a pair of electrodes which become an anode and a cathode to come in contact with the outer peripheral wall of the honeycomb structure section, thereby conducting the electricity through the partition walls of the honeycomb structure section; the honeycomb structure section being laterally sandwiched between the anode and the cathode; the outer peripheral wall having a thickness of 0.3 to 5 mm; wherein the heater further includes current collecting layers orthogonal to a direction from one electrode to the other electrode in a cross section orthogonal to the extending direction of the cells. a honeycomb structure section including an outer peripheral wall, whose interior is partitioned by partition walls which contain a ceramic as a main component and generate heat by electrical conduction, and also including a plurality of cells which are partitioned and formed by the partition walls and extend through the honeycomb structure section from one end thereof to the other end to become through channels of oil; and a pair of electrodes which become an anode and a cathode to come in contact with the outer peripheral wall of the honeycomb structure section, thereby conducting the electricity through the partition walls of the honeycomb structure section; the honeycomb structure section being laterally sandwiched between the anode and the cathode; the outer peripheral wall having a thickness of 0.3 to 5 mm; wherein the heater further includes current collecting layers orthogonal to a direction from one electrode to the other electrode in a cross section orthogonal to the extending direction of the cells.
A machining method of a shredding cutter, comprising steps of: (a) assembling blades on a cutter shaft to be machined, and pre-locating the blades on the cutter shaft by a clamp; characterised by (b) rolling or extruding the cutter shaft at positions between the blades by a rolling cutter, so that the cutter shaft between the adjacent blades is formed with embossed parts on two flanks of each of the blades, and (c) withdrawing the rolling cutter, and each of the blades, being fixed on the cutter shaft by the embossed parts on the two flanks thereof. (a) assembling blades on a cutter shaft to be machined, and pre-locating the blades on the cutter shaft by a clamp; characterised by (b) rolling or extruding the cutter shaft at positions between the blades by a rolling cutter, so that the cutter shaft between the adjacent blades is formed with embossed parts on two flanks of each of the blades, and (c) withdrawing the rolling cutter, and each of the blades, being fixed on the cutter shaft by the embossed parts on the two flanks thereof.
A machine implemented method comprising: receiving, by a client device, in response to a request for a program to present on the client device, a variant audio playlist for the program, the variant audio playlist containing a set of URLs for different audio content for the program, each of the URLs in the set of URLs referring to an audio playlist corresponding to one of the different audio content for the program, each audio playlist referred to by a URL in the set of URLs comprising one or more tags and a plurality of Universal Resource Indicators (URIs) indicating an ordering of a plurality of audio files divided from a corresponding one of the different audio content for the program to recreate the audio content for the program; selecting, by the client device, a first URL of the set of URLs for one of the different audio content for the program, the first URL referring to a first playlist; transmitting the first URL which refers to the first playlist; receiving the first playlist from a server; and processing, by the client device, the first playlist to retrieve audio content for the program using an HTTP streaming protocol by: requesting an audio file in the plurality of audio files using the HTTP streaming protocol; receiving the audio file; and presenting the audio content in the audio file indicated in the first playlist. receiving, by a client device, in response to a request for a program to present on the client device, a variant audio playlist for the program, the variant audio playlist containing a set of URLs for different audio content for the program, each of the URLs in the set of URLs referring to an audio playlist corresponding to one of the different audio content for the program, each audio playlist referred to by a URL in the set of URLs comprising one or more tags and a plurality of Universal Resource Indicators (URIs) indicating an ordering of a plurality of audio files divided from a corresponding one of the different audio content for the program to recreate the audio content for the program; selecting, by the client device, a first URL of the set of URLs for one of the different audio content for the program, the first URL referring to a first playlist; transmitting the first URL which refers to the first playlist; receiving the first playlist from a server; and processing, by the client device, the first playlist to retrieve audio content for the program using an HTTP streaming protocol by: requesting an audio file in the plurality of audio files using the HTTP streaming protocol; receiving the audio file; and presenting the audio content in the audio file indicated in the first playlist. requesting an audio file in the plurality of audio files using the HTTP streaming protocol; receiving the audio file; and presenting the audio content in the audio file indicated in the first playlist.
A composition, comprising: a mixture of proteins for separating and detecting a first protein from one or more other proteins in the mixture, wherein said composition comprises: a first protein, one or more other proteins, and a modified ligand that comprises an acidic moiety and does not bind the first protein but is capable of binding to one of said one or more other proteins to form a complex with a lower charge to mass ratio than said one or more other proteins without said modified ligand; wherein said modified ligand has a lower isoelectric point than an unmodified ligand; characterized in that said first protein is a multisubunit protein, and said first protein and said one or more other proteins have similar charge to mass ratios. a first protein, one or more other proteins, and a modified ligand that comprises an acidic moiety and does not bind the first protein but is capable of binding to one of said one or more other proteins to form a complex with a lower charge to mass ratio than said one or more other proteins without said modified ligand; wherein said modified ligand has a lower isoelectric point than an unmodified ligand; characterized in that said first protein is a multisubunit protein, and said first protein and said one or more other proteins have similar charge to mass ratios.
A solid solution electrolyte suitable for solid-state rechargeable lithium ion battery comprising a compound having a general formula Li (3.5+L+x) Si (0.5+s-x) P (0.5+p-x) Ge 2x O 4+a wherein -0.10 ≤ L ≤ 0.10, -0.10 ≤ s ≤ 0.10, -0.10 ≤ p ≤ 0.10, -0.40 ≤ a ≤ 0.40, and 0.0 < x ≤ 0.30, preferably 0.05 ≤ x ≤ 0.30, more preferably 0.10 ≤ x ≤ 0.30. -0.10 ≤ L ≤ 0.10, -0.10 ≤ s ≤ 0.10, -0.10 ≤ p ≤ 0.10, -0.40 ≤ a ≤ 0.40, and 0.0 < x ≤ 0.30, preferably 0.05 ≤ x ≤ 0.30, more preferably 0.10 ≤ x ≤ 0.30.