mhurhangee/ep-ind-claims huggingface dataset:
An electric machine rotor assembly comprising: a rotor core defining a rotor axis; windings seated in the rotor core; a plurality of wedges circumferentially spaced apart around the rotor core relative to the rotor axis, each wedge extending axially and separating between two respective portions of the windings; a supply end plate mounted at a first axial end of the rotor core; and a return end plate mounted at a second axial end of the rotor core opposite the first axial end, wherein a flow path for coolant fluid extends through the supply end plate into the wedges, through the wedges and into the return end plate, and through the return end plate; wherein the supply end plate defines a plurality of end plate passages therein extending outward from a radially inward portion of the supply end plate, radially inward with respect to the rotor axis, toward a radially outward portion of the supply end plate, radially outward with respect to the rotor axis; the electric machine rotor assembly characterized in that a first axial level of the supply end plate includes straight portions of the end plate passages leading to curved portions of the end plate passages in a second axial level of the supply end plate that is closer to the rotor core than the first axial level. a rotor core defining a rotor axis; windings seated in the rotor core; a plurality of wedges circumferentially spaced apart around the rotor core relative to the rotor axis, each wedge extending axially and separating between two respective portions of the windings; a supply end plate mounted at a first axial end of the rotor core; and a return end plate mounted at a second axial end of the rotor core opposite the first axial end, wherein a flow path for coolant fluid extends through the supply end plate into the wedges, through the wedges and into the return end plate, and through the return end plate; wherein the supply end plate defines a plurality of end plate passages therein extending outward from a radially inward portion of the supply end plate, radially inward with respect to the rotor axis, toward a radially outward portion of the supply end plate, radially outward with respect to the rotor axis; the electric machine rotor assembly characterized in that a first axial level of the supply end plate includes straight portions of the end plate passages leading to curved portions of the end plate passages in a second axial level of the supply end plate that is closer to the rotor core than the first axial level.
A magnetic pole for magnetic levitation vehicles having a core and a coil attached thereto, wherein the coil has at least two plates (315, 316) which are formed from conduction bands wound in a plurality of layers (1...300) about the core, and wherein the individual layers (1...300) are electrically insulated by first insulation layers (310, 321) radially in respect of one another and in respect of the core, characterized in that the plates (315, 316) are electrically insulated axially in respect of one another by at least a second insulation layer made of insulating material and that the plates (315, 316) are connected in series.
A tire tread comprising: a length (L 10) extending in a lengthwise direction, the lengthwise direction being a circumferential direction when the tread is arranged on a tire; a width (W 10) extending in a lateral direction, the lateral direction being perpendicular to the lengthwise direction; a thickness (T 10) extending in a depthwise direction from an outer, ground-engaging side of the tread, the depthwise direction being perpendicular to both the lengthwise direction and the widthwise direction of the tread; and a sipe having a length (L 18), a height (H 18), a width (W 18), a thickness (T 18) extending in a direction of the sipe width (W 18), and a cross-section (X 18) taken along a plane extending in a direction of the sipe width (W 18) and height (H 18), where the cross-section (X 18) twists as the sipe thickness (T 18) extends along the length (L 18) of the sipe, characterized in that the sipe length (L 18) is defined by two distal ends, where at least one of the distal ends includes an upright void feature having a length extending primarily in the direction of the sipe height (H 18), where the sipe thickness (T 18) between the distal ends includes an intermediate sipe portion, the upright void feature having a thickness (T 32) greater than the intermediate sipe portion. a length (L 10) extending in a lengthwise direction, the lengthwise direction being a circumferential direction when the tread is arranged on a tire; a width (W 10) extending in a lateral direction, the lateral direction being perpendicular to the lengthwise direction; a thickness (T 10) extending in a depthwise direction from an outer, ground-engaging side of the tread, the depthwise direction being perpendicular to both the lengthwise direction and the widthwise direction of the tread; and a sipe having a length (L 18), a height (H 18), a width (W 18), a thickness (T 18) extending in a direction of the sipe width (W 18), and a cross-section (X 18) taken along a plane extending in a direction of the sipe width (W 18) and height (H 18), where the cross-section (X 18) twists as the sipe thickness (T 18) extends along the length (L 18) of the sipe, characterized in that the sipe length (L 18) is defined by two distal ends, where at least one of the distal ends includes an upright void feature having a length extending primarily in the direction of the sipe height (H 18), where the sipe thickness (T 18) between the distal ends includes an intermediate sipe portion, the upright void feature having a thickness (T 32) greater than the intermediate sipe portion.
A method of controlling a steering system of a vehicle, the steering system comprising a first steering shaft connected to a steering device, a second steering shaft connected to at least one pair of wheels of the vehicle, and a mechanical member comprising a first portion connected to the first steering shaft and a second portion connected to the second steering shaft, wherein a mutual relative rotation between the first and second steering shafts is obtainable by an angular mechanical play between the first and second portions, the first and second portions being arranged in contact with each other when the mutual relative rotation reaches a displacement angle corresponding to the angular mechanical play, wherein the mechanical member is adapted to assume a first state in which a first angular mechanical play is provided between the first and second portions, the method comprising: - determining an indication of a lateral acceleration of the vehicle being above a predetermined threshold; and - controlling, in response to the indication of the lateral acceleration, an angular displacement between the first and second steering shafts, such that the mechanical member assumes a second state in which a second angular mechanical play is provided between the first and second portions, wherein the second state allows a smaller mutual relative rotation between the first and second steering shafts compared to the first state. - determining an indication of a lateral acceleration of the vehicle being above a predetermined threshold; and - controlling, in response to the indication of the lateral acceleration, an angular displacement between the first and second steering shafts, such that the mechanical member assumes a second state in which a second angular mechanical play is provided between the first and second portions, wherein the second state allows a smaller mutual relative rotation between the first and second steering shafts compared to the first state.
A power plant comprising: a combustor with a flue gas outlet and one or more water selective separators downstream of the flue gas outlet to separate water from the flue gas, a CO shift cell with a syngas inlet, a water inlet and an outlet operatively connected to a syngas inlet of the combustor for the transport of H2 enriched syngas to the combustor, wherein a water return line is configured to return separated water from the one or more water selective separators to the water inlet of the CO shift cell. a combustor with a flue gas outlet and one or more water selective separators downstream of the flue gas outlet to separate water from the flue gas, a CO shift cell with a syngas inlet, a water inlet and an outlet operatively connected to a syngas inlet of the combustor for the transport of H2 enriched syngas to the combustor, wherein a water return line is configured to return separated water from the one or more water selective separators to the water inlet of the CO shift cell.
A generator cooling assembly, comprising: a rotor; a generator assembly comprising a generator housing, a generator housed in the generator housing and a shaft coupled to the rotor to transmit shaft power from the rotor to the generator to drive the generator; and an air-cycle machine housed in the generator housing, and characterized by the ACM being receptive of air, which is cooled by the ACM and output to the generator as fully cooled air to cool the generator. a rotor; a generator assembly comprising a generator housing, a generator housed in the generator housing and a shaft coupled to the rotor to transmit shaft power from the rotor to the generator to drive the generator; and an air-cycle machine housed in the generator housing, and characterized by the ACM being receptive of air, which is cooled by the ACM and output to the generator as fully cooled air to cool the generator.
A wrist brace comprising: a flexible body configured to provide support to the user's wrist, a component attached to the flexible body, the component having a thumbhole, the wrist brace being characterised in the component further comprising an insert, the insert being arranged to cushion the user's web space when the user's thumb is extending through the thumbhole.
A fastener assembly with a fastener, which is designed for fastening to a base by means of an adhesive, and with an object having an object holder, wherein the object holder can be fixed to the fastener fastened to the base, wherein the fastener has a reinforcing part consisting of a metallic material, the side wall elements of which are mounted between a clamping ring and edge segments of a retainer, wherein the side wall elements of the reinforcing part are designed for fixing the object holder, and wherein the fastener has a pressure element delimiting an adhesive reservoir, wherein, by displacing the pressure element in the axial direction, adhesive can be discharged from the adhesive reservoir via openings in the reinforcing part and in the retainer, so that the adhesive fixes the fastener to the base. wherein the side wall elements of the reinforcing part are designed for fixing the object holder, and wherein the fastener has a pressure element delimiting an adhesive reservoir, wherein, by displacing the pressure element in the axial direction, adhesive can be discharged from the adhesive reservoir via openings in the reinforcing part and in the retainer, so that the adhesive fixes the fastener to the base.
Carrier plate for a floor, wall or ceiling structure, which has a film-like plate made of plastic having a plurality of protrusions, having an adhesion-enhancing layer on a first plate side which follows the contours of the first plate side, having a further layer which engages on a second plate side opposite the first plate side, wherein the further layer abuts the protrusions, which span recesses provided between them, characterised in that the protrusions are formed to protrude alternately from a central plane of the film-like plate, such that a plurality of rows and columns are formed, in which protrusions and recesses are alternately lined up and only recesses are lined up along a diagonal to the rows and columns in a direction along the diagonal and only protrusions are lined up at right angles to the diagonal along a further diagonal, and that the number of protrusions is greater than 9,000 units/sqm.
A crystalline free base of 6-acetyl-8-cyclopentyl-5-methyl-2-(5-piperazin-1-yl-pyridin-2-ylamino)-8 H -pyrido[2,3- d]pyrimidin-7-one, having a powder X-ray diffraction pattern comprising peaks at diffraction angles (2θ) of 8.0 ± 0.2, 10.1 ± 0.2 and 11.5 ± 0.2 (Form A) and a primary particle size distribution characterized by a D90 value of from 30 μm ± 20% to 125 μm ± 20%.
A method of tracking an object of interest between temporally successive images taken from a vehicle based camera system comprising: a) from an initial image, determining an initial patch with a respective bounding box encapsulating an identified object of interest; b) using a search template based on the initial patch to track, using Kanade Lucas Tomasi - KLT-methodology, said object of interest in a temporally successive image from said camera system; so as to determine therein a new patch having a respective new bounding box or portion thereof, with respect to said object of interest, c) performing a check on the robustness of the tracking step in step b) by analysing one or more parameters output from step b), including in step c) determining the degree of similarity or difference between the search template and an updated patch template based on the new patch, comprising: comparing the search template to the updated patch template in order to compute local differences and characterised in keeping track of the local per-pixel gray value variance over time of the updated patch template and checking for a sufficient number of updated patch template pixels whose computed local differences satisfy a check by comparing with respective values derived from said per-pixel variances. a) from an initial image, determining an initial patch with a respective bounding box encapsulating an identified object of interest; b) using a search template based on the initial patch to track, using Kanade Lucas Tomasi - KLT-methodology, said object of interest in a temporally successive image from said camera system; so as to determine therein a new patch having a respective new bounding box or portion thereof, with respect to said object of interest, c) performing a check on the robustness of the tracking step in step b) by analysing one or more parameters output from step b), including in step c) determining the degree of similarity or difference between the search template and an updated patch template based on the new patch, comprising: comparing the search template to the updated patch template in order to compute local differences and characterised in keeping track of the local per-pixel gray value variance over time of the updated patch template and checking for a sufficient number of updated patch template pixels whose computed local differences satisfy a check by comparing with respective values derived from said per-pixel variances.
A computer implemented method for automatic speech analysis comprising: setting a target phrase, the target phrase comprising a target phoneme, the target phoneme having corresponding target values of a set of phonological features associated therewith, wherein each target value is arranged to take one of three values: an indication that the phonological feature should be present, an indication that the phonological feature should be absent, or an indication that the presence of the phonological feature is not specified; receiving a speech signal, wherein the speech signal comprises a user's attempt to say the target phrase; analysing the speech signal to determine the phonological features present within a portion of the speech signal corresponding to the target phoneme and assigning a probability to each of the set of phonological features; comparing the probability assigned to each phonological feature based on the speech signal to the expected target value of that phonological feature within the phrase; determining a deviation from the comparison; and outputting the deviation to provide feedback on the closeness of the speech signal to the phrase. setting a target phrase, the target phrase comprising a target phoneme, the target phoneme having corresponding target values of a set of phonological features associated therewith, wherein each target value is arranged to take one of three values: an indication that the phonological feature should be present, an indication that the phonological feature should be absent, or an indication that the presence of the phonological feature is not specified; receiving a speech signal, wherein the speech signal comprises a user's attempt to say the target phrase; analysing the speech signal to determine the phonological features present within a portion of the speech signal corresponding to the target phoneme and assigning a probability to each of the set of phonological features; comparing the probability assigned to each phonological feature based on the speech signal to the expected target value of that phonological feature within the phrase; determining a deviation from the comparison; and outputting the deviation to provide feedback on the closeness of the speech signal to the phrase.
A method for constructing a test for carrying out a test run for a test specimen on a test bench, in order to examine the test specimen with respect to a target variable of the development, characterized in that a prespecified output test in the form of a time sequence of driving maneuvers (FMx) is performed on the test bench with the test specimen and at the same time a value of the target variable is determined, wherein the driving maneuvers (FMx) are selected from a driving maneuver database with stored driving maneuvers (FMx) that come from real measured test drives or executed simulations, in that the result of the determination of the target variable from the output test is divided into test segments (TSm) and each test segment (TSm) is checked for target-variable-critical relevance by means of a predetermined target variable relevance criterion, and in that a driving maneuver (FMx) assigned to the test segment (TSm) or an assigned driving maneuver segment (FMAxy) is included in the test if the target-variable-critical relevance of the test segment (TSm) is given.
A method of managing access to a plurality of data (D1, D2) from a first entity by a second entity through a point-to-point link, each of said data (D1, D2) being reachable through a set of URI (UD1, UD2) belonging to an index list, said second entity comprising a personal token, said personal token comprising a local server,, characterized in that said method comprises the step of inserting a request in the index list, said request being adapted to provide an URI targeting the local server.
A self-cleaving ribozyme, comprising (a) a sequence of a wildtype Schistosoma mansoni ribozyme of SEQ ID NO: 2, and (b) an additional loop of 3-40 nucleotides inserted between two nucleotides within nucleotide positions 46 through 53 of SEQ ID NO: 2.
Expansion tank system for a liquid cooling system, comprising: a first chamber for receiving a coolant, the first chamber having a first coolant port, a second chamber for storing a pressurized gas, a first gas conveying device connected to the first chamber and the second chamber for conveying gas from the first chamber to the second chamber, a second gas conveying device connected to the first chamber and the second chamber for conveying gas from the second chamber to the first chamber, a first pressure sensor in fluid communication with the first chamber, and a control unit connected to the first gas conveying device, the second gas conveying device and the first pressure sensor, wherein the control unit is adapted for controlling the second gas conveying device to selectively convey gas from the second chamber to the first chamber if a pressure measured through the first pressure sensor is below a predefined first threshold value, and for controlling the first gas conveying device to selectively convey gas from the first chamber to the second chamber if a pressure measured through the first pressure sensor is above a second threshold value. a first chamber for receiving a coolant, the first chamber having a first coolant port, a second chamber for storing a pressurized gas, a first gas conveying device connected to the first chamber and the second chamber for conveying gas from the first chamber to the second chamber, a second gas conveying device connected to the first chamber and the second chamber for conveying gas from the second chamber to the first chamber, a first pressure sensor in fluid communication with the first chamber, and a control unit connected to the first gas conveying device, the second gas conveying device and the first pressure sensor, wherein the control unit is adapted for controlling the second gas conveying device to selectively convey gas from the second chamber to the first chamber if a pressure measured through the first pressure sensor is below a predefined first threshold value, and for controlling the first gas conveying device to selectively convey gas from the first chamber to the second chamber if a pressure measured through the first pressure sensor is above a second threshold value.
An electro-acoustic driver (20,200), comprising: a sleeve having a first end and a second end; a voice coil within the sleeve; a magnetic assembly in magnetic communication with the voice coil in the sleeve between the first end and the second end; a mandrel element about a portion of the magnetic assembly; and a conductive wire (36,236) extending from the voice coil and having lead-outs (236A,B) coupled to the mandrel element, the conductive wire having a first region at the first end of the sleeve, a second region at the voice coil, and a third region (a) in the shape of a helix between the voice coil and the mandrel element, and (b) unsupported between the voice coil and the mandrel element. a sleeve having a first end and a second end; a voice coil within the sleeve; a magnetic assembly in magnetic communication with the voice coil in the sleeve between the first end and the second end; a mandrel element about a portion of the magnetic assembly; and a conductive wire (36,236) extending from the voice coil and having lead-outs (236A,B) coupled to the mandrel element, the conductive wire having a first region at the first end of the sleeve, a second region at the voice coil, and a third region (a) in the shape of a helix between the voice coil and the mandrel element, and (b) unsupported between the voice coil and the mandrel element.