mhurhangee/patent-ind-claim-en huggingface dataset:
Device for end-side welding of plastic profiles , preferably pipes, containing tensioning devices for retaining the plastic profiles in a coaxial position in relation to one another, a heating plate for generating heat rays for contact-free heating up of the plastic profile ends and a reflection outer ring for reflection of the heat radiation onto the plastic profile outer side, characterized in that a reflection inner ring is arranged on the heating plate , wherein the reflection inner ring reflects the heat rays of the heating plate onto the plastic profile inner side.
Rail transportation system for production, assembly, and/or logistics processes, comprising a running rail and a rail vehicle that is movable along the running rail , wherein the running rail on either side of a centre line in each case has one running track and at least one guide track , wherein the running tracks are designed as horizontal and upwardly pointing running tracks that are disposed at least substantially at one height, an upper vertical guide track which is disposed above the running tracks is provided at least on a first side of the running rail , and a lower vertical guide track which is disposed below the running tracks is provided at least on a second side of the running rail , wherein the running rail comprises at least one profiled element , wherein the at least one profiled element has a first portion that has the running tracks , and a second portion that in the vertical direction is spaced apart from said first portion , wherein the first portion and the second portion are connected by way of a vertical web , characterized in that a width of the web increases in the direction towards the first portion .
An earphone comprising: a first acoustic chamber including a reactive element and a resistive element in parallel, a second acoustic chamber separated from the first acoustic chamber by an acoustic transducer , a housing to support the apparatus from the concha of a wearer's ear and to extend the second acoustic chamber into the ear canal of the wearer's ear, wherein the housing includes a nozzle extending the second acoustic chamber into the ear canal of the wearer's ear when the earphone is worn, wherein the nozzle includes and ends in an opening, and wherein the housing further includes a second opening , separate from the opening of the nozzle, that acoustically couples the second acoustic chamber with the environment of the housing, characterized by : a mesh screen damper with an additional hole with a diameter of 1mm in it across the opening, wherein the earphone also comprises a cushion surrounding a portion of the housing to couple the housing to the concha and ear canal of the user's ear, wherein the cushion includes an upper portion shaped to make contact with the tragus and the antitragus and a lower portion shaped to enter the ear canal , wherein the nozzle extends into a void in the lower portion, wherein the second opening is not located in the cushion. a first acoustic chamber including a reactive element and a resistive element in parallel, a second acoustic chamber separated from the first acoustic chamber by an acoustic transducer , a housing to support the apparatus from the concha of a wearer's ear and to extend the second acoustic chamber into the ear canal of the wearer's ear, wherein the housing includes a nozzle extending the second acoustic chamber into the ear canal of the wearer's ear when the earphone is worn, wherein the nozzle includes and ends in an opening, and wherein the housing further includes a second opening , separate from the opening of the nozzle, that acoustically couples the second acoustic chamber with the environment of the housing, characterized by : a mesh screen damper with an additional hole with a diameter of 1mm in it across the opening, wherein the earphone also comprises a cushion surrounding a portion of the housing to couple the housing to the concha and ear canal of the user's ear, wherein the cushion includes an upper portion shaped to make contact with the tragus and the antitragus and a lower portion shaped to enter the ear canal , wherein the nozzle extends into a void in the lower portion, wherein the second opening is not located in the cushion. a mesh screen damper with an additional hole with a diameter of 1mm in it across the opening, wherein the earphone also comprises a cushion surrounding a portion of the housing to couple the housing to the concha and ear canal of the user's ear, wherein the cushion includes an upper portion shaped to make contact with the tragus and the antitragus and a lower portion shaped to enter the ear canal , wherein the nozzle extends into a void in the lower portion, wherein the second opening is not located in the cushion.
A wheel construction including a rim , the rim having an inner flange and an outer flange , each of the inner flange and the outer flange having a first end and a second end , the first end of each of the inner and outer flange being positioned axially outwardly relative to the second end of the respective flange , the rim further including a central well positioned between the inner flange and the outer flange , a pair of bead seats , one being positioned adjacent each flange , each bead seat having an axially outer end which is connected to a second end of the respective flange by a flange connecting portion , the flange connecting portion including a substantially concave surface and a substantially straight surface , said straight surface being adjacent and adjoining the second end of the respective flange , and each bead seat also having an axially inner end which is connected to one of a pair of side parts , each side part being positioned between the central well and one of the inner flange and outer flange , and connected to the central well by a well connecting portion , the axially outer end of each bead seat being positioned radially outwardly relative to the axially inner end of the respective bead seat , wherein at least one of the side parts includes a substantially straight portion and a curved portion , a first end of the straight portion being positioned adjacent the respective bead seat , and connected to the respective bead seat by a curved connecting portion , and a second end of the straight portion being connected to the curved portion of the side part by a first substantially concave surface to provide a first sub-well, and the curved portion of the side part including a second sub-well , which is defined by a pair of convex surfaces , separated by a second concave surface characterised in that at least one of the inner flange and the outer flange includes an extended portion which extends radially inwardly, such that a free end of the extended portion is positioned radially inwardly relative to the second end and the first end of the respective flange , wherein the radial extent of the extended portion is substantially equal to the radial extent of the respective flange connecting portion .
A method for instrument separating and reproducing for a mixture audio source, comprising: obtaining a mixture audio source spectrogram based on the mixture audio source, wherein the mixture audio source comprises sound of a plurality of instruments; using an instrument separation model to sequentially obtain an instrument feature mask of each of the plurality of instruments from the mixture audio source; obtaining an instrument spectrogram of each of the plurality of instruments based on the respective instrument feature mask of each of the plurality of instruments; determining an instrument audio source of each of the plurality of instruments based on the respective instrument spectrogram; modulating the respective instrument audio sources of the plurality of instruments into a corresponding multi-channel broadcast audio signal; broadcasting the multi-channel broadcast audio signal to a plurality of speakers; demodulating the corresponding instrument audio sources of the plurality of instruments by the plurality of speakers; and characterised by synchronously reproducing each respective instrument audio source of the plurality of instruments accordingly by a respective one of the plurality of speakers. obtaining a mixture audio source spectrogram based on the mixture audio source, wherein the mixture audio source comprises sound of a plurality of instruments; using an instrument separation model to sequentially obtain an instrument feature mask of each of the plurality of instruments from the mixture audio source; obtaining an instrument spectrogram of each of the plurality of instruments based on the respective instrument feature mask of each of the plurality of instruments; determining an instrument audio source of each of the plurality of instruments based on the respective instrument spectrogram; modulating the respective instrument audio sources of the plurality of instruments into a corresponding multi-channel broadcast audio signal; broadcasting the multi-channel broadcast audio signal to a plurality of speakers; demodulating the corresponding instrument audio sources of the plurality of instruments by the plurality of speakers; and characterised by synchronously reproducing each respective instrument audio source of the plurality of instruments accordingly by a respective one of the plurality of speakers.
A terminal for a communication system, the terminal comprising: a modem ; and a controller configured to control the modem, when the terminal is in an idle mode, to: receive, from a base station during a listening interval of the idle mode, a paging message comprising information indicating a reception of multicast data for a group of terminals to which the terminal belongs; and receive, from the base station during the listening interval of the idle mode, the multicast data based on the information. a modem ; and a controller configured to control the modem, when the terminal is in an idle mode, to: receive, from a base station during a listening interval of the idle mode, a paging message comprising information indicating a reception of multicast data for a group of terminals to which the terminal belongs; and receive, from the base station during the listening interval of the idle mode, the multicast data based on the information. receive, from a base station during a listening interval of the idle mode, a paging message comprising information indicating a reception of multicast data for a group of terminals to which the terminal belongs; and receive, from the base station during the listening interval of the idle mode, the multicast data based on the information.
A method for operating a hybrid electric propulsion system of an aircraft, the hybrid electric propulsion system comprising a gas turbine engine, an electric machine coupled to the gas turbine engine, and an electric energy storage unit electrically connected to the electric machine, the method comprising: determining at , by one or more computing devices, a baseline power output for the gas turbine engine; determining at , by the one or more computing devices, a state of charge of the electric energy storage unit, and wherein determining at , by one or more computing devices, the baseline power output for the gas turbine engine comprises modifying at , by the one or more computing devices, the baseline power output in response to determining the state of charge of the electric energy storage unit; operating at , by the one or more computing devices, the gas turbine engine to provide the baseline power output; determining at , by the one or more computing devices, a desired power output greater than or less than the baseline power output; and providing at , by the one or more computing devices, power to, or extracting, by the one or more computing devices, power from, the gas turbine engine using the electric machine such that an effective power output of the gas turbine engine matches the determined desired power output. determining at , by one or more computing devices, a baseline power output for the gas turbine engine; determining at , by the one or more computing devices, a state of charge of the electric energy storage unit, and wherein determining at , by one or more computing devices, the baseline power output for the gas turbine engine comprises modifying at , by the one or more computing devices, the baseline power output in response to determining the state of charge of the electric energy storage unit; operating at , by the one or more computing devices, the gas turbine engine to provide the baseline power output; determining at , by the one or more computing devices, a desired power output greater than or less than the baseline power output; and providing at , by the one or more computing devices, power to, or extracting, by the one or more computing devices, power from, the gas turbine engine using the electric machine such that an effective power output of the gas turbine engine matches the determined desired power output.
A sheet-like composite comprising as layers of a layer sequence in a direction from an outer side of the sheet-like composite to an inner side of the sheet-like composite a) a carrier layer , and b) a barrier layer comprising i) a barrier substrate layer , and ii) a barrier material layer ; wherein the barrier material layer has a thickness in a range from 1 nm to 1 μm; wherein the barrier material layer overlies the barrier substrate layer on a layer surface of the barrier substrate layer that faces the inner side ; wherein the barrier material layer takes the form of a film or a deposited layer, wherein the deposited layer is obtainable by vapour deposition of the barrier substrate layer with a barrier material; wherein the sheet-like composite comprises a linear depression on the outer side . a) a carrier layer , and b) a barrier layer comprising i) a barrier substrate layer , and ii) a barrier material layer ; wherein the barrier material layer has a thickness in a range from 1 nm to 1 μm; wherein the barrier material layer overlies the barrier substrate layer on a layer surface of the barrier substrate layer that faces the inner side ; wherein the barrier material layer takes the form of a film or a deposited layer, wherein the deposited layer is obtainable by vapour deposition of the barrier substrate layer with a barrier material; wherein the sheet-like composite comprises a linear depression on the outer side . i) a barrier substrate layer , and ii) a barrier material layer ; wherein the barrier material layer has a thickness in a range from 1 nm to 1 μm; wherein the barrier material layer overlies the barrier substrate layer on a layer surface of the barrier substrate layer that faces the inner side ; wherein the barrier material layer takes the form of a film or a deposited layer, wherein the deposited layer is obtainable by vapour deposition of the barrier substrate layer with a barrier material; wherein the sheet-like composite comprises a linear depression on the outer side . wherein the barrier material layer has a thickness in a range from 1 nm to 1 μm; wherein the barrier material layer overlies the barrier substrate layer on a layer surface of the barrier substrate layer that faces the inner side ; wherein the barrier material layer takes the form of a film or a deposited layer, wherein the deposited layer is obtainable by vapour deposition of the barrier substrate layer with a barrier material; wherein the sheet-like composite comprises a linear depression on the outer side .
Parison head for discharging a molten tube for the manufacture of capillaries, tubes or pipes, consisting of a sleeve-shaped housing , into which the melt is fed and which encloses a core fixedly clamped into the housing on all sides at a distance, and of a likewise sleeve-shaped nozzle , which likewise encloses the core on all sides at a distance, wherein the housing and the nozzle enclose the core such that a closed flow channel is present between the housing and the core and between the nozzle and the core , wherein the nozzle is displaceable by means of screws or actuators relative to the housing in an axial direction and a parison length (L) is variable thereby, wherein between the housing and the nozzle there is located a rapidly interchangeable, trifunctional component , which securely seals the flow channel between the housing and the nozzle , and wherein at the end of the flow channel a circumferential closed exit gap (s) with a cross-sectional area is formed by the nozzle and the core , characterised in that an angle (W) between the housing and the nozzle and the parison length (L) are jointly variable by means of screws or actuators or only the angle (W) between the housing and the nozzle is variable, and that, retaining the flow resistance in the region of the trifunctional component and retaining a flow channel devoid of dead zones, the angle (W) between the housing and the nozzle and the parison length (L) are variable, so that the cross-sectional area of the flow channel gap (s) at the end of the flow channel is variable in this way.
A spiral conveyor belt comprising: a plurality of modules hingedly connected together forming a helix; a plurality of side plates coupled to an interior portion of the helix; a plurality of side plates coupled to an exterior portion of the helix; and a first attachment member coupled to a first module , the first attachment member having a body extending up from the first module and contacting a bottom surface of a second module above the first module; wherein the first attachment member is coupled to an intermediate portion of the first module at or near the lateral center of the first module ; and being characterized in that it comprises a second attachment member coupled to the first module , the second attachment member placed in series with the first attachment member. a plurality of modules hingedly connected together forming a helix; a plurality of side plates coupled to an interior portion of the helix; a plurality of side plates coupled to an exterior portion of the helix; and a first attachment member coupled to a first module , the first attachment member having a body extending up from the first module and contacting a bottom surface of a second module above the first module; wherein the first attachment member is coupled to an intermediate portion of the first module at or near the lateral center of the first module ; and being characterized in that it comprises a second attachment member coupled to the first module , the second attachment member placed in series with the first attachment member.
An IP Multimedia Subsystem, IMS, Centralized Services, ICS, Interworking Function, ICS-IWF implemented in a network node of a first Public Land Mobile Network, PLMN , the ICS-IWF comprising: receiving means configured to receive an Update Location Request with an International Mobile Subscriber Identity, IMSI from a Mobile Switching Centre, MSC, Server in a second PLMN ; retrieving means configured to retrieve a subscription profile and service settings from a Home Subscriber Server, HSS , mapping means configured to map the subscription profile with service settings into a Circuit-Switched, CS, profile with CS settings, and sending means configured to send an Insert Subscriber Data message including the mapped CS profile and CS settings, to the MSC Server . receiving means configured to receive an Update Location Request with an International Mobile Subscriber Identity, IMSI from a Mobile Switching Centre, MSC, Server in a second PLMN ; retrieving means configured to retrieve a subscription profile and service settings from a Home Subscriber Server, HSS , mapping means configured to map the subscription profile with service settings into a Circuit-Switched, CS, profile with CS settings, and sending means configured to send an Insert Subscriber Data message including the mapped CS profile and CS settings, to the MSC Server .
A method for sending alert messages, the method comprising: accessing location information of a plurality of user mobile devices (110-124) in a mobile network from a database ; accessing a message handling capacity information of each of a plurality of network elements (104-108) in the mobile network ; and sending, through the plurality of network elements (104-108), an alert message to the plurality of user mobile devices (110-124) based on the location information , wherein sending the alert message through a network element of the plurality of network elements (104-108) comprises at least: controlling a sending rate of the alert message through the network element (104-108) based on a message handling capacity information of the network element (104-108) and a real-time delivery status information of the alert message that are already sent through the network element (104-108). accessing location information of a plurality of user mobile devices (110-124) in a mobile network from a database ; accessing a message handling capacity information of each of a plurality of network elements (104-108) in the mobile network ; and sending, through the plurality of network elements (104-108), an alert message to the plurality of user mobile devices (110-124) based on the location information , wherein sending the alert message through a network element of the plurality of network elements (104-108) comprises at least: controlling a sending rate of the alert message through the network element (104-108) based on a message handling capacity information of the network element (104-108) and a real-time delivery status information of the alert message that are already sent through the network element (104-108).
A lens assembly for use in microscopy imaging of a sample in a cryogenic environment , the lens assembly comprising: a planar mount comprising an aperture through a plane of the mount; and a solid immersion lens comprising a planar surface for accepting the sample for imaging, the solid immersion lens being mounted within the aperture, characterised in that : the aperture comprises a circumferential channel between the planar mount and the solid immersion lens, and the planar mount comprises a plurality of nibs extending into the circumferential channel towards, and optionally to touch, the solid immersion lens. a planar mount comprising an aperture through a plane of the mount; and a solid immersion lens comprising a planar surface for accepting the sample for imaging, the solid immersion lens being mounted within the aperture, characterised in that : the aperture comprises a circumferential channel between the planar mount and the solid immersion lens, and the planar mount comprises a plurality of nibs extending into the circumferential channel towards, and optionally to touch, the solid immersion lens.
An array of riblets comprising: a surface layer for adhering to an aerodynamic surface of an aircraft ; a plurality of riblet tips extending from the surface layer , wherein the riblet tips have a parabolic cross section, and wherein the riblet tips are a multi-layer construction, wherein the surface layer and riblet tips are formed from a high elongation elastomer elastically recoverable for elongation of 300 - 3000%. a surface layer for adhering to an aerodynamic surface of an aircraft ; a plurality of riblet tips extending from the surface layer , wherein the riblet tips have a parabolic cross section, and wherein the riblet tips are a multi-layer construction, wherein the surface layer and riblet tips are formed from a high elongation elastomer elastically recoverable for elongation of 300 - 3000%.