mhurhangee/ep-ind-claims huggingface dataset:
Single-shaft turbo compressor, comprising - a rotor extending along an axis, - an outer housing, - a bearing for supporting the rotor, - at least one first shaft seal, the rotor having a shaft and impellers arranged on the shaft, the outer housing having a first end-face cover, a second end-face cover and a casing part which is undivided in the peripheral direction, extends in the axial direction in the manner of a pipe and is open at the end on both sides, the outer housing being formed in such a way that a radially outer periphery of the first cover, when ready for operation, from the inside of the outer housing, is in contact with a radially inwardly protruding step extending in the peripheral direction, a first rotor end being guided through an axial first opening of the first cover, and a gap between the rotor and the first cover being sealed on the feedthrough by means of the first shaft seal, the first cover being connected to the first shaft seal, supply lines and discharge lines of the first shaft seal being provided so as to extend through the first cover into a wall thickness of the casing part adjoining the first cover and from there, opening out in each case into a connecting flange (FG1, FG2), which is rigidly connected in each case to the casing part, characterized in that the first cover comprises a radially inwardly protruding step extending in the peripheral direction, with which the first shaft seal is in contact from axially outside so that the first shaft seal can be removed from outside. - a rotor extending along an axis, - an outer housing, - a bearing for supporting the rotor, - at least one first shaft seal,
A computer-implemented method of determining at least one real-time change of at least a portion of a region of a patient, the computer-implemented method comprising: obtaining a plurality of real-time image data corresponding to 2-dimensional, 2D, magnetic resonance imaging, MRI, images, including at least a portion of the region; performing 2D motion field estimation on the plurality of image data; approximating a 3-dimensional, 3D, motion field estimation, including applying a conversion model to the 2D motion field estimation; and determining the at least one real-time change of the at least a portion of the region based on the approximated 3D motion field estimation; characterised in that the conversion model is specified by: performing a 3D motion field estimation on at least two 3D image data volumes obtained during a first time frame, wherein the at least two 3D image data volumes include at least a portion of the region; performing a 2D motion field estimation on 2D image data corresponding to at least two 2D images obtained during the first time frame, wherein the 2D image data includes at least a portion of the region; and determining the conversion model using the 3D motion field and the 2D motion field. obtaining a plurality of real-time image data corresponding to 2-dimensional, 2D, magnetic resonance imaging, MRI, images, including at least a portion of the region; performing 2D motion field estimation on the plurality of image data; approximating a 3-dimensional, 3D, motion field estimation, including applying a conversion model to the 2D motion field estimation; and determining the at least one real-time change of the at least a portion of the region based on the approximated 3D motion field estimation; characterised in that the conversion model is specified by: performing a 3D motion field estimation on at least two 3D image data volumes obtained during a first time frame, wherein the at least two 3D image data volumes include at least a portion of the region; performing a 2D motion field estimation on 2D image data corresponding to at least two 2D images obtained during the first time frame, wherein the 2D image data includes at least a portion of the region; and determining the conversion model using the 3D motion field and the 2D motion field.
A method for initiating a transmission of a program stream for delivery from a local access point to a client device following a request sent by the client device to the local access point, which is forwarded by the local access point to a program content provider, said program stream being structured in regular segments which are prepared in real time after an end user requested them, and said client device being configured to require buffering a predetermined number of segments, or at least a certain time duration corresponding to such a number of segments, for initiating a rendering of an event of said program stream, characterized in that it comprises: processing, by the local access point, at least one of the regular segments received from the content provider into an output set of second type of segments, wherein the at least one regular segment carries a payload of a first playback duration, and at least one timestamp used for specifying when and/or for how long the segment must be rendered by the client device and the payload of said output set represents a second playback duration that is greater than that of the first playback duration, wherein the local access point is able to modify the received timestamp, or to apply a slowdown factor to such a timestamp, in order to obtain the aforementioned second playback duration, wherein said set comprises a number of second type of segments at least equivalent to the predetermined number of segments required by the client device for initiating the rendering of the event, and transmitting, during an initial period, said set of second type of segments from the local access point to the client device. processing, by the local access point, at least one of the regular segments received from the content provider into an output set of second type of segments, wherein the at least one regular segment carries a payload of a first playback duration, and at least one timestamp used for specifying when and/or for how long the segment must be rendered by the client device and the payload of said output set represents a second playback duration that is greater than that of the first playback duration, wherein the local access point is able to modify the received timestamp, or to apply a slowdown factor to such a timestamp, in order to obtain the aforementioned second playback duration, wherein said set comprises a number of second type of segments at least equivalent to the predetermined number of segments required by the client device for initiating the rendering of the event, and transmitting, during an initial period, said set of second type of segments from the local access point to the client device.
A method for making a semiconductor device comprising forming a superlattice on a substrate comprising a plurality of stacked groups of layers (45a-45n), with each group of layers comprising a plurality of stacked base semiconductor monolayers defining a base semiconductor portion (46a-46n), and at least one non-semiconductor monolayer constrained within a crystal lattice of adjacent base semiconductor portions, characterized in that forming at least one of the base semiconductor portions comprises: overgrowing the at least one base semiconductor portion and etching back the overgrown at least one base semiconductor portion.
A golf ball comprising a spherical center and a cover covering the spherical center, or a spherical center and one to five envelope layers covering the spherical center and a cover covering the envelope layers, wherein the golf ball comprises a low hardness part disposed at at least a part in a region located at a distance from 50.0 % to 65.0 % of a radius of the golf ball from a center point of the golf ball, the golf ball has a diameter of 40 mm to 45 mm, and the golf ball has a center hardness in a range from 15 to 55 in Shore D hardness, characterized in that the spherical center has a radius of 50 % or less of the golf ball radius, the low hardness part has a thickness in a range from 0.5 mm to 5 mm, the low hardness part has a hardness in a range from 5 to 40 in Shore D hardness, and the hardness difference (Ho1-Hsmin) between the lowest hardness (Hsmin) of the low hardness part and the center hardness is in a range from 1 to 50 in Shore D hardness, wherein the center hardness is determined by cutting the golf ball into two hemispheres, and measuring the hardness at the center point of the cut plane.
A breath-actuated dry powder inhaler (600; 700) comprising an airflow adaptor (100; 200; 300; 501; 601; 702), the airflow adaptor (100; 200; 300; 501; 601; 702) comprising: a first conduit (101; 202; 302; 507; 602; 703) having a proximal end and a distal end, wherein the proximal end allows fluid communication from a deagglomerator outlet port to the distal end of the first conduit (101; 202; 302; 507; 602; 703), and at least one second conduit (102-105; 204-206; 304-306; 502-505; 603-606) for allowing air to flow from a proximal end of the adaptor (100; 200; 300; 501; 601; 702) to a distal end of the adaptor (100; 200; 300; 501; 601; 702) independently of the airflow in the first conduit (101; 202; 302; 507; 602; 703) when a breath induced low pressure is applied to the distal end of the airflow adaptor (100; 200; 300; 501; 601; 702), characterised in that the ratio of the sum of the cross-sectional areas of the at least one second conduit (102-105; 204-206; 304-306; 502-505; 603-606) to the cross-sectional area of the first conduit (101; 202; 302; 507; 602; 703) is such that when a breath induced low pressure is applied to the distal end of the airflow adaptor (100; 200; 300; 501; 601; 702) from 20% to 50% of the resulting airflow is through the at least one second conduit (102-105; 204-206; 304-306; 502-505; 603-606). a first conduit (101; 202; 302; 507; 602; 703) having a proximal end and a distal end, wherein the proximal end allows fluid communication from a deagglomerator outlet port to the distal end of the first conduit (101; 202; 302; 507; 602; 703), and at least one second conduit (102-105; 204-206; 304-306; 502-505; 603-606) for allowing air to flow from a proximal end of the adaptor (100; 200; 300; 501; 601; 702) to a distal end of the adaptor (100; 200; 300; 501; 601; 702) independently of the airflow in the first conduit (101; 202; 302; 507; 602; 703) when a breath induced low pressure is applied to the distal end of the airflow adaptor (100; 200; 300; 501; 601; 702), characterised in that the ratio of the sum of the cross-sectional areas of the at least one second conduit (102-105; 204-206; 304-306; 502-505; 603-606) to the cross-sectional area of the first conduit (101; 202; 302; 507; 602; 703) is such that when a breath induced low pressure is applied to the distal end of the airflow adaptor (100; 200; 300; 501; 601; 702) from 20% to 50% of the resulting airflow is through the at least one second conduit (102-105; 204-206; 304-306; 502-505; 603-606).
A negative electrode active material for a non-aqueous electrolyte secondary battery, wherein the negative electrode active material is represented by an elemental composition formula of Met 1 -Si-O-C-H, wherein Met 1 represents one alkali metal element or a mixture of alkali metal elements comprising: a silicate salt made of a silicon-based inorganic compound and the alkali metal, and fine particles composed of silicon, silicon alloy, or silicon oxide being dispersed in the silicate salt, wherein the particles have a volume-average particle size D 50 at the cumulative volume of 50% which is comprised between 100 nm and 10 μm as measured by a laser diffraction method, characterized in that the composition ratio of each element is Met 1 k -Si-O l -C m -H n with 0<k<1, 0.5<l<2, 0.5<m<2, 0<n<0.3. a silicate salt made of a silicon-based inorganic compound and the alkali metal, and fine particles composed of silicon, silicon alloy, or silicon oxide being dispersed in the silicate salt, wherein the particles have a volume-average particle size D 50 at the cumulative volume of 50% which is comprised between 100 nm and 10 μm as measured by a laser diffraction method,
A method of controlling communication of a user equipment in a mobile network with a plurality of access networks (210, 220), comprising: a control node, which is controlling access of the user equipment to that one of the access networks (210, 220) currently used by the user equipment, performing a determination of an access capability of the user equipment in said access network (210, 220); • providing an indication of the determined access capability to a subscriber database associated with the user equipment; • when transmitting the indication, starting a guard timer; • after determining the access capability, the control node receiving an update indication (607, 608) for the user equipment; • in response to receiving the update indication (607, 608), the control node performing a redetermination of the access capability; • checking if the guard timer has expired; and • only if the guard timer has not expired, the control node providing a further indication of the re-determined access capability to the subscriber database. • providing an indication of the determined access capability to a subscriber database associated with the user equipment; • when transmitting the indication, starting a guard timer; • after determining the access capability, the control node receiving an update indication (607, 608) for the user equipment; • in response to receiving the update indication (607, 608), the control node performing a redetermination of the access capability; • checking if the guard timer has expired; and • only if the guard timer has not expired, the control node providing a further indication of the re-determined access capability to the subscriber database.
A spinal fixation assembly including: a fastener having a first region (20, 220) and a second region (30, 230), the second region (30, 230) defining a channel (32, 23 2); an elongate member (40, 140, 240) extending through the channel (32, 232) of the second region (30, 230) of the fastener; a locking member (50, 250) for securing the elongate member (40, 140, 240) within the channel (32, 232) of the second region (30, 230) of the fastener; and a first elastomeric member (70, 270) disposed on a surface of the channel (32, 232) of the second region (30, 230) of the fastener for engagement with the elongate member (40, 240) in the channel (32, 232); wherein the first elastomeric member (70, 270) is positioned between the elongate member (40, 140, 240) and the second region (30, 230) of the fastener; wherein the first elastomeric member (70, 270) is in contact with the elongate member (40, 140, 240) and allows for dynamic angular displacement of the elongate member (40, 240) relative to the second region (30, 230) of the fastener and the assembly further includes an elastomeric member (60, 260) disposed on the locking member (50, 250) and configured to engage the elongate member (40, 140, 240), characterised in that the elastomeric member (60, 260) disposed on the locking member (50, 250) is a second elastomeric member (60, 260). a fastener having a first region (20, 220) and a second region (30, 230), the second region (30, 230) defining a channel (32, 23 2); an elongate member (40, 140, 240) extending through the channel (32, 232) of the second region (30, 230) of the fastener; a locking member (50, 250) for securing the elongate member (40, 140, 240) within the channel (32, 232) of the second region (30, 230) of the fastener; and a first elastomeric member (70, 270) disposed on a surface of the channel (32, 232) of the second region (30, 230) of the fastener for engagement with the elongate member (40, 240) in the channel (32, 232); wherein the first elastomeric member (70, 270) is positioned between the elongate member (40, 140, 240) and the second region (30, 230) of the fastener; wherein the first elastomeric member (70, 270) is in contact with the elongate member (40, 140, 240) and allows for dynamic angular displacement of the elongate member (40, 240) relative to the second region (30, 230) of the fastener and the assembly further includes an elastomeric member (60, 260) disposed on the locking member (50, 250) and configured to engage the elongate member (40, 140, 240), characterised in that the elastomeric member (60, 260) disposed on the locking member (50, 250) is a second elastomeric member (60, 260).
A method, comprising: determining spatial locations of device pairs involved in device-to-device communications; and characterized by: semi-persistently allocating radio resources to individual device pairs in accordance with time-hopped timeslot index sequences that are offset from one another so as to reduce an occurrence of interference with other device pairs. determining spatial locations of device pairs involved in device-to-device communications; and characterized by: semi-persistently allocating radio resources to individual device pairs in accordance with time-hopped timeslot index sequences that are offset from one another so as to reduce an occurrence of interference with other device pairs. semi-persistently allocating radio resources to individual device pairs in accordance with time-hopped timeslot index sequences that are offset from one another so as to reduce an occurrence of interference with other device pairs.
Automatic zipper system for a zipper comprising a zipper tape with zipper teeth a slider body, having a housing which is designed to surround the zipper at least in regions, and in which an electrical drive unit (10, 8) is arranged which can be brought into operative contact with the slider body so that the latter can be transported along the zipper and/or can be locked; characterized in that the drive unit is directly or remotely connected to a biometric sensor/fingerprint sensor which transmits instructions, preferably via a control board, to the drive unit, so that the sliding body can be transported in one direction or the other depending on the detected biometric sensor/fingerprint. having a housing which is designed to surround the zipper at least in regions, and in which an electrical drive unit (10, 8) is arranged which can be brought into operative contact with the slider body so that the latter can be transported along the zipper and/or can be locked; characterized in that the drive unit is directly or remotely connected to a biometric sensor/fingerprint sensor which transmits instructions, preferably via a control board, to the drive unit, so that the sliding body can be transported in one direction or the other depending on the detected biometric sensor/fingerprint.
A method performed by a task server, the method comprising: acquiring, a current status of a first terminal, wherein the current status of the first terminal represents a status of a local application at the first terminal in need of an assistance operation from a second terminal transmitting the current status of the first terminal to the second terminal; receiving, from the second terminal, an assistance operation instruction corresponding to the assistance operation needed by the local application; obtaining assistance operation results by performing the assistance operation for the local application based on the assistance operation instruction; and transmitting the assistance operation results to the first terminal. acquiring, a current status of a first terminal, wherein the current status of the first terminal represents a status of a local application at the first terminal in need of an assistance operation from a second terminal transmitting the current status of the first terminal to the second terminal; receiving, from the second terminal, an assistance operation instruction corresponding to the assistance operation needed by the local application; obtaining assistance operation results by performing the assistance operation for the local application based on the assistance operation instruction; and transmitting the assistance operation results to the first terminal.
An encoder readhead (4;80; 110) for a linear encoder system with an encoder scale (2; 124), comprising: a housing (6;82) having an opening for capturing said encoder scale (2; 124) comprising an elongate rod having a substantially circular cross-section and scale markings formed along its length, the opening defining an axial direction along which a captured encoder scale (2; 124) can slide back and forth; and a scale reader for reading a portion of an encoder scale (2; 124) located in the opening, characterised in that the housing (6;82) includes an access portion that allows the encoder scale (2;124) to be inserted into, and/or removed from, the opening by a relative movement between the housing (6; 82) and the encoder scale (2; 124) in a non-axial direction, the access portion being provided by; a gap in a side wall of the housing (6;82) that allows the encoder scale (2; 124) to inserted into, and/or removed from, the opening through the gap, the housing having at least one elastically deformable wall portion (24,26) that permits the gap to expand thereby allowing the encoder scale (2; 124) to pass therethrough, or by a hinged portion attached to the housing that can be opened and closed to provide side access to the opening. a housing (6;82) having an opening for capturing said encoder scale (2; 124) comprising an elongate rod having a substantially circular cross-section and scale markings formed along its length, the opening defining an axial direction along which a captured encoder scale (2; 124) can slide back and forth; and a scale reader for reading a portion of an encoder scale (2; 124) located in the opening, characterised in that the housing (6;82) includes an access portion that allows the encoder scale (2;124) to be inserted into, and/or removed from, the opening by a relative movement between the housing (6; 82) and the encoder scale (2; 124) in a non-axial direction, the access portion being provided by; a gap in a side wall of the housing (6;82) that allows the encoder scale (2; 124) to inserted into, and/or removed from, the opening through the gap, the housing having at least one elastically deformable wall portion (24,26) that permits the gap to expand thereby allowing the encoder scale (2; 124) to pass therethrough, or by a hinged portion attached to the housing that can be opened and closed to provide side access to the opening. a gap in a side wall of the housing (6;82) that allows the encoder scale (2; 124) to inserted into, and/or removed from, the opening through the gap, the housing having at least one elastically deformable wall portion (24,26) that permits the gap to expand thereby allowing the encoder scale (2; 124) to pass therethrough, or by a hinged portion attached to the housing that can be opened and closed to provide side access to the opening.
An upper (104, 304) for an article of footwear, the upper comprising: a knitted component (130, 330) with a first zone, a second zone, and a third zone; and the knitted component including a tab element (128, 328) extending from the first zone, wherein the tab element and the first zone include at least one common yarn, wherein the at least one common yarn includes a floating yarn having a tenacity of at least 5 g/D, wherein the tab element includes a first end connected to the first zone and a second end connected to the third zone, wherein the third zone includes an elasticity greater than an elasticity of the second zone, and wherein the second zone is located between the first zone and the third zone. a knitted component (130, 330) with a first zone, a second zone, and a third zone; and the knitted component including a tab element (128, 328) extending from the first zone, wherein the tab element and the first zone include at least one common yarn, wherein the at least one common yarn includes a floating yarn having a tenacity of at least 5 g/D, wherein the tab element includes a first end connected to the first zone and a second end connected to the third zone, wherein the third zone includes an elasticity greater than an elasticity of the second zone, and wherein the second zone is located between the first zone and the third zone.