mhurhangee/ep-ind-claims huggingface dataset:
Amounting substrate, comprising: a wiring substrate; a plurality of light-emitting elements arranged in a matrix on the wiring substrate; and a plurality of drive ICs that are arranged in a matrix on the wiring substrate, and control light emission of the light-emitting elements; and an embedding layer, wherein the light-emitting elements and the drive ICs are mounted on a same surface, and the wiring substrate includes a plurality of first wiring lines on the same surface where the light-emitting elements and the drive ICs are mounted, the first wiring lines that electrically couple the light-emitting elements to the drive ICs, and characterized in that the embedding layer covers a surface of the light-emitting elements, a surface of the drive ICs, and a surface of the first wiring lines. a wiring substrate; a plurality of light-emitting elements arranged in a matrix on the wiring substrate; and a plurality of drive ICs that are arranged in a matrix on the wiring substrate, and control light emission of the light-emitting elements; and an embedding layer, wherein the light-emitting elements and the drive ICs are mounted on a same surface, and the wiring substrate includes a plurality of first wiring lines on the same surface where the light-emitting elements and the drive ICs are mounted, the first wiring lines that electrically couple the light-emitting elements to the drive ICs, and characterized in that the embedding layer covers a surface of the light-emitting elements, a surface of the drive ICs, and a surface of the first wiring lines.
An apparatus comprising: a plurality of queues, each configured to store packets of a respective type; a plurality of queue arbiters, each configured to select a candidate packet from a respective one of the plurality of queues; a packing arbiter comprising circuitry configured to: identify a group of available queues from the plurality of queues, each available queue storing one or more candidate packets; select a queue from the group of available queues, in response to determining the selected queue has a highest priority of the group of available queues; and characterized in that the circuitry is further configured to insert the candidate packet (230, 232, or 234) from the selected queue into a link packet comprising space for a plurality of candidate packets, in response to determining that: there is available data storage space in the link packet to store the candidate packet (230, 232, or 234) from the selected queue; and the available data storage space in the link packet is aligned to a given boundary of the candidate packet (230, 232, or 234). a plurality of queues, each configured to store packets of a respective type; a plurality of queue arbiters, each configured to select a candidate packet from a respective one of the plurality of queues; a packing arbiter comprising circuitry configured to: identify a group of available queues from the plurality of queues, each available queue storing one or more candidate packets; select a queue from the group of available queues, in response to determining the selected queue has a highest priority of the group identify a group of available queues from the plurality of queues, each available queue storing one or more candidate packets; select a queue from the group of available queues, in response to determining the selected queue has a highest priority of the group of available queues; and characterized in that the circuitry is further configured to insert the candidate packet (230, 232, or 234) from the selected queue into a link packet comprising space for a plurality of candidate packets, in response to determining that: there is available data storage space in the link packet to store the candidate packet (230, 232, or 234) from the selected queue; and the available data storage space in the link packet is aligned to a given boundary of the candidate packet (230, 232, or 234). there is available data storage space in the link packet to store the candidate packet (230, 232, or 234) from the selected queue; and the available data storage space in the link packet is aligned to a given boundary of the candidate packet (230, 232, or 234).
A guidance system for inserting a medical component into a body of a patient in connection with imaging technology, the system comprising: an imaging device including a probe, the imaging device producing an image of an internal body portion target; at least one sensor included with the probe that senses a detectable characteristic related to the medical component; a processor that uses data relating to the detectable characteristic sensed by the at least one sensor to determine a position of the medical component in at least two spatial dimensions; and a display that depicts the position of the medical component with respect to the target together with the image of the target, wherein the imaging device is an ultrasound imaging device, the probe includes an ultrasound probe, the at least one sensor includes a plurality of magnetic sensors integrated into the ultrasound probe, the medical component includes a needle, the detectable characteristic is a magnetic field of a magnetic element associated with the needle, and wherein the magnetic field is capable of being sensed by the magnetic sensors, and the guidance system is configured to determine a length of the needle via measurement of a field strength of the magnetic element of the needle. an imaging device including a probe, the imaging device producing an image of an internal body portion target; at least one sensor included with the probe that senses a detectable characteristic related to the medical component; a processor that uses data relating to the detectable characteristic sensed by the at least one sensor to determine a position of the medical component in at least two spatial dimensions; and a display that depicts the position of the medical component with respect to the target together with the image of the target, wherein the imaging device is an ultrasound imaging device, the probe includes an ultrasound probe, the at least one sensor includes a plurality of magnetic sensors integrated into the ultrasound probe, the medical component includes a needle, the detectable characteristic is a magnetic field of a magnetic element associated with the needle, and wherein the magnetic field is capable of being sensed by the magnetic sensors, and the guidance system is configured to determine a length of the needle via measurement of a field strength of the magnetic element of the needle.
A method of manufacturing a packaged ready-to-use urine collection assembly, comprising the steps of: providing a catheter having a proximal insertion end and a distal end having a tapered funnel including a cylindrical barrel portion and a conical portion integrally associated therewith, the catheter also having a hydrophilic outer surface to be hydrated prior to using the catheter; cutting off the conical portion of the tapered funnel and leaving only the cylindrical barrel portion of the tapered funnel integrally associated with the distal end of the catheter; providing a urine collection bag having a cylindrical attachment port defining an opening sized to receive the cylindrical barrel portion of the tapered funnel in size for size fashion; placing the cylindrical barrel portion of the tapered funnel into the opening defined by the cylindrical attachment port of the urine collection bag in size for size fashion; sealing the cylindrical barrel portion of the tapered funnel within the opening defined by the cylindrical attachment port of the urine collection bag; providing a gas impermeable package capable of receiving the catheter and the urine collection bag therein; placing the catheter, the urine collection bag and a hydrating agent into the gas impermeable package; and sealing the gas impermeable package with the catheter, the urine collection bag and the hydrating agent therein. providing a catheter having a proximal insertion end and a distal end having a tapered funnel including a cylindrical barrel portion and a conical portion integrally associated therewith, the catheter also having a hydrophilic outer surface to be hydrated prior to using the catheter; cutting off the conical portion of the tapered funnel and leaving only the cylindrical barrel portion of the tapered funnel integrally associated with the distal end of the catheter; providing a urine collection bag having a cylindrical attachment port defining an opening sized to receive the cylindrical barrel portion of the tapered funnel in size for size fashion; placing the cylindrical barrel portion of the tapered funnel into the opening defined by the cylindrical attachment port of the urine collection bag in size for size fashion; sealing the cylindrical barrel portion of the tapered funnel within the opening defined by the cylindrical attachment port of the urine collection bag; providing a gas impermeable package capable of receiving the catheter and the urine collection bag therein; placing the catheter, the urine collection bag and a hydrating agent into the gas impermeable package; and sealing the gas impermeable package with the catheter, the urine collection bag and the hydrating agent therein.
A system for obtaining at least one electroencephalogram, EEG, signal, comprising: an arrangement to be provided on a body part of a mammal, wherein the arrangement is composed of a conductive ink, a plurality of sensors attached to the arrangement, and configured to obtain the at least one EEG signal from the mammal, and a plurality of leads connected to the sensors, wherein the sensors comprise a plurality of electrodes, wherein each of the electrodes comprises layers, the layers comprising: a bottom layer for attaching to the arrangement which includes a cap, a mid-layer comprising a conductive ink trace extending out of one of the leads, wherein the conductive ink trace is open-ended so as not to form a loop, and a top layer formed of conductive ink. an arrangement to be provided on a body part of a mammal, wherein the arrangement is composed of a conductive ink, a plurality of sensors attached to the arrangement, and configured to obtain the at least one EEG signal from the mammal, and a plurality of leads connected to the sensors, wherein the sensors comprise a plurality of electrodes, wherein each of the electrodes comprises layers, the layers comprising: a bottom layer for attaching to the arrangement which includes a cap, a mid-layer comprising a conductive ink trace extending out of one of the leads, wherein the conductive ink trace is open-ended so as not to form a loop, and a top layer formed of conductive ink.
A method for processing a priority service, characterized in that the priority service is initiated from a network side to a target user equipment, UE, comprising: receiving, by a mobility management entity, MME, control signaling from a serving gateway, S-GW, if the target UE is in an idle state, wherein the control signaling carries information indicating that a service is a priority service; sending, by the MME, a first paging message to an evolved node B, eNB, attached by the target UE according to the control signaling, wherein the first paging message carries the information indicating that the service is the priority service; wherein the control signalling is a downlink data notification message. receiving, by a mobility management entity, MME, control signaling from a serving gateway, S-GW, if the target UE is in an idle state, wherein the control signaling carries information indicating that a service is a priority service; sending, by the MME, a first paging message to an evolved node B, eNB, attached by the target UE according to the control signaling, wherein the first paging message carries the information indicating that the service is the priority service; wherein the control signalling is a downlink data notification message.
A vehicle body framework structure (S1, S2, S3) comprising: a hollow framework member formed in an elongated shape; and a reinforcement member (14, 34) including a first contact portion (14F, 34F) that makes contact with one internal face of an opposing pair of internal faces (20, 22) of the framework member, a second contact portion (14R, 34R) that makes contact with the other internal face of the pair of internal faces (20, 22) of the framework member, and a coupling portion (14M, 34M) that couples the first contact portion (14F, 34F) and the second contact portion (14R, 34R) together, characterized by the vehicle body framework structure (S1, S2, S3) including at least one slit that is formed in at least the second contact portion (14R, 34R) and the coupling portion (14M, 34M) of the reinforcement member (14, 34), that extends from an end portion on the other internal face side toward the one internal face side of the reinforcement member (14, 34), and that has a depth that is greater than or equal to one fourth of a spacing separating the internal faces (20, 22) of the framework member. a hollow framework member formed in an elongated shape; and a reinforcement member (14, 34) including a first contact portion (14F, 34F) that makes contact with one internal face of an opposing pair of internal faces (20, 22) of the framework member, a second contact portion (14R, 34R) that makes contact with the other internal face of the pair of internal faces (20, 22) of the framework member, and a coupling portion (14M, 34M) that couples the first contact portion (14F, 34F) and the second contact portion (14R, 34R) together, characterized by the vehicle body framework structure (S1, S2, S3) including at least one slit that is formed in at least the second contact portion (14R, 34R) and the coupling portion (14M, 34M) of the reinforcement member (14, 34), that extends from an end portion on the other internal face side toward the one internal face side of the reinforcement member (14, 34), and that has a depth that is greater than or equal to one fourth of a spacing separating the internal faces (20, 22) of the framework member.
A blanket for therapeutic treatment, the blanket having a first face and a second face forming a supportive surface, wherein a plurality of channels are formed between the first face and the second face by one or more joints, at least one of the channels being filled with objects which adapt to the body of the user, and wherein the objects exert a sporadic pressure on the body of the user through the supportive surface, characterized in that the objects are substantially spherical objects and in that the width of the individual channels is of a size that does not allow one substantially spherical object to pass another substantially spherical object within said channels.
A shaped composite, comprising: a first phase comprising a metal powder mixture, wherein said metal powder mixture comprises a first metal selected from the group consisting of molybdenum, tantalum, uranium, tungsten, and any combinations thereof, and a second metal powder selected from the group consisting of magnesium, aluminum, copper, iron, nickel, niobium, molybdenum, silicon, tantalum, titanium, tungsten, vanadium, zirconium, and any combinations thereof, wherein metal powder mixture in said first phase has a particle size of 25 micrometers or less; and a second phase comprising a sintered glass powder, wherein said metal powder or said metal powder mixture in said first phase is bonded with said glass powder in said second phase, wherein said glass powder is present in an amount of 10% to 90% by volume of the shaped composite, wherein the glass softening point is below the melting point of the metal constituents, wherein said shaped composite has a porosity of between 5% and 50% and characterized in that wherein said metal powder mixture and said glass powder are selected so that when the composite is heated to a softening point of said glass powder, an exothermic reaction is initiated within the shaped composite, so that a majority of said glass powder is reduced to its elemental form by said metal powder to form reaction products, and said reaction products react exothermically with other constituents of the shaped composite or with materials in contact with the shaped composite. a first phase comprising a metal powder mixture, wherein said metal powder mixture comprises a first metal selected from the group consisting of molybdenum, tantalum, uranium, tungsten, and any combinations thereof, and a second metal powder selected from the group consisting of magnesium, aluminum, copper, iron, nickel, niobium, molybdenum, silicon, tantalum, titanium, tungsten, vanadium, zirconium, and any combinations thereof, wherein metal powder mixture in said first phase has a particle size of 25 micrometers or less; and a second phase comprising a sintered glass powder, wherein said metal powder or said metal powder mixture in said first phase is bonded with said glass powder in said second phase, wherein said glass powder is present in an amount of 10% to 90% by volume of the shaped composite, wherein the glass softening point is below the melting point of the metal constituents, wherein said shaped composite has a porosity of between 5% and 50% and characterized in that wherein said metal powder mixture and said glass powder are selected so that when the composite is heated to a softening point of said glass powder, an exothermic reaction is initiated within the shaped composite, so that a majority of said glass powder is reduced to its elemental form by said metal powder to form reaction products, and said reaction products react exothermically with other constituents of the shaped composite or with materials in contact with the shaped composite.
A pipetting system comprising: a pipette head including a multichannel air displacement system for aspirating and dispensing liquids; a pipetting system base tower in connection with a base, wherein the pipetting system base tower includes a linear guide system along which the pipette head may be moved vertically with respect to the pipetting system base tower; counterbalance means for counterbalancing at least a portion of a weight of the pipette head; and characterized in that the system further comprises a linear actuator motor system that advances a repositionable shaft as an adjustable stop for downward travel of the pipette head by interaction of an end of the repositionable shaft with a fixed stop, wherein: the fixed stop is connected to the base and the linear actuator motor system is connected to the pipette head, or the fixed stop is connected to the pipette head and the linear actuator motor system is connected to the base. a pipette head including a multichannel air displacement system for aspirating and dispensing liquids; a pipetting system base tower in connection with a base, wherein the pipetting system base tower includes a linear guide system along which the pipette head may be moved vertically with respect to the pipetting system base tower; counterbalance means for counterbalancing at least a portion of a weight of the pipette head; and characterized in that the system further comprises a linear actuator motor system that advances a repositionable shaft as an adjustable stop for downward travel of the pipette head by interaction of an end of the repositionable shaft with a fixed stop, wherein: the fixed stop is connected to the base and the linear actuator motor system is connected to the pipette head, or the fixed stop is connected to the pipette head and the linear actuator motor system is connected to the base. the fixed stop is connected to the base and the linear actuator motor system is connected to the pipette head, or the fixed stop is connected to the pipette head and the linear actuator motor system is connected to the base.
Support for raised floors comprising a base, an intermediate element and a head on which raised floor portions rest, the base comprises a cylindrical cavity having an internal thread, the intermediate element has a cylindrical shape with an external thread and comprises a curved upper surface and central teeth, each tooth of the central teeth comprises a portion which protrudes outwards leaving a space below, the head comprises an upper portion with an outer upper surface which is flat, and a central compartment comprising a central surface with a central through hole, the head further comprises a lower portion with a curved surface (14, 131), the through hole is provided with curved edges interrupted by notches which protrude outwards to allow the passage from below of the teeth through the through hole, the curved upper surface of the intermediate element being adapted to slidably couple with the curved surface (14, 131) of the lower portion of the head, the intermediate element having a circular groove on the curved upper surface characterized in that the circular groove is positioned at the edge of the curved upper surface of the intermediate element. the base comprises a cylindrical cavity having an internal thread, the intermediate element has a cylindrical shape with an external thread and comprises a curved upper surface and central teeth, each tooth of the central teeth comprises a portion which protrudes outwards leaving a space below, the head comprises an upper portion with an outer upper surface which is flat, and a central compartment comprising a central surface with a central through hole, the head further comprises a lower portion with a curved surface (14, 131), the through hole is provided with curved edges interrupted by notches which protrude outwards to allow the passage from below of the teeth through the through hole, the curved upper surface of the intermediate element being adapted to slidably couple with the curved surface (14, 131) of the lower portion of the head, the intermediate element having a circular groove on the curved upper surface characterized in that the circular groove is positioned at the edge of the curved upper surface of the intermediate element.
A method for automatically composing an electronic audio-visual menu for selection of playback of audio-visual data, wherein a first portion of audio-visual data and a first portion of menu data is retrieved from a first storage medium being an exchangeable pre-recorded medium, and wherein a second portion of audio-visual data and a second portion of menu data are obtained from a second data source different from said first storage medium, wherein said second portion of menu data has at least one attribute associated, the method comprising the steps of - generating an initial menu from the first portion of menu data, the initial menu containing one or more visible, selectable buttons and at least one invisible placeholder that cannot be selected, wherein the placeholder has at least one attribute associated; - extracting said attribute associated with the second portion of menu data; - comparing said extracted attribute with said attribute associated with the placeholder; and - based on said comparison, if both attributes match, replacing the placeholder with a visible and selectable button defined by the second portion of menu data. - generating an initial menu from the first portion of menu data, the initial menu containing one or more visible, selectable buttons and at least one invisible placeholder that cannot be selected, wherein the placeholder has at least one attribute associated; - extracting said attribute associated with the second portion of menu data; - comparing said extracted attribute with said attribute associated with the placeholder; and - based on said comparison, if both attributes match, replacing the placeholder with a visible and selectable button defined by the second portion of menu data.