mhurhangee/ep-ind-claims huggingface dataset:
Directable magnetic mount (10, 12, 14, 16, 18) electrically connected to a light emitter (20, 22, 24) requiring cooling, the directable magnetic mount (10, 12, 14, 16, 18) comprising: interface means (30, 32, 34, 36, 38, 130, 132) conducting thermal energy away from the light emitter (20, 22, 24) to a heat sink, and a magnetic connector magnetically connecting the directable magnetic mount (10, 12, 14, 16, 18) to a base (40, 62) comprising the heat sink, the magnetic connector being configured for thermally interconnecting the interface means (30, 32, 34, 36, 38) and the heat sink, the interface means (30, 32, 34, 36, 38) being thermally connected to the heat sink in a plurality of orientations of the interface means (30, 32, 34, 36, 38) with respect to the heat sink, characterized in that the magnetic connector is arranged outside a thermal conductive path of the interface means (30, 32, 34, 36, 38). interface means (30, 32, 34, 36, 38, 130, 132) conducting thermal energy away from the light emitter (20, 22, 24) to a heat sink, and a magnetic connector magnetically connecting the directable magnetic mount (10, 12, 14, 16, 18) to a base (40, 62) comprising the heat sink, the magnetic connector being configured for thermally interconnecting the interface means (30, 32, 34, 36, 38) and the heat sink, the interface means (30, 32, 34, 36, 38) being thermally connected to the heat sink in a plurality of orientations of the interface means (30, 32, 34, 36, 38) with respect to the heat sink, characterized in that the magnetic connector is arranged outside a thermal conductive path of the interface means (30, 32, 34, 36, 38).
A method for transferring particulate and/or fibrous feedstock from a zone 1 with lower termperature T1 and a lower pressure P1 into a zone 2 having a higher temperature T2 and a higher pressure P2, wherein P2 mainly derives from vapour which will condense at T1, comprising - compaction of said feedstock within the confines of a flow feeder chamber (2.3) having an outlet (2.4) to zone 2 by a loading device (2.5) against a variable counter pressure provided by an unloading device or a choke member, which can also close the outlet of the flow feeder completely in emergency and start-up situations, to form a moving plug having a density at which vapour from a high pressure reactor (zone 2) having the higher pressure P2 can penetrate said moving plug, forming a condensation front that moves at a controllable velocity towards P1 into said plug, counter-current to the motion of said plug which is from P1 towards P2, and - avoiding leakage of vapour from P2 to P1 by adjusting the velocity at which said condensation front moves towards P1 into said plug relative to the velocity at which said plug moves from P1 to P2. wherein T1 is below the condensation temperature of the vapour from which P2 mainly derives. - compaction of said feedstock within the confines of a flow feeder chamber (2.3) having an outlet (2.4) to zone 2 by a loading device (2.5) against a variable counter pressure provided by an unloading device or a choke member, which can also close the outlet of the flow feeder completely in emergency and start-up situations, to form a moving plug having a density at which vapour from a high pressure reactor (zone 2) having the higher pressure P2 can penetrate said moving plug, forming a condensation front that moves at a controllable velocity towards P1 into said plug, counter-current to the motion of said plug which is from P1 towards P2, and - avoiding leakage of vapour from P2 to P1 by adjusting the velocity at which said condensation front moves towards P1 into said plug relative to the velocity at which said plug moves from P1 to P2.
Filter unit for a vacuum cleaner, the filter unit comprising a filter medium which is cylindrically shaped and has folds, and comprising, on a rotatably mounted shaft, means for cleaning the folds, characterised in that the shaft is mounted only at one end in a cover part which closes the filter unit and in that, at a free end of the shaft, an annular element which is supported on the inner sides of the filter medium acts as a second mounting point for the shaft.
A semiconductor package assembly (500a, 500b, 500c), comprising: a redistribution layer structure having a die-attach surface and a bump-attach surface opposite the die-attach surface; a semiconductor die mounted on the die-attach surface of the redistribution layer structure; a first solder mask layer disposed on the die-attach surface, surrounding the semiconductor die; and an additional circuit structure (335, 335a) on a portion of the first solder mask layer, surrounding the semiconductor die, wherein the additional circuit structure (335, 335a) comprises: a pad portion (328, 328a) having a first width; and a via portion having a second width that is less than the first width (Wi), wherein the via portion passes through the first solder mask layer to be coupled the redistribution layer structure; wherein the pad portion (328, 328a) and the via portion form a T-shaped conductive structure (334, 334a) passing through the first solder mask layer; characterised in that a first distance between a center of the via portion and a sidewall of the semiconductor die, which is close to the via portion, is greater than a second distance between a center of pad portion (328, 328a) and the sidewall of the semiconductor die. a redistribution layer structure having a die-attach surface and a bump-attach surface opposite the die-attach surface; a semiconductor die mounted on the die-attach surface of the redistribution layer structure; a first solder mask layer disposed on the die-attach surface, surrounding the semiconductor die; and an additional circuit structure (335, 335a) on a portion of the first solder mask layer, surrounding the semiconductor die, wherein the additional circuit structure (335, 335a) comprises: a pad portion (328, 328a) having a first width; and a via portion having a second width that is less than the first width (Wi), wherein the via portion passes through the first solder mask layer to be coupled the redistribution layer structure; a pad portion (328, 328a) having a first width; and a via portion having a second width that is less than the first width (Wi), wherein the via portion passes through the first solder mask layer to be coupled the redistribution layer structure; wherein the pad portion (328, 328a) and the via portion form a T-shaped conductive structure (334, 334a) passing through the first solder mask layer; characterised in that a first distance between a center of the via portion and a sidewall of the semiconductor die, which is close to the via portion, is greater than a second distance between a center of pad portion (328, 328a) and the sidewall of the semiconductor die.
A multifunctional amplifier for Time Division Duplex "TDD" signals in a TDD Digital Subscriber Line "DSL" and Frequency Division Duplex "FDD"signals in Very High Bit-Rate Subscriber Line "VDSL2", comprising: first and second bidirectional terminals; at least one first filter (522, 524) connected between said first and second bidirectional terminals for bypassing signals in a first configuration; an amplifier circuit arranged in a signal path between said first and second bidirectional terminals to amplify said signals, said amplifier circuit being operable in a second configuration for amplifying said signals in one direction along the signal path and a third configuration for amplifying said signals in the opposite direction along the signal path; and characterised by further comprising: a control circuit (560, 570) configured to monitor a guard interval of the signals between said first and second bidirectional terminals, and, in a case a drop of the signals during the guard interval is detected, to set the amplifier to operate for G.Fast service, and in a case the signal is stable, set the amplifier for VDSL2 profile 35b service. first and second bidirectional terminals; at least one first filter (522, 524) connected between said first and second bidirectional terminals for bypassing signals in a first configuration; an amplifier circuit arranged in a signal path between said first and second bidirectional terminals to amplify said signals, said amplifier circuit being operable in a second configuration for amplifying said signals in one direction along the signal path and a third configuration for amplifying said signals in the opposite direction along the signal path; and characterised by further comprising: a control circuit (560, 570) configured to monitor a guard interval of the signals between said first and second bidirectional terminals, and, in a case a drop of the signals during the guard interval is detected, to set the amplifier to operate for G.Fast service, and in a case the signal is stable, set the amplifier for VDSL2 profile 35b service.
A water-soluble unit dose article comprising a water-soluble film and at least a first internal compartment, wherein the internal compartment comprises one or more of a first particle, wherein the first particle comprises; a. between 45% and 95% by weight of the first particle of a carrier material selected from polyethylene glycol, polyvinyl alcohol, urea, polyurethane, silica, alkoxylated fatty alcohols or mixtures thereof; b. between 1% and 50% by weight of the first particle of a benefit agent and c. less than 20% by weight of the first particle of a surfactant, and wherein the first particle has a diameter of between 0.5mm and 5mm. a. between 45% and 95% by weight of the first particle of a carrier material selected from polyethylene glycol, polyvinyl alcohol, urea, polyurethane, silica, alkoxylated fatty alcohols or mixtures thereof; b. between 1% and 50% by weight of the first particle of a benefit agent and c. less than 20% by weight of the first particle of a surfactant, and wherein the first particle has a diameter of between 0.5mm and 5mm.
Method for fail-safe speed monitoring of a sensorless three-phase drive, in which the three-phase drive is driven in three phases with the phases U, V, W by drive electronics having an inverter, the voltage signals on the three phases U, V, W being present as pulse width modulated signals, in which an output frequency of the inverter applied to the drive is determined and an actual speed of the drive is determined therefrom, in which the actual speed is compared with a predeterminable target speed and in which, if the target speed is exceeded by the actual speed, the drive is switched off, the output frequency being determined in two channels and solely the pulse width of the pulse width modulated signals being used to determine the output frequency of the inverter in a first channel, characterized in that the output frequency is determined in the first channel by means of a first microcontroller on the one hand and independently thereof in a second channel by means of a second microcontroller on the other hand, wherein solely the pulse width of the pulse width modulated signals is used to determine the output frequency of the inverter also in the second channel.
An elevator system for a building under construction, comprising an elevator shaft which becomes taller as the building height increases over the course of the construction phase of the building, the elevator system comprising: - a self-moving construction-phase elevator cab which is guided on at least one guide rail section for conveying persons or goods for the duration of the construction phase of the building, - an assembly platform which is arranged above the construction-phase elevator cab and from which the at least one guide rail section can be elongated upwards in a rail assembly phase, - an upper protection platform which is temporarily fixed or can be temporarily fixed in the elevator shaft and on which the assembly platform can be suspended via a lifting device or is suspended in the rail assembly phase, - a lower protection platform, wherein the assembly platform can be moved between the upper protection platform and the lower protection platform in a vertical direction by means of the lifting device during the rail assembly phase, characterized in that the elevator system further comprises - a docking device for temporarily suspending the construction-phase elevator cab on the lower protection platform in order to secure the construction-phase elevator cab for evacuations, said construction-phase elevator cab being connectable to the lifting device via the docking device. - a self-moving construction-phase elevator cab which is guided on at least one guide rail section for conveying persons or goods for the duration of the construction phase of the building, - an assembly platform which is arranged above the construction-phase elevator cab and from which the at least one guide rail section can be elongated upwards in a rail assembly phase, - an upper protection platform which is temporarily fixed or can be temporarily fixed in the elevator shaft and on which the assembly platform can be suspended via a lifting device or is suspended in the rail assembly phase, - a lower protection platform, wherein the assembly platform can be moved between the upper protection platform and the lower protection platform in a vertical direction by means of the lifting device during the rail assembly phase, characterized in that the elevator system further comprises - a docking device for temporarily suspending the construction-phase elevator cab on the lower protection platform in order to secure the construction-phase elevator cab for evacuations, said construction-phase elevator cab being connectable to the lifting device via the docking device.
A vehicle operation pedal in which a pedal sheet (18; 50; 60) is integrally fixed to a sheet fixed portion of a pedal arm in such a posture that a depressed face of the pedal sheet (18; 50; 60), which is depressed by a driver, faces a driver's seat, wherein a fitting hole (40; 62a, 62b) through which the sheet fixed portion of the pedal,arm extends is formed in the pedal sheet (18; 50; 60); and the sheet fixed portion is fitted into the fitting hole (40; 62a, 62b) from a rear face that is on the side opposite to the depressed face, characterized in that: a peripheral portion around the fitting hole (40; 62a, 62b) is integrally fixed to the sheet fixed portion by a weld (W2a, W2b; W3a, W3b) on the depressed face side.
A modified polysaccharide selectively modified at its reducing end by conjugation with a single aminoxy-Regioselective Addressable Functionalized Template (RAFT) peptide, wherein said RAFT peptide is a biologically active linear or cyclic cell adhesion promoting peptide comprising an arginine-glycine-aspartate sequence.
A mobile terminal, comprising: a wireless communication unit configured to communicate with an external device; an input unit comprises a microphone configured to capture audio information; and a controller configured to: generate a call reception request message in response to a call transmission command; send the generated call reception request message to the external device via the wireless communication unit; generate a preliminary message comprising information captured via the input unit before a call related to the call reception request message is connected with the external device; and send the generated preliminary message using a data section assigned to an early media session established before the call is connected to the external device via the wireless communication unit; wherein the generated preliminary message comprises a voice message related to the audio information or a text message comprising words recognized in the voice message. a wireless communication unit configured to communicate with an external device; an input unit comprises a microphone configured to capture audio information; and a controller configured to: generate a call reception request message in response to a call transmission command; send the generated call reception request message to the external device via the wireless communication unit; generate a preliminary message comprising information captured via the input unit before a call related to the call reception request message is connected with the external device; and send the generated preliminary message using a data section assigned to an early media session established before the call is connected to the external device via the wireless communication unit; generate a call reception request message in response to a call transmission command; send the generated call reception request message to the external device via the wireless communication unit; generate a preliminary message comprising information captured via the input unit before a call related to the call reception request message is connected with the external device; and send the generated preliminary message using a data section assigned to an early media session established before the call is connected to the external device via the wireless communication unit; wherein the generated preliminary message comprises a voice message related to the audio information or a text message comprising words recognized in the voice message.
A method of processing microseismic data obtained by a plurality of receivers, the method including: initiating at least one of two or more microseismic events, the two or more microseismic events occurring underground at known source locations different to each other; identifying a plurality of subsets of the microseismic data, wherein each subset of the microseismic data corresponds, respectively, to one of the two or more microseismic events; for each combination of source location and receiver: determining a travel-time adjustment based on a spatial relationship between the source location and the receiver; and applying the travel-time adjustment to a waveform in a subset of the microseismic data that corresponds to the combination of source location and receiver; characterised in that: at least one of the two or more microseismic events is a weak microseismic event whose magnitude is such that a signal caused by the arrival of an elastic wave created by that microseismic event is not discernible in all waveforms obtained by the receivers; and in that the method further comprises: summing the adjusted subsets of microseismic data corresponding to the two or more microseismic events to form composite microseismic data. initiating at least one of two or more microseismic events, the two or more microseismic events occurring underground at known source locations different to each other; identifying a plurality of subsets of the microseismic data, wherein each subset of the microseismic data corresponds, respectively, to one of the two or more microseismic events; for each combination of source location and receiver: determining a travel-time adjustment based on a spatial relationship between the source location and the receiver; and applying the travel-time adjustment to a waveform in a subset of the microseismic data that corresponds to the combination of source location and receiver; characterised in that: at least one of the two or more microseismic events is a weak microseismic event whose magnitude is such that a signal caused by the arrival of an elastic wave created by that microseismic event is not discernible in all waveforms obtained by the receivers; and in that the method further comprises: summing the adjusted subsets of microseismic data corresponding to the two or more microseismic events to form composite microseismic data. determining a travel-time adjustment based on a spatial relationship between the source location and the receiver; and applying the travel-time adjustment to a waveform in a subset of the microseismic data that corresponds to the combination of source location and receiver; characterised in that: at least one of the two or more microseismic events is a weak microseismic event whose magnitude is such that a signal caused by the arrival of an elastic wave created by that microseismic event is not discernible in all waveforms obtained by the receivers; and in that the method further comprises: summing the adjusted subsets of microseismic data corresponding to the two or more microseismic events to form composite microseismic data.
Method for the comminution of grinding stock in a vertical roller grinding mill, the grinding stock being delivered upstream of at least one grinding roller in order to form a grinding bed and being comminuted between a grinding table and the at least one grinding roller, characterized in that the grinding bed which is being formed is set at a differing height over the width (b) of the grinding roller by means of a delivery device.
Electrode instrument for a resectoscope, wherein the electrode instrument has an electrode at a distal end and is able to be releasably coupled at a proximal end to a working element of the resectoscope via an electrical contact, wherein two electrode casing tubes (26, 27) run from the electrode to the proximal end and each have a respective electrical contact, namely an active contact and a return contact, characterized in that the electrical active contact is arranged electrically insulated inside an electrode casing tube, and the electrical return contact is formed by a casing of an electrode casing tube or is conductively connected to the casing of at least one electrode casing tube, and the active contact protrudes from the electrode casing tube for the electrical contacting at the proximal end.
A method for data packet delay management in a communications network connecting a sender node over a Common Public Radio Interface, eCPRI, interface to a receiver node, the method performed at the receiver node receiving data packets from the sender node and comprising the steps of: - monitoring a buffer level at a buffer receiving data from the sender node; - when the buffer level reaches a threshold the method further comprises: ∘ transmitting to the sender node over the eCPRI interface at least one message comprising information indicative of length of time of a Medium Access Control, MAC, flow control, thereby indicating a duration encapsulation of eCPRI packets shall be paused at the sender node; ∘ transmitting at least one MAC flow control frame to the sender node with a delay measured from transmitting the at least one message sent over the eCPRI interface, wherein the delay is based on time required at the sender node to process the at least one message sent over the eCPRI interface. - monitoring a buffer level at a buffer receiving data from the sender node; - when the buffer level reaches a threshold the method further comprises: ∘ transmitting to the sender node over the eCPRI interface at least one message comprising information indicative of length of time of a Medium Access Control, MAC, flow control, thereby indicating a duration encapsulation of eCPRI packets shall be paused at the sender node; ∘ transmitting at least one MAC flow control frame to the sender node with a delay measured from transmitting the at least one message sent over the eCPRI interface, wherein the delay is based on time required at the sender node to process the at least one message sent over the eCPRI interface. ∘ transmitting to the sender node over the eCPRI interface at least one message comprising information indicative of length of time of a Medium Access Control, MAC, flow control, thereby indicating a duration encapsulation of eCPRI packets shall be paused at the sender node; ∘ transmitting at least one MAC flow control frame to the sender node with a delay measured from transmitting the at least one message sent over the eCPRI interface, wherein the delay is based on time required at the sender node to process the at least one message sent over the eCPRI interface.