mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a user equipment arranged to communicate with at least a second user equipment in a VoIP service data transmission in a communication system using a VoIP service, comprising the steps of: receiving transmissions in form of a media stream from said at least one second user equipment; buffering the data of the media stream; the method further being characterized by the steps of: detecting whether an interruption of said transmissions exceeding at least a predetermined period of time has occurred during said VoIP service data transmission or expecting that an interruption of said transmissions exceeding at least a predetermined period of time will occur during said VoIP service data transmission, wherein the exceeding of said at least predetermined period of time would entail annoying interruption of a playout; and if such an interruption is detected or expected, using a non-normative playout rate of the data at playout. receiving transmissions in form of a media stream from said at least one second user equipment; buffering the data of the media stream; the method further being characterized by the steps of: detecting whether an interruption of said transmissions exceeding at least a predetermined period of time has occurred during said VoIP service data transmission or expecting that an interruption of said transmissions exceeding at least a predetermined period of time will occur during said VoIP service data transmission, wherein the exceeding of said at least predetermined period of time would entail annoying interruption of a playout; and if such an interruption is detected or expected, using a non-normative playout rate of the data at playout.
A method of defining a rating schedule for an aircraft gas turbine engine characterised by: defining a plurality of generic aircraft operation rating structures (52 A-D) adapted to receive corresponding groups of rating information (58 A-C); determining a set of desired aircraft operation ratings (42 A-D) for a selected gas turbine engine, wherein the desired aircraft operation ratings include engine thrust levels for specific aircraft operational conditions; mapping each of the set the desired aircraft operation ratings to a corresponding one of the plurality of generic aircraft operation rating structures; generating a unique aircraft operation rating structure including the desired ratings mapped to the generic aircraft operation rating structures; and loading the generated unique aircraft operation rating structure into a controller that is configured to control the selected gas turbine engine according to the unique aircraft rating structure. defining a plurality of generic aircraft operation rating structures (52 A-D) adapted to receive corresponding groups of rating information (58 A-C); determining a set of desired aircraft operation ratings (42 A-D) for a selected gas turbine engine, wherein the desired aircraft operation ratings include engine thrust levels for specific aircraft operational conditions; mapping each of the set the desired aircraft operation ratings to a corresponding one of the plurality of generic aircraft operation rating structures; generating a unique aircraft operation rating structure including the desired ratings mapped to the generic aircraft operation rating structures; and loading the generated unique aircraft operation rating structure into a controller that is configured to control the selected gas turbine engine according to the unique aircraft rating structure.
A computer-implemented method which when executed on data processing hardware of a user device causes the data processing hardware to perform operations comprising: receiving audio data captured by a microphone of the user device while the user device is in a sleep mode, the audio data corresponding to playback of an item of media content output from an audio source in a vicinity of the user device; processing, while the user device remains in the sleep mode, the audio data to determine a corresponding bitstream of an audio watermark in the audio data; and based on the determined corresponding bitstream of the audio watermark in the audio data, determining, without accessing an audio watermark database to identify a matching audio watermark, to bypass performing speech recognition on a portion of the audio data following a hotword included in the audio data. receiving audio data captured by a microphone of the user device while the user device is in a sleep mode, the audio data corresponding to playback of an item of media content output from an audio source in a vicinity of the user device; processing, while the user device remains in the sleep mode, the audio data to determine a corresponding bitstream of an audio watermark in the audio data; and based on the determined corresponding bitstream of the audio watermark in the audio data, determining, without accessing an audio watermark database to identify a matching audio watermark, to bypass performing speech recognition on a portion of the audio data following a hotword included in the audio data.
A centrifugal fan impeller comprising: plural blades that are annularly disposed around a rotational axis; and a main plate and a shroud that are disposed so as to sandwich the rotational axis direction sides of the blades, with blade axial end portions, which are end portions of the blades on one side in the rotational axis direction, and the shroud being welded to each other, wherein the shroud has a curved plate-like shroud curved plate portion curved in such a way that its diameter becomes smaller heading away from the blades in the rotational axis direction and flat plate-like shroud flat plate portions formed in correspondence to just parts of the sections of the shroud that oppose the blade axial end portions, in the blade axial end portions are formed blade flat surfaces being flat surfaces that follow the shroud flat plate portions and blade curved surfaces (72b, 72c) being curved surfaces that follow the shroud curved plate portion, and welded portions resulting from the blade flat surfaces and the shroud flat plate portions being welded to each other are formed between the blade axial end portions and the shroud, wherein the blade flat surfaces are disposed in the vicinities of chord length direction centers of the blade axial end portions, characterized in that: leading edge-side recessed portions, into which leading edge-side sections of the blade axial end portions are insertable, are formed in the shroud in such a way as to follow the blade curved surfaces. plural blades that are annularly disposed around a rotational axis; and a main plate and a shroud that are disposed so as to sandwich the rotational axis direction sides of the blades, with blade axial end portions, which are end portions of the blades on one side in the rotational axis direction, and the shroud being welded to each other, wherein the shroud has a curved plate-like shroud curved plate portion curved in such a way that its diameter becomes smaller heading away from the blades in the rotational axis direction and flat plate-like shroud flat plate portions formed in correspondence to just parts of the sections of the shroud that oppose the blade axial end portions, in the blade axial end portions are formed blade flat surfaces being flat surfaces that follow the shroud flat plate portions and blade curved surfaces (72b, 72c) being curved surfaces that follow the shroud curved plate portion, and welded portions resulting from the blade flat surfaces and the shroud flat plate portions being welded to each other are formed between the blade axial end portions and the shroud, wherein the blade flat surfaces are disposed in the vicinities of chord length direction centers of the blade axial end portions, characterized in that: leading edge-side recessed portions, into which leading edge-side sections of the blade axial end portions are insertable, are formed in the shroud in such a way as to follow the blade curved surfaces.
An antibody polypeptide comprising a first variable domain that is a single variable domain, wherein the amino acid sequence of the first variable domain is selected from the amino acid sequences of BMS3h-56-201 set forth in SEQ ID NO: 9, BMS3h-56-202 set forth in SEQ ID NO: 350, BMS3h-56-203 set for the in SEQ ID NO: 351, BMS3h-56-206 set forth in SEQ ID NO: 354, BMS3h-56-215 set forth in SEQ ID NO: 363, BMS3h-56-217 set forth in SEQ ID NO: 365, BMS3h-56-224 set forth in SEQ ID NO: 372, BMS3h-56-232 set forth in SEQ ID NO: 380, BMS3h-56-239 set forth in SEQ ID NO: 387, BMS3h-56-243 set forth in SEQ ID NO: 391, BMS3h-56-244 set forth in SEQ ID NO: 392, BMS3h-56-246 set forth in SEQ ID NO: 394, BMS3h-56-248 set forth in SEQ ID NO: 396, BMS3h-56-253 set forth in SEQ ID NO: 401, BMS3h-56-258 set forth in SEQ ID NO: 10, BMS3h-56-261 set forth in SEQ ID NO: 409, BMS3h-56-262 set forth in SEQ ID NO: 410, BMS3h-56-265 set forth in SEQ ID NO: 413, BMS3h-56-266 set forth in SEQ ID NO: 414, BMS3h-56-269 set forth in SEQ ID NO: 417 and BMS3h-56-270 set forth in SEQ ID NO: 418, wherein the antibody polypeptide binds to CD40, and wherein the binding of the antibody polypeptide to CD40 antagonizes CD40 activity.
A method to determine a physical fault domain in a digital subscriber line access network, said method being for detecting whether a fault is located in the operator's network (Network Domain) or in the customer's house (In-house Domain) whereby said method is carried out by a metallic line testing module (MELT-MOD) and a single ended line testing module (SELT-MOD) embedded on an identical Digital Subscriber Line board using a Metallic Line Testing methods (MELT) as defined in the ITU-T Standard Series G: TRANSMISSION SYSTEMS AND MEDIA, DIGITAL SYSTEMS AND NETWORKS - Digital sections and digital line system - Access networks with reference ITU-T G.996.2, said method comprising: - collecting metallic line testing measurements (MELT) by means of a metallic line testing module (MELT-MOD); and - determining based upon said metallic line testing measurements (MELT) a metallic line testing domain separation reference (MELT-Ref); and - collecting single ended line testing measurements (SELT) by means of said single ended line testing module (SELT-MOD); and - based upon said collected single ended line testing measurements (SELT) determining, in the event of a fault occurrence in said access network, a fault location (Loc-F1) of said fault for comparison with said domain separation reference (MELT-Ref) and determination of a physical fault domain for said fault. - collecting metallic line testing measurements (MELT) by means of a metallic line testing module (MELT-MOD); and - determining based upon said metallic line testing measurements (MELT) a metallic line testing domain separation reference (MELT-Ref); and - collecting single ended line testing measurements (SELT) by means of said single ended line testing module (SELT-MOD); and - based upon said collected single ended line testing measurements (SELT) determining, in the event of a fault occurrence in said access network, a fault location (Loc-F1) of said fault for comparison with said domain separation reference (MELT-Ref) and determination of a physical fault domain for said fault.
A method for manufacturing a cutting tool, said method comprising: - providing a cemented carbide, CBN, cermet or ceramic sintered body having a cutting edge with an edge radius R e smaller than 40 μm, a flank and a rake face, and - depositing a single layer or multilayer PVD coating on at least some parts of the cutting edge and comprising at least one oxidic layer applied by vacuum arc deposition. - providing a cemented carbide, CBN, cermet or ceramic sintered body having a cutting edge with an edge radius R e smaller than 40 μm, a flank and a rake face, and - depositing a single layer or multilayer PVD coating on at least some parts of the cutting edge and comprising at least one oxidic layer applied by vacuum arc deposition.
Inductive component, comprising a winding and a plurality of adjustment bodies (4, 4_1, 4_2, 4_n) for adjusting an inductance of the inductive component, wherein the adjustment bodies (4, 4_1, 4_2, 4_n) comprise a ferromagnetic material and surround at least a portion of the winding, wherein the inductance is adjusted via the shape and/or position and/or number of adjustment bodies (4, 4_1, 4_2, 4_n), characterized in that a filling body (8_1, 8_2, 8_n) comprising a non-magnetic material is disposed between at least two of the adjustment bodies (4_1, 4_2, 4_n).
A photochromic material comprising, a photochromic compound comprising a photochromic substituent selected from photochromic pyrans, photochromic oxazines, and photochromic fulgides, having bonded thereto at least one pendent silane group selected from the group consisting of, (i) pendent silane groups represented by the following general formula I, wherein Z for each n is independently Si or C, R is selected from hydrogen or C 1 -C 10 hydrocarbyl, each R 1 is independently selected from C 1 -C 10 hydrocarbyl and halo substituted C 1 -C 10 hydrocarbyl, m is 0 or 1, n is 2 or 3, provided that the sum of m and n is 3, and L is a bond or a divalent linking group comprising at least one divalent moiety selected from the group consisting of divalent organic moieties, divalent inorganic moieties and combinations thereof, (ii) pendent silane groups represented by the following general formula II, and combinations thereof, wherein Z, R, R 1, m, n and L are each independently as described with regard to general formula, R a is a divalent linking group selected from divalent organic moieties, R b is selected from hydrogen or C 1 -C 10 hydrocarbyl, t is 0, 1 or 2, and y is 1, 2 or 3, provided that the sum of t and y is 3. (i) pendent silane groups represented by the following general formula I, wherein Z for each n is independently Si or C, R is selected from hydrogen or C 1 -C 10 hydrocarbyl, each R 1 is independently selected from C 1 -C 10 hydrocarbyl and halo substituted C 1 -C 10 hydrocarbyl, m is 0 or 1, n is 2 or 3, provided that the sum of m and n is 3, and L is a bond or a divalent linking group comprising at least one divalent moiety selected from the group consisting of divalent organic moieties, divalent inorganic moieties and combinations thereof, (ii) pendent silane groups represented by the following general formula II, and combinations thereof,
Device for manufacturing blown film comprising an extrusion device generating a film tube and a flattening device assigned to the film tube having flattening elements, which are arranged at diametrically opposing regions of the film tube and can be adjusted at an acute angle to each other, in order to transfer the initially circular cross-section of the film tube via oval cross-sections to a two-folded film web, wherein lateral guide elements for the regions of the film tube recessed by the flattening elements are arranged between the flattening elements and are assigned to the film tube, characterised in that the lateral guide elements comprise an adjustable contour and the lateral guide elements are formed by a support structure with adjustment means wherein at least one support arms is attached to the support structure and the at least one support arm supports guide means for the film tube and the support structure comprises a plurality of support legs (20, 21, 22) articulatedly connected to each other which can be adjusted by means of adjustment drives (28, 28a).
A tire tread comprising: a thickness bounded by a tire-operating side and a width bounded by a pair of lateral side edges, the tire-operating side configured to engage a tire operating surface during tire operation and including a plurality of tread elements (16, 16A, 16B) configured to engage the tire operating surface to provide traction; a length extending in a direction perpendicular to both the tread thickness and the width; the plurality of tread elements (16, 16A, 16B) including one or more shoulder elements (16, 16B) arranged along a first lateral side edge of the pair of lateral side edges, the one or more shoulder elements (16, 16B) having a recessed terminal side spaced apart from the first lateral side edge, where the recessed terminal side is offset in a direction of the tread width towards the second lateral side edge from a pair of adjacent terminal sides of the one or more shoulder elements (16, 16A, 16B), where the recessed terminal side of each of the one or more shoulder elements is variably spaced from the first lateral side edge of the tread; a sipe arranged in connection with a submerged void within the tread thickness, the submerged void being offset from the tire operating side and the sipe extending from the void in a direction of the tire operating side, where the sipe and submerged void extend in a direction of the tread width towards the second lateral side edge from the recessed terminal side such that the sipe and submerged void are recessed from the pair of adjacent terminal sides. a thickness bounded by a tire-operating side and a width bounded by a pair of lateral side edges, the tire-operating side configured to engage a tire operating surface during tire operation and including a plurality of tread elements (16, 16A, 16B) configured to engage the tire operating surface to provide traction; a length extending in a direction perpendicular to both the tread thickness and the width; the plurality of tread elements (16, 16A, 16B) including one or more shoulder elements (16, 16B) arranged along a first lateral side edge of the pair of lateral side edges, the one or more shoulder elements (16, 16B) having a recessed terminal side spaced apart from the first lateral side edge, where the recessed terminal side is offset in a direction of the tread width towards the second lateral side edge from a pair of adjacent terminal sides of the one or more shoulder elements (16, 16A, 16B), where the recessed terminal side of each of the one or more shoulder elements is variably spaced from the first lateral side edge of the tread; a sipe arranged in connection with a submerged void within the tread thickness, the submerged void being offset from the tire operating side and the sipe extending from the void in a direction of the tire operating side, where the sipe and submerged void extend in a direction of the tread width towards the second lateral side edge from the recessed terminal side such that the sipe and submerged void are recessed from the pair of adjacent terminal sides.
An air conditioning device, comprising: an indoor unit having an air outlet; a steam generating device having a steam outlet; and a steam delivery line having one end communicated with the steam outlet, the steam generating device driving steam to flow to the indoor unit sequentially through the steam outlet and the steam delivery line utilizing a pressure of the steam; characterised in that a plurality of steam chambers are provided in the steam generating device, each steam chamber has at least one steam outlet, and each steam outlet is in communication with at least one steam delivery line; wherein the steam generating device comprises: a working water tank having a heating cavity communicated with a respective steam chamber, said steam chamber being located inside or outside the heating cavity; an electric heater provided in the heating cavity; and wherein the working water tank has an air pressure adjustment port in communication with the heating cavity. an indoor unit having an air outlet; a steam generating device having a steam outlet; and a steam delivery line having one end communicated with the steam outlet, the steam generating device driving steam to flow to the indoor unit sequentially through the steam outlet and the steam delivery line utilizing a pressure of the steam; characterised in that a plurality of steam chambers are provided in the steam generating device, each steam chamber has at least one steam outlet, and each steam outlet is in communication with at least one steam delivery line; wherein the steam generating device comprises: a working water tank having a heating cavity communicated with a respective steam chamber, said steam chamber being located inside or outside the heating cavity; an electric heater provided in the heating cavity; and wherein the working water tank has an air pressure adjustment port in communication with the heating cavity. a working water tank having a heating cavity communicated with a respective steam chamber, said steam chamber being located inside or outside the heating cavity; an electric heater provided in the heating cavity; and wherein the working water tank has an air pressure adjustment port in communication with the heating cavity.
A liquid ejecting head comprising: a plurality of nozzles that eject a liquid along a first axis; a row of individual flow paths that includes a plurality of individual flow paths arranged in parallel along a second axis orthogonal to the first axis when viewed in a direction of the first axis; and a common liquid chamber that is commonly in communication with the plurality of individual flow paths, wherein the plurality of individual flow paths include a first individual flow path and a second individual flow path that are adjacent to each other in the row of individual flow paths, characterised in that the liquid ejecting head further comprises a position of a first opening that is a connection port between the common liquid chamber and the first individual flow path and a position of a second opening that is a connection port between the common liquid chamber and the second individual flow path are different in the direction of the first axis. a plurality of nozzles that eject a liquid along a first axis; a row of individual flow paths that includes a plurality of individual flow paths arranged in parallel along a second axis orthogonal to the first axis when viewed in a direction of the first axis; and a common liquid chamber that is commonly in communication with the plurality of individual flow paths, wherein the plurality of individual flow paths include a first individual flow path and a second individual flow path that are adjacent to each other in the row of individual flow paths, characterised in that the liquid ejecting head further comprises a position of a first opening that is a connection port between the common liquid chamber and the first individual flow path and a position of a second opening that is a connection port between the common liquid chamber and the second individual flow path are different in the direction of the first axis.