mhurhangee/ep-ind-claims huggingface dataset:
A press hardened steel part wherein the chemical composition of the steel comprises, in weight: 0.062 ≤ C ≤ 0.095 % 1.4 % ≤ Mn ≤ 1.9 % 0.2 % ≤ Si ≤ 0.5 % 0.020 % ≤ Al ≤ 0.070 % 0.02 % ≤ Cr ≤ 0.1 %, wherein: 1.5 % ≤ C + Mn + Si + Cr ≤ 2.7 % 0.040 % ≤ Nb ≤ 0.060 % 3.4 × N ≤ Ti ≤ 8 × N wherein: 0.044 % ≤ Nb + Ti ≤ 0,090 % 0.0002 ≤ B ≤ 0.004 % 0.001 % ≤ N < 0.007 % 0.0005 % ≤ S ≤ 0.003 % 0.001 % ≤ P ≤ 0.020 % optionally: 0.0001 % ≤ Ca ≤ 0.003 %, the remainder being Fe and unavoidable impurities, and wherein the microstructure comprises, in at least 95% of the volume of said part, in surface fractions: less than 40% of bainite, less than 5% of austenite, less than 5% of ferrite, the remainder being martensite, said martensite consisting of fresh martensite and of self-tempered martensite.
A calculation and control system for determining whether a patient intended to follow several sessions (i, j) of extracorporeal blood treatment by extraction and return of blood via the vascular access, falls within a group among several groups of hypertension-affected patients, the system comprising: a) means for determining the value of at least one parameter (ΔPi, ΔPj...) representing the evolution of the interdialytic mass (ΔP) of the patient, for at least two sessions (i, j...), b) means for determining the value (CPi, CPj,...) of at least one parameter representing the plasmatic conductivity of the patient for at least two sessions (i, j), c) means for determining the value (TMi, TMj) of a parameter representing the ionic mass transfer of the treatment for at least two sessions (i, j), d) programmed means for determining whether the patient falls within a group of hypertension-affected patients as a function of the evolution over several sessions of at least one of the three following sets of values: - a first set of at least two determined values (ΔPi, ΔPj) of the evolution of the interdialytic mass (ΔP) of the patient, - a second set of at least two determined values (CPi, CPj...) representing the plasmatic conductivity; and - a third set of at least two determined values (TMi, TMj) representing the ionic mass transfer. a) means for determining the value of at least one parameter (ΔPi, ΔPj...) representing the evolution of the interdialytic mass (ΔP) of the patient, for at least two sessions (i, j...), b) means for determining the value (CPi, CPj,...) of at least one parameter representing the plasmatic conductivity of the patient for at least two sessions (i, j), c) means for determining the value (TMi, TMj) of a parameter representing the ionic mass transfer of the treatment for at least two sessions (i, j), d) programmed means for determining whether the patient falls within a group of hypertension-affected patients as a function of the evolution over several sessions of at least one of the three following sets of values: - a first set of at least two determined values (ΔPi, ΔPj) of the evolution of the interdialytic mass (ΔP) of the patient, - a second set of at least two determined values (CPi, CPj...) representing the plasmatic conductivity; and - a third set of at least two determined values (TMi, TMj) representing the ionic mass transfer. - a first set of at least two determined values (ΔPi, ΔPj) of the evolution of the interdialytic mass (ΔP) of the patient, - a second set of at least two determined values (CPi, CPj...) representing the plasmatic conductivity; and - a third set of at least two determined values (TMi, TMj) representing the ionic mass transfer.
A process for producing a sheet-form flavor-containing material for cigarette, characterized in that the process comprises steps of: (i) mixing a polysaccharide with water and heating the mixture at a temperature of 60 to 90°C to prepare an aqueous solution of the polysaccharide; (ii) adding a flavor and an emulsifier to the aqueous solution of the polysaccharide and kneading and emulsifying the solution to obtain an emulsified slurry; and (iii) casting the emulsified slurry on a substrate and drying it to obtain a sheet form, wherein the polysaccharide is a single component system of tamarind gum, psyllium seed gum or konjak glucomannan, or a composition system of combined two or more components selected from the group consisting of tamarind gum, konjak glucomannan, cassia gum and psyllium seed gum. (i) mixing a polysaccharide with water and heating the mixture at a temperature of 60 to 90°C to prepare an aqueous solution of the polysaccharide; (ii) adding a flavor and an emulsifier to the aqueous solution of the polysaccharide and kneading and emulsifying the solution to obtain an emulsified slurry; and (iii) casting the emulsified slurry on a substrate and drying it to obtain a sheet form, wherein the polysaccharide is a single component system of tamarind gum, psyllium seed gum or konjak glucomannan, or a composition system of combined two or more components selected from the group consisting of tamarind gum, konjak glucomannan, cassia gum and psyllium seed gum.
Control or test system for a field device, wherein the available commands and parameters of the field device are stored in an electronic device description [page 1, paragraph 2], comprising a communicating unit for communicating with the field device in a bidirectional manner using a field bus protocol, also comprising a command memory which is designed to hold commands which can be transmitted to the field device using the field bus protocol.
A trailer hitch arrangement control system for monitoring a trailer hitch assembly having a hitch receiver including a fifth wheel hitch plate for receiving a hitch of a trailer including a kingpin and a locking mechanism for locking the hitch within the hitch receiver, the system determining whether the hitch is properly coupled to the trailer hitch assembly, the system comprising: a kingpin sensor for sensing the position of the hitch relative to the trailer hitch assembly; a lock sensor for sensing the position of a locking member of the locking mechanism, wherein the locking mechanism is configured for locking the kingpin in place; a brake assembly; a control valve in fluid communication with the brake assembly of the trailer, the control valve operable between a closed position, wherein the brake assembly is in an engaged position, and an open position, wherein a pressurized fluid is supplied to the brake assembly and the brake assembly is in a disengaged position, and wherein the brake assembly is positively biased from the disengaged position toward the engaged position; and a controller coupled to the kingpin sensor, the lock sensor and the control valve for determining whether the trailer hitch assembly is properly coupled to the hitch and generating a control signal to the control valve to actuate the control valve from the open position to the closed position when the trailer hitch assembly is improperly coupled to the hitch, such that the brake assembly remains in the engaged position. a kingpin sensor for sensing the position of the hitch relative to the trailer hitch assembly; a lock sensor for sensing the position of a locking member of the locking mechanism, wherein the locking mechanism is configured for locking the kingpin in place; a brake assembly; a control valve in fluid communication with the brake assembly of the trailer, the control valve operable between a closed position, wherein the brake assembly is in an engaged position, and an open position, wherein a pressurized fluid is supplied to the brake assembly and the brake assembly is in a disengaged position, and wherein the brake assembly is positively biased from the disengaged position toward the engaged position; and a controller coupled to the kingpin sensor, the lock sensor and the control valve for determining whether the trailer hitch assembly is properly coupled to the hitch and generating a control signal to the control valve to actuate the control valve from the open position to the closed position when the trailer hitch assembly is improperly coupled to the hitch, such that the brake assembly remains in the engaged position.
An animal femoral implant comprising a body part insertable into the femur of an animal, the body part comprising a bone growth part formed in the proximal portion to promote bone growth and a stem part formed in the distal portion to facilitate insertion into the femur, the bone growth part comprising a porous part having a plurality of pores formed therein to promote bone growth, a coupling part to which an artificial femoral head is coupled, and a neck part connecting the body part and the coupling part, characterized in that the bone growth part is formed to extend in the distal direction while being expanded from the distal end of the neck part to form a step, that the stem part is formed to extend in the distal direction while being reduced from the distal end of the bone growth part to form a step, that the bone growth part further comprises a frame part that forms a solid face to protect the porous part, and that the frame part is formed along the edge of the bone growth part. a body part insertable into the femur of an animal, the body part comprising a bone growth part formed in the proximal portion to promote bone growth and a stem part formed in the distal portion to facilitate insertion into the femur, the bone growth part comprising a porous part having a plurality of pores formed therein to promote bone growth, a coupling part to which an artificial femoral head is coupled, and a neck part connecting the body part and the coupling part, characterized in that the bone growth part is formed to extend in the distal direction while being expanded from the distal end of the neck part to form a step, that the stem part is formed to extend in the distal direction while being reduced from the distal end of the bone growth part to form a step, that the bone growth part further comprises a frame part that forms a solid face to protect the porous part, and that the frame part is formed along the edge of the bone growth part.
A radiometric measuring device, comprising a detector arrangement (101, 102) adapted to convert radioactive radiation into an electric signal, wherein the electrical signal is a current pulse or a plurality of current pulses; an integrator (104, 105) adapted to integrate the electrical signal, wherein the integrator (104, 105) comprises a capacitor and an optional resistor, the capacitor at least partially storing the charge emitted by the detector arrangement (101, 102); a comparator having two inputs, wherein the first input is connected to a coupling capacitor and connected via the coupling capacitor to the detector arrangement, and wherein the second input is also connected via the capacitor of the integrator to the coupling capacitor; a control circuit; a bypass line having a switch adapted to discharge the capacitor; wherein the control circuit is adapted to detect the electrical signal and then close the switch to discharge the integrator, wherein bypassing a component of the integrator results in a shortening of the discharge time of the integrator (104, 105), and then the switch is opened again so that a new current pulse can be integrated and detected; wherein the switch is controlled by coupling the switch to an output of the comparator or a control signal of the control circuit.
A tubular handling system, comprising: an electronic control system (10,100); a gripping tool (1200A-C) having an identification device; an actuation assembly configured to actuate the gripping tool; and a first sensor configured to transmit a signal to the electronic control system (10,100) corresponding to information regarding the gripping tool (1200A-C) that is retrieved or received from the identification device, wherein the electronic control system (10,100) is configured to actuate the actuation assembly to actuate the gripping tool (1200A-C) based on the information. an electronic control system (10,100); a gripping tool (1200A-C) having an identification device; an actuation assembly configured to actuate the gripping tool; and a first sensor configured to transmit a signal to the electronic control system (10,100) corresponding to information regarding the gripping tool (1200A-C) that is retrieved or received from the identification device, wherein the electronic control system (10,100) is configured to actuate the actuation assembly to actuate the gripping tool (1200A-C) based on the information.
A three-dimensional reconstruction method of reconstructing a three-dimensional model from multi-view images captured by a plurality of cameras with different viewpoints, the method comprising: selecting two frames from the multi-view images; calculating a capturing time of each of the two frames; selecting a method of calculating corresponding keypoints in the two frames; and calculating (S3100, S3200) the corresponding keypoints using the method of calculating corresponding keypoints selected in the selecting of the method of calculating corresponding keypoints; characterized by the method of calculating the corresponding keypoints being selected according to the capturing times, wherein the corresponding keypoints are calculated using different methods depending on whether the capturing times are the same, wherein, when the two frames have the same capturing time, the corresponding keypoints in entire regions of the two frames are calculated, and when the two frames do not have the same capturing time, each of the two frames is divided into a plurality of regions each having a motion vector, regions having the same motion vector, with a magnitude smaller than a threshold value, in the two frames are identified, and the corresponding keypoints only in the identified regions are calculated, using feature vectors of the keypoints; and reconstructing the three-dimensional model based on the calculated corresponding keypoints selecting two frames from the multi-view images; calculating a capturing time of each of the two frames; selecting a method of calculating corresponding keypoints in the two frames; and calculating (S3100, S3200) the corresponding keypoints using the method of calculating corresponding keypoints selected in the selecting of the method of calculating corresponding keypoints; characterized by the method of calculating the corresponding keypoints being selected according to the capturing times, wherein the corresponding keypoints are calculated using different methods depending on whether the capturing times are the same, wherein, when the two frames have the same capturing time, the corresponding keypoints in entire regions of the two frames are calculated, and when the two frames do not have the same capturing time, each of the two frames is divided into a plurality of regions each having a motion vector, regions having the same motion vector, with a magnitude smaller than a threshold value, in the two frames are identified, and the corresponding keypoints only in the identified regions are calculated, using feature vectors of the keypoints; and each of the two frames is divided into a plurality of regions each having a motion vector, regions having the same motion vector, with a magnitude smaller than a threshold value, in the two frames are identified, and the corresponding keypoints only in the identified regions are calculated, using feature vectors of the keypoints; and reconstructing the three-dimensional model based on the calculated corresponding keypoints
A compound having the formula: wherein M is a metal of atomic weight higher than 40; wherein A and B are each independently a 5 or 6-membered aromatic or heteroaromatic ring, and A-B represents a bonded pair of aromatic or heteroaromatic rings coordinated to the metal via a nitrogen atom on ring A and an sp 2 hybridized carbon atom on ring B; wherein R a, R b, R x, R y, R z are each independently selected from the group consisting of no substitution, alkyl, heteroalkyl, aryl, or heteroaryl groups; wherein each of R a and R b represent one or more substituents and can join to form fused rings; wherein m is the oxidation state of the metal; and wherein n is an integer less than m and at least 1, characterized in that at least one of R x and R y contains a branched alkyl moiety with branching at a position further than the α position to the carbonyl group. wherein M is a metal of atomic weight higher than 40; wherein A and B are each independently a 5 or 6-membered aromatic or heteroaromatic ring, and A-B represents a bonded pair of aromatic or heteroaromatic rings coordinated to the metal via a nitrogen atom on ring A and an sp 2 hybridized carbon atom on ring B; wherein R a, R b, R x, R y, R z are each independently selected from the group consisting of no substitution, alkyl, heteroalkyl, aryl, or heteroaryl groups; wherein each of R a and R b represent one or more substituents and can join to form fused rings; wherein m is the oxidation state of the metal; and wherein n is an integer less than m and at least 1, characterized in that at least one of R x and R y contains a branched alkyl moiety with branching at a position further than the α position to the carbonyl group.
A machine for viewing a bulk powder product, comprising in combination: - a dispensing head for dispensing the bulk powder product; - a viewing system for viewing the bulk powder product dispensed by the dispensing head, wherein: the dispensing head comprises a first hopper with a first outlet, and a second hopper with a second outlet; characterized in that the second hopper is positioned under the first hopper; the first hopper and the second hopper are associated with a vibrating device configured to cause both the first hopper and the second hopper to vibrate. - a dispensing head for dispensing the bulk powder product; - a viewing system for viewing the bulk powder product dispensed by the dispensing head,
A method for operating a wireless device, comprising: establishing a radio resource control connection with a cellular base station; the method being characterized by: receiving scheduling information on a first control channel; receiving a physical layer indication via the first control channel comprising an explicit indication in downlink control information from the cellular base station specifying that a second control channel is to be used for providing scheduling information to the wireless device; and monitoring the second control channel for scheduling information. establishing a radio resource control connection with a cellular base station; the method being characterized by: receiving scheduling information on a first control channel; receiving a physical layer indication via the first control channel comprising an explicit indication in downlink control information from the cellular base station specifying that a second control channel is to be used for providing scheduling information to the wireless device; and monitoring the second control channel for scheduling information. receiving scheduling information on a first control channel; receiving a physical layer indication via the first control channel comprising an explicit indication in downlink control information from the cellular base station specifying that a second control channel is to be used for providing scheduling information to the wireless device; and monitoring the second control channel for scheduling information.
Apparatus for machining edge faces (4, 7) and/or corners (5, 6) of a panel-formed workpiece which is preferably formed at least partially from wood, wood-based material, plastic or the like, having: two machining devices (18, 19), each designed to machine an edge face (4; 7) and/or corner (5; 6) of the workpiece; a conveying device for inducing a relative movement between the workpiece and the machining devices (18, 19) in a conveying direction; wherein the apparatus is designed to machine different, preferably opposite, edge faces (4, 7) and/or corners (5, 6) of the workpiece using the two machining devices (18, 19); wherein the apparatus also has a single support device on which both machining devices (18, 19) are provided, characterised in that the support device is designed to be moveable along the conveying direction of the workpiece. two machining devices (18, 19), each designed to machine an edge face (4; 7) and/or corner (5; 6) of the workpiece; a conveying device for inducing a relative movement between the workpiece and the machining devices (18, 19) in a conveying direction; wherein the apparatus is designed to machine different, preferably opposite, edge faces (4, 7) and/or corners (5, 6) of the workpiece using the two machining devices (18, 19); wherein the apparatus also has a single support device on which both machining devices (18, 19) are provided, characterised in that the support device is designed to be moveable along the conveying direction of the workpiece.
A cleaning unit, comprising: a feeding roller on which a sheet cleaning a discharge head which discharges an ink is wound in a rolled manner; a take-up roller on which the sheet fed from the feeding roller is wound in a rolled manner; a take-up motor configured to rotate the take-up roller to take up the sheet fed from the feeding roller on the take-up roller; a wiping roller configured to bring the sheet being conveyed from the feeding roller to the take-up roller by the take-up motor into contact with the discharge head, a rotation detector configured to detect a feeding rotation speed, the feeding rotation speed being a rotation speed of the feeding roller; and a controller configured to control drive of the take-up motor, characterized in that the controller includes a computer configured to compute a roll diameter of the sheet taken up in a rolled manner on the take-up roller based on a ratio of a take-up rotation speed and the feeding rotation speed and to compute a rotation speed of the take-up roller necessary to convey the sheet at a target speed based on the roll diameter, the take-up rotation speed being a rotation speed of the take-up roller rotated by the take-up motor. a feeding roller on which a sheet cleaning a discharge head which discharges an ink is wound in a rolled manner; a take-up roller on which the sheet fed from the feeding roller is wound in a rolled manner; a take-up motor configured to rotate the take-up roller to take up the sheet fed from the feeding roller on the take-up roller; a wiping roller configured to bring the sheet being conveyed from the feeding roller to the take-up roller by the take-up motor into contact with the discharge head, a rotation detector configured to detect a feeding rotation speed, the feeding rotation speed being a rotation speed of the feeding roller; and a controller configured to control drive of the take-up motor, characterized in that the controller includes a computer configured to compute a roll diameter of the sheet taken up in a rolled manner on the take-up roller based on a ratio of a take-up rotation speed and the feeding rotation speed and to compute a rotation speed of the take-up roller necessary to convey the sheet at a target speed based on the roll diameter, the take-up rotation speed being a rotation speed of the take-up roller rotated by the take-up motor.