mhurhangee/ep-ind-claims huggingface dataset:
A method performed by an encoder of a communication system for handling input Line Spectral Frequency, LSF, coefficients (LSF in), the method comprising: determining LSF residual coefficients (LSF R2) as first compressed LSF coefficients subtracted from the input LSF coefficients; transforming the LSF residual coefficients (LSF R2) into a warped domain (LSF R2T), applying, one of a plurality of gain-shape coding schemes on the transformed LSF residual coefficients in order to achieve gain-shape coded LSF residual coefficients, where the plurality of gain-shape coding schemes have mutually different trade-offs in one or more of gain resolution and shape resolution for one or more of the transformed LSF residual coefficients; and transmitting, over a communication channel to a decoder, a representation of the first compressed LSF coefficients, the gain-shape coded LSF residual coefficients, and information on the applied gain-shape coding scheme. determining LSF residual coefficients (LSF R2) as first compressed LSF coefficients subtracted from the input LSF coefficients; transforming the LSF residual coefficients (LSF R2) into a warped domain (LSF R2T), applying, one of a plurality of gain-shape coding schemes on the transformed LSF residual coefficients in order to achieve gain-shape coded LSF residual coefficients, where the plurality of gain-shape coding schemes have mutually different trade-offs in one or more of gain resolution and shape resolution for one or more of the transformed LSF residual coefficients; and transmitting, over a communication channel to a decoder, a representation of the first compressed LSF coefficients, the gain-shape coded LSF residual coefficients, and information on the applied gain-shape coding scheme.
Support for treating micromechanical components, particularly for cleaning and/or galvanic deposition, formed of a carrier structure having attachment points for the micromechanical components to be treated, the components each including at least one hole or through orifice, wherein said support the attachment points are formed by at least one rigid pin arranged so that the micromechanical components can be threaded via the holes therein on said rigid pin, said support further including at least one spacer means arranged to maintain, each, said components apart from each other, said spacer means being spacers having a central through hole (11 A) for the passage of the rigid pin, said support being characterized in that each spacer has a support track which is remote from the central hole (11 A) and on which the micromechanical component is intended to rest.
Dressing device for dressing a grinding tool provided with a predetermined grinding profile, the dressing device comprising at least a first dressing area and a second dressing area connected thereto, the dressing device having a longitudinal axis, and both dressing areas (3, 4) are arranged one behind the other in the direction of the longitudinal axis, characterized in that the first dressing area has a first specification for sharpening the grinding profile of the grinding tool and the second dressing area has a second specification deviating from the first specification for restoring the grinding profile of the grinding tool, and wherein the first dressing area has a larger volume than the second dressing area, and in that the dressing device is essentially cuboid, preferably with - a length from 150 mm to 250 mm, particularly preferably from 180 mm to 200 mm, and/or - a width from 25 mm to 75 mm, particularly preferably 50 mm, and/or - a thickness from 2.0 mm to 10.0 mm, particularly preferably 3.0 mm, 4.0 mm or 5.5 mm. - a length from 150 mm to 250 mm, particularly preferably from 180 mm to 200 mm, and/or - a width from 25 mm to 75 mm, particularly preferably 50 mm, and/or - a thickness from 2.0 mm to 10.0 mm, particularly preferably 3.0 mm, 4.0 mm or 5.5 mm.
A smoke detector having improved false-alarm rejection performance in the presence of steam, comprising: a photoelectric smoke sensor that generates sensor values, the sensor values being affected by the presence of steam as well as smoke; and a processor coupled to the photoelectric smoke sensor and operative to process the sensor values to determine whether to activate an alarm, wherein the sensor values are processed to at least partially mitigate the effect of steam relative to the effect of smoke in determining whether to activate the alarm to thereby reduce occurrence of false alarms caused by presence of steam. wherein said processing to at least partially mitigate the effect of steam relative to the effect of smoke includes detecting large magnitude swings in successive sensor values and incorporating them into a probability calculation to process the sensor values to reduce an impact of sensor values having relatively high rates of change and relatively large differentials in magnitude, which correspond to the detected large magnitude swings, relative to an impact of sensor values having relatively low rates of change and relatively small differentials in magnitude. a photoelectric smoke sensor that generates sensor values, the sensor values being affected by the presence of steam as well as smoke; and a processor coupled to the photoelectric smoke sensor and operative to process the sensor values to determine whether to activate an alarm, wherein the sensor values are processed to at least partially mitigate the effect of steam relative to the effect of smoke in determining whether to activate the alarm to thereby reduce occurrence of false alarms caused by presence of steam. wherein said processing to at least partially mitigate the effect of steam relative to the effect of smoke includes detecting large magnitude swings in successive sensor values and incorporating them into a probability calculation to process the sensor values to reduce an impact of sensor values having relatively high rates of change and relatively large differentials in magnitude, which correspond to the detected large magnitude swings, relative to an impact of sensor values having relatively low rates of change and relatively small differentials in magnitude.
An apparatus for providing surgical access to a sub arachnoid space bounded by a duralarachnoid tissue layer and pia mater, comprising: a working tube having at least one lumen; a suction port at one end of the lumen configured to suction the arachnoid tissue layer positioned in front of the suction port; a tissue puncture device (700, 800) susceptible to a magnetic field within the lumen configured to puncture the arachnoid tissue layer at the one end of the lumen to provide access to the subarachnoid space; a magnetic field modulator adapted to move the tissue puncture device by controlling a magnetic field; and an imaging port within the working tube. a working tube having at least one lumen; a suction port at one end of the lumen configured to suction the arachnoid tissue layer positioned in front of the suction port; a tissue puncture device (700, 800) susceptible to a magnetic field within the lumen configured to puncture the arachnoid tissue layer at the one end of the lumen to provide access to the subarachnoid space; a magnetic field modulator adapted to move the tissue puncture device by controlling a magnetic field; and an imaging port within the working tube.
A method of using and renovating a disk from a stack of disks (7, 107, 207, 307) of a vehicle brake, the method comprising the steps of using the disk during a plurality of lives and of compensating a reduction in thickness after each life by assembling the disk with a complementary portion, in compliance with the following arrangements: • after a first life, at the end of which the disk has a thickness lying in the range 60% to 90% of an initial thickness of the disk, surfacing both faces of the disk and assembling it on one side with a first complementary portion so that the assembly has a thickness substantially equal to the initial thickness of the disk; • after a second life, at the end of which the disk has a thickness greater than 50% of the initial thickness, surfacing the disk to a thickness substantially equal to 50% of the initial thickness and assembling it with a second complementary portion so that the assembly has a thickness substantially equal to the initial thickness of the disk; • after a third life, at the end of which the disk has a thickness lying in the range 40% to 10% of the initial thickness, surfacing the disk and assembling it with a third complementary portion so that the assembly has a thickness substantially equal to the initial thickness of the disk; and • after a fourth life, discarding the disk. • after a first life, at the end of which the disk has a thickness lying in the range 60% to 90% of an initial thickness of the disk, surfacing both faces of the disk and assembling it on one side with a first complementary portion so that the assembly has a thickness substantially equal to the initial thickness of the disk; • after a second life, at the end of which the disk has a thickness greater than 50% of the initial thickness, surfacing the disk to a thickness substantially equal to 50% of the initial thickness and assembling it with a second complementary portion so that the assembly has a thickness substantially equal to the initial thickness of the disk; • after a third life, at the end of which the disk has a thickness lying in the range 40% to 10% of the initial thickness, surfacing the disk and assembling it with a third complementary portion so that the assembly has a thickness substantially equal to the initial thickness of the disk; and • after a fourth life, discarding the disk.
A communications device comprising: means for receiving an indication of a downlink control information assignment at the communications device, where a downlink control information assignment comprises a plurality of configuration fields; and means for determining the downlink control information assignment for the communications device based at least in part on the indication of the downlink control information assignment; and characterized in that said determining is further based at least in part on a physical random access channel transmission from the communications device. means for receiving an indication of a downlink control information assignment at the communications device, where a downlink control information assignment comprises a plurality of configuration fields; and means for determining the downlink control information assignment for the communications device based at least in part on the indication of the downlink control information assignment; and characterized in that said determining is further based at least in part on a physical random access channel transmission from the communications device.
Device for separating individual sausages separated from one another by twist points at a cutting point, a sensor for detecting the twist point being arranged upstream of the cutting point, in that at least one further sensor is arranged upstream of the cutting point, which sensor runs parallel to the sensor and is located closer to the cutting point than the sensor, the sensors (6, 7) each producing an infrared light jacket, characterised in that the sensors (6, 7) are individually operable.
A method of accessing a forwarding entry, comprising: receiving, by a cache, an entry reading command sent from a forwarding component, wherein the entry reading command carries a storage address in a storage of a first forwarding entry to be read; searching, by the cache, for a first Hash bucket with a state tag indicating a valid state in the cache according to the storage address of the first forwarding entry, wherein, the first Hash bucket contains a storage address which is identical to the storage address of the first forwarding entry; and when the first Hash bucket is found in the cache, transmitting, by the cache, to the forwarding component, the first forwarding entry cached in a cache space corresponding to the first Hash bucket; and when the first Hash bucket is not found in the cache, reading, by the cache, the first forwarding entry from the storage, and transmitting, by the cache, the read first forwarding entry to the forwarding component, wherein, the state tag is comprised in a Hash bucket and used to indicate whether a forwarding entry in a cache space corresponding to the Hash bucket is valid. receiving, by a cache, an entry reading command sent from a forwarding component, wherein the entry reading command carries a storage address in a storage of a first forwarding entry to be read; searching, by the cache, for a first Hash bucket with a state tag indicating a valid state in the cache according to the storage address of the first forwarding entry, wherein, the first Hash bucket contains a storage address which is identical to the storage address of the first forwarding entry; and when the first Hash bucket is found in the cache, transmitting, by the cache, to the forwarding component, the first forwarding entry cached in a cache space corresponding to the first Hash bucket; and when the first Hash bucket is not found in the cache, reading, by the cache, the first forwarding entry from the storage, and transmitting, by the cache, the read first forwarding entry to the forwarding component, reading, by the cache, the first forwarding entry from the storage, and transmitting, by the cache, the read first forwarding entry to the forwarding component, wherein, the state tag is comprised in a Hash bucket and used to indicate whether a forwarding entry in a cache space corresponding to the Hash bucket is valid.
A local oscillator control method, comprising: in response to receiving an operating resource of a scene and determining that the operating resource contains a millimeter wave resource, extracting, from the operating resource, an operating frequency band in the scene that is different from the millimeter wave resource; evaluating whether interference presents between the operating frequency band and a default frequency point of an intermediate-frequency signal associated with the millimeter wave resource; and in response to a presence of interference, acquiring a new frequency point of a local oscillator signal matched with an interference-free frequency point of an intermediate-frequency signal, and adaptively adjusting the frequency point of the local oscillator signal from a default frequency point of the local oscillator signal to the new frequency point. in response to receiving an operating resource of a scene and determining that the operating resource contains a millimeter wave resource, extracting, from the operating resource, an operating frequency band in the scene that is different from the millimeter wave resource; evaluating whether interference presents between the operating frequency band and a default frequency point of an intermediate-frequency signal associated with the millimeter wave resource; and in response to a presence of interference, acquiring a new frequency point of a local oscillator signal matched with an interference-free frequency point of an intermediate-frequency signal, and adaptively adjusting the frequency point of the local oscillator signal from a default frequency point of the local oscillator signal to the new frequency point.
A one-piece optical element, made of an optically transparent material, for focusing an input bundle of collimated rays around an optical axis in a focal region around a focal point, bounded on the entry side by a truncated cone, centered relative to the optical axis, with a top surface (KS.p) pointing toward the light entry, characterized in that the optical element is bounded on the exit side by a cone with a cone tip, pointing toward the light exit, on the optical axis and an aspheric boundary surface arranged rotationally symmetrically around the cone, wherein the cone is formed as a complementary cone complementary with the truncated cone to form a cone and wherein the aspheric boundary surface is formed as a partial surface of the convex surface (L.k) of a plano-convex aspheric converging lens with a focal point, located behind the light exit of the optical element, on the optical axis and wherein the lateral surfaces (KS.m, K.m) of the truncated cone and of the cone are inwardly reflecting and spaced apart along the optical axis so that the collimated input bundle is directed from the inner side of the lateral surface (K.m) of the cone to the inner side of the lateral surface (KS.m) of the truncated cone.
A method for preparing an antibody-drug conjugate of Formula I: Ab-(L1-D) p I or a pharmaceutically acceptable salt thereof, wherein Ab is an antibody; L1 has the structure wherein, R 1, R 2, R 3, and R 4 are independently selected from the group consisting of H, optionally substituted branched or linear C 1 -C 5 alkyl, and optionally substituted C 3 -C 6 cycloalkyl, or R 3 and R 4 taken together with the carbon atom to which they are bound form a C 3 -C 6 cycloalkyl ring, wherein said optionally substituted alkyl or cycloalkyl may be substituted with alkyl, cycloalkyl, aryl, heteroaryl, hydroxyl, nitrile, halo, alkoxy, haloalkoxy, arylalkoxy, acyloxy, alkylthio, sulfonate, amino, alkylamino, acylamino, carbamoyl, alkylcarbamoyl, or nitro; D is, wherein L1 is covalently bonded to the secondary nitrogen; and p is 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10; the method comprising: i. contacting a compound of Formula II T-L1-D II with an antibody, wherein, L1 and D are as described above, T is a leaving group having the structure R 5 -S, wherein R 5 is an optionally substituted pyridine, wherein an antibody-drug conjugate of Formula I is prepared. R 1, R 2, R 3, and R 4 are independently selected from the group consisting of H, optionally substituted branched or linear C 1 -C 5 alkyl, and optionally substituted C 3 -C 6 cycloalkyl, or R 3 and R 4 taken together with the carbon atom to which they are bound form a C 3 -C 6 cycloalkyl ring, wherein said optionally substituted alkyl or cycloalkyl may be substituted with alkyl, cycloalkyl, aryl, heteroaryl, hydroxyl, nitrile, halo, alkoxy, haloalkoxy, arylalkoxy, acyloxy, alkylthio, sulfonate, amino, alkylamino, acylamino, carbamoyl, alkylcarbamoyl, or nitro; D is, wherein L1 is covalently bonded to the secondary nitrogen; and p is 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10; the method comprising: i. contacting a compound of Formula II T-L1-D II with an antibody, wherein, L1 and D are as described above, T is a leaving group having the structure R 5 -S, wherein R 5 is an optionally substituted pyridine, wherein an antibody-drug conjugate of Formula I is prepared., wherein L1 is covalently bonded to the secondary nitrogen; and p is 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10; the method comprising: i. contacting a compound of Formula II T-L1-D II with an antibody, wherein, L1 and D are as described above, T is a leaving group having the structure R 5 -S, wherein R 5 is an optionally substituted pyridine, wherein an antibody-drug conjugate of Formula I is prepared. i. contacting a compound of Formula II T-L1-D II with an antibody, wherein, L1 and D are as described above, T is a leaving group having the structure R 5 -S, wherein R 5 is an optionally substituted pyridine, wherein an antibody-drug conjugate of Formula I is prepared. L1 and D are as described above, T is a leaving group having the structure R 5 -S, wherein R 5 is an optionally substituted pyridine, wherein an antibody-drug conjugate of Formula I is prepared.
An absorbent structure in the form of a heterogeneous mass having a longitudinal axis, a lateral axis, a vertical axis, the absorbent structure comprising: one or more enrobeable elements in the form of fibers; and a plurality of discrete open cell foam pieces having both pores and one or more vacuoles, wherein the vacuoles each contains a portion of an enrobeable element. one or more enrobeable elements in the form of fibers; and a plurality of discrete open cell foam pieces having both pores and one or more vacuoles, wherein the vacuoles each contains a portion of an enrobeable element.
A child safety seat comprising a belt guide (8R, 8L) incorporated within an adjustable head rest of the child safety seat, wherein the belt guide (8R, 8L) comprises a guide member having a guide surface for guiding a belt, characterised in that the guide surface is configured to be moveable for self-adjustment in response to forces applied by the belt when guided over the guide surface, so as to automatically move into a suitable belt guiding position and/or orientation in relation to the head rest in which the belt is guided correctly over the shoulder of an occupant of the child safety seat when the child safety seat is occupied by the occupant.
A method for wireless communication, comprising: determining, by a primary serving cell, that a neighbor cell operates in a shared access radio frequency spectrum; and transmitting, by the primary serving cell, signaling information to a mobile device indicating that the neighbor cell is prohibited from serving as a primary serving cell based at least in part on the determination that the neighbor cell operates in the shared access radio frequency spectrum. determining, by a primary serving cell, that a neighbor cell operates in a shared access radio frequency spectrum; and transmitting, by the primary serving cell, signaling information to a mobile device indicating that the neighbor cell is prohibited from serving as a primary serving cell based at least in part on the determination that the neighbor cell operates in the shared access radio frequency spectrum.
Covering device for a basin, in particular a swimming pool or the like, comprising a safety module and a complementary functional module arranged in two parallel and distinct planes, said safety module comprising at least one panel mounted on a technical frame arranged to hold said at least one panel and defining a central opening arranged for being located substantially above said basin, and said complementary functional module being at least partly superimposed on safety module to cover at least partly said central opening, said complementary functional module comprising moreover a plurality of detachable panels which are reversibly joined to each other, said technical frame comprising, on the one hand, tensioning means that allow tensioning said covering device and, on the other hand, attaching means for attaching said covering device, characterized in that said covering device comprises joining means arranged for reversibly joining said detachable panels of said complementary functional module on the one hand to each other and on the other hand to said at least one panel of said safety module.
Reactor for production of hydrogen comprising. a first area for the production of heat or discharge of a heat transfer medium, a second area wherein the production of the hydrogen is carried out, a third area in order to carry of the produced hydrogen a metallic composite membrane containing metal or consisting of metal wherein the metallic composite membrane is located between the second area and the third area, and wherein the metallic composite membrane having a porous foil having a thickness of 50 μm to 2 mm and a membrane active layer having a thickness of 0.5 to 25 μm laminated to the porous foil which allows solely the permeation of hydrogen and a border consisting of a material which is not permeable for gas wherein the hydrogen permeates through the membrane active layer and then diffuses through the porous foil and wherein the three areas together form a unit which can be combined with other units of the same kind such that these units can be sandwiched with each other.
Lightweight structure with at least one structural unit, which is built up from several support rods joined together to form a framework, wherein the support rods are continuously joined to one another, wherein the structural unit has a top and bottom cover plate (19a, 19b), between which the framework and support rods are arranged, characterised in that the support rods are joined together with constant curvature.