mhurhangee/ep-ind-claims huggingface dataset:
Tyre with a radial carcass reinforcement comprising a crown reinforcement, itself capped radially by a tread which is connected to two beads by two sidewalls, the reinforcing elements of at least one layer of the carcass reinforcement being non-wrapped multilayer metal cords with an unsaturated external layer, comprising a core (denoted C0) of diameter d 0 surrounded by an intermediate layer (denoted C1) of four to seven threads (M = 4, 5, 6 or 7) of diameter d 1 wound together in a helix at a pitch p 1, this layer C1 being itself surrounded by an external layer (denoted C2) of N threads of diameter d 2 wound together in a helix at a pitch p 2, N being 1 to 3 less than the maximum number Nmax of threads that can be wound in a layer around the layer C1, the said cords having the following characteristics (d 0, d 1, d 2, p 1 and p 2 being in mm): - (i) 0.14 < d 0 < 0.28; - (ii) 0.12 < d 1 < 0.25; - (iii) 0.12 < d 2 < 0.25; - (iv) for M = 4: 0.40 < (d 0 / d 1) < 0.80; for M = 5:0.70 < (d 0 /d 1) < 1.10; for M = 6:1.10 < (d 0 /d 1) < 1.40; for M = 7:1.40 < (d 0 / d 1) < 1.70; - (v) 5 π (d 0 + d 1) < p 1 < p 2 < 5 π (d 0 + 2d 1 + d 2); - (vi) the threads of the layers C1 and C2 are wound in the same direction of twisting, characterized in that the said cords return in what is referred to as the permeability test a mean flow rate less than 4 cm 3 /min and at least 2 points of zero flow rate over a length of 2 cm and in that the ratio of the axial width L of the tread to the maximum axial width S of the tyre is strictly greater than 0.85, said permeability test is carried out on cords extracted directly, by stripping, from the vulcanized rubber plies which they reinforce; the test is carried out on a 2 cm length of cord, coated with its surrounding rubber composition in the cured state, in the following way: air is sent to the inlet of the cord, under a pressure of 1 bar, and the volume of air at the outlet is measured using a flow meter; the measurements are performed on test specimens of cord taken from three regions of the tyre: the sidewall region, the crown region and in the region surrounding the bead of the tyre; the flow rate is determined from a mean performed over 10 test specimens in each of the regions; the measurement being carried out with an accuracy of ±0.2 cm3/min, measured values of less than or equal to 0.2 cm3/min are regarded as zeros; the number of points with zero flow rate is the number of measurements from the 10 test specimens that return a zero flow rate, this number of points is determined in each of the aforementioned regions of the tyre. - (i) 0.14 < d 0 < 0.28; - (ii) 0.12 < d 1 < 0.25; - (iii) 0.12 < d 2 < 0.25; - (iv) for M = 4: 0.40 < (d 0 / d 1) < 0.80; for M = 5:0.70 < (d 0 /d 1) < 1.10; for M = 6:1.10 < (d 0 /d 1) < 1.40; for M = 7:1.40 < (d 0 / d 1) < 1.70; for M = 4: 0.40 < (d 0 / d 1) < 0.80; for M = 5:0.70 < (d 0 /d 1) < 1.10; for M = 6:1.10 < (d 0 /d 1) < 1.40; for M = 7:1.40 < (d 0 / d 1) < 1.70; - (v) 5 π (d 0 + d 1) < p 1 < p 2 < 5 π (d 0 + 2d 1 + d 2); - (vi) the threads of the layers C1 and C2 are wound in the same direction of twisting,
A computer implemented method for decomposing a layout of a portion of an integrated circuit, the layout including a first plurality of polygons (202, 204, 206, 208. 210, 212, 214), the method comprising: constructing, using the computer, a first matrix representative of a first plurality of constraints, each of the first plurality of constraints being between a different pair of the first plurality of polygons (202, 204, 206, 208. 210, 212, 214); and solving, using the computer, the first matrix to thereby assign one of a plurality of masks to each different one of the first plurality of polygons, when the computer is invoked to decompose the layout; characterized in that the first matrix is an exact cover matrix. constructing, using the computer, a first matrix representative of a first plurality of constraints, each of the first plurality of constraints being between a different pair of the first plurality of polygons (202, 204, 206, 208. 210, 212, 214); and solving, using the computer, the first matrix to thereby assign one of a plurality of masks to each different one of the first plurality of polygons, when the computer is invoked to decompose the layout; characterized in that the first matrix is an exact cover matrix.
A utility vehicle comprising a ventilation system which receives air from the environment, filters the air and supplies the filtered air into a cab, the system comprising a fan to drive air through a channel from the environment to the cab, and a main air filter arranged within a roof section of the cab and downstream of a pre-filter(32;72), characterised in that the pre-filter (32;72) is mounted to an electric motor which rotates the pre-filter around a rotation axis which is substantially parallel to the air flow through the pre-filter, and wherein the ventilation system further comprises a subsidiary fan which rotates about the rotation axis and is driven by the electric motor.
A method comprising: receiving audio data generated by a microphone of a current computing device (110, 210); identifying, based on the audio data, one or more computing devices (180A-180N, 380) that each emitted a respective audio signal (181A-181N) in response to speech reception being activated at the current computing device; and selecting, based on the identified one or more computing devices and a spoken utterance determined from the audio data, either the current computing device or a particular computing device from the identified one or more computing devices to perform a task or service based on the spoken utterance. receiving audio data generated by a microphone of a current computing device (110, 210); identifying, based on the audio data, one or more computing devices (180A-180N, 380) that each emitted a respective audio signal (181A-181N) in response to speech reception being activated at the current computing device; and selecting, based on the identified one or more computing devices and a spoken utterance determined from the audio data, either the current computing device or a particular computing device from the identified one or more computing devices to perform a task or service based on the spoken utterance.
Use of an antibody able to bind 90K protein or 90K-antigen binding region thereof, said antibody being able to inhibit the adhesive processes of tumor cells, wherein the tumors are selected from the group comprising those with increased 90K production for the manufacture of a medication for prevention and/or treatment of said tumors and metastases thereof, and wherein the antibody is the monoclonal antibody SP- 2 produced by hybridoma cell line DSM ACC 2116.
A method for determining an ablation target shape for a laser vision treatment for an eye of a patient, comprising: determining a desired wavefront or wavefront gradient value at a corneal grid location of a square corneal grid of the eye of the patient; determining a measured wavefront or wavefront gradient value at the said corneal grid location of the said square corneal grid of the eye of the patient with a wavefront measurement system; determining an anterior corneal shape or anterior corneal shape gradient value at the said corneal grid location of the said square corneal grid of the eye of the patient with a corneal topography device; and combining the desired wavefront or wavefront gradient value, the measured wavefront or wavefront gradient value, and the anterior corneal shape or anterior corneal shape gradient value to determine the ablation target shape. determining a desired wavefront or wavefront gradient value at a corneal grid location of a square corneal grid of the eye of the patient; determining a measured wavefront or wavefront gradient value at the said corneal grid location of the said square corneal grid of the eye of the patient with a wavefront measurement system; determining an anterior corneal shape or anterior corneal shape gradient value at the said corneal grid location of the said square corneal grid of the eye of the patient with a corneal topography device; and combining the desired wavefront or wavefront gradient value, the measured wavefront or wavefront gradient value, and the anterior corneal shape or anterior corneal shape gradient value to determine the ablation target shape.
Method for braking a traction vehicle-trailer combination, wherein a trailer which runs up onto the traction vehicle is detected by a control device in a driving state with a service brake which is not actuated, and when a predetermined thrust effect of the trailer is reached or exceeded the brake system of the trailer is automatically actuated by the control device to generate a braking effect of the trailer when the service brake of the traction vehicle is not actuated, wherein a measure of the thrust effect of the trailer and/or a characteristic variable for detecting the running up of the trailer onto the traction vehicle is determined a) from the difference or the quotient of the actual engine rotational speed of the traction vehicle and a predefined setpoint engine rotational speed and/or b) from the difference or the quotient of a first pressure signal and of a second pressure signal, which are sensed from a first pressure sensor and a second pressure sensor of a hydrostatic traction drive of the traction vehicle. a) from the difference or the quotient of the actual engine rotational speed of the traction vehicle and a predefined setpoint engine rotational speed and/or b) from the difference or the quotient of a first pressure signal and of a second pressure signal, which are sensed from a first pressure sensor and a second pressure sensor of a hydrostatic traction drive of the traction vehicle.
A pump station for intermediate storage of liquid, such as wastewater, comprising a tank configured to house said liquid, an inlet for influent liquid flow, a pump configured to intermittently discharge liquid from the tank, an outlet for effluent liquid flow, an outlet pipe extending between the pump and the outlet of the tank, and a flush pipe having a lower opening provided in said tank and an upper opening, wherein the lower opening of the flush pipe is located below a pump start liquid level of the tank, and wherein the flush pipe comprises a valve constituted by a mechanical check valve and configured to open/close fluid communication between the lower opening of the flush pipe and the upper opening of the flush pipe and configured to admit fluid flow in the direction from the lower opening of the flush pipe towards the upper opening of the flush pipe, wherein the flush pipe is configured to alternate between a primed state filled with liquid and a released state empty of liquid, the flush pipe being configured to go from the released state to the primed state when the pump is inactive, the valve is open and the liquid level in the tank increase up to the pump start liquid level and being configured to go from the primed state to the released state when the pump is active, characterized in that the flush pipe is articulately suspended in the upper portion thereof, the lower opening of the flush pipe is located above a pump stop liquid level of the tank, and wherein the valve is located above the pump start liquid level of the tank, and in that the flush pipe in the primed state is filled with liquid in level with the pump start liquid level of the tank, the flush pipe being configured to go from the primed state to the released state when the valve is closed and the liquid level in the tank is at level with the lower opening of the flush pipe.
A method to maintain, ensure and/or warrant a correct/desired functioning of a telecommunications network, the method comprising at least the following steps: - extracting, capturing and collecting raw network data from at least one network function such as a network component, a network tool, a network interface and/or a network application, - duplicating the captured raw network data, - converting the duplicated captured raw network data into a human readable format, - storing the converted raw network data in a data storage which supports parallel processing and horizontal scaling, and - making the stored raw network data available through at least one application programming interface for a further deployment as for network automation, particularly with regard to fault detection and reconditioning of the telecommunications network, and for topology modelling of the telecommunications network, - retrieving via the at least one application programming interface at least a subset of the available raw network data, the subset being dependent on the further deployment, and - searching the retrieved raw network data for data that are indicative and usable for a specific use case, as for fault detection and/or topology modelling, - analysing the retrieved raw network data regarding protocol parameters, and - identifying in the telecommunications network, based on the analysed stored raw network data, at least one root cause of issues disturbing/affecting a current working status of the telecommunications network, - indicating the identified at least one root cause to an operator of the telecommunications network via a user interface. - extracting, capturing and collecting raw network data from at least one network function such as a network component, a network tool, a network interface and/or a network application, - duplicating the captured raw network data, - converting the duplicated captured raw network data into a human readable format, - storing the converted raw network data in a data storage which supports parallel processing and horizontal scaling, and - making the stored raw network data available through at least one application programming interface for a further deployment as for network automation, particularly with regard to fault detection and reconditioning of the telecommunications network, and for topology modelling of the telecommunications network, - retrieving via the at least one application programming interface at least a subset of the available raw network data, the subset being dependent on the further deployment, and - searching the retrieved raw network data for data that are indicative and usable for a specific use case, as for fault detection and/or topology modelling, - analysing the retrieved raw network data regarding protocol parameters, and - identifying in the telecommunications network, based on the analysed stored raw network data, at least one root cause of issues disturbing/affecting a current working status of the telecommunications network, - indicating the identified at least one root cause to an operator of the telecommunications network via a user interface.
A debris collection device (10, 210, 310) comprising: first and second members (20, 30, 220, 230, 320, 330) each having one or more walls and notches extending into one or more of said walls, the first and second members (20, 30, 220, 230, 320, 330) being hingedly connected and moveable relative to each other between first and second configurations wherein in the second configuration the first and second members interface so that the first and second members jointly form: a restraint opening (14, 214, 314) that extends entirely through the debris collection device (10, 210, 310) and is configured to receive an elongate element, a guide opening (24, 216, 316) configured to receive a cutting instrument and that defines an axis that extends transverse to and intersects an axis defined by the restraint opening, and an interior space (218, 318) that is defined by a floor and sidewalls extending from said floor, wherein said floor and sidewalls are comprised of the one or more walls of the first and second members. a restraint opening (14, 214, 314) that extends entirely through the debris collection device (10, 210, 310) and is configured to receive an elongate element, a guide opening (24, 216, 316) configured to receive a cutting instrument and that defines an axis that extends transverse to and intersects an axis defined by the restraint opening, and an interior space (218, 318) that is defined by a floor and sidewalls extending from said floor, wherein said floor and sidewalls are comprised of the one or more walls of the first and second members.
A method of enabling a first user and a second user to obtain collaborative content, comprising steps of: - obtaining a plurality of content preference data comprising a first content preference data of the first user and a second content preference data of the second user, the first and second content preference data including user rating values, wherein the first content preference data further comprises an identifier of the second user and dependency rules (114, 114a) indicating dependency of the user rating values in the first content preference data on corresponding user rating values in the second content preference data, - combining the first content preference data and the second content preference data into collaborative content preference data while applying the dependency rules (114, 114a), and - using the collaborative content preference data for a selection of the collaborative content. - obtaining a plurality of content preference data comprising a first content preference data of the first user and a second content preference data of the second user, the first and second content preference data including user rating values, wherein the first content preference data further comprises an identifier of the second user and dependency rules (114, 114a) indicating dependency of the user rating values in the first content preference data on corresponding user rating values in the second content preference data, - combining the first content preference data and the second content preference data into collaborative content preference data while applying the dependency rules (114, 114a), and - using the collaborative content preference data for a selection of the collaborative content.
Front end part for a motor vehicle, comprising an inlet opening for the introduction of headwind, an air duct adjoining the inlet opening for supplying the headwind to a radiator and/or to an air conditioning device, an air-directing element for directing the headwind into the air duct, and a sound generator, in particular fanfare or speaker, for outputting an acoustic signal along a sound path, wherein the air-directing element is arranged for at least partially covering the sound generator in the sound path, characterized in that the air-directing element has a textile material which is sound-permeable for the acoustic signal of the sound generator, wherein the air-directing element has a perforated sheet backed by the textile material. an inlet opening for the introduction of headwind, an air duct adjoining the inlet opening for supplying the headwind to a radiator and/or to an air conditioning device, an air-directing element for directing the headwind into the air duct, and a sound generator, in particular fanfare or speaker, for outputting an acoustic signal along a sound path, wherein the air-directing element is arranged for at least partially covering the sound generator in the sound path, characterized in that the air-directing element has a textile material which is sound-permeable for the acoustic signal of the sound generator, wherein the air-directing element has a perforated sheet backed by the textile material.
A system for controlling the speed of a vehicle, the system being operable to cause the vehicle to operate in accordance with a current value of vehicle set-speed, the system being operable to allow a user to input a command to change the current value of vehicle set-speed from the current value to a value different from the current value via by either one of first (174, 175) and second input devices wherein the second input device is a user operable brake control, upon receipt of the command to change the value of set-speed the system being configured to store the current value of set-speed in a memory as a stored set-speed and to change the current value of set-speed in dependence on the user input, the system being further operable to set the current value of vehicle set-speed to the stored set-speed upon receipt of a further user command only if the reduction in set-speed is commanded by the second input device.
A silicon carbide semiconductor device comprising: a substrate made of silicon carbide of a first conductive type; a semiconductor layer made of silicon carbide having the first conductive type, formed on said substrate, containing a first-conductive-type impurity of a lower concentration than said substrate, said semiconductor layer having a surface with a trench having a sidewall formed of a crystal plane tilted at an angle in a range of not less than 50° and not more than 65° relative to a plane; and an insulating film formed to contact said sidewall of said trench, a second-conductive-type impurity diffusion layer formed in said sidewall of said trench, a first-conductive-type impurity diffusion layer formed in the surface of said semiconductor layer, a source electrode formed to contact at least a part of a region, except for a portion where said insulating film is formed, of said surface of said semiconductor layer, a gate electrode formed on said insulating film, and a drain electrode formed on a surface of said substrate opposite to a surface of said substrate on which said semiconductor layer is formed, characterized in that a maximum value of a nitrogen concentration in a region within 10 nm from an interface between said sidewall of said trench and said insulating film being not less than 1×10 21 cm -3, said silicon carbide semiconductor device having a channel direction in a range of ±10° relative to a direction orthogonal to a <-2110> direction in said sidewall of said trench, a substrate made of silicon carbide of a first conductive type; a semiconductor layer made of silicon carbide having the first conductive type, formed on said substrate, containing a first-conductive-type impurity of a lower concentration than said substrate, said semiconductor layer having a surface with a trench having a sidewall formed of a crystal plane tilted at an angle in a range of not less than 50° and not more than 65° relative to a plane; and an insulating film formed to contact said sidewall of said trench, a second-conductive-type impurity diffusion layer formed in said sidewall of said trench, a first-conductive-type impurity diffusion layer formed in the surface of said semiconductor layer, a source electrode formed to contact at least a part of a region, except for a portion where said insulating film is formed, of said surface of said semiconductor layer, a gate electrode formed on said insulating film, and a drain electrode formed on a surface of said substrate opposite to a surface of said substrate on which said semiconductor layer is formed, characterized in that a maximum value of a nitrogen concentration in a region within 10 nm from an interface between said sidewall of said trench and said insulating film being not less than 1×10 21 cm -3, said silicon carbide semiconductor device having a channel direction in a range of ±10° relative to a direction orthogonal to a <-2110> direction in said sidewall of said trench,