mhurhangee/patent-ind-claim-en huggingface dataset:
A heavy duty tire comprising a carcass extending from a tread part through a sidewall part to a bead core of a bead part and a belt layer arranged outside in a tire radial direction of the carcass and inside of the tread part , wherein the belt layer is formed by a belt ply comprising a first belt layer , a second belt layer , and a third belt layer which are laminated in order from inside in the tire radial direction, wherein the tread has a plurality of main grooves extending continuously in a tire circumferential direction, wherein the tread comprises a cap rubber layer constituting a tread surface and a base rubber layer ()28 adjacent to inside in a tire radial direction of the cap rubber layer , wherein the cap rubber layer and the base rubber layer are composed of a rubber composition comprising a rubber component, wherein the rubber component constituting the cap rubber layer comprises an isoprene-based rubber and a styrene-butadiene rubber, characterised in that the rubber composition constituting the cap rubber layer comprises 30 parts by mass or more of silica having a nitrogen adsorption specific surface area (N 2 SA) of 200 to 250 m 2 /g based on 100 parts by mass of the rubber component, and wherein a tan δ of the rubber composition constituting the base rubber layer at 70°C is 0.04 to 0.07, wherein the "70°C tan δ" refers to a loss tangent tan δ under a condition of a temperature at 70°C, an initial strain of 10%, a dynamic strain of ± 2%, and a frequency of 10 Hz, and wherein the N 2 SA of silica is a value measured by a BET method according to ASTM D3037-93. wherein the belt layer is formed by a belt ply comprising a first belt layer , a second belt layer , and a third belt layer which are laminated in order from inside in the tire radial direction, wherein the tread has a plurality of main grooves extending continuously in a tire circumferential direction, wherein the tread comprises a cap rubber layer constituting a tread surface and a base rubber layer ()28 adjacent to inside in a tire radial direction of the cap rubber layer , wherein the cap rubber layer and the base rubber layer are composed of a rubber composition comprising a rubber component, wherein the rubber component constituting the cap rubber layer comprises an isoprene-based rubber and a styrene-butadiene rubber, characterised in that the rubber composition constituting the cap rubber layer comprises 30 parts by mass or more of silica having a nitrogen adsorption specific surface area (N 2 SA) of 200 to 250 m 2 /g based on 100 parts by mass of the rubber component, and wherein a tan δ of the rubber composition constituting the base rubber layer at 70°C is 0.04 to 0.07, wherein the "70°C tan δ" refers to a loss tangent tan δ under a condition of a temperature at 70°C, an initial strain of 10%, a dynamic strain of ± 2%, and a frequency of 10 Hz, and wherein the N 2 SA of silica is a value measured by a BET method according to ASTM D3037-93.
A method for recording holograms, the method comprising: providing a waveguide cell comprising a layer of polymer dispersed liquid crystal mixture sandwiched between two substrates; providing a master grating comprising an amplitude grating that is a chirped grating; emitting at least one recording beam toward the master grating, wherein upon interaction with the master grating, a portion of the at least one recording beam is diffracted towards the waveguide cell; and recording at least one transmission volume grating having rolled K-vectors within the waveguide cell using interferential exposure formed from at least the diffracted portion of the at least one recording beam. providing a waveguide cell comprising a layer of polymer dispersed liquid crystal mixture sandwiched between two substrates; providing a master grating comprising an amplitude grating that is a chirped grating; emitting at least one recording beam toward the master grating, wherein upon interaction with the master grating, a portion of the at least one recording beam is diffracted towards the waveguide cell; and recording at least one transmission volume grating having rolled K-vectors within the waveguide cell using interferential exposure formed from at least the diffracted portion of the at least one recording beam.
A method in a user equipment, UE , for managing information related to multicast and/or broadcast services, MBS, when the UE has a radio connection with a radio access network, RAN , the method comprising: transmitting , by the UE to the RAN , an MBS interest indication that indicates a configuration according to which the UE prefers to receive an MBS transmission; detecting , by the UE and subsequently to the transmitting, a failure on the radio connection; and retaining , by the UE , the configuration at the UE in response to the detecting. transmitting , by the UE to the RAN , an MBS interest indication that indicates a configuration according to which the UE prefers to receive an MBS transmission; detecting , by the UE and subsequently to the transmitting, a failure on the radio connection; and retaining , by the UE , the configuration at the UE in response to the detecting.
A weighing device, comprising - a receptacle for the goods to be weighed , - a protective housing enclosing the receptacle for the goods to be weighed , an access opening and a closure element closing the access opening in its closed position and releasing it in its opened position, - a reflection sensor (34a, b, c) with a radiation transmitter for emitting a sensor radiation that can be reflected from a reflection object and with a radiation receiver for receiving a sensor radiation portion reflected from the reflection object and - a control unit connected to a motorized drive of the closure element and to the reflection sensor (34a, b, c), which is equipped to control the motorized drive depending on a signal of the reflection sensor (34a, b, c) upon approach of the reflection object for transferring the closure element from its closed to its opened position and upon movement of the reflection object away for transferring the closure element from its open to its closed position, characterized in that further, a differentiation element is comprised, which subjects a sensor primary signal of the reflection sensor (34a, b, c) to a differentiation dependent on a reflection intensity of the reflected sensor radiation portion for the generation of a sensor secondary signal , and the control unit is equipped to control the motorized drive in relation to the movement direction of the closure element in dependence on the respective sign of the sensor secondary signal associated with a movement direction of the reflection object . - a receptacle for the goods to be weighed , - a protective housing enclosing the receptacle for the goods to be weighed , an access opening and a closure element closing the access opening in its closed position and releasing it in its opened position, - a reflection sensor (34a, b, c) with a radiation transmitter for emitting a sensor radiation that can be reflected from a reflection object and with a radiation receiver for receiving a sensor radiation portion reflected from the reflection object and - a control unit connected to a motorized drive of the closure element and to the reflection sensor (34a, b, c), which is equipped to control the motorized drive depending on a signal of the reflection sensor (34a, b, c) upon approach of the reflection object for transferring the closure element from its closed to its opened position and upon movement of the reflection object away for transferring the closure element from its open to its closed position,
A vehicle condenser having a substantially parallel epipedic shape and comprising stacked plates (40, 41, 42, 48; 40', 41', 42', 48'), which are parallel with a substantially vertical plane (p) and define alternate coolant chambers and refrigerant chambers (20-22) between each other, wherein the vehicle condenser is divided into three consecutive groups of refrigerant chambers (20-22), of which a first group of refrigerant chambers is for precooling of a refrigerant in a substantially gaseous state, a second group of refrigerant chambers is for condensing of the refrigerant from a substantially gaseous state to a substantially liquid state, and a third group of refrigerant chambers is for sub cooling of the refrigerant in a substantially liquid state, wherein each group of refrigerant chambers (20-22) defines at least one refrigerant pass, in which refrigerant passes in a principal direction of flow through refrigerant chambers (20-22) between opposing sides of the vehicle condenser , characterized in at least one combination, on one side of the vehicle condenser , of a larger refrigerant outlet (65; 69), that leads a main flow of refrigerant from one group of refrigerant chambers (20; 21) to a larger refrigerant inlet (68; 72) of a following group of refrigerant chambers (21; 22), and, substantially vertically opposite to said larger refrigerant outlet (65; 69), a smaller refrigerant outlet (52; 54), that leads a residual flow of refrigerant from said one group of refrigerant chambers (20; 21) to a smaller refrigerant inlet (53; 55) of said following group of refrigerant chambers (21; 22).
A DC/DC converter comprising: - multiple single-phase full bridge inverters connected in parallel or in series - just as many transformers (T a , T b , T a ', T b '), and - just as many single-phase full bridge rectifiers connected in parallel or in series, wherein - a respective inverter is connected to a primary side of a respective transformer (T a , T b , T a ', T b ') and a respective rectifier is connected to a secondary side of a respective transformer (T a , T b , T a ', T b '), and wherein - the inverters are connected to a controller, which is provided for frequency-synchronous control of the inverters , said control is phase shifted by 180°/ n with the aid of a control signal, where n indicates the number of transformers (T a , T b , T a ', T b '), characterized in that leakage inductances (L s1 , L s2 ) of the transformers (T a , T b , T a ', T b ') with capacitors (C 1 , C 2 ) of the inverters and/or capacitors (C 3 , C 4 ) of the rectifiers form a resonant circuit in each case, whose resonance frequency is twice as large as a clock frequency of the control signal; and that a respective inverter is connected in parallel to a respective capacitor (C 1 , C 2 ) and/or a respective rectifier is connected in parallel to a respective capacitor (C 3 , C 4 ). - multiple single-phase full bridge inverters connected in parallel or in series - just as many transformers (T a , T b , T a ', T b '), and - just as many single-phase full bridge rectifiers connected in parallel or in series, wherein - a respective inverter is connected to a primary side of a respective transformer (T a , T b , T a ', T b ') and a respective rectifier is connected to a secondary side of a respective transformer (T a , T b , T a ', T b '), and wherein - the inverters are connected to a controller, which is provided for frequency-synchronous control of the inverters , said control is phase shifted by 180°/ n with the aid of a control signal, where n indicates the number of transformers (T a , T b , T a ', T b '),
A rotating electric machine comprising: a rotor ; and a stator having a stator core and a stator winding , wherein the stator winding has a plurality of coil conductors (102a - 102f), and joint parts formed from molten metal and connecting ends of the coil conductors (102a - 102f) protruding from an end face of the stator core , and the ends of the coil conductors (102a - 102f) have rectangular cross-sectional shape respectively confined by one of the abuting connecting faces, two side faces and a rear face, and have weir portions (122a - 122f) formed at the respective rear faces for blocking flow of metal of the joint parts beyond the rear faces, characterized in that the joint parts stick out beyond the side faces of the coil conductor ends a rotor ; and a stator having a stator core and a stator winding , wherein the stator winding has a plurality of coil conductors (102a - 102f), and joint parts formed from molten metal and connecting ends of the coil conductors (102a - 102f) protruding from an end face of the stator core , and the ends of the coil conductors (102a - 102f) have rectangular cross-sectional shape respectively confined by one of the abuting connecting faces, two side faces and a rear face, and have weir portions (122a - 122f) formed at the respective rear faces for blocking flow of metal of the joint parts beyond the rear faces, characterized in that the joint parts stick out beyond the side faces of the coil conductor ends
A computer-implemented method for dynamic image gamut compression, comprising the steps of: receiving a print job for an output device, the print job having at least one image that was generated by a source device; responsive to receiving the print job, determining a gamut of the print job by dividing said at least one image into one or more layers of different brightness: for each layer of said one or more layers: dividing said layer into discrete one degree hue angles; for each hue angle of said discrete one degree hue angles: determining a maximum chroma of image colors at the brightness layer and at the hue layer; for each determined maximum chroma, comparing the determined maximum chroma at the specific hue angle and at the specific brightness layer to a maximum chroma of said output device at the same specific brightness layer and at the same specific hue angle; and for each comparison resulting in the determined maximum chroma being greater than the maximum chroma of the output device, performing compression on the image colors at the corresponding brightness layer and corresponding hue angle by a factor determined by the determined maximum chroma; wherein one or more steps are performed by one or more processors, wherein determining the gamut of the print job is performed at a lower resolution than a corresponding print resolution of said print job. receiving a print job for an output device, the print job having at least one image that was generated by a source device; responsive to receiving the print job, determining a gamut of the print job by dividing said at least one image into one or more layers of different brightness: for each layer of said one or more layers: dividing said layer into discrete one degree hue angles; for each hue angle of said discrete one degree hue angles: determining a maximum chroma of image colors at the brightness layer and at the hue layer; for each determined maximum chroma, comparing the determined maximum chroma at the specific hue angle and at the specific brightness layer to a maximum chroma of said output device at the same specific brightness layer and at the same specific hue angle; and for each layer of said one or more layers: dividing said layer into discrete one degree hue angles; for each hue angle of said discrete one degree hue angles: determining a maximum chroma of image colors at the brightness layer and at the hue layer; for each determined maximum chroma, comparing the determined maximum chroma at the specific hue angle and at the specific brightness layer to a maximum chroma of said output device at the same specific brightness layer and at the same specific hue angle; and for each comparison resulting in the determined maximum chroma being greater than the maximum chroma of the output device, performing compression on the image colors at the corresponding brightness layer and corresponding hue angle by a factor determined by the determined maximum chroma; wherein one or more steps are performed by one or more processors, wherein determining the gamut of the print job is performed at a lower resolution than a corresponding print resolution of said print job.
A conversation topic providing method comprising: converting voice data of a conversation of a user who is on a phone into text during the conversation of the user (610; 701; 801); selecting a keyword, indicating an intention of the user, based on the text (620; 704; 804); obtaining detail information with respect to the keyword (630; 705; 805); determining conversation topics related to the keyword using a user interest model and the selected keyword (640; 707; 807); and displaying both the detail information and the determined conversation topics during the conversation of the user (650; 708; 809), wherein the user interest model is generated by using information of the user and comprises a plurality of topic candidates, the user interest model being updated by correcting a weight given to each of the plurality of topic candidates when the information of the user is updated. converting voice data of a conversation of a user who is on a phone into text during the conversation of the user (610; 701; 801); selecting a keyword, indicating an intention of the user, based on the text (620; 704; 804); obtaining detail information with respect to the keyword (630; 705; 805); determining conversation topics related to the keyword using a user interest model and the selected keyword (640; 707; 807); and displaying both the detail information and the determined conversation topics during the conversation of the user (650; 708; 809), wherein the user interest model is generated by using information of the user and comprises a plurality of topic candidates, the user interest model being updated by correcting a weight given to each of the plurality of topic candidates when the information of the user is updated.
A compound represented by Formula I or a pharmaceutical acceptable salt thereof for use in preventing and/or treating osteoporosis, wherein Formula I is: wherein: R 1 and R 2 are independently equal to H, F or OH; A is (CH 2 ) m COOH, W(CH 2 ) m COOH or and B is H; or B is (CH 2 ) m COOH, W(CH 2 ) m COOH or and A is H; or A and B are covalently bonded to form a five , six or seven -membered cycloalkyl substituted with COOH; wherein: Y is O, S, NH, or CH 2 ; W is O, S, or NH; m is 0-2; and p is 3-7; D is CO(CH 2 ) n CH 3 or CHOH(CH 2 ) n CH 3 or O(CH 2 ) n CH 3 where n is 2-6; and E is H or F. R 1 and R 2 are independently equal to H, F or OH; A is (CH 2 ) m COOH, W(CH 2 ) m COOH or and B is H; or B is (CH 2 ) m COOH, W(CH 2 ) m COOH or and A is H; or A and B are covalently bonded to form a five , six or seven -membered cycloalkyl substituted with COOH; wherein: Y is O, S, NH, or CH 2 ; W is O, S, or NH; m is 0-2; and p is 3-7; Y is O, S, NH, or CH 2 ; W is O, S, or NH; m is 0-2; and p is 3-7; D is CO(CH 2 ) n CH 3 or CHOH(CH 2 ) n CH 3 or O(CH 2 ) n CH 3 where n is 2-6; and E is H or F.
A medical imaging system , comprising a magnet unit embodied for magnetic resonance imaging of an examination object and a first radiation unit embodied to irradiate the examination object , - wherein the magnet unit comprises a main magnet and a first housing , wherein the main magnet is arranged inside the first housing and wherein the main magnet comprises coil elements (21.1) and at least one coil carrier (21.2), - wherein the magnet unit defines an examination opening along an examination axis such that the magnet unit surrounds the examination opening , - wherein the magnet unit comprises a first region that is transparent to radiation emitted by the first radiation unit radially to the examination axis , - wherein the first radiation unit is arranged on the side of the magnet unit facing away from the examination opening , - wherein the first radiation unit is embodied to emit radiation through the first region of the magnet unit in the direction of the examination opening , - and wherein the first radiation unit is furthermore embodied to rotate about the examination opening , characterized in that the magnet unit comprises a gradient coil unit , wherein the orientation of the gradient coil unit is fixed relatively to the examination opening , and that the main magnet is embodied to rotate about the examination opening . - wherein the magnet unit comprises a main magnet and a first housing , wherein the main magnet is arranged inside the first housing and wherein the main magnet comprises coil elements (21.1) and at least one coil carrier (21.2), - wherein the magnet unit defines an examination opening along an examination axis such that the magnet unit surrounds the examination opening , - wherein the magnet unit comprises a first region that is transparent to radiation emitted by the first radiation unit radially to the examination axis , - wherein the first radiation unit is arranged on the side of the magnet unit facing away from the examination opening , - wherein the first radiation unit is embodied to emit radiation through the first region of the magnet unit in the direction of the examination opening , - and wherein the first radiation unit is furthermore embodied to rotate about the examination opening , characterized in
An ultrasound imaging apparatus , comprising: at least one controller configured to: acquire ultrasound data of an anatomical region-of-interest (ROI) in a subject, the ultrasound data comprising at least two frames acquired at different times as a push force induces movement within the anatomical ROI; determine a correlation between at least two of the acquired frames and form corresponding correlation coefficients; generate a correlation coefficient (CC) map based upon the determined correlation information between the at least two frames; distinguish fluid from tissue within the CC map based upon a comparison of the correlation coefficients with at least one threshold value; and highlight the fluid within the CC map. acquire ultrasound data of an anatomical region-of-interest (ROI) in a subject, the ultrasound data comprising at least two frames acquired at different times as a push force induces movement within the anatomical ROI; determine a correlation between at least two of the acquired frames and form corresponding correlation coefficients; generate a correlation coefficient (CC) map based upon the determined correlation information between the at least two frames; distinguish fluid from tissue within the CC map based upon a comparison of the correlation coefficients with at least one threshold value; and highlight the fluid within the CC map.
A heat-shrinkable film comprising a blend of: A) an ethylene-based polymer having a peak melting point ≥ 95°C, the ethylene-based polymer making up from 35 wt % to 75 wt % of the blend, based on total blend weight, and being selected from ethylene homopolymer, modified ethylene homopolymer, ethylene/alpha-olefin copolymer, modified ethylene/alpha-olefin copolymer, propylene/ethylene copolymer, modified propylene/ethylene copolymer, ionomer resin, and blends thereof; B) an ethylene/unsaturated ester copolymer making up from 10 wt % to 45 wt % of the blend, based on total blend weight; and C) a plastomer having a peak melting point ≤ 90°C and a melt index of ≤ 1.1 g/10min, the plastomer making up from 5 wt % to 30 wt % of the blend, based on total blend weight; and wherein the film comprises a cross-linked polymer network which has been strained by solid state orientation, and the blend makes up at least 20 wt % of the film, based on total film weight, and the film has a total free shrink at 85°C of at least 90% measured in accordance with ASTM D2732, and an instrumented impact energy-to-break of at least 27.56 J/mm (0.70 J/mil), measured in accordance with ASTM D3763. A) an ethylene-based polymer having a peak melting point ≥ 95°C, the ethylene-based polymer making up from 35 wt % to 75 wt % of the blend, based on total blend weight, and being selected from ethylene homopolymer, modified ethylene homopolymer, ethylene/alpha-olefin copolymer, modified ethylene/alpha-olefin copolymer, propylene/ethylene copolymer, modified propylene/ethylene copolymer, ionomer resin, and blends thereof; B) an ethylene/unsaturated ester copolymer making up from 10 wt % to 45 wt % of the blend, based on total blend weight; and C) a plastomer having a peak melting point ≤ 90°C and a melt index of ≤ 1.1 g/10min, the plastomer making up from 5 wt % to 30 wt % of the blend, based on total blend weight; and