mhurhangee/ep-ind-claims huggingface dataset:
A control system for an agricultural vehicle, comprising: a controller (56, 82) configured to calibrate alignment of a conveyor outlet of the agricultural vehicle with a storage compartment by receiving a first signal from a user interface (74, 92) indicative of alignment of the conveyor outlet with a first desired point on the storage compartment, determining a first position of the storage compartment relative to the agricultural vehicle upon receiving the first signal, receiving a second signal from the user interface (74, 92) indicative of alignment of the conveyor outlet with a second desired point on the storage compartment, diagonally opposite the first desired point, determining a second position of the storage compartment relative to the agricultural vehicle upon receiving the second signal, establishing a bounding rectangle having a first corner at the first desired point and a second corner at the second desired point based on the first position and the second position, establishing a target point at a center of the bounding rectangle, and outputting a third signal indicative of a third position of the first corner of the bounding rectangle relative to the storage compartment, a fourth position of the second corner of the bounding rectangle relative to the storage compartment, and a fifth position of the target point relative to the storage compartment. a controller (56, 82) configured to calibrate alignment of a conveyor outlet of the agricultural vehicle with a storage compartment by receiving a first signal from a user interface (74, 92) indicative of alignment of the conveyor outlet with a first desired point on the storage compartment, determining a first position of the storage compartment relative to the agricultural vehicle upon receiving the first signal, receiving a second signal from the user interface (74, 92) indicative of alignment of the conveyor outlet with a second desired point on the storage compartment, diagonally opposite the first desired point, determining a second position of the storage compartment relative to the agricultural vehicle upon receiving the second signal, establishing a bounding rectangle having a first corner at the first desired point and a second corner at the second desired point based on the first position and the second position, establishing a target point at a center of the bounding rectangle, and outputting a third signal indicative of a third position of the first corner of the bounding rectangle relative to the storage compartment, a fourth position of the second corner of the bounding rectangle relative to the storage compartment, and a fifth position of the target point relative to the storage compartment.
Method for correctly carrying out autonomous emergency braking in a road vehicle for preventing a rear end accident or for reducing the severity of an accident, wherein the speed of the vehicle is determined by means of wheel sensors (14, 15) during the autonomous emergency breaking, and wherein the space in front of the vehicle is monitored at least by means of a distance sensor, and wherein a radar sensor or a LIDAR sensor is used as a distance sensor, characterized by additional determination of the speed which is carried out independently of the wheel speeds, wherein the additional determination of the speed is carried out by evaluating the signals of the distance sensor and, if the wheel speeds do not map the vehicle speed precisely enough, the speed of the vehicle is determined during autonomous emergency braking by evaluating the signals of the distance sensor.
A circuit board having a substrate and an electrode portion which is provided on the substrate, the electrode portion including: a land which is provided on a front surface of the substrate; a solder layer which is laminated on the whole of a front surface of the land; and a pad (23, 25) which is joined to a front surface of the solder layer, wherein exposed portions (24, 26) where the solder layer is exposed are formed individually at four corners of a front surface of the electrode portion, and wherein the exposed portions (24, 26) are formed to have the same shape, wherein, when the electrode portion is seen from thereabove, an outer circumferential line of the pad (23, 25) touches each of four sides of the land, characterized in that: the land is quadrangular, and the pad has a circular or ellipsoidal shape or a quadrangular shape with chamfering round the corner portions, wherein, when the electrode portion is seen from thereabove, the outer circumferential line of the pad is inscribed in the four sides of the land, and wherein the exposed portions are formed individually at four corners of the front surface of the electrode portion. a land which is provided on a front surface of the substrate; a solder layer which is laminated on the whole of a front surface of the land; and a pad (23, 25) which is joined to a front surface of the solder layer, wherein exposed portions (24, 26) where the solder layer is exposed are formed individually at four corners of a front surface of the electrode portion, and wherein the exposed portions (24, 26) are formed to have the same shape, wherein, when the electrode portion is seen from thereabove, an outer circumferential line of the pad (23, 25) touches each of four sides of the land, the land is quadrangular, and the pad has a circular or ellipsoidal shape or a quadrangular shape with chamfering round the corner portions, wherein, when the electrode portion is seen from thereabove, the outer circumferential line of the pad is inscribed in the four sides of the land, and wherein the exposed portions are formed individually at four corners of the front surface of the electrode portion.
A wearable robotic device comprising: a first body assembly for attachment to a first portion of a user's body; a second body assembly for attachment to a second portion of the user's body; an actuator having first and second actuator portions respectively connected to the first and second body assemblies and configured to move the first and second body assembly relative each other; and an attachment device (600, 600') for attaching to the first portion of the user's body, the attachment device (600, 600') including a tensioning system (650, 650') for retention of the first body assembly to the first portion of the user's body, including a coarse adjuster (658, 658') and a separate fine adjuster (660, 660'), wherein attachment device (600, 600') is removably coupled to at least one of the first or second body assembly; characterised in that the coarse adjuster comprises a strap (658, 658') that is attached to the fine adjuster such that the fine adjuster (660, 660') is operable to shorten a strap length, the fine adjuster (660, 660') being mounted to a support piece that provides a low friction surface for sliding of the strap (658, 658'), and the strap (658, 658') has an end that is removably attachable to a rigid structure (664, 664') of the first or second body assembly to uncouple the tensioning system (650, 650') from the first or second body assembly. a first body assembly for attachment to a first portion of a user's body; a second body assembly for attachment to a second portion of the user's body; an actuator having first and second actuator portions respectively connected to the first and second body assemblies and configured to move the first and second body assembly relative each other; and an attachment device (600, 600') for attaching to the first portion of the user's body, the attachment device (600, 600') including a tensioning system (650, 650') for retention of the first body assembly to the first portion of the user's body, including a coarse adjuster (658, 658') and a separate fine adjuster (660, 660'), wherein attachment device (600, 600') is removably coupled to at least one of the first or second body assembly; characterised in that the coarse adjuster comprises a strap (658, 658') that is attached to the fine adjuster such that the fine adjuster (660, 660') is operable to shorten a strap length, the fine adjuster (660, 660') being mounted to a support piece that provides a low friction surface for sliding of the strap (658, 658'), and the strap (658, 658') has an end that is removably attachable to a rigid structure (664, 664') of the first or second body assembly to uncouple the tensioning system (650, 650') from the first or second body assembly.
Vehicle comprising a transmission chain comprising a first electric drive machine and participating in the drive of a first train, at least one rechargeable battery supplying at least said first electric energy. driving machine and coupled to a charger, as well as possibly a second electric driving machine and participating in the driving of a second train, characterized in that in the absence of said second driving machine said rechargeable battery is coupled directly to said charger via a first electrical harness, while in the presence of said second driving machine said rechargeable battery is coupled indirectly said charger via said second driving machine and the first and a second harness electrics.
A method comprising: combining: a template ribonucleic acid; a template switch oligonucleotide comprising a 3' hybridization domain and a first sequencing platform adapter construct; a first primer comprising: a first domain that hybridizes to the template RNA; and a second domain that does not hybridize to the template RNA and comprises a second sequencing platform adapter construct, wherein the first and second sequencing adapter constructs are different; a template switching polymerase; and dNTPs; in a reaction mixture under conditions sufficient to produce a product nucleic acid comprising the template RNA and the template switch oligonucleotide each hybridized to adjacent regions of a single product nucleic acid comprising a region polymerized from the dNTPs by the polymerase; subjecting the single product nucleic acid to amplification conditions to generate an amplified product nucleic acid with the first sequencing platform adapter construct at one end and the second sequencing platform adapter construct at the other end; and sequencing the amplified single product nucleic acid on sequencing platform using both the first and second sequencing platform adapter constructs. a first domain that hybridizes to the template RNA; and a second domain that does not hybridize to the template RNA and comprises a second sequencing platform adapter construct, wherein the first and second sequencing adapter constructs are different; a template switching polymerase; and dNTPs; in a reaction mixture under conditions sufficient to produce a product nucleic acid comprising the template RNA and the template switch oligonucleotide each hybridized to adjacent regions of a single product nucleic acid comprising a region polymerized from the dNTPs by the polymerase; subjecting the single product nucleic acid to amplification conditions to generate an amplified product nucleic acid with the first sequencing platform adapter construct at one end and the second sequencing platform adapter construct at the other end; and sequencing the amplified single product nucleic acid on sequencing platform using both the first and second sequencing platform adapter constructs.
A polymer comprising polymerized units of a first monomer represented by formula 1 below, of which homopolymer has a Hansen solubility parameter of less than 20.455 MPa 1/2 (10.0 (cal/cm 3) 1/2), and polymerized units of a second monomer represented by Formula 2 or 3 below, of which homopolymer has a Hansen solubility parameter of 20.455 MPa 1/2 (10.0 (cal/cm 3) 1/2) or more, wherein the polymer comprises 50 to 99.9 parts by weight of the polymerized units of the first monomer and 0.1 to 20 parts by weight of the polymerized units of the second monomer, and wherein a glass transition temperature of the polymer is 10°C or more: wherein in Formula 1, Q is hydrogen or an alkyl group, B is a straight or branched alkyl group having 5 or more carbon atoms, an alicyclic hydrocarbon group, or an aromatic substituent; wherein Q is hydrogen or an alkyl group, U is an alkylene group, Z is hydrogen or an alkyl group, and m is a number in the range from 1 to 100: wherein Q is hydrogen or an alkyl group, A and U are each independently an alkylene group, and X is a hydroxy group or a cyano group, and n is a number in the range from 1 to 100; wherein a glass transition temperature Tg is calculated using the equation: 1 / Tg = Σ ⁢ Wn / Tn wherein Wn is a weight fraction of each monomer in the polymer, Tn is a glass transition temperature appearing when the monomer has formed a homopolymer, and the right-hand side of the equation is a result of summing all the calculated values after calculating the value (Wn/Tn) obtained by dividing the weight fraction of the used monomer by the glass transition temperature appearing when the monomer has formed a homopolymer for each monomer.
An emergency service handover method which is applied in a single radio voice system, with a user terminal UE having established an emergency session between a multimedia subsystem, IMS, domain and an emergency call center via LTE/SAE network, and the emergency session anchored to a service centralization and continuity application server, SCC AS, of a visited location, and the method comprising the following step: initiating, by an enhanced MSC, a session establishment request to the visited SCC AS for performing a handover from the IP multimedia subsystem domain to the circuit switched domain on a service layer when the enhanced mobile switching center, MSC, obtains information that a UE having established an emergency session needs to be switched to a CS domain, wherein an emergency session transfer number, STN, corresponding to the SCC AS in the visited location is preset in the enhanced MSC; and the enhanced MSC initiates the session establishment request to the visited SCC AS according to the emergency STN. initiating, by an enhanced MSC, a session establishment request to the visited SCC AS for performing a handover from the IP multimedia subsystem domain to the circuit switched domain on a service layer when the enhanced mobile switching center, MSC, obtains information that a UE having established an emergency session needs to be switched to a CS domain, wherein an emergency session transfer number, STN, corresponding to the SCC AS in the visited location is preset in the enhanced MSC; and the enhanced MSC initiates the session establishment request to the visited SCC AS according to the emergency STN.
Hydraulic assembly with a lubricant output, a control output and a pump which can supply a hydraulic fluid flow to the lubricant output and the control output, wherein a switching valve is arranged between a pump output and the control output of the hydraulic assembly and, depending on the pressure in a branch between the pump output and the control output, can be switched between an open position in which the control output is connected to the pump output, and a blocking position in which the control output is blocked off, characterized in that the switching valve switches from the open position to the blocking position when the pressure provided by the pump exceeds an upper switching threshold, and returns from the blocking position to the open position when the pressure provided by the pump falls below a lower switching threshold, wherein the upper and lower switching thresholds are defined by a structurally predefined hysteresis of the switching valve, based on structural features.
A filtration assembly for gradually screening of coarse and fine particles in a stream of liquid, the assembly comprising; a filter body; comprising an inlet and outlet, a cylindrical coarse filtration screen having screen openings (Sc), a diameter (dc) and a first filtration volume, and a cylindrical fine filtration screen having screen openings (Sf) smaller than those of the coarse filtration screen and a diameter (df) larger than that of the coarse filtration screen, wherein said coarse and fine filtration screens (2, 4) being concentrically placed into the filter body to define a second filtration volume therebetween, such that only the liquid filtrated through the coarse filtration screen can be passing to said second filtration volume, an upper discharge unit comprising a coarse filtration drainage housing in fluid communication with the first filtration volume and a fine filtration drainage housing in fluid communication with the second volume, said coarse and fine filtration drainage housings (11, 12) being equipped with corresponding discharge valves (9, 9'), and a cleaning means comprising a main collection arm extending through the first volume and at least one lateral arm at least one end of which is connected to said main collection arm and extending through the second volume in between the filtration screens (2, 4), whereby the fluid communication of said second volume and the fine filtration drainage housing is provided by said lateral arm.
Biologically active nanoparticles of a carbonate-substituted non-stoichiometric hydroxyapatite, having: a) a crystallinity degree CD lower than 40%, the crystallinity degree being defined as CD = 1 − X / Y • 100 wherein: Y= height of the diffraction maximum at 2θ = 33°, X = height of the diffraction background at 2θ = 33° of the nanoparticles X-ray diffraction pattern; b) a length L ranging from 20 to 200 nm and a width W ranging from 5 to 30 nm; and c) an aspect ratio AR comprised between 2 and 40, the aspect ratio being defined as AR = L / W. a) a crystallinity degree CD lower than 40%, the crystallinity degree being defined as CD = 1 − X / Y • 100 wherein: Y= height of the diffraction maximum at 2θ = 33°, X = height of the diffraction background at 2θ = 33° of the nanoparticles X-ray diffraction pattern; Y= height of the diffraction maximum at 2θ = 33°, X = height of the diffraction background at 2θ = 33° of the nanoparticles X-ray diffraction pattern; b) a length L ranging from 20 to 200 nm and a width W ranging from 5 to 30 nm; and c) an aspect ratio AR comprised between 2 and 40, the aspect ratio being defined as AR = L / W.
An apparatus (10, 11), comprising: at least one processor; at least one memory, the at least one memory storing computer program instructions for execution by the at least one processor; a first display arrangement; an exit pupil expanding light guide arrangement comprising an in-coupling region (101, 102) and an out-coupling region (103, 104), the in-coupling region being configured to in-couple first light from the first display arrangement, and the out-coupling region being configured to out-couple the first light towards a user; and a second display arrangement arranged to transmit second light, through the exit pupil expanding light guide arrangement at the out-coupling region, towards the user, wherein the computer program instructions are configured, when executed by the at least one processor, to cause the first light to form an image comprising primary content having a movement component in a first direction, and to cause the second light to form an image comprising secondary content moving in a second direction, substantially opposite to the first direction, wherein the image comprising secondary content is at least partially spatially coincident with the image comprising primary content, such that said secondary content augments said primary content. at least one processor; at least one memory, the at least one memory storing computer program instructions for execution by the at least one processor; a first display arrangement; an exit pupil expanding light guide arrangement comprising an in-coupling region (101, 102) and an out-coupling region (103, 104), the in-coupling region being configured to in-couple first light from the first display arrangement, and the out-coupling region being configured to out-couple the first light towards a user; and a second display arrangement arranged to transmit second light, through the exit pupil expanding light guide arrangement at the out-coupling region, towards the user, wherein the computer program instructions are configured, when executed by the at least one processor, to cause the first light to form an image comprising primary content having a movement component in a first direction, and to cause the second light to form an image comprising secondary content moving in a second direction, substantially opposite to the first direction, wherein the image comprising secondary content is at least partially spatially coincident with the image comprising primary content, such that said secondary content augments said primary content.
Lighting module for a motor vehicle headlight, specifically for providing a first beam with cut-off, said lighting module comprising: - a first, flat light emitter, giving the first beam; - a lens (L, L1, L', La) disposed in front of the emitter, - a first reflector (R1, R'1), characterized in that: - the first reflector (R1, R'1) is determined so as to create, in a plane comprising the first emitter, a light spot (S, S') by deflection of the rays emitted by the first emitter, said light spot being limited by a control curve (A, A') constituting the front edge or the rear edge of the spot, the curve being contained in the plane comprising the first emitter and situated in front of the first emitter, - the lens (L, L1, L', La) is determined in such a way that its section (Lc), through a plane (Vc) orthogonal to said control curve at any point, is identical to that of a stigmatic reference lens between the point of intersection of the control curve with the orthogonal plane, and the infinity in the direction given by the intersection of the orthogonal plane and of the plane of the curve, the material of the lens (L, L1, L', La) of said module and of said reference lens having the same refractive index, the first reflector and the lens being arranged so as to form the first beam with cut-off after refraction by the lens of the rays deflected by the first reflector, the cut-off line of the first beam with cut-off being determined by the control curve. - a first, flat light emitter, giving the first beam; - a lens (L, L1, L', La) disposed in front of the emitter, - a first reflector (R1, R'1), - the first reflector (R1, R'1) is determined so as to create, in a plane comprising the first emitter, a light spot (S, S') by deflection of the rays emitted by the first emitter, said light spot being limited by a control curve (A, A') constituting the front edge or the rear edge of the spot, the curve being contained in the plane comprising the first emitter and situated in front of the first emitter, - the lens (L, L1, L', La) is determined in such a way that its section (Lc), through a plane (Vc) orthogonal to said control curve at any point, is identical to that of a stigmatic reference lens between the point of intersection of the control curve with the orthogonal plane, and the infinity in the direction given by the intersection of the orthogonal plane and of the plane of the curve, the material of the lens (L, L1, L', La) of said module and of said reference lens having the same refractive index, the first reflector and the lens being arranged so as to form the first beam with cut-off after refraction by the lens of the rays deflected by the first reflector, the cut-off line of the first beam with cut-off being determined by the control curve.
An inhibitor of T cell costimulation and/or activation for use in the treatment and/or prevention of pressure overload-induced heart failure, wherein the inhibitor inhibits CD80 and/or CD86.