mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting contention in a random access procedure by a base station in a mobile communication system, the method comprising: receiving, from a user equipment, UE, a random access preamble on a random access channel; transmitting, to the UE, a random access response including grant information indicating uplink resources and a temporary-radio network temporary identifier, T-RNTI, in response to the received random access preamble; receiving, from the UE, a message through the uplink resources, the uplink resources being allocated to the UE based on the grant information; transmitting, to the UE, a contention resolution, CR, message scheduled based on the T-RNTI and including one of a unique identifier, ID, of the UE and a random ID, if the received message does not include a cell-radio network temporary Identifier, C-RNTI, for identifying the UE in a cell; and transmitting, to the UE, UE-specific control information on a downlink control channel, if the received message includes the C-RNTI for identifying the UE in the cell, characterized in that the UE-specific control information includes a cyclic redundancy check, CRC, based on the C-RNTI in the received message for identifying the UE in the cell. receiving, from a user equipment, UE, a random access preamble on a random access channel; transmitting, to the UE, a random access response including grant information indicating uplink resources and a temporary-radio network temporary identifier, T-RNTI, in response to the received random access preamble; receiving, from the UE, a message through the uplink resources, the uplink resources being allocated to the UE based on the grant information; transmitting, to the UE, a contention resolution, CR, message scheduled based on the T-RNTI and including one of a unique identifier, ID, of the UE and a random ID, if the received message does not include a cell-radio network temporary Identifier, C-RNTI, for identifying the UE in a cell; and transmitting, to the UE, UE-specific control information on a downlink control channel, if the received message includes the C-RNTI for identifying the UE in the cell, characterized in that the UE-specific control information includes a cyclic redundancy check, CRC, based on the C-RNTI in the received message for identifying the UE in the cell.
Apparatus including a plurality of electrical and/or electronic components, at least one of which generates heat when in use, and a housing which at least partially encloses said electrical and/or electronic components therein, a heat dissipation means comprising a first portion located within the housing, and a second portion located externally of the housing so as to allow the passage of heat from internally of the housing to externally of the housing via said portions (24, 28) of the heat dissipation means and, said first portion is formed integrally with, and connected to, said second portion by an interface portion provided between said first and second portions which is located to pass through an aperture formed in said housing, characterised in that the second portion of the heat dissipation means is located in a recess channel of the housing and the interface portion connects and offsets the first and second portions (24, 28) such that the same are provided in substantially parallel offset planes.
A method for signaling a plurality of transmission parameters for a plurality of communications between a primary station and a plurality of respective secondary stations wherein the transmissions to the plurality of secondary stations at least partly overlap in time and frequency and each use a different antenna (130, 230) or combination of antennas for transmission in a multi-user MIMO mode, characterized by the steps of (a) signaling the value of at least one first transmission parameter in a multicast message addressed to at least two secondary stations, the value of the first transmission parameter being common to the respective communications corresponding to the at least two secondary stations, the at least one first transmission parameter comprises at least one of a time slot or a frequency sub-band, and (b) signaling the value of at least one second transmission parameter in a plurality of unicast messages each addressed to a secondary station of the plurality of secondary stations. (a) signaling the value of at least one first transmission parameter in a multicast message addressed to at least two secondary stations, the value of the first transmission parameter being common to the respective communications corresponding to the at least two secondary stations, the at least one first transmission parameter comprises at least one of a time slot or a frequency sub-band, and (b) signaling the value of at least one second transmission parameter in a plurality of unicast messages each addressed to a secondary station of the plurality of secondary stations.
A hermetic AC electric motor for a chiller compressor, wherein the motor is configured to be connected to an AC electric source that outputs high frequency harmonics, where the motor comprises: a stator; and a rotor disposed within the stator and in selective magnetic communication with the stator, wherein a fluid gap exists between the rotor and the stator, wherein the fluid gap is configured to receive a cooling fluid, characterized in that the motor further comprises: a cage disposed on the rotor configured to receive high frequency harmonics, convert the high frequency harmonics to thermal energy in the cage and dissipate the thermal energy to the cooling fluid so as to thermally shunt the high frequency harmonics from the AC electric motor to the cooling fluid; wherein the rotor includes surface permanent magnets and the cage includes a plurality of aluminum wedges each wedge disposed between each surface permanent magnet. a stator; and a rotor disposed within the stator and in selective magnetic communication with the stator, wherein a fluid gap exists between the rotor and the stator, wherein the fluid gap is configured to receive a cooling fluid, characterized in that the motor further comprises: a cage disposed on the rotor configured to receive high frequency harmonics, convert the high frequency harmonics to thermal energy in the cage and dissipate the thermal energy to the cooling fluid so as to thermally shunt the high frequency harmonics from the AC electric motor to the cooling fluid; wherein the rotor includes surface permanent magnets and the cage includes a plurality of aluminum wedges each wedge disposed between each surface permanent magnet. a cage disposed on the rotor configured to receive high frequency harmonics, convert the high frequency harmonics to thermal energy in the cage and dissipate the thermal energy to the cooling fluid so as to thermally shunt the high frequency harmonics from the AC electric motor to the cooling fluid; wherein the rotor includes surface permanent magnets and the cage includes a plurality of aluminum wedges each wedge disposed between each surface permanent magnet.
An acetabular prosthesis liner for a hip replacement assembly comprising: a thin shell liner having a formed shape configured to engage an acetabular cup, the thin shell liner including: an outer surface; an inner surface configured to directly engage a primary femoral head; an apical portion; an open portion having an open portion thickness measured between the inner surface and the outer surface, wherein a diameter of the inner surface is between 70 % and 99 % of a diameter of the outer surface; a centering member on the outer surface; and a stiffening member extending away from the outer surface of the thin shell liner for an extension distance, the stiffening member formed continuous with the outer surface and the inner surface, the stiffening member being configured to minimise distortion of the thin shell liner; wherein the stiffening member has a thickness, and wherein a maximum thickness of the stiffening member is less than the extension distance. a thin shell liner having a formed shape configured to engage an acetabular cup, the thin shell liner including: an outer surface; an inner surface configured to directly engage a primary femoral head; an apical portion; an open portion having an open portion thickness measured between the inner surface and the outer surface, wherein a diameter of the inner surface is between 70 % and 99 % of a diameter of the outer surface; a centering member on the outer surface; and a stiffening member extending away from the outer surface of the thin shell liner for an extension distance, the stiffening member formed continuous with the outer surface and the inner surface, the stiffening member being configured to minimise distortion of the thin shell liner; wherein the stiffening member has a thickness, and wherein a maximum thickness of the stiffening member is less than the extension distance. an outer surface; an inner surface configured to directly engage a primary femoral head; an apical portion; an open portion having an open portion thickness measured between the inner surface and the outer surface, wherein a diameter of the inner surface is between 70 % and 99 % of a diameter of the outer surface; a centering member on the outer surface; and a stiffening member extending away from the outer surface of the thin shell liner for an extension distance, the stiffening member formed continuous with the outer surface and the inner surface, the stiffening member being configured to minimise distortion of the thin shell liner; wherein the stiffening member has a thickness, and wherein a maximum thickness of the stiffening member is less than the extension distance.
A method for delivering a binary media viewer application to a client device, the method being performed by a media server system and comprising: receiving a request for media content from the client device; delivering an agent program to said client device, said agent program adapted to execute in a runtime environment on said client device; receiving information from said agent program regarding a platform of said client device, the platform corresponding to said client device's hardware and software including said client device's central processing unit and operating system; delivering a platform specific binary media viewer application to said client device, said application being adapted to execute on said platform of said client device; and delivering an encoded media stream corresponding to the requested media content to said client device, the encoded media stream being adapted to be displayed on said client device using said platform specific binary media viewer application. receiving a request for media content from the client device; delivering an agent program to said client device, said agent program adapted to execute in a runtime environment on said client device; receiving information from said agent program regarding a platform of said client device, the platform corresponding to said client device's hardware and software including said client device's central processing unit and operating system; delivering a platform specific binary media viewer application to said client device, said application being adapted to execute on said platform of said client device; and delivering an encoded media stream corresponding to the requested media content to said client device, the encoded media stream being adapted to be displayed on said client device using said platform specific binary media viewer application.
Electric connection device comprising: a first electric connection element (10, 10a); a second electric connection element (12, 12a) connectable to the first electric connection element (10, 10a) by means of respective electric contacts; a removable unlocking tool; removable connecting means; a bayonet-type locking and unlocking mechanism configured for coupling and uncoupling the first connection element (10, 10a) and the second connection element (12, 12a) following a rotation of one with respect to another; a secondary safety locking mechanism, configured for preventing a rotation of the first connection element (10, 10a) and of the second connection element (12, 12a) one with respect to another and a consequent separation of the two elements (10, 10a, 12, 12a) comprising retractable locking means (22, 24) configured to be unlocked by the removable unlocking tool, wherein the removable unlocking tool is connectable to the electric connection device through the removable connecting means which are configured to be removably fastened to the electric connection device.
A unit comprising a stent to be positioned in the bifurcation/branching of a blood vessel, wherein the stent comprises of a plurality of meshes and has a distal and a proximal end, and a removable retaining element, characterized in that said retaining element is a guidewire, the distal end of said guidewire being guided from outside of the stent through two oppositely arranged meshes selected from a plurality of meshes situated at the proximal end of the stent and wherein at the target position of the stent, the retaining element spreads out, and assumes a position in front of the opening of the vessel branch to form a locking bar in such a way that the proximal end of the stent is placed precisely at the position where the vessel is branching off.
A cycling bib comprising a trousers member and an elastic suspender member, the suspender member comprises a stiffer portion compared to the remaining of the suspender member, according to at least one stretching direction, the cycling bib being characterized by said stiffer portion being located in the rear lower region of the suspension member.
A computer implemented method of distributing noise exposures to unmanned aerial vehicles, UAVs, over a neighborhood, the method comprising: receiving a flight routing request to fly a first UAV of the UAVs over the neighborhood; accessing a noise exposure map (220, 400) stored in a noise exposure database in response to the flight routing request, wherein the noise exposure map includes noise exposure values (227, 405) indexed to locations within the neighborhood, and wherein each of the noise exposure values quantifies a cumulative noise exposure of a corresponding one of the locations due at least in part to historical flight paths of the UAVs over the neighborhood; and generating a new flight path for the first UAV over the neighborhood that load balances additional noise exposures that the new flight path will contribute to the noise exposure map. receiving a flight routing request to fly a first UAV of the UAVs over the neighborhood; accessing a noise exposure map (220, 400) stored in a noise exposure database in response to the flight routing request, wherein the noise exposure map includes noise exposure values (227, 405) indexed to locations within the neighborhood, and wherein each of the noise exposure values quantifies a cumulative noise exposure of a corresponding one of the locations due at least in part to historical flight paths of the UAVs over the neighborhood; and generating a new flight path for the first UAV over the neighborhood that load balances additional noise exposures that the new flight path will contribute to the noise exposure map.
Mechanism housing for an adjustment mechanism for a vehicle seat, having a first housing part and a second housing part, wherein a first cylindrical segment of the first housing part and a second cylindrical segment of the second housing part rest against one another as a pair to form a cylindrical portion through which a spindle extending in the direction of an axis can be passed, characterized in that, in the radial direction relative to the axis, facing away from each other, the two housing parts (150, 160) are fixed relative to one another by means of two spring clips, and at least one of the two spring clips has two spring legs that are connected to one another by a web, wherein the two spring legs enclose between them a boss region (156, 166) and the boss region (156, 166) prevents twisting of the spring clip about the axis.
A carbon fiber manufacturing device (200, 300, 400, 401, 500) for performing carbonization at atmospheric pressure comprising: a cylindrical furnace (27, 47) comprising a cylindrical waveguide in which a first end is closed, a fiber outlet (27b, 47b) being formed in the first end of the cylindrical waveguide and a fiber inlet (27a, 47a) being formed in a second end of the cylindrical waveguide, wherein an electromagnetic distribution in the cylindrical furnace (27, 47) is in a TM mode; a microwave oscillator for introducing microwaves into the cylindrical furnace (27, 47); and a connection waveguide having a first end connected to the microwave oscillator side and a second end connected to a first end of the cylindrical furnace (27, 47), wherein an electromagnetic distribution in the connection waveguide connected to the cylindrical waveguide is in a TE mode and has an electric field component parallel to a fiber traveling direction. a cylindrical furnace (27, 47) comprising a cylindrical waveguide in which a first end is closed, a fiber outlet (27b, 47b) being formed in the first end of the cylindrical waveguide and a fiber inlet (27a, 47a) being formed in a second end of the cylindrical waveguide, wherein an electromagnetic distribution in the cylindrical furnace (27, 47) is in a TM mode; a microwave oscillator for introducing microwaves into the cylindrical furnace (27, 47); and a connection waveguide having a first end connected to the microwave oscillator side and a second end connected to a first end of the cylindrical furnace (27, 47), wherein an electromagnetic distribution in the connection waveguide connected to the cylindrical waveguide is in a TE mode and has an electric field component parallel to a fiber traveling direction.
A laser device comprising: a) the laser device is arranged along an optical axis of the laser device and includes at least the following elements • an outcoupling mirror, • a laser medium, • a phase-conjugated mirror based on stimulated Brillouin scattering, • an end mirror, b) the outcoupling mirror and the end mirror form a start cavity, c) the outcoupling mirror and the phase-conjugate mirror form a main cavity, d) a modulator is positioned between the phase-conjugate mirror and the end mirror, wherein, e) the modulator is controllable, and f) the controllable modulator is switchable via a computer unit, such that the controllable modulator immediately blocks the start cavity once the phase-conjugate mirror switches from transparent operation to mirror operation. a) the laser device is arranged along an optical axis of the laser device and includes at least the following elements • an outcoupling mirror, • a laser medium, • a phase-conjugated mirror based on stimulated Brillouin scattering, • an end mirror, • an outcoupling mirror, • a laser medium, • a phase-conjugated mirror based on stimulated Brillouin scattering, • an end mirror, b) the outcoupling mirror and the end mirror form a start cavity, c) the outcoupling mirror and the phase-conjugate mirror form a main cavity, d) a modulator is positioned between the phase-conjugate mirror and the end mirror, wherein, e) the modulator is controllable, and f) the controllable modulator is switchable via a computer unit, such that the controllable modulator immediately blocks the start cavity once the phase-conjugate mirror switches from transparent operation to mirror operation.
A method comprising: determining a noise floor for a radio frequency RF system; determining a passive intermodulation PIM value of a component of the RF system contributing as a source of PIM, wherein determining the PIM value is performed by determining a PIM slope for the one or more components in real-time or near real-time, the PIM slope representing a decibel change in PIM power per decibel change of an applied carrier signal power and applying a current signal power to the determined PIM slope, and wherein the PIM slope is determined by subtracting a peak PIM value due to a reduced applied signal power from the peak PIM value at an applied carrier signal power and dividing a result by an amount by which the applied carrier signal power is reduced; determining that a passive intermodulation PIM cancellation system should be enabled if the PIM value is above a predetermined threshold from the noise floor; and determining that the PIM cancellation system should be disabled if the PIM value is at or below the predetermined threshold. determining a noise floor for a radio frequency RF system; determining a passive intermodulation PIM value of a component of the RF system contributing as a source of PIM, wherein determining the PIM value is performed by determining a PIM slope for the one or more components in real-time or near real-time, the PIM slope representing a decibel change in PIM power per decibel change of an applied carrier signal power and applying a current signal power to the determined PIM slope, and wherein the PIM slope is determined by subtracting a peak PIM value due to a reduced applied signal power from the peak PIM value at an applied carrier signal power and dividing a result by an amount by which the applied carrier signal power is reduced; determining that a passive intermodulation PIM cancellation system should be enabled if the PIM value is above a predetermined threshold from the noise floor; and determining that the PIM cancellation system should be disabled if the PIM value is at or below the predetermined threshold.
A method of analysing a user's speech, comprising: receiving a plurality of estimated glyphs corresponding to an estimated transcription made by speech-to-text software of a plurality of words spoken out loud by a user reading from a reference text, each estimated glyph representing at least one grapheme; comparing the estimated glyphs with a plurality of reference glyphs representing the reference text, each reference glyph representing at least one grapheme, the comparison made by: (a) linking each estimated glyph to any matching reference glyphs to produce a plurality of links; and (b) applying a pruning process to the plurality of links comprising identifying conflicts between the links and removing some conflicting links to resolve the identified conflicts; and providing feedback relating to the user's speech based on the comparison of the estimated glyphs with the reference glyphs. receiving a plurality of estimated glyphs corresponding to an estimated transcription made by speech-to-text software of a plurality of words spoken out loud by a user reading from a reference text, each estimated glyph representing at least one grapheme; comparing the estimated glyphs with a plurality of reference glyphs representing the reference text, each reference glyph representing at least one grapheme, the comparison made by: (a) linking each estimated glyph to any matching reference glyphs to produce a plurality of links; and (b) applying a pruning process to the plurality of links comprising identifying conflicts between the links and removing some conflicting links to resolve the identified conflicts; and (a) linking each estimated glyph to any matching reference glyphs to produce a plurality of links; and (b) applying a pruning process to the plurality of links comprising identifying conflicts between the links and removing some conflicting links to resolve the identified conflicts; and providing feedback relating to the user's speech based on the comparison of the estimated glyphs with the reference glyphs.