mhurhangee/patent-ind-claim-en huggingface dataset:
Method for coating a workpiece using a spraying device, wherein the coating of the workpiece is performed according to at least one coating parameter, and wherein at least the following steps are carried out during coating: - detecting a local heat distribution in a working area of a surface of the workpiece; and - adapting the at least one coating parameter as a function of the detected heat distribution, in which the detected heat distribution is compared with stored reference heat distributions, and wherein the at least one coating parameter is adapted as a function of a coating parameter data set which is assigned to a reference heat distribution, of the stored reference heat distributions, that most closely resembles the detected heat distribution, in which the stored reference heat distributions are divided into a plurality of groups, wherein each of the groups is assigned to a respective surface region of the workpiece, and wherein, when the detected heat distribution is compared with the stored reference heat distributions, the detected heat distribution is compared with that group of stored reference heat distributions which is assigned to that surface region of the workpiece containing the working area for which the detected heat distribution has been detected. - detecting a local heat distribution in a working area of a surface of the workpiece; and - adapting the at least one coating parameter as a function of the detected heat distribution, in which the detected heat distribution is compared with stored reference heat distributions, and wherein the at least one coating parameter is adapted as a function of a coating parameter data set which is assigned to a reference heat distribution, of the stored reference heat distributions, that most closely resembles the detected heat distribution, in which the stored reference heat distributions are divided into a plurality of groups, wherein each of the groups is assigned to a respective surface region of the workpiece, and wherein, when the detected heat distribution is compared with the stored reference heat distributions, the detected heat distribution is compared with that group of stored reference heat distributions which is assigned to that surface region of the workpiece containing the working area for which the detected heat distribution has been detected.
Biomass furnace, comprising: a combustion chamber having a floor; an air inlet arranged in the floor region of the combustion chamber ; a flue gas collecting region which is arranged above the combustion chamber , and a flue gas nozzle which is arranged on the flue gas collecting region ; and a flue gas duct which conveys flue gas downwards out of the combustion chamber and, after a change of direction, upwards into the flue gas collecting region ; characterised in that the air inlet and the flue gas nozzle are on a common axis which forms an axis of rotation for the combustion chamber together with the flue gas collecting region and the flue gas duct . a combustion chamber having a floor; an air inlet arranged in the floor region of the combustion chamber ; a flue gas collecting region which is arranged above the combustion chamber , and a flue gas nozzle which is arranged on the flue gas collecting region ; and a flue gas duct which conveys flue gas downwards out of the combustion chamber and, after a change of direction, upwards into the flue gas collecting region ; characterised in that the air inlet and the flue gas nozzle are on a common axis which forms an axis of rotation for the combustion chamber together with the flue gas collecting region and the flue gas duct .
Emergency call system of a motor vehicle having a digital microphone that is connected to a bus master via an Automotive Audio Bus and is controlled by said bus master to provide a predefined directional characteristic, wherein the digital microphone comprises at least two microphone capsules , the at least two microphone capsules are arranged symmetrically with respect to one another and the digital microphone is arranged in front of the location of the driver and the location of the front-seat passenger in the direction of travel, characterized in that if the bus master fails then two microphone capsules are connected in series with one another with reverse polarity, as a result of which a joint figure-of-eight characteristic is produced, and the joint signals of the two microphone capsules connected in series with reverse polarity are routed out of the digital microphone for further processing.
A combination comprising tasquinimod, or a pharmaceutically acceptable salt thereof, and at least one further compound selected from (i) a proteasome inhibitor selected from bortezomib and ixazomib, (ii) the immunomodulatory imide lenalidomid, and (iii) the antibody daratumumab, for use in the treatment of multiple myeloma. (i) a proteasome inhibitor selected from bortezomib and ixazomib, (ii) the immunomodulatory imide lenalidomid, and (iii) the antibody daratumumab,
An electrical penetration assembly, comprising sealing glass , an outer tube and a conductor inserted into the outer tube, wherein both ends of the outer tube are blocked by supporting and fixing blocks , and an optical fiber penetrating the sealing glass, characterised in that both ends of the conductor respectively protrude from the corresponding supporting and fixing blocks; the sealing glass is sintered between the conductor and the outer tube and is configured to divide an annular cavity jointly enclosed by the conductor, the outer tube and the supporting and fixing blocks into an upper cavity and a lower cavity; and at least one end of the optical fiber is connected to an optical fiber splice after protruding from the corresponding supporting and fixing block, and a portion of the optical fiber located in the sealing glass is inscribed with a fiber Bragg grating to form a first fiber Bragg grating sensor . both ends of the conductor respectively protrude from the corresponding supporting and fixing blocks; the sealing glass is sintered between the conductor and the outer tube and is configured to divide an annular cavity jointly enclosed by the conductor, the outer tube and the supporting and fixing blocks into an upper cavity and a lower cavity; and at least one end of the optical fiber is connected to an optical fiber splice after protruding from the corresponding supporting and fixing block, and a portion of the optical fiber located in the sealing glass is inscribed with a fiber Bragg grating to form a first fiber Bragg grating sensor .
A thermoplastic resin composition comprising: 100 parts by weight of a polycarbonate resin; 10 parts by weight to 140 parts by weight of a (meth)acrylic resin represented by Formula 1; 10 parts by weight to 80 parts by weight of an aromatic phosphoric acid ester compound; and 10 parts by weight to 110 parts by weight of glass fibers, wherein a difference in index of refraction between the glass fibers and a resin mixture comprising the polycarbonate resin, the (meth)acrylic resin, and the aromatic phosphoric acid ester compound is 0.02 or less. wherein R 1 is a hydrogen atom, a methyl group or an ethyl group and R 2 is a substituted or unsubstituted C 6 to C 20 aryl group. 100 parts by weight of a polycarbonate resin; 10 parts by weight to 140 parts by weight of a (meth)acrylic resin represented by Formula 1; 10 parts by weight to 80 parts by weight of an aromatic phosphoric acid ester compound; and 10 parts by weight to 110 parts by weight of glass fibers, wherein a difference in index of refraction between the glass fibers and a resin mixture comprising the polycarbonate resin, the (meth)acrylic resin, and the aromatic phosphoric acid ester compound is 0.02 or less.
A vitrectomy instrument comprising: a housing comprising: a proximal end ; and a distal end ; a reciprocating cutter comprising: a needle projecting from the distal end of the housing, the needle comprising: a proximal end ; a distal end ; a first lumen; and a port disposed at the distal end of the needle, the port providing fluid communication between the exterior of the needle and the first lumen; an inner tube that extends within the first lumen of the needle, the inner tube comprising: a second lumen ; and a cutting edge adapted to cut tissue drawn into the port; and a needle stop coupled to the proximal end of the needle and comprising a first contact surface ; a cutter stop coupled to the inner tube and comprising a second contact surface , the first contact surface configured to contact the second contact surface limiting distal movement of the inner tube and defining a fully extended position of the inner tube ; and a motor operable to reciprocate the inner tube . a housing comprising: a proximal end ; and a distal end ; a proximal end ; and a distal end ; a reciprocating cutter comprising: a needle projecting from the distal end of the housing, the needle comprising: a proximal end ; a distal end ; a first lumen; and a port disposed at the distal end of the needle, the port providing fluid communication between the exterior of the needle and the first lumen; an inner tube that extends within the first lumen of the needle, the inner tube comprising: a second lumen ; and a cutting edge adapted to cut tissue drawn into the port; and a needle stop coupled to the proximal end of the needle and comprising a first contact surface ; a cutter stop coupled to the inner tube and comprising a second contact surface , the first contact surface configured to contact the second contact surface limiting distal movement of the inner tube and defining a fully extended position of the inner tube ; and a needle projecting from the distal end of the housing, the needle comprising: a proximal end ; a distal end ; a first lumen; and a port disposed at the distal end of the needle, the port providing fluid communication between the exterior of the needle and the first lumen; a proximal end ; a distal end ; a first lumen; and a port disposed at the distal end of the needle, the port providing fluid communication between the exterior of the needle and the first lumen; an inner tube that extends within the first lumen of the needle, the inner tube comprising: a second lumen ; and a cutting edge adapted to cut tissue drawn into the port; and a second lumen ; and a cutting edge adapted to cut tissue drawn into the port; and a needle stop coupled to the proximal end of the needle and comprising a first contact surface ; a cutter stop coupled to the inner tube and comprising a second contact surface , the first contact surface configured to contact the second contact surface limiting distal movement of the inner tube and defining a fully extended position of the inner tube ; and a motor operable to reciprocate the inner tube .
A system for assisting with cardiopulmonary resuscitation (CPR), the system comprising an active compression decompression device configured to push downward and pull upward on a patient's chest; a force sensor configured to measure force applied to the patient's chest during chest compression; a motion sensor (216b, c) configured to measure displacement of the patient's chest during chest compressions; and one or more processors configured for: calculating a chest compliance relationship comprising a force-displacement relationship, based on data received from the force sensor and the motion sensor, determining a neutral position of chest compression based at least in part on a feature of the force-displacement relationship, and providing a feedback based on the neutral position of chest compression. an active compression decompression device configured to push downward and pull upward on a patient's chest; a force sensor configured to measure force applied to the patient's chest during chest compression; a motion sensor (216b, c) configured to measure displacement of the patient's chest during chest compressions; and one or more processors configured for: calculating a chest compliance relationship comprising a force-displacement relationship, based on data received from the force sensor and the motion sensor, determining a neutral position of chest compression based at least in part on a feature of the force-displacement relationship, and providing a feedback based on the neutral position of chest compression. calculating a chest compliance relationship comprising a force-displacement relationship, based on data received from the force sensor and the motion sensor, determining a neutral position of chest compression based at least in part on a feature of the force-displacement relationship, and providing a feedback based on the neutral position of chest compression.
An air cycle machine comprising: a housing configured to enable airflow therethrough; a fan disposed within the housing and configured to rotate within the housing; and at least one aperture formed in the housing and configured to allow airflow through the at least one aperture from a cooling airflow path of an air cycle machine and into the housing, wherein the at least one aperture is configured to optimally direct airflow passing therethrough toward the fan ; characterized in that the housing includes a removable ring , wherein the apertures are formed in the removable ring . a housing configured to enable airflow therethrough; a fan disposed within the housing and configured to rotate within the housing; and at least one aperture formed in the housing and configured to allow airflow through the at least one aperture from a cooling airflow path of an air cycle machine and into the housing, wherein the at least one aperture is configured to optimally direct airflow passing therethrough toward the fan ; characterized in that the housing includes a removable ring , wherein the apertures are formed in the removable ring .
A shroud for use with a helmet , the shroud comprising: a top shroud configured to attach to the helmet ; an inner shroud configured to attach to the top shroud , wherein the inner shroud comprises a band configured to tighten around a user's neck; and an outer shroud configured to removably attach to the top shroud , wherein the outer shroud is configured to cover a user's shoulders. a top shroud configured to attach to the helmet ; an inner shroud configured to attach to the top shroud , wherein the inner shroud comprises a band configured to tighten around a user's neck; and an outer shroud configured to removably attach to the top shroud , wherein the outer shroud is configured to cover a user's shoulders.
A control valve assembly comprising: a body including a mud flow passage having a mud flow inlet and a mud flow outlet , the body comprising a first body portion , a second body portion , and a sleeve member , wherein the first body portion is mechanically linked to the second body portion by the sleeve member , the sleeve member defines a mud flow outlet chamber fluidically connected to the mud flow outlet , the sleeve member includes one or more outlet ports fluidically connected to the mud flow outlet chamber , and wherein the one or more outlet ports extend at an angle of between 20° and 80° relative to a longitudinal axis of the control valve assembly ; a magnetic plunger slidingly mounted within the body ; and a solenoid mounted at the body about the magnetic plunger , the solenoid being selectively activated to shift the magnetic plunger between a first position covering the mud flow outlet and a second position exposing the mud flow outlet allowing a pulse of mud to flow through the mud flow outlet , into the mud flow outlet chamber , and be expelled through the one or more outlet ports . a body including a mud flow passage having a mud flow inlet and a mud flow outlet , the body comprising a first body portion , a second body portion , and a sleeve member , wherein the first body portion is mechanically linked to the second body portion by the sleeve member , the sleeve member defines a mud flow outlet chamber fluidically connected to the mud flow outlet , the sleeve member includes one or more outlet ports fluidically connected to the mud flow outlet chamber , and wherein the one or more outlet ports extend at an angle of between 20° and 80° relative to a longitudinal axis of the control valve assembly ; a magnetic plunger slidingly mounted within the body ; and a solenoid mounted at the body about the magnetic plunger , the solenoid being selectively activated to shift the magnetic plunger between a first position covering the mud flow outlet and a second position exposing the mud flow outlet allowing a pulse of mud to flow through the mud flow outlet , into the mud flow outlet chamber , and be expelled through the one or more outlet ports .
A triblock copolymer of the formula ABC wherein B is a hydrogenated vinyl aromatic block having a T g of ≥110°C and comprising 30-90 wt.% of the copolymer; C is a rubbery block having a T g ≤ 25°C and comprising 10-70 wt.% of the copolymer; and A is an block derived from ring-opening polymerization, substantially incompatible with both B and C blocks wherein B + C comprises 70-95 wt.% of the copolymer.
Method of testing a tyre , the method comprising: - mounting said tyre on a rim and inflating the tyre to a pressure; - putting in rotation the tyre around an axis of rotation , with said tyre in thrust with a force on a rolling surface ; - acquiring an accelerometric signal representative of a linear acceleration undergone by said tyre during said rotation; - calculating at least one frequency spectrum of said accelerometric signal; - calculating at least one index as a function of said at least one frequency spectrum; - evaluating a state of integrity of said tyre on the basis of a time trend of said at least one index, characterized in that calculating said at least one frequency spectrum comprises interpolating said accelerometric signal and, for each period of said rotation, sampling said interpolated accelerometric signal in a given number of points, wherein said sampling is performed in synchronous way with said rotation. - mounting said tyre on a rim and inflating the tyre to a pressure; - putting in rotation the tyre around an axis of rotation , with said tyre in thrust with a force on a rolling surface ; - acquiring an accelerometric signal representative of a linear acceleration undergone by said tyre during said rotation; - calculating at least one frequency spectrum of said accelerometric signal; - calculating at least one index as a function of said at least one frequency spectrum; - evaluating a state of integrity of said tyre on the basis of a time trend of said at least one index,
An antibody specifically binding to canine DLA-DR antigen and interacting with canine lymphoma and leukemia cells having: A) antibody heavy chain containing CDR regions designated as SEQ ID Nos. 1-3, especially comprising heavy chain variable region having an amino acid sequence designated as SEQ ID No. 7 and antibody light chain containing CDR regions designated as SEQ ID Nos. 9-11, especially comprising light chain variable region having an amino acid sequence designated as SEQ ID No. 15 or B) antibody heavy chain containing CDR regions designated as SEQ ID Nos. 4-6, especially comprising heavy chain variable region having an amino acid sequence designated as SEQ ID No. 8 and antibody light chain containing CDR regions designated as SEQ ID Nos. 12-14, especially comprising light chain variable region having an amino acid sequence designated as SEQ ID No. 16. A) antibody heavy chain containing CDR regions designated as SEQ ID Nos. 1-3, especially comprising heavy chain variable region having an amino acid sequence designated as SEQ ID No. 7 and antibody light chain containing CDR regions designated as SEQ ID Nos. 9-11, especially comprising light chain variable region having an amino acid sequence designated as SEQ ID No. 15 or B) antibody heavy chain containing CDR regions designated as SEQ ID Nos. 4-6, especially comprising heavy chain variable region having an amino acid sequence designated as SEQ ID No. 8 and antibody light chain containing CDR regions designated as SEQ ID Nos. 12-14, especially comprising light chain variable region having an amino acid sequence designated as SEQ ID No. 16.
Lighting device (LIGHT) for facilitating the reading of graphic and/or textual content on any given support by dyslexic subjects, said device comprising a control unit (CTRLU) and a lighting module (LIMOD) adapted to the generation of a light beam in a spectrum of visible light, said lighting device (LIGHT) being configured to periodically activate and deactivate said light beam according to successive cycles carried out at a predetermined frequency Fd that is a reciprocal of the sum of a period of activation of the light beam and of a period of deactivation of the light beam, each cycle having a duration T and comprising a period of activation of the light beam having a duration T1 preceded or followed by a period of deactivation of the light beam having a duration T2, Fd being such that Fd = 1/(T1+T2), the predetermined frequency Fd being comprised in an interval of values ranging from 60 to 90 Hz, and in that the duration T1 of the periods of activation of the light beam is comprised in an interval of values ranging from 15 to 30% of the duration T of the cycles, said device being characterised in that it comprises an adjustment knob or a slider, implemented in hardware or via a user interface, for refining the predetermined frequency Fd in the range of values from 60 to 90 Hz.
A computer-implemented method comprising: initiating , by an assisted-driving system that is controlling motion of a vehicle, a lane change of the vehicle from an ego lane to a target lane, the lane change to be performed based only on local information of the vehicle, the local information including data generated by a perception component that is situated within or on the vehicle and requires no particular technology external to the vehicle, the local information being iteratively received prior to initiating the lane change and during the lane change; defining , by the assisted-driving system, a parametric representation of the target lane, the parametric representation based on first waypoints of the target lane; receiving , by the assisted-driving system and during the lane change, a first output of the perception component of the vehicle, the first output being the local information and reflecting second waypoints of the target lane; performing , by the assisted-driving system, a comparison based on the first output and the parametric representation; and providing , by the assisted-driving system, references of a first global path to controllers of the vehicle for actuating the lane change, the references selected based on the comparison. initiating , by an assisted-driving system that is controlling motion of a vehicle, a lane change of the vehicle from an ego lane to a target lane, the lane change to be performed based only on local information of the vehicle, the local information including data generated by a perception component that is situated within or on the vehicle and requires no particular technology external to the vehicle, the local information being iteratively received prior to initiating the lane change and during the lane change; defining , by the assisted-driving system, a parametric representation of the target lane, the parametric representation based on first waypoints of the target lane; receiving , by the assisted-driving system and during the lane change, a first output of the perception component of the vehicle, the first output being the local information and reflecting second waypoints of the target lane; performing , by the assisted-driving system, a comparison based on the first output and the parametric representation; and providing , by the assisted-driving system, references of a first global path to controllers of the vehicle for actuating the lane change, the references selected based on the comparison.