mhurhangee/ep-ind-claims huggingface dataset:
An axle assembly comprising: an axle housing having a first housing and a second housing, wherein the first and second housings (30, 32) cooperate to define a center portion that receives a differential and an arm portion that extends from the center portion, wherein the arm portion receives an axle; a dam (28, 110, 130, 140, 150, 160) that is disposed in the arm portion and cooperates with the arm portion to define a reservoir that is configured to retain a volume of a lubricant in the arm portion wherein the dam (28, 110, 130, 140, 150, 160) divides the first housing into a reservoir and a spillway, wherein the spillway is disposed between the dam (28, 110, 130, 140, 150, 160) and the center portion and the reservoir is disposed opposite the spillway and wherein the dam (28, 110, 130, 140, 150, 160) extends from the first housing toward the second housing such that the dam (28, 110, 130, 140, 150, 160) is spaced apart from the second housing; and a conduit that extends from the center portion to the arm portion; wherein the conduit delivers lubricant from the center portion to the reservoir. an axle housing having a first housing and a second housing, wherein the first and second housings (30, 32) cooperate to define a center portion that receives a differential and an arm portion that extends from the center portion, wherein the arm portion receives an axle; a dam (28, 110, 130, 140, 150, 160) that is disposed in the arm portion and cooperates with the arm portion to define a reservoir that is configured to retain a volume of a lubricant in the arm portion wherein the dam (28, 110, 130, 140, 150, 160) divides the first housing into a reservoir and a spillway, wherein the spillway is disposed between the dam (28, 110, 130, 140, 150, 160) and the center portion and the reservoir is disposed opposite the spillway and wherein the dam (28, 110, 130, 140, 150, 160) extends from the first housing toward the second housing such that the dam (28, 110, 130, 140, 150, 160) is spaced apart from the second housing; and a conduit that extends from the center portion to the arm portion; wherein the conduit delivers lubricant from the center portion to the reservoir.
An apparatus implementing an access node, comprising at least one processor and at least one memory, said at least one memory stored with computer program code thereon, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus at least to perform: receive requests from a plurality of master nodes to be added as a secondary node as part of a conditional handover process for a user equipment; obtain, from each of said requests, an identification of the user equipment involved in the conditional handover process characterized in that the identification of the user equipment is unique among said master nodes, and that said at least one memory stored with computer program code thereon, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus to determine, based on said identifications of the user equipment, that a plurality of said requests concern the same user equipment. receive requests from a plurality of master nodes to be added as a secondary node as part of a conditional handover process for a user equipment; obtain, from each of said requests, an identification of the user equipment involved in the conditional handover process characterized in that the identification of the user equipment is unique among said master nodes, and that said at least one memory stored with computer program code thereon, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus to determine, based on said identifications of the user equipment, that a plurality of said requests concern the same user equipment.
Switch matrix device (34a, 34b) for electrical signals, comprising a plurality of switch nodes (40, 44) which are arranged in a matrix-like manner in rows and columns, wherein adjacent switch nodes (40, 44) within the same row or column are or can be connected by connecting sections, and at least some of the switch nodes (40, 44) are suitable for selectively connecting two connecting sections adjacent to the respective switching node (40, 44), and which is suitable for connecting a signal input and a signal output from a plurality of signal inputs and/or signal outputs, by actuating switch nodes (40, 44), characterized in that at least some of the signal inputs and/or signal outputs are arranged in the surface of the switch matrix.
Assembly of an electro-physical transducer on a flexible foil with a carrier, wherein - the foil has a first main surface provided with at least a first electrically conducting track connected to the electro-physical transducer and opposite said first main surface a second main surface facing towards the carrier, wherein the foil has a first and a second mutually opposite side (32, 33) and a third side extending between the first and the second side, - a plurality of incisions (25a, 25d, 25e) extend through the foil alongside said at least a first electrically conductive track, - the at least a first electrically conductive track is electrically connected to an electrical conductor of the carrier, Characterized in that the plurality of incisions (25a, 25d, 25e) each extend from one of the first and the second side, wherein subsequent incisions extend from mutually opposite sides of the foil, therewith forming a meandering strip, wherein said electrically conductive track extends on said meandering strip, and in that the foil is attached to the carrier with a strip shaped portion of its meandering strip. - the foil has a first main surface provided with at least a first electrically conducting track connected to the electro-physical transducer and opposite said first main surface a second main surface facing towards the carrier, wherein the foil has a first and a second mutually opposite side (32, 33) and a third side extending between the first and the second side, - a plurality of incisions (25a, 25d, 25e) extend through the foil alongside said at least a first electrically conductive track, - the at least a first electrically conductive track is electrically connected to an electrical conductor of the carrier,
A power generation device for a utility vehicle, said power generation device comprising: a battery source capable of storing electrical energy; a logic/driver module operably coupled to said battery source, said logic/driver module capable of outputting power to a motive drive system of the utility vehicle; an internal combustion engine capable of outputting a mechanical driving force; and a generator system operably coupled to said internal combustion engine and electrically coupled to said logic/driver module, said generator system being capable of operating as a generator in response to said mechanical driving force of said internal combustion engine, thereby outputting electrical energy to said logic/driver module, and further being capable of operating as an electric motor in response to input of electrical energy from said logic/driver module, wherein between a first voltage and a second voltage a slip angle of said generator is reduced to reduce output of said generator, between said second voltage and a third voltage said generator output is reduced to zero and said internal combustion engine is reduced to idle. a battery source capable of storing electrical energy; a logic/driver module operably coupled to said battery source, said logic/driver module capable of outputting power to a motive drive system of the utility vehicle; an internal combustion engine capable of outputting a mechanical driving force; and a generator system operably coupled to said internal combustion engine and electrically coupled to said logic/driver module, said generator system being capable of operating as a generator in response to said mechanical driving force of said internal combustion engine, thereby outputting electrical energy to said logic/driver module, and further being capable of operating as an electric motor in response to input of electrical energy from said logic/driver module, wherein between a first voltage and a second voltage a slip angle of said generator is reduced to reduce output of said generator, between said second voltage and a third voltage said generator output is reduced to zero and said internal combustion engine is reduced to idle.
A process for binding fiberglass comprising applying to fiberglass a curable composition comprising an aldehyde or ketone and an amino-amide which is the addition product of an amine and a reactant, wherein the amine is a di- or multifunctional primary or secondary amine and the reactant is selected from the group consisting of saturated or unsaturated anhydrides, carboxylic acids, esters, and salts and mixtures thereof and said composition further comprises a thickener, the aldehyde or ketone is added to the amino-amide to form the curable binder composition and thereafter curing said composition while present on said fiberglass.
A network element (150, 800, 100) comprising at least one processor and at least one memory including computer program code, the at least one memory and computer program code configured to, with the at least one processor, cause the network element to: - group N communication lines (131-137, L1-L20) between an access node and terminal nodes into G point-to-multipoint, P2MP, groups (121-123, G1-G5) sharing a communication bandwidth; wherein the grouping further comprises: - obtain line characteristics indicative for a spectral efficiency of the respective communication lines over the communication bandwidth, - select G pairs of lines by forming said G pairs each comprising a first communication line with a low spectral efficiency selected from a first set of G communication lines (321, 421) with the lowest spectral efficiencies and a second communication line with a high spectral efficiency selected from a second set of G communication lines (324, 424) with the highest spectral efficiencies, and - assign each of the G pairs to a different group of the G P2MP groups. - group N communication lines (131-137, L1-L20) between an access node and terminal nodes into G point-to-multipoint, P2MP, groups (121-123, G1-G5) sharing a communication bandwidth; wherein the grouping further comprises: - obtain line characteristics indicative for a spectral efficiency of the respective communication lines over the communication bandwidth, - select G pairs of lines by forming said G pairs each comprising a first communication line with a low spectral efficiency selected from a first set of G communication lines (321, 421) with the lowest spectral efficiencies and a second communication line with a high spectral efficiency selected from a second set of G communication lines (324, 424) with the highest spectral efficiencies, and - assign each of the G pairs to a different group of the G P2MP groups. - obtain line characteristics indicative for a spectral efficiency of the respective communication lines over the communication bandwidth, - select G pairs of lines by forming said G pairs each comprising a first communication line with a low spectral efficiency selected from a first set of G communication lines (321, 421) with the lowest spectral efficiencies and a second communication line with a high spectral efficiency selected from a second set of G communication lines (324, 424) with the highest spectral efficiencies, and - assign each of the G pairs to a different group of the G P2MP groups.
A method of configuring a light source array of a system, the system further comprising a display and a camera, wherein the light source array comprises a plurality of individually controllable lighting units, and wherein the light source array has been positioned relative to the display, the method comprising: - rendering a pattern on the display, - controlling one or more lighting units of a first segment of the light source array according to a first light setting, - controlling one or more lighting units of a second segment of the light source array according to a second light setting, - obtaining an image captured by the camera, the image comprising the display, the first segment and the second segment, - detecting the pattern in the image, - detecting the first light setting and the second light setting in the image, - determining positions of the first segment and the second segment relative to the display in the image based on the first light setting, the second light setting and the pattern in the image, and - determining a mapping of the plurality of the individually controllable lighting units with respect to the display based on the positions of the first segment and the second segment relative to the display in the image, such that when media content is being rendered on the display one or more lighting units of the plurality of the individually controllable lighting units are controlled based on the media content according to the mapping. - rendering a pattern on the display, - controlling one or more lighting units of a first segment of the light source array according to a first light setting, - controlling one or more lighting units of a second segment of the light source array according to a second light setting, - obtaining an image captured by the camera, the image comprising the display, the first segment and the second segment, - detecting the pattern in the image, - detecting the first light setting and the second light setting in the image, - determining positions of the first segment and the second segment relative to the display in the image based on the first light setting, the second light setting and the pattern in the image, and - determining a mapping of the plurality of the individually controllable lighting units with respect to the display based on the positions of the first segment and the second segment relative to the display in the image, such that when media content is being rendered on the display one or more lighting units of the plurality of the individually controllable lighting units are controlled based on the media content according to the mapping.
A rotary anode for x-ray source, said anode comprising an annular target track intended to be impacted by an electron beam, said track being centered on a rotation axis around which it is intended to rotate during the operation of the x-ray source, the track including first and second target parts (20a, 20b) arranged alternating in a circumferential direction of this track, the first target parts being made using first target elements and the second target parts being made using second target elements or hollowed out parts, the first and second target elements (20a, 20b) respectively being made from a first and second material chosen such that the impact of the electron beam on one of the first target elements causes a first ray, and such that the impact of the electron beam on one of the second target elements causes a second ray with an intensity level different from that of the first ray, characterized in that the anode includes a target part selector, arranged across from the target track in the direction of said rotation axis, the selector comprising, arranged alternating in the circumferential direction, first closing portions prohibiting the passage of the electron beam as well as second portions allowing the passage of this beam, the anode being configured such that during the rotation of the target track, said selector can alternatively be brought into different positions, among which: - a first position in which the second portions of the selector are across from first parts of the track and in which the first closing portions conceal the second parts of the track; and - a second position in which the second portions of the selector are across from second parts of the track and wherein the first closing portions conceal the first parts of the track. - a first position in which the second portions of the selector are across from first parts of the track and in which the first closing portions conceal the second parts of the track; and - a second position in which the second portions of the selector are across from second parts of the track and wherein the first closing portions conceal the first parts of the track.
Device for transporting separating elements and inserting separating elements into containers, which containers are each formed from a container group from a plurality of receptacles, wherein adjacent receptacles are separated from each other at least in some areas by means of the separating elements to be inserted, and wherein an insertion station is comprised, characterised in that a separating element can be removed from a magazine by means of a transport device, and can be transported to the insertion station, wherein the respective separating element can be inserted into the container, and at least the transport device is configured as a linear transporter (2.1) with a closed motion path (2.2), on which motion elements circulate in a common direction, wherein at least one gripping element is arranged on the respective motion element, and wherein the linear transporter (2.1) is configured as an electromagnetic direct drive.
A medical imaging system comprising: an imaging catheter having proximal and distal sections; an imaging device coupled to the distal section of the imaging catheter, said imaging device configured to rotate at a uniform angular velocity, the imaging device comprising a first imaging transducer and a second imaging transducer configured to emit energy pulses; and a computer-usable medium, electrically coupled to the imaging device, having a sequence of instructions which, when executed by a processor, causes said processor to execute a process including generating a plurality of vectors, for each of the first and second imaging transducers, as the imaging device rotates to form an image, estimating an instantaneous angular velocity of the imaging device as the imaging device rotates using a discrepancy between a vector of the plurality of vectors generated by the first imaging transducer and a corresponding vector of the plurality of vectors generated by the second imaging transducer which would most strongly correlate with the vector generated by the first imaging transducer in an absence of non-uniform angular velocity, and remapping the plurality of vectors whose estimated instantaneous angular velocity differs from the uniform angular velocity. an imaging catheter having proximal and distal sections; an imaging device coupled to the distal section of the imaging catheter, said imaging device configured to rotate at a uniform angular velocity, the imaging device comprising a first imaging transducer and a second imaging transducer configured to emit energy pulses; and a computer-usable medium, electrically coupled to the imaging device, having a sequence of instructions which, when executed by a processor, causes said processor to execute a process including generating a plurality of vectors, for each of the first and second imaging transducers, as the imaging device rotates to form an image, estimating an instantaneous angular velocity of the imaging device as the imaging device rotates using a discrepancy between a vector of the plurality of vectors generated by the first imaging transducer and a corresponding vector of the plurality of vectors generated by the second imaging transducer which would most strongly correlate with the vector generated by the first imaging transducer in an absence of non-uniform angular velocity, and remapping the plurality of vectors whose estimated instantaneous angular velocity differs from the uniform angular velocity.
A method for manufacturing a negative electrode for a lithium metal secondary battery, comprising the steps of: preparing a negative electrode material provided with an electrode active material layer; and dipping the negative electrode material in an acid solution for a predetermined time to form a LiF protective film on the surface of the electrode active material layer, the protective film having a thickness of 1 μm-20 μm and a porosity of 25%-50%, wherein the electrode active material layer comprises lithium metal, and wherein the acid solution comprises HF and polyethylene glycol.
A processing system comprising: a processing device; a memory associated with the processing device; and a non-transient storage storing instructions, the instructions, when loaded in the memory and executed by the processing device, instruct an access point, AP, of the processing system to perform operations of: generating a basic service set, BSS, load element, the BSS load element comprising: a high-efficiency, HE, station, STA, count field, a frequency underutilization field, and a spatial stream underutilization field, wherein the HE STA count field indicates a total number of one or more HE STAs currently associated with a BSS, wherein the frequency underutilization field indicates underutilization of at least one frequency domain resource, wherein the spatial stream underutilization field indicates underutilization of at least one spatial domain resource, and wherein the processing device is configured to calculate the frequency underutilization field based on a size of at least one orthogonal frequency-division multiple access, OFDMA, resource unit, RU, and the processing device is configured to calculate the spatial stream underutilization field based on a size of at least one OFDMA RU; and transmitting the BSS load element to a station. a processing device; a memory associated with the processing device; and a non-transient storage storing instructions, the instructions, when loaded in the memory and executed by the processing device, instruct an access point, AP, of the processing system to perform operations of: generating a basic service set, BSS, load element, the BSS load element comprising: a high-efficiency, HE, station, STA, count field, a frequency underutilization field, and a spatial stream underutilization field, wherein the HE STA count field indicates a total number of one or more HE STAs currently associated with a BSS, wherein the frequency underutilization field indicates underutilization of at least one frequency domain resource, wherein the spatial stream underutilization field indicates underutilization of at least one spatial domain resource, and wherein the processing device is configured to calculate a high-efficiency, HE, station, STA, count field, a frequency underutilization field, and a spatial stream underutilization field, wherein the HE STA count field indicates a total number of one or more HE STAs currently associated with a BSS, wherein the frequency underutilization field indicates underutilization of at least one frequency domain resource, wherein the spatial stream underutilization field indicates underutilization of at least one spatial domain resource, and wherein the processing device is configured to calculate the frequency underutilization field based on a size of at least one orthogonal frequency-division multiple access, OFDMA, resource unit, RU, and the processing device is configured to calculate the spatial stream underutilization field based on a size of at least one OFDMA RU; and transmitting the BSS load element to a station.