mhurhangee/ep-ind-claims huggingface dataset:
A packet transmission method, comprising: receiving, by a group management network element, a first message sent by a first session management network element, wherein the first message comprises an address of a first terminal device and an identifier of a first user plane network element that provides a 5G local area network, 5G LAN, service for the first terminal device; receiving, by the group management network element, a second message sent by a second session management network element, wherein the second message comprises an address of a second terminal device and an identifier of a second user plane network element that provides the 5G LAN service for the second terminal device; determining, by the group management network element, that the first terminal device and the second terminal device belong to a same local area network group; sending, by the group management network element, a first notification message to the first session management network element, wherein the first notification message comprises the identifier of the second user plane network element and the address of the second terminal device; and sending, by the group management network element, a second notification message to the second session management network element, wherein the second notification message comprises the identifier of the first user plane network element and the address of the first terminal device. receiving, by a group management network element, a first message sent by a first session management network element, wherein the first message comprises an address of a first terminal device and an identifier of a first user plane network element that provides a 5G local area network, 5G LAN, service for the first terminal device; receiving, by the group management network element, a second message sent by a second session management network element, wherein the second message comprises an address of a second terminal device and an identifier of a second user plane network element that provides the 5G LAN service for the second terminal device; determining, by the group management network element, that the first terminal device and the second terminal device belong to a same local area network group; sending, by the group management network element, a first notification message to the first session management network element, wherein the first notification message comprises the identifier of the second user plane network element and the address of the second terminal device; and sending, by the group management network element, a second notification message to the second session management network element, wherein the second notification message comprises the identifier of the first user plane network element and the address of the first terminal device.
An earphone comprising: a speaker unit configured to electroacoustically transduce an audio signal into a sound wave; and a housing configured to define first and second acoustic spaces (17, 18) on one and the other sides of a diaphragm of the speaker unit, the speaker unit being attached to an inside of the housing, wherein the housing includes a nozzle portion forming a first acoustic path communicating with the first acoustic space to guide the sound wave to an ear canal of a user, and a leak port portion forming a second acoustic path communicating with the second acoustic space to guide the sound wave to an external space, and the leak port portion includes a tubular member forming the second acoustic path and exhibiting flexibility, and a fixing portion configured to fix, without bending of the tubular member, the tubular member along an inner wall portion; characterized in that the fixing portion is further configured to fix the tubular member along an outer wall portion of the housing forming the second acoustic space, and in that the fixing portion of the leak port portion includes a groove provided at the inner wall portion of the housing forming the second acoustic space and configured to house the tubular member. a speaker unit configured to electroacoustically transduce an audio signal into a sound wave; and a housing configured to define first and second acoustic spaces (17, 18) on one and the other sides of a diaphragm of the speaker unit, the speaker unit being attached to an inside of the housing, wherein the housing includes a nozzle portion forming a first acoustic path communicating with the first acoustic space to guide the sound wave to an ear canal of a user, and a leak port portion forming a second acoustic path communicating with the second acoustic space to guide the sound wave to an external space, and the leak port portion includes a tubular member forming the second acoustic path and exhibiting flexibility, and a fixing portion configured to fix, without bending of the tubular member, the tubular member along an inner wall portion; characterized in that the fixing portion is further configured to fix the tubular member along an outer wall portion of the housing forming the second acoustic space, and in that the fixing portion of the leak port portion includes a groove provided at the inner wall portion of the housing forming the second acoustic space and configured to house the tubular member.
An electromagnetic contactor including: a contact device being arranged in a contact housing case, a pair of fixed contacts (111, 112) and a movable contact disposed so as to be connectable to and detachable from the pair of fixed contacts (111, 112), and including, on the inner peripheral surface of the contact housing case, an insulating cylinder formed in a tubular form having a bottom that encloses the pair of fixed contacts (111, 112) and movable contact, wherein the insulating cylinder positions an arc extinguishing permanent magnet (143, 144) that extinguishes an arc generated between the pair of fixed contacts (111, 112) and movable contact, characterized by further including a magnet housing portion (141, 142) that protects the arc extinguishing permanent magnet (143, 144) from an arc is formed facing to a side surface of the movable contact on the inner peripheral surface of the insulating cylinder, and an arc extinguishing space (145, 146) is formed on an outer side of the magnet housing portion (141, 142) in the direction, in which the movable contact extends. a contact device being arranged in a contact housing case, a pair of fixed contacts (111, 112) and a movable contact disposed so as to be connectable to and detachable from the pair of fixed contacts (111, 112), and including, on the inner peripheral surface of the contact housing case, an insulating cylinder formed in a tubular form having a bottom that encloses the pair of fixed contacts (111, 112) and movable contact, wherein the insulating cylinder positions an arc extinguishing permanent magnet (143, 144) that extinguishes an arc generated between the pair of fixed contacts (111, 112) and movable contact, characterized by further including a magnet housing portion (141, 142) that protects the arc extinguishing permanent magnet (143, 144) from an arc is formed facing to a side surface of the movable contact on the inner peripheral surface of the insulating cylinder, and an arc extinguishing space (145, 146) is formed on an outer side of the magnet housing portion (141, 142) in the direction, in which the movable contact extends.
A dryer provided with an inlet for receiving a flow of compressed gas and an outlet for providing dry air, said dryer comprising: - a first and a second adsorption vessel (7 and 8) connected in parallel, each of said first and second adsorption vessels (7 and 8) comprising: an inlet flow conduit connected to said inlet and an outlet flow conduit connected to said outlet for allowing a flow of compressed gas therethrough, a desiccant material provided therein, a control valve provided on said inlet flow conduit, and an outlet valve provided on said outlet flow conduit; - a depressurization unit connected to the inlet flow conduit of each of said first and second adsorption vessels (7 and 8), said depressurization unit comprising a silencer connected to the atmosphere; characterized in that: - the dryer further comprises a flow reducer connected to the inlet flow conduit of each of the first and second adsorption vessels (7 and 8) and allowing a flow of fluid therethrough, whereby said flow reducer comprises a perforated disk, whereby said perforated disk is slidable on a shaft in between two end caps, whereby said flow reducer comprises two springs positioned in between the perforated disk and each of the two end caps, and in that - said control valves are adapted to be switched in a first state in which compressed gas is allowed to flow through the inlet flow conduit of one of said adsorption vessels (7 or 8), and a second state in which one or both of said inlet flow conduits is in fluid connection with the depressurization unit. - a first and a second adsorption vessel (7 and 8) connected in parallel, each of said first and second adsorption vessels (7 and 8) comprising: an inlet flow conduit connected to said inlet and an outlet flow conduit connected to said outlet for allowing a flow of compressed gas therethrough, a desiccant material provided therein, a control valve provided on said inlet flow conduit, and an outlet valve provided on said outlet flow conduit; - a depressurization unit connected to the inlet flow conduit of each of said first and second adsorption vessels (7 and 8), said depressurization unit comprising a silencer connected to the atmosphere; - the dryer further comprises a flow reducer connected to the inlet flow conduit of each of the first and second adsorption vessels (7 and 8) and allowing a flow of fluid therethrough, whereby said flow reducer comprises a perforated disk, whereby said perforated disk is slidable on a shaft in between two end caps, whereby said flow reducer comprises two springs positioned in between the perforated disk and each of the two end caps, and in that - said control valves are adapted to be switched in a first state in which compressed gas is allowed to flow through the inlet flow conduit of one of said adsorption vessels (7 or 8), and a second state in which one or both of said inlet flow conduits is in fluid connection with the depressurization unit.
A three-dimensional printing system, comprising: a fabrication bed; a polymer build material on the fabrication bed, wherein the build material has a melting point ranging from 55 °C to 450 °C; a coalescing agent on the build material in the fabrication bed, the coalescing agent including: a co-solvent having a boiling point of less than 300°C; a surfactant having a hydrophilic lipophilic balance value that is less than 10; a carbon black pigment; a polymeric dispersant; and a balance of water; an inkjet applicator configured to dispense the coalescing agent; and a radiation source exposing the coalescing agent and the build material in the fabrication bed to electromagnetic radiation; wherein the co-solvent is present in an amount ranging from 15 wt% to 30 wt% of a total wt% of the coalescing agent; the surfactant is present in an amount ranging from 0.5 wt% to 1.4 wt% of the total wt% of the coalescing agent; and the carbon black pigment is present in an amount ranging from 3.0 wt% to 6.0 wt% of the total wt% of the coalescing agent. a fabrication bed; a polymer build material on the fabrication bed, wherein the build material has a melting point ranging from 55 °C to 450 °C; a coalescing agent on the build material in the fabrication bed, the coalescing agent including: a co-solvent having a boiling point of less than 300°C; a surfactant having a hydrophilic lipophilic balance value that is less than 10; a carbon black pigment; a polymeric dispersant; and a balance of water; a co-solvent having a boiling point of less than 300°C; a surfactant having a hydrophilic lipophilic balance value that is less than 10; a carbon black pigment; a polymeric dispersant; and a balance of water; an inkjet applicator configured to dispense the coalescing agent; and a radiation source exposing the coalescing agent and the build material in the fabrication bed to electromagnetic radiation; wherein the co-solvent is present in an amount ranging from 15 wt% to 30 wt% of a total wt% of the coalescing agent; the surfactant is present in an amount ranging from 0.5 wt% to 1.4 wt% of the total wt% of the coalescing agent; and the carbon black pigment is present in an amount ranging from 3.0 wt% to 6.0 wt% of the total wt% of the coalescing agent.
A method for transmitting a polarization pattern on a polarization-sensitive photo-structurable layer in a single exposure step using an optical component, in which component for producing linearly polarized light with a predetermined polarization direction from incident light, comprises on the light output side zones which are delimited from each other and which exhibit at least temporarily different polarization directions, characterized in that the optical component comprises a liquid crystal layer (3, 18), which is or will be oriented in zonewise different directions such that incident light is polarized by passing through the liquid crystal layer, wherein the polarization plane of light varies according to the orientation pattern of the liquid crystal layer.
A folding device comprising: an alignment member moving unit including an alignment member (127b,127c) for aligning an end of paper, the alignment member moving unit moving the alignment member (127b,127c) from a home position to a predetermined alignment position upon conveyance of the paper subjected to a folding process from an image forming apparatus and moving the alignment member (127b,127c) from the alignment position to a predetermined folding position upon performing the folding process on the paper; a folding unit that performs the folding process on the paper aligned by the alignment member (127b,127c) positioned at the folding position; a prior moving unit that moves the alignment member (127b,127c) from the folding position to the home position or the alignment position according to a position of the end of the paper being moved in the folding process; characterised by a detection sensor that detects a downstream end of the paper at a predetermined position on a path of the paper moved in the folding process, wherein the alignment member (127b,127c) includes an downstream alignment member configured to align the downstream end of the paper, wherein the detection sensor is provided at a predetermined position between a downstream folding position of the downstream alignment member and a downstream home position of the down-stream alignment member, and wherein the prior moving unit causes the downstream alignment member to start moving to the downstream home position or a downstream alignment position when the detection sensor detects the downstream end of the paper.
A control device intended to be embedded in a motor vehicle, in particular in an autonomous motor vehicle, the motor vehicle including a passenger compartment able to receive at least one passenger and at least one service equipment item (40A, 40B, 40C, 40D, 40E, 40F, 40G, 40H, 40I) for passengers of the passenger compartment, the control device being provided to be coupled to each passenger service equipment item (40A, 40B, 40C, 40D, 40E, 40F, 40G, 40H, 40I) and including: - a detection module configured to detect a plurality of passengers of the passenger compartment, - a classification module configured to classify each detected passenger in at least one corresponding passenger category, in particular among a set of predetermined passenger categories, and - a generating module configured to generate, as a function at least of said passenger category, a command of the at least one passenger service equipment item (40A, 40B, 40C, 40D, 40E, 40F, 40G, 40H, 40I), the generating module being configured to compute, for each passenger category, a number of passengers categorized in the category, to determine a majority passenger category from the computed numbers of passengers and to generate the command as a function of the majority passenger category. - a detection module configured to detect a plurality of passengers of the passenger compartment, - a classification module configured to classify each detected passenger in at least one corresponding passenger category, in particular among a set of predetermined passenger categories, and - a generating module configured to generate, as a function at least of said passenger category, a command of the at least one passenger service equipment item (40A, 40B, 40C, 40D, 40E, 40F, 40G, 40H, 40I),
A kit for isolation or enrichment of biological agents from a sample comprising an apparatus and microbubbles that are added to said apparatus and provided with one or more selection markers, said apparatus comprising: a sample container comprising: an inner volume that is configured to hold a sample, comprising one or more biological agents, wherein the inner volume holds the plurality of microbubbles provided with the one or more selection markers that are capable of binding to a binding region on a surface of the biological agent; an open end having a bottom inner diameter; a plunger inserted into said open end; and a tip spaced apart from said open end; wherein said plurality of microbubbles can float one or more biological agents of said sample that are bound to one or more of said plurality of microbubbles; and wherein moving said plunger towards said tip isolates or enriches said one or more biological agents from said sample; characterized in that the container comprises a tapered end oriented away from the ground and having a top inner diameter that is smaller than the bottom inner diameter; and the tip at the tapered end forms an acute angle relative to a horizontal axis of said sample container. an inner volume that is configured to hold a sample, comprising one or more biological agents, wherein the inner volume holds the plurality of microbubbles provided with the one or more selection markers that are capable of binding to a binding region on a surface of the biological agent; an open end having a bottom inner diameter; a plunger inserted into said open end; and a tip spaced apart from said open end; wherein said plurality of microbubbles can float one or more biological agents of said sample that are bound to one or more of said plurality of microbubbles; and wherein moving said plunger towards said tip isolates or enriches said one or more biological agents from said sample; characterized in that the container comprises a tapered end oriented away from the ground and having a top inner diameter that is smaller than the bottom inner diameter; and the tip at the tapered end forms an acute angle relative to a horizontal axis of said sample container.
An optical coherent imaging medical device for imaging a tissue of a subject, the OCI medical device comprising: a coherent light source configured to illuminate an imaging zone of the tissue of the subject; a light sensor configured to detect light received from the imaging zone; a first processing unit configured to process data received from the light sensor and calculate OCI measured blood flow data for the imaging zone; a control unit configured to take or load at least one reference OCI measured blood flow value obtained at a reference zone of a body of the subject, the reference zone being different to the imaging zone; a second processing unit configured to calculate intra-individual relative OCI data from the OCI measured blood flow data and the at least one reference OCI measured blood flow value; and display means configured to display the intra-individual relative OCI data; characterized in that the OCI medical device is configured to select a body mapping factor value based on a clinical context, a population group, the reference zone and the imaging zone of the subject and to modify the intra-individual relative OCI data by applying the selected body mapping factor value to the intra-individual relative OCI data, the body mapping factor value being selected from a body mapping factor database including body mapping factor values for a population group, wherein each of the body mapping factor values represents a relationship of OCI measured blood flow values between two body areas for the population group and the clinical context. a coherent light source configured to illuminate an imaging zone of the tissue of the subject; a light sensor configured to detect light received from the imaging zone; a first processing unit configured to process data received from the light sensor and calculate OCI measured blood flow data for the imaging zone; a control unit configured to take or load at least one reference OCI measured blood flow value obtained at a reference zone of a body of the subject, the reference zone being different to the imaging zone; a second processing unit configured to calculate intra-individual relative OCI data from the OCI measured blood flow data and the at least one reference OCI measured blood flow value; and display means configured to display the intra-individual relative OCI data;
A method for preparing rocuronium bromide, characterized in that, 2β-(4-morpholinyl)-16β-(1-pyrolidinyl)-5α-androstan-3α-ol-17β-acetate as a starting material, and is directly reacted with 3-bromopropene, wherein 3-bromopropene is also the solvent and no other solvents are added to the reaction; after the reaction is completed, dissolving the reaction mixture in a good solvent, and adding an anti-solvent into the solution to crystallize the solid, then rocuronium bromide product is obtained by filtration.