mhurhangee/ep-ind-claims huggingface dataset:
A teat for a drinking bottle, comprising a single integral component formed by a wall, the teat comprising: an upper nipple portion located at one end of a teat axis, with a nipple opening located in the upper nipple portion; a base rim portion located at an opposite end of the teat axis; and a valve formed between the upper nipple portion and the base rim portion or formed as part of the base rim portion, the valve having a first valve portion with a first, average, wall thickness, and a second valve portion with a second, average, wall thickness, which define between them a valve opening, wherein the first and second valve portions are the entire parts of the valve which are intended to deform in use to implement the valve function, wherein the first valve portion is nearer to the teat axis than the second valve portion, and the second wall thickness is greater than the first wall thickness, and wherein a third wall thickness in a cross section perpendicular to the teat axis, taken above the valve, is greater in the vicinity of the valve than a fourth wall thickness remote from the valve in said cross section. an upper nipple portion located at one end of a teat axis, with a nipple opening located in the upper nipple portion; a base rim portion located at an opposite end of the teat axis; and a valve formed between the upper nipple portion and the base rim portion or formed as part of the base rim portion, the valve having a first valve portion with a first, average, wall thickness, and a second valve portion with a second, average, wall thickness, which define between them a valve opening, wherein the first and second valve portions are the entire parts of the valve which are intended to deform in use to implement the valve function, wherein the first valve portion is nearer to the teat axis than the second valve portion, and the second wall thickness is greater than the first wall thickness, and wherein a third wall thickness in a cross section perpendicular to the teat axis, taken above the valve, is greater in the vicinity of the valve than a fourth wall thickness remote from the valve in said cross section.
Conveyor belt apparatus comprising a drive unit with a drive roller as well as a reversing unit which includes a reversing roller and an endless conveyor belt, which during operation is wound around the drive roller and the reversing roller and in operative position comprises an upstream section and a downstream section, where the upstream section during operation moves towards the reversing roller and the downstream section moves towards the drive roller, wherein in operative position the reversing unit is located distal from the drive unit and the endless conveyor belt is wound around the drive roller and reversing roller and with the downstream section extending between the rollers rests upon a base and with the upstream section rests upon the downstream section, characterized in that the conveyor belt apparatus further includes a plurality of guide elements which are each provided with two side guides which are connected to each other by means of a connecting piece, which side guides in operative position are situated on either one of the two sides of the conveyor belt and guide the edges of the conveyor belt.
Procedure to monitor a tube arrangement of a transducer, said arrangement being formed by a first measuring tube and at least a second measuring tube which is switched in parallel to the first tube in terms of flow, said procedure comprising the following steps: - Medium is allowed to flow through the tube arrangement; - Determination of a temperature difference between the first measuring tube and the second measuring tube; and - Signaling of a partial blockage of the tube arrangement - particularly a blockage of precisely one of the measuring tubes or a blockage of the first measuring tube, with the second measuring tube not being blocked at the same time - if the determined temperature difference differs from a predefined limit value for the temperature difference that represents a tube arrangement that is not blocked. - Medium is allowed to flow through the tube arrangement; - Determination of a temperature difference between the first measuring tube and the second measuring tube; and - Signaling of a partial blockage of the tube arrangement - particularly a blockage of precisely one of the measuring tubes or a blockage of the first measuring tube, with the second measuring tube not being blocked at the same time - if the determined temperature difference differs from a predefined limit value for the temperature difference that represents a tube arrangement that is not blocked.
A system for identifying focal sources, the system comprising: a plurality of sensors each configured to detect one of a plurality of electro-cardiogram signals over time each having a location in a heart and indicating electrical activity of the heart, each signal comprising at least an R wave and an S wave; a processing device comprising one or more processors configured to: create an R-S map comprising an R-to-S ratio for each of the plurality of ECG signals, the R-to-S ratio comprising a ratio of absolute magnitude of the R wave to absolute magnitude of the S wave; identify, for each of the plurality of ECG signals, one or more local activation times, LATs (T1, T2, T3); and correlate the R-to-S ratios for one or more of the plurality of ECG signals on the R-S map and the identified LATs and using the correlation to identify the focal sources. a plurality of sensors each configured to detect one of a plurality of electro-cardiogram signals over time each having a location in a heart and indicating electrical activity of the heart, each signal comprising at least an R wave and an S wave; a processing device comprising one or more processors configured to: create an R-S map comprising an R-to-S ratio for each of the plurality of ECG signals, the R-to-S ratio comprising a ratio of absolute magnitude of the R wave to absolute magnitude of the S wave; identify, for each of the plurality of ECG signals, one or more local activation times, LATs (T1, T2, T3); and correlate the R-to-S ratios for one or more of the plurality of ECG signals on the R-S map and the identified LATs and using the correlation to identify the focal sources. create an R-S map comprising an R-to-S ratio for each of the plurality of ECG signals, the R-to-S ratio comprising a ratio of absolute magnitude of the R wave to absolute magnitude of the S wave; identify, for each of the plurality of ECG signals, one or more local activation times, LATs (T1, T2, T3); and correlate the R-to-S ratios for one or more of the plurality of ECG signals on the R-S map and the identified LATs and using the correlation to identify the focal sources.
Commutation device for current transmission to an armature of an electric machine, comprising an armature-side collector, which has a plurality of lamellas in circumferential direction, wherein the lamellas of the collector each comprise an aluminum or a zinc section and, on the outer side of the running surface, a copper or a brass section, with which brushes of the commutation device are in contact, wherein the aluminum or zinc section is connected to the copper or brass section, and wherein the aluminum or zinc section is in electric contact with an armature winding, characterized in that the aluminum or zinc section is disposed at the axial end face of the copper or brass section.
A method for improving coverage in a fixed beam-forming wireless communications network, said method comprising the steps of: modifying a beam by introducing a beam-jitter in a beam-forming pattern; receiving an estimated channel quality information, CQI, from a user terminal; accounting for effects of the beam-jitter on the estimated CQI to obtain a jitter-adjusted CQI estimate; and using the jitter-adjusted CQI estimate during user scheduling for a future transmission to the user terminal. modifying a beam by introducing a beam-jitter in a beam-forming pattern; receiving an estimated channel quality information, CQI, from a user terminal; accounting for effects of the beam-jitter on the estimated CQI to obtain a jitter-adjusted CQI estimate; and using the jitter-adjusted CQI estimate during user scheduling for a future transmission to the user terminal.
A method for manufacturing a security element, specifically in the form of a security band, a security strip or a patch for a security paper, value document or the like, having a substrate, the substrate being at least partially furnished with a coating comprising at least two layers, having the steps a) applying a first layer to the substrate, b) applying at least a second layer to the first layer, with the first layer not being completely cured prior to applying the second layer, c) embossing at least one layer of the coating, d) curing the coating, wherein, in step c), a microstructure, specifically a structure having an optically variable effect, is embossed, at least one photoinitiator is included in at least one layer of the coating, at least one radiation-crosslinkable component is included in each case in all layers of the coating and the radiation-crosslinkable components are crosslinkable by ultraviolet radiation or by an electron beam and the layers are cured by ultraviolet radiation and/or by electron radiation. a) applying a first layer to the substrate, b) applying at least a second layer to the first layer, with the first layer not being completely cured prior to applying the second layer, c) embossing at least one layer of the coating, d) curing the coating, wherein, in step c), a microstructure, specifically a structure having an optically variable effect, is embossed, at least one photoinitiator is included in at least one layer of the coating, at least one radiation-crosslinkable component is included in each case in all layers of the coating and the radiation-crosslinkable components are crosslinkable by ultraviolet radiation or by an electron beam and the layers are cured by ultraviolet radiation and/or by electron radiation.
A process for treating a recycled polyolefin, comprising, in the given order, the steps of: a) providing a recycled polyolefin containing volatile organic compounds; b) contacting the recycled polyolefin with an emulsion comprising: i) an aqueous phase having a pH in the range from 7.0 to 14.0; and ii) an organic phase comprising at least 90% v/v of one or more fully saturated organic solvents having logP values in the range from 1.0 to 10.0; c) removing the aqueous phase and the organic phase from the recycled polyolefin; and d) optionally recycling one, or both, of the aqueous phase and the organic phase, wherein the term "volatile organic compound" refers to any organic compound having an initial boiling point of less than or equal to 250 °C. a) providing a recycled polyolefin containing volatile organic compounds; b) contacting the recycled polyolefin with an emulsion comprising: i) an aqueous phase having a pH in the range from 7.0 to 14.0; and ii) an organic phase comprising at least 90% v/v of one or more fully saturated organic solvents having logP values in the range from 1.0 to 10.0; i) an aqueous phase having a pH in the range from 7.0 to 14.0; and ii) an organic phase comprising at least 90% v/v of one or more fully saturated organic solvents having logP values in the range from 1.0 to 10.0; c) removing the aqueous phase and the organic phase from the recycled polyolefin; and d) optionally recycling one, or both, of the aqueous phase and the organic phase,
Electrical connection member comprising electrical conductors extending in a sheath having end segments of generally rectangular cross-section, each having at least one main face (4.2), the conductors having ends connected to two external connectors, each projecting from one of the main faces, being oriented towards the outside of the sheath and on the same side thereof, the sheath comprising at least one flexible intermediate segment, characterize in that said segment freely receives extra lengths of the electrical conductors.
A system comprising: a surface penetrating radar system comprising a cavity above an antenna array, wherein the cavity provides a uniform environment for waves emitted from the SPR system to be deflected, reflected, slowed, or absorbed so as to improve the overall signals emitted from the SPR system; and characterized by a battery system of an electric vehicle; wherein a portion of the battery system of the electric vehicle is also at least a portion of the cavity of the surface penetrating radar system. a surface penetrating radar system comprising a cavity above an antenna array, wherein the cavity provides a uniform environment for waves emitted from the SPR system to be deflected, reflected, slowed, or absorbed so as to improve the overall signals emitted from the SPR system; and characterized by a battery system of an electric vehicle; wherein a portion of the battery system of the electric vehicle is also at least a portion of the cavity of the surface penetrating radar system.
An amplifying medium for emitting and/or amplifying a light beam by laser effect, consisting of an X-F 2 doped crystal, where X refers to a chemical element of the alkaline earth family and F refers to fluorine, and where the crystal is doped with trivalent ions of rare earth, called dopant ions, said dopant ions comprising: - a first category of optically active dopant ions, in which each dopant ion is an ion of a first rare earth; - a second category of dopant ions (141, 142), called buffer ions, optically inactive in that they do not directly cause the laser effect utilized in the doped crystal, being used only to limit formation of aggregates of several ions of the first category of dopant ions wherein each dopant ion is an ion of a rare earth distinct from the first rare earth; characterized in that the second category of dopant ions includes at least ions of a second rare earth and ions of a third rare earth, the second rare earth and the third rare earth being distinct from each other; and in that the ions of the second rare earth and ions of the third rare earth are associated with elemental fluorescence spectra centered on respective central wavelengths at least 3 nm apart, where each elemental fluorescence spectrum refers to the fluorescence spectrum of the same crystal, doped with the same dopant ions of the first category of dopant ions and co-doped only with ions of the second rare earth, respectively the third rare earth. - a first category of optically active dopant ions, in which each dopant ion is an ion of a first rare earth; - a second category of dopant ions (141, 142), called buffer ions, optically inactive in that they do not directly cause the laser effect utilized in the doped crystal, being used only to limit formation of aggregates of several ions of the first category of dopant ions wherein each dopant ion is an ion of a rare earth distinct from the first rare earth;
An X-ray detector comprising: a sensor module comprising at least one sensor (111, 112, 113, 114); a communication interface connectable to at least one of a plurality of workstations; a memory configured to store configuration information needed to establish communication with each of the plurality of workstations, wherein in the configuration information one of access point information and workstation information are stored in correspondence with each of a plurality of predefined events associated with an output value of the sensor module; and a controller configured to determine an occurrence of a predefined event from among the plurality of predefined events based on an output value of the sensor module, acquire configuration information corresponding to the determined predefined event from the memory; and perform a configuration action for the communication interface based on the acquired configuration information corresponding to the predefined event, in response to the occurrence of the predefined event. a sensor module comprising at least one sensor (111, 112, 113, 114); a communication interface connectable to at least one of a plurality of workstations; a memory configured to store configuration information needed to establish communication with each of the plurality of workstations, wherein in the configuration information one of access point information and workstation information are stored in correspondence with each of a plurality of predefined events associated with an output value of the sensor module; and a controller configured to determine an occurrence of a predefined event from among the plurality of predefined events based on an output value of the sensor module, acquire configuration information corresponding to the determined predefined event from the memory; and perform a configuration action for the communication interface based on the acquired configuration information corresponding to the predefined event, in response to the occurrence of the predefined event. determine an occurrence of a predefined event from among the plurality of predefined events based on an output value of the sensor module, acquire configuration information corresponding to the determined predefined event from the memory; and perform a configuration action for the communication interface based on the acquired configuration information corresponding to the predefined event, in response to the occurrence of the predefined event.
A method of wireless communications by a first device, the method comprising: determining a time interval between each of a set of packets to be transmitted over a short-range wireless communications link with a second device, wherein the time interval is based on scheduling information associated with a second communications technology of the first device; determining a size of each of the set of packets based on the time interval; encoding data with a bitrate that is based on the time interval and on the size of each of the set of packets; packetizing the encoded data in the set of packets; transmitting the set of packets to the second device over the short-range wireless communications link, each of the set of packets being separated by the time interval when transmitted; and determining, based on the time interval, a respective time to play, TTP, associated with each encoded data packetized in each of the set of packets, wherein each of the set of packets includes the respective TTP. determining a time interval between each of a set of packets to be transmitted over a short-range wireless communications link with a second device, wherein the time interval is based on scheduling information associated with a second communications technology of the first device; determining a size of each of the set of packets based on the time interval; encoding data with a bitrate that is based on the time interval and on the size of each of the set of packets; packetizing the encoded data in the set of packets; transmitting the set of packets to the second device over the short-range wireless communications link, each of the set of packets being separated by the time interval when transmitted; and determining, based on the time interval, a respective time to play, TTP, associated with each encoded data packetized in each of the set of packets, wherein each of the set of packets includes the respective TTP.
A latch releasing system for a vehicle door, comprising: a latch mechanism having an electric actuator and being capable of switching between an unlocked state enabling latch releasing of a door and a locked state disabling the latch releasing of the door, and capable of actuating the electric actuator in the unlocked state and the latch releasing in accordance with a mechanical input of a latch-releasing operation force; an emergency operation member capable of being operated from outside of the door in such a manner as to mechanically input the latch-releasing operation force to the latch mechanism; and a cylinder lock configured to switch the unlocked state and the locked state of the latch mechanism in accordance with an operation through a mechanical key, so that, in use, the cylinder lock is first operable through the mechanical key for switching the locked state of the latch mechanism to the unlocked state, and then the emergency operation member is operable from outside the door in such manner as to mechanically input the latch-releasing operation force to the latch mechanism, wherein the emergency operation member is assembled to the cylinder lock which in use is attached to the door, and a single relay member is directly connected to an input member of the latch mechanism, the single relay member being integrally connected to the emergency operation member or being connected thereto as a separate body and operating together. a latch mechanism having an electric actuator and being capable of switching between an unlocked state enabling latch releasing of a door and a locked state disabling the latch releasing of the door, and capable of actuating the electric actuator in the unlocked state and the latch releasing in accordance with a mechanical input of a latch-releasing operation force; an emergency operation member capable of being operated from outside of the door in such a manner as to mechanically input the latch-releasing operation force to the latch mechanism; and a cylinder lock configured to switch the unlocked state and the locked state of the latch mechanism in accordance with an operation through a mechanical key, so that, in use, the cylinder lock is first operable through the mechanical key for switching the locked state of the latch mechanism to the unlocked state, and then the emergency operation member is operable from outside the door in such manner as to mechanically input the latch-releasing operation force to the latch mechanism,
A downlink data transmission method, comprising: after receiving, by a base station through an S1 bearer, downlink data from a serving gateway, if the base station determines that a radio bearer corresponding to the S1 bearer does not exist, learning, by the base station, that a user equipment, UE, needs to be paged; searching for stored UE context information; obtaining paging data of the UE from the UE context information if the UE context information comprises the paging data of the UE; paging (12, 207, 312), by the base station, the UE and re-establishing a radio bearer between the base station and the UE; and sending (13, 209), by the base station, downlink data, which is received from the serving gateway to the UE through the re-established radio bearer. after receiving, by a base station through an S1 bearer, downlink data from a serving gateway, if the base station determines that a radio bearer corresponding to the S1 bearer does not exist, learning, by the base station, that a user equipment, UE, needs to be paged; searching for stored UE context information; obtaining paging data of the UE from the UE context information if the UE context information comprises the paging data of the UE; paging (12, 207, 312), by the base station, the UE and re-establishing a radio bearer between the base station and the UE; and sending (13, 209), by the base station, downlink data, which is received from the serving gateway to the UE through the re-established radio bearer.