mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly comprising a chassis of a railway vehicle, at least one wheel bearing shaft , which is an axle equipped with two wheels or a half-axle equipped with a wheel , and at least one connection device provided to connect said wheel bearing shaft to the chassis , the wheel bearing shaft being able to pivot with respect to said chassis about a substantially vertical axis, the connection device comprising the following means: • a control actuator comprising a body and a movable part , the body of said control actuator being provided to be connected to the chassis of the vehicle; • a control rod , a first end of which is mounted by a hinge at the free end of the movable part of the control actuator , while its second end is mounted by another hinge on the chassis of the vehicle; • a suspension arm carrying a lateral end of the wheel bearing shaft in an intermediate, preferably substantially median, position between a first end and a second end of said suspension arm , • a suspension device comprising at least one suspension provided between the chassis of the vehicle and the second end of the suspension arm for suspending and damping vertical movements; these means being arranged so that when the control rod is pivoted by the control actuator , the wheel bearing shaft pivots with respect to the chassis about a vertical axis, characterised in that the first end of the suspension arm is mounted articulated to the control rod by a hinge . • a control actuator comprising a body and a movable part , the body of said control actuator being provided to be connected to the chassis of the vehicle; • a control rod , a first end of which is mounted by a hinge at the free end of the movable part of the control actuator , while its second end is mounted by another hinge on the chassis of the vehicle; • a suspension arm carrying a lateral end of the wheel bearing shaft in an intermediate, preferably substantially median, position between a first end and a second end of said suspension arm , • a suspension device comprising at least one suspension provided between the chassis of the vehicle and the second end of the suspension arm for suspending and damping vertical movements; these means being arranged so that when the control rod is pivoted by the control actuator , the wheel bearing shaft pivots with respect to the chassis about a vertical axis,
A remote-center joint comprising: a base segment ; a terminal segment ; a first segment and a third segment each rotatably coupled to the base segment about parallel axes , wherein the first segment and the third segment are geared together; and a second segment and a fourth segment each rotatably coupled to the terminal segment about parallel axes , wherein the second segment and the fourth segment are geared together, wherein the second segment is rotatably coupled to the first segment and the third segment is rotatably coupled to the fourth segment such that the terminal segment is rotatable relative to the base segment about an imaginary axis that does not pass through any mechanical joint of the remote-center joint. a base segment ; a terminal segment ; a first segment and a third segment each rotatably coupled to the base segment about parallel axes , wherein the first segment and the third segment are geared together; and a second segment and a fourth segment each rotatably coupled to the terminal segment about parallel axes , wherein the second segment and the fourth segment are geared together, wherein the second segment is rotatably coupled to the first segment and the third segment is rotatably coupled to the fourth segment such that the terminal segment is rotatable relative to the base segment about an imaginary axis that does not pass through any mechanical joint of the remote-center joint.
An aircraft management system comprising: a computer system configured to: collect information about an aircraft while the aircraft turns to fly along a maneuver ground track with a constant bank angle in which the maneuver ground track crosses an intended ground track of the aircraft, the information including positions of the aircraft and a true airspeed of the aircraft; identify a wind vector from: the positions of the aircraft relative to the maneuver ground track along which the aircraft turned to fly; the true airspeed of the aircraft; and the bank angle. collect information about an aircraft while the aircraft turns to fly along a maneuver ground track with a constant bank angle in which the maneuver ground track crosses an intended ground track of the aircraft, the information including positions of the aircraft and a true airspeed of the aircraft; identify a wind vector from: the positions of the aircraft relative to the maneuver ground track along which the aircraft turned to fly; the true airspeed of the aircraft; and the bank angle.
A fusion protein comprising a fibroblast growth factor 21 (FGF21) mutant protein and an Fc region of an immunoglobulin, wherein the FGF21 mutant protein comprises the following mutation: a substitution of amino acids at positions 98 to 101 from the N-terminus of a wild-type FGF21 protein with an amino acid sequence of EIRP (SEQ ID NO: 42). a substitution of amino acids at positions 98 to 101 from the N-terminus of a wild-type FGF21 protein with an amino acid sequence of EIRP (SEQ ID NO: 42).
An apparatus comprising: an electrical interface ; a console comprising a processor ; and a catheter comprising an ablation electrode , an ultrasound transducer , and a force sensor at its distal end ; wherein the proximal end of the catheter is connected via the electrical interface to the console , wherein the processor is configured to receive via the electrical interface : a first signal, from the force sensor , that indicates a time-varying contact force that is applied to a portion of tissue , and one or more second signals, from the ultrasound transducer , that are derived from ultrasound reflections received from the portion of tissue ; and the processor being further configured to obtain a thickness of the portion of the tissue based on the times of flights of the ultrasound reflections received from the portion of tissue , characterised in that the processor is configured to learn, using the first signal and the second signals, the thickness of the portion of tissue as a function of the contact force applied to the portion of tissue . an electrical interface ; a console comprising a processor ; and a catheter comprising an ablation electrode , an ultrasound transducer , and a force sensor at its distal end ; wherein the proximal end of the catheter is connected via the electrical interface to the console , wherein the processor is configured to receive via the electrical interface : a first signal, from the force sensor , that indicates a time-varying contact force that is applied to a portion of tissue , and one or more second signals, from the ultrasound transducer , that are derived from ultrasound reflections received from the portion of tissue ; and a first signal, from the force sensor , that indicates a time-varying contact force that is applied to a portion of tissue , and one or more second signals, from the ultrasound transducer , that are derived from ultrasound reflections received from the portion of tissue ; and the processor being further configured to obtain a thickness of the portion of the tissue based on the times of flights of the ultrasound reflections received from the portion of tissue , characterised in that the processor is configured to learn, using the first signal and the second signals, the thickness of the portion of tissue as a function of the contact force applied to the portion of tissue .
Method of pipetting a volume (V1) of test liquid for carrying out an in vitro diagnostic test, the method comprising - dipping a nozzle of a pipetting unit into a test liquid and aspirating a volume (V4) of the test liquid larger than the volume V1 required for carrying out the in vitro diagnostic test, - dipping the nozzle into a wash liquid and dispensing a volume (V2) equal or smaller than V4 -V1 of the test liquid into the wash liquid , so that a plug of test liquid having a volume equal or greater than V1 is brought at the extremity of the nozzle and traces of test liquid on the outside of the nozzle are washed away, - dipping the nozzle into a reaction liquid that is a liquid to be reacted with the test liquid in order to carry out an in vitro diagnostic test and dispensing the volume V1 of test liquid required for the in vitro diagnostic test, wherein - the test liquid is a sample and the reaction liquid is a liquid containing at least one reagent, or - the test liquid is a reagent and the reaction liquid comprises at least one sample and optionally at least one reagent, or - the test liquid is a liquid comprising at least one sample and at least one reagent and the reaction liquid is a liquid comprising at least one reagent, - wherein the at least one reagent is a liquid solution containing a reactant, - and wherein the reaction liquid is different from the wash liquid . - dipping a nozzle of a pipetting unit into a test liquid and aspirating a volume (V4) of the test liquid larger than the volume V1 required for carrying out the in vitro diagnostic test, - dipping the nozzle into a wash liquid and dispensing a volume (V2) equal or smaller than V4 -V1 of the test liquid into the wash liquid , so that a plug of test liquid having a volume equal or greater than V1 is brought at the extremity of the nozzle and traces of test liquid on the outside of the nozzle are washed away, - dipping the nozzle into a reaction liquid that is a liquid to be reacted with the test liquid in order to carry out an in vitro diagnostic test and dispensing the volume V1 of test liquid required for the in vitro diagnostic test, - the test liquid is a sample and the reaction liquid is a liquid containing at least one reagent, or - the test liquid is a reagent and the reaction liquid comprises at least one sample and optionally at least one reagent, or - the test liquid is a liquid comprising at least one sample and at least one reagent and the reaction liquid is a liquid comprising at least one reagent, - wherein the at least one reagent is a liquid solution containing a reactant, - and wherein the reaction liquid is different from the wash liquid .
Furniture part connection arrangement with a first furniture part and a second furniture part connected thereto wherein a connection element fastened on the second furniture part is provided which is inserted in an insert direction (X) into a hole provided in a first side of the first furniture part and is secured therein by means of a fixing element provided in the first furniture part , wherein a receptacle is provided in the first side of the first furniture part for receiving an insert part , wherein the insert part is introduced into the receptacle, the insert part having the hole and receiving the fixing element , wherein the insert part is configured so that on sliding the connection element into the hole and/or on fixing the connection element with the fixing element the insert part is radially expanded or widened or at least one portion , formed in particular as a tab, of the insert part is made out from the latter, wherein the insert part comprises a slot and the hole tapers in the insert direction (X), wherein the connection element comprises a tapering expanding portion which, when the connection element is inserted into the hole , spreads out the insert part in the region of the slot , characterised in that the insert part is introduced completely into the receptacle and is arranged flush with the first side .
A composition comprising whey protein for use in decreasing fat deposition in skeletal muscle in an elderly individual, or reducing the loss of skeletal muscle quality in an elderly individual; wherein the composition is administered to the elderly individual in an amount that provides at least 18 g of the whey protein per day; wherein the whey protein comprises whey protein micelles; wherein the composition further comprises vitamin D and calcium; wherein the elderly individual has the condition sarcopenic obesity; wherein "muscle quality" is defined as the metabolic quality of skeletal muscle through fat infiltration and muscle density; wherein "elderly" relates to a human with an age from birth of at least 60 years. wherein the composition is administered to the elderly individual in an amount that provides at least 18 g of the whey protein per day; wherein the whey protein comprises whey protein micelles; wherein the composition further comprises vitamin D and calcium; wherein the elderly individual has the condition sarcopenic obesity; wherein "muscle quality" is defined as the metabolic quality of skeletal muscle through fat infiltration and muscle density; wherein "elderly" relates to a human with an age from birth of at least 60 years.
A pharmaceutical daily unitary dose comprising at least a probiotic and at least a carotene, wherein said at least a probiotic is a microorganism belonging to the species Bacillus Coagulans, Bacillus Clausii, Lactobacillus Reuteri, Lactobacillus Plantarum, Lactobacillus Rhamnosus, Lactobacillus Casei, Bifidobacterium Longum, or a combination thereof and is in an amount of at least 1×10 8 CFU and not higher than 5×10 9 CFU, and said at least a carotene is in an amount of 3-30 mg.
A gas turbine engine comprising: a manifold assembly , comprising: a manifold including a plurality of manifold channels disposed therethrough, each manifold channel including a manifold channel opening ; and a seal plate , including a plurality of seal plate apertures extending therethrough, operably coupled to the manifold , wherein the seal plate includes at least one seal plate channel extending between at least two of the plurality of seal plate apertures ; wherein: each of the plurality of seal plate apertures is aligned with a respective one of the plurality of manifold channel openings ; and the manifold assembly is a first manifold assembly and the engine further comprises a second manifold assembly operably coupled to the seal plate to create a fluid circuit between the first manifold assembly and the second manifold assembly. a manifold assembly , comprising: a manifold including a plurality of manifold channels disposed therethrough, each manifold channel including a manifold channel opening ; and a seal plate , including a plurality of seal plate apertures extending therethrough, operably coupled to the manifold , wherein the seal plate includes at least one seal plate channel extending between at least two of the plurality of seal plate apertures ; a manifold including a plurality of manifold channels disposed therethrough, each manifold channel including a manifold channel opening ; and a seal plate , including a plurality of seal plate apertures extending therethrough, operably coupled to the manifold , wherein the seal plate includes at least one seal plate channel extending between at least two of the plurality of seal plate apertures ; wherein: each of the plurality of seal plate apertures is aligned with a respective one of the plurality of manifold channel openings ; and the manifold assembly is a first manifold assembly and the engine further comprises a second manifold assembly operably coupled to the seal plate to create a fluid circuit between the first manifold assembly and the second manifold assembly. each of the plurality of seal plate apertures is aligned with a respective one of the plurality of manifold channel openings ; and the manifold assembly is a first manifold assembly and the engine further comprises a second manifold assembly operably coupled to the seal plate to create a fluid circuit between the first manifold assembly and the second manifold assembly.
An identification system comprising: a first component comprising a first resistor , and a second resistor ; a second component comprising a sensor configured to sense a voltage difference between a first bus and a second bus , and a selector signal output port configured to provide a first selector signal and a second selector signal; and a third component comprising a switching network configured to electrically connect the second bus to the first bus across one or both of the first resistor and the second resistor in response to the first selector signal, and electrically connect the second bus to the first bus across a different one of the first resistor or the second resistor in response to the second selector signal. a first component comprising a first resistor , and a second resistor ; a first resistor , and a second resistor ; a second component comprising a sensor configured to sense a voltage difference between a first bus and a second bus , and a selector signal output port configured to provide a first selector signal and a second selector signal; and a sensor configured to sense a voltage difference between a first bus and a second bus , and a selector signal output port configured to provide a first selector signal and a second selector signal; and a third component comprising a switching network configured to electrically connect the second bus to the first bus across one or both of the first resistor and the second resistor in response to the first selector signal, and electrically connect the second bus to the first bus across a different one of the first resistor or the second resistor in response to the second selector signal.
Method of filtering an input signal relating to a physical quantity of a turbomachine , the input signal being digitized, the method implementing in a computer of a control system of the said turbomachine a frequency filtering of the said signal, the said signal being supplied at the input of the computer, a digital derivative of the said signal being intended to be used by the control system characterized in that the following is implemented: - a detection in said input signal of a variation in amplitude of said quantity, by a step of generating a second derivative signal (S) of the input signal and a step of comparing a value of the second derivative signal of the input signal with at least one predetermined threshold (S1...Sn), - adapting the frequency filtering of said input signal as a function of the detected amplitude variation of said quantity, by a step of controlling a controlled filter (PB11) configured to apply a low-pass type frequency filtering to the input signal, so that the controlled filter applies the frequency filtering if the value of the second derivative signal (S) of the input signal is lower than the at least one predetermined threshold (S1 ...Sn). - a detection in said input signal of a variation in amplitude of said quantity, by a step of generating a second derivative signal (S) of the input signal and a step of comparing a value of the second derivative signal of the input signal with at least one predetermined threshold (S1...Sn), - adapting the frequency filtering of said input signal as a function of the detected amplitude variation of said quantity, by a step of controlling a controlled filter (PB11) configured to apply a low-pass type frequency filtering to the input signal, so that the controlled filter applies the frequency filtering if the value of the second derivative signal (S) of the input signal is lower than the at least one predetermined threshold (S1 ...Sn).
Seal arrangement for connecting to a movable or stationary stiffening member of a tarpaulin structure , comprising a sealing strip , wherein the sealing strip has first and second projections which run at least along an extent of the sealing strip and first and second depressions which run at least along the extent of the sealing strip , wherein the projections and the depressions are of complementary configuration such that each of the first and second depressions respectively is configured as a negative form of one of the projections and, fitting into one another, make a seal possible, wherein the sealing strip comprises a casing region and a receptacle on the side of the seal arrangement facing away from the projections , characterized in that the receptacle is of circular shape, that the casing region has mostly a circular shape which is breached by way of an opening , and that adjacent to the opening , the casing region has a curvature , which curvature folds an extension of the casing region into the circular receptacle of the seal arrangement.
System comprising an inhaler and a capsule which comprises a preferably powdered pharmaceutical preparation, wherein the capsule comprises two capsule elements open at one end, namely a capsule body and a capsule cap , which can be fitted into one another telescopically through their openings, so as to form a cavity, and wherein the inhaler comprises a capsule chamber for receiving a capsule , wherein the capsule chamber comprises an air inlet and an air outlet leading towards a mouthpiece and the capsule can be inserted in the capsule chamber from a capsule receptacle, characterised in that at least one of the two capsule elements comprises at least one prefabricated hole in addition to the opening at one end and the inhaler comprises a pusher , which when actuated causes the capsule and the capsule receptacle, from which the capsule is inserted into the capsule chamber , to be moved relative to each other, such that at least one prefabricated hole is exposed on the capsule .
A light receiving element unit comprising a first light receiving element having a light receiving region on a first main surface side of a first semiconductor substrate ; a second light receiving element having a light receiving region on a second main surface side of the second semiconductor substrate ; and a support substrate having wirings (3a-3c,103a-103c) for electrically connecting the first light receiving element and the second light receiving element to an outside, characterized in that : one of the first light receiving element and the second light receiving element has a recess formed in a concave shape from a back surface opposite to the light receiving region of that light receiving element and toward the same light receiving region, and the other light receiving element is accommodated in the recess.
A molecule able to inhibit or block prenylcysteine oxidase I (PCYOX1) expression and/or function selected from the group consisting of: a) polynucleotide able to specifically inhibit the expression of the gene PCYOX1 selected from a siRNA, a shRNA, a microRNA or an antisense oligonucleotide; b) a vector comprising or expressing said polynucleotide of a); c) farnesal or farnesol for use in the treatment and/or prevention of oxidative stress-related degenerative diseases selected from the group consisting of: atherothrombosis, atherosclerosis, diabetes, cardiovascular diseases, chronic inflammation, stroke and septic shock, cancer, aging, preferably of atherothrombosis. a) polynucleotide able to specifically inhibit the expression of the gene PCYOX1 selected from a siRNA, a shRNA, a microRNA or an antisense oligonucleotide; b) a vector comprising or expressing said polynucleotide of a); c) farnesal or farnesol