mhurhangee/ep-ind-claims huggingface dataset:
A power system for dynamic positioning of a vessel, which power system comprises: a first combustion engine driven generator, a second combustion engine driven generator, a battery unit, and a converter unit arranged to provide power to the vessel from the battery unit, wherein in a first operational state of the power system only the first combustion engine driven generator is arranged to deliver power to the vessel, and wherein in a second operational state in which the first combustion engine driven generator is subject to a failure, the second combustion engine driven generator is arranged to deliver power to the vessel, and wherein the converter unit is arranged to deliver power to the vessel during the transition from the first operational state to the second operational state. a first combustion engine driven generator, a second combustion engine driven generator, a battery unit, and a converter unit arranged to provide power to the vessel from the battery unit, wherein in a first operational state of the power system only the first combustion engine driven generator is arranged to deliver power to the vessel, and wherein in a second operational state in which the first combustion engine driven generator is subject to a failure, the second combustion engine driven generator is arranged to deliver power to the vessel, and wherein the converter unit is arranged to deliver power to the vessel during the transition from the first operational state to the second operational state.
A method for casting building material to form a construction element using a computer-controlled apparatus, the apparatus having a material deposition head in communication with a reservoir of formwork material and being movable within a build volume responsive to computer instructions, the method comprising the steps of: receiving, by the apparatus, computer instructions relating to a formwork geometry; moving the material deposition head within the build volume and selectively depositing the formwork material in specific locations to fabricate a formwork defining a three-dimensional casting surface, the formwork corresponding with the formwork geometry; pouring the building material in contact with the casting surface; at least partially curing the building material in contact with the casting surface, thereby forming the construction element; removing at least a portion of the formwork from the construction element; and collecting and recirculating melted or dissolved removed formwork material to the reservoir to allow the removed formwork material to be re-used to fabricate a further formwork by the apparatus. receiving, by the apparatus, computer instructions relating to a formwork geometry; moving the material deposition head within the build volume and selectively depositing the formwork material in specific locations to fabricate a formwork defining a three-dimensional casting surface, the formwork corresponding with the formwork geometry; pouring the building material in contact with the casting surface; at least partially curing the building material in contact with the casting surface, thereby forming the construction element; removing at least a portion of the formwork from the construction element; and collecting and recirculating melted or dissolved removed formwork material to the reservoir to allow the removed formwork material to be re-used to fabricate a further formwork by the apparatus.
An omnidirectional wheel rotationally driven by a driving source, the omnidirectional wheel comprising: a plurality of first and second rollers (6, 7) arranged in an annular shape; a plurality of roller support parts free-rotatably supporting the first and second rollers (6, 7); a wheel hub disposed radially inward from the roller support parts; and a fixing member fastened to the roller support parts, characterized in that the wheel hub has a shaft portion connected to the driving source and an extension formed to extend from an outer circumferential surface of the shaft portion, the fixing member is disposed to surround the shaft portion, an elastic body is disposed between the extension and the fixing member to surround the shaft portion, a space is provided between the elastic body and the shaft portion, a space is provided between the elastic body and the roller support parts, a plurality of first pins are formed to protrude from the extension, a plurality of second pins are formed to protrude from the fixing member, the elastic body has a plurality of first holes into which the first pins are fitted, and a plurality of second holes into which the second pins are fitted, and the first holes and the second holes are shifted from each other in a circumferential direction of the elastic body. a plurality of first and second rollers (6, 7) arranged in an annular shape; a plurality of roller support parts free-rotatably supporting the first and second rollers (6, 7); a wheel hub disposed radially inward from the roller support parts; and a fixing member fastened to the roller support parts, characterized in that the wheel hub has a shaft portion connected to the driving source and an extension formed to extend from an outer circumferential surface of the shaft portion, the fixing member is disposed to surround the shaft portion, an elastic body is disposed between the extension and the fixing member to surround the shaft portion, a space is provided between the elastic body and the shaft portion, a space is provided between the elastic body and the roller support parts, a plurality of first pins are formed to protrude from the extension, a plurality of second pins are formed to protrude from the fixing member, the elastic body has a plurality of first holes into which the first pins are fitted, and a plurality of second holes into which the second pins are fitted, and the first holes and the second holes are shifted from each other in a circumferential direction of the elastic body.
A catheter, comprising: a shaft having a distal end for insertion into a clotted blood vessel of a brain of a patient; a sealing balloon, which is fitted at a proximal section of the distal end, and is configured to proximally seal a portion of the clotted blood vessel; a bifurcation sealing element, which is fitted at the distal end, distally to the sealing balloon, and is configured to seal a bifurcation located at the proximally sealed portion of the clotted blood vessel; and a camera, which is fitted at a distal edge of the distal end and is configured to visually image a clot that clots the blood vessel. a shaft having a distal end for insertion into a clotted blood vessel of a brain of a patient; a sealing balloon, which is fitted at a proximal section of the distal end, and is configured to proximally seal a portion of the clotted blood vessel; a bifurcation sealing element, which is fitted at the distal end, distally to the sealing balloon, and is configured to seal a bifurcation located at the proximally sealed portion of the clotted blood vessel; and a camera, which is fitted at a distal edge of the distal end and is configured to visually image a clot that clots the blood vessel.
A solid state circuit breaker comprising: a solid state switch having a gate electrode (g), a source electrode (s) and a drain electrode (d); an inductor in series connected with the solid state switch; and a fault detection circuit for detecting health status of the solid state switch and characterized in identifying faulty type of the solid state switch in the condition that a short circuit occurs in the solid state switch when the measured voltage (V 1) of the solid state switch between the source electrode (s) and the drain electrode (d) is zero in the condition that a switching control signal (S g) provided to a gate electrode (g) of the solid state switch is low level, and whether an open circuit in the solid state switch based on a measured voltage (V m) of the inductor, a reference voltage (V r) and the switching control signal (S g). a solid state switch having a gate electrode (g), a source electrode (s) and a drain electrode (d); an inductor in series connected with the solid state switch; and a fault detection circuit for detecting health status of the solid state switch and characterized in identifying faulty type of the solid state switch in the condition that a short circuit occurs in the solid state switch when the measured voltage (V 1) of the solid state switch between the source electrode (s) and the drain electrode (d) is zero in the condition that a switching control signal (S g) provided to a gate electrode (g) of the solid state switch is low level, and whether an open circuit in the solid state switch based on a measured voltage (V m) of the inductor, a reference voltage (V r) and the switching control signal (S g).
A compound for use in treating the symptoms of a disease selected from the group consisting of arthritis and asthma, wherein said compound has the structural formula:
A photonic crystal fiber having a plurality of holes arranged in quartz of the optical fiber along a longitudinal direction, wherein in a cross section, the holes are arranged in a plurality of hole layers of hexagonal shape and a hole ratio which is an area of the holes per unit area is larger in a central side than in an outer side in a portion corresponding to a cladding, characterized in that a diameter of all of the holes is d, and a distance Λ1 between adjacent holes in the hole layer in the central side is smaller than a distance A between adjacent holes of the hole layer in the outer side thereof, with Λ1/Λ = 0,67, and, when A is represented in a horizontal axis and d/A is represented in a vertical axis, the distance A between holes and the diameter d of all of the holes are in a region where respective regions represented by mathematical formulas C2 overlap, an effective cross-sectional area is 500 μm2 or more, a loss in an LP02 mode is 0.1 dB/m or more so that the LP02 mode is not propagated, at light of a wavelength range of 1.05 μm or more to 1.07 μm or less, and a bending loss of a basic mode is 1 dB/km with a bending radius of 500 mm or less in the wavelength range. [Mathematical Formulas C2] d / Λ ≤ 0.24 Λ − 2.22 Λ ≦ 1 0. 8 μ m d / Λ ≤ 0.00667 Λ + 0.293 1 0. 8 μ m ≦ Λ ≦ 1 9. 5 μ m d / Λ ≤ 0.01 Λ + 0.23 Λ ≥ 1 9. 5 μ m d / Λ ≥ 0.3 Λ ≦ 1 9. 2 μ m d / Λ ≥ 0.0195 Λ− 0.075 Λ ≥ 1 9. 2 μ m in a cross section, the holes are arranged in a plurality of hole layers of hexagonal shape and a hole ratio which is an area of the holes per unit area is larger in a central side than in an outer side in a portion corresponding to a cladding, characterized in that a diameter of all of the holes is d, and a distance Λ1 between adjacent holes in the hole layer in the central side is smaller than a distance A between adjacent holes of the hole layer in the outer side thereof, with Λ1/Λ = 0,67, and, when A is represented in a horizontal axis and d/A is represented in a vertical axis, the distance A between holes and the diameter d of all of the holes are in a region where respective regions represented by mathematical formulas C2 overlap, an effective cross-sectional area is 500 μm2 or more, a loss in an LP02 mode is 0.1 dB/m or more so that the LP02 mode is not propagated, at light of a wavelength range of 1.05 μm or more to 1.07 μm or less, and a bending loss of a basic mode is 1 dB/km with a bending radius of 500 mm or less in the wavelength range. [Mathematical Formulas C2] d / Λ ≤ 0.24 Λ − 2.22 Λ ≦ 1 0. 8 μ m d / Λ ≤ 0.00667 Λ + 0.293 1 0. 8 μ m ≦ Λ ≦ 1 9. 5 μ m d / Λ ≤ 0.01 Λ + 0.23 Λ ≥ 1 9. 5 μ m d / Λ ≥ 0.3 Λ ≦ 1 9. 2 μ m d / Λ ≥ 0.0195 Λ− 0.075 Λ ≥ 1 9. 2 μ m
Method for the non-destructive and contactless determination and monitoring of the state of aging and/or fatigue of a component containing an elastomer in the form of a rubber compound and formed as an air spring bellows in an air spring system of a vehicle, in which method, by means of a sensor embedded in the elastomer and a transceiver, which communicates with the sensor, the permittivity of the elastomer surrounding the sensor is detected and evaluated, wherein the embedded sensor is conductively modified and consists of the same elastomer or a similar elastomer and wherein, in an as-new state of the component, the dielectric material properties of the embedded sensor and of the elastomer surrounding the sensor are resonantly tuned to one another, so that an electromagnetic test wave of a fixed excitation frequency emitted by the transceiver is responded to by a resonance of the tuned sensor, and wherein, in an aged and/or fatigued state of the component, the aged and/or fatigued state of the material of the elastomer surrounding the sensor is deduced on the basis of frequency mistuning of the response of the sensor with respect to the test wave, and from it the state of aging and fatigue of the component is deduced, and the state of the material of the rubber compound of the bellows under the influence of material fatigue due to mechanical-dynamic and thermal stressing and under the influence of the aging of the material is checked regularly and/or whenever required.
A method for wireless communications by a user equipment, UE, comprising: receiving a configuration indicating distinct resources used by each of a plurality of different transmission points involved in coordinated multipoint, CoMP, operations with the UE for transmitting distinct discovery reference signals, RSs, wherein: the distinct discovery RS for each transmission point is transmitted on resources also used for channel state information reference signals, CSI-RS, CSI-RS resources used for transmitting distinct discovery RS from transmission points of different power classes are mapped to different frequency and time positions, and resources used for discovery RS have at least one of denser frequency tone allocation or denser time allocation than resources used for CSI-RS; receiving the distinct discovery RSs transmitted from the plurality of different transmission points on the distinct resources; and calculating at least one of path loss or reference signal received power (RSRP) estimations for each of the transmission points based on the distinct discovery RSs; identifying at least one serving cell based on the estimations; and performing a random access channel, RACH, procedure in the identified serving cell with a transmission power level set based on the estimations. receiving a configuration indicating distinct resources used by each of a plurality of different transmission points involved in coordinated multipoint, CoMP, operations with the UE for transmitting distinct discovery reference signals, RSs, wherein: the distinct discovery RS for each transmission point is transmitted on resources also used for channel state information reference signals, CSI-RS, CSI-RS resources used for transmitting distinct discovery RS from transmission points of different power classes are mapped to different frequency and time positions, and resources used for discovery RS have at least one of denser frequency tone allocation or denser time allocation than resources used for CSI-RS; the distinct discovery RS for each transmission point is transmitted on resources also used for channel state information reference signals, CSI-RS, CSI-RS resources used for transmitting distinct discovery RS from transmission points of different power classes are mapped to different frequency and time positions, and resources used for discovery RS have at least one of denser frequency tone allocation or denser time allocation than resources used for CSI-RS; receiving the distinct discovery RSs transmitted from the plurality of different transmission points on the distinct resources; and calculating at least one of path loss or reference signal received power (RSRP) estimations for each of the transmission points based on the distinct discovery RSs; identifying at least one serving cell based on the estimations; and performing a random access channel, RACH, procedure in the identified serving cell with a transmission power level set based on the estimations.
A data generation method performed by a data generation device that operates in conjunction with a mobile object, the data generation method comprising: generating first surrounding information which indicates a surrounding condition of the mobile object and is generated using first three-dimensional data; characterized by generating second surrounding information which indicates the surrounding condition of the mobile object and is generated using second three-dimensional data having an amount of data larger than an amount of data of the first three-dimensional data; determining which one of first surrounding information and second surrounding information is to be used, based on a driving condition of the mobile object; and using (S903, S904) the one of the first surrounding information and the second surrounding information, wherein the driving condition is whether the mobile object is under autonomous travel or under manual driving. generating first surrounding information which indicates a surrounding condition of the mobile object and is generated using first three-dimensional data; characterized by generating second surrounding information which indicates the surrounding condition of the mobile object and is generated using second three-dimensional data having an amount of data larger than an amount of data of the first three-dimensional data; determining which one of first surrounding information and second surrounding information is to be used, based on a driving condition of the mobile object; and using (S903, S904) the one of the first surrounding information and the second surrounding information, wherein the driving condition is whether the mobile object is under autonomous travel or under manual driving.
An apparatus for preparing a beverage from a solvent and ingredients, said apparatus comprising: - a container for containing said solvent, - an infuser for containing said ingredients, - a first system for carrying solvent from said container into said infuser, characterized in that the apparatus further comprises - a second system adapted to assume a first position for carrying solvent being in the infuser out of said container, and a second position for carrying solvent being in the infuser back into said container. - a container for containing said solvent, - an infuser for containing said ingredients, - a first system for carrying solvent from said container into said infuser, characterized in that the apparatus further comprises - a second system adapted to assume a first position for carrying solvent being in the infuser out of said container, and a second position for carrying solvent being in the infuser back into said container.
A battery system, comprising: a plurality of battery modules arranged apart from each other in a second direction (x), each comprising a plurality of aligned battery cells arranged in a first direction (y), each of the battery cells comprising an electrode assembly accommodated in a battery case, a cap assembly placed on the battery case and a vent hole within the cap assembly; and a battery system cover for covering the battery modules; wherein the battery system cover comprises a plurality of ridges disposed on a lower side of the battery system cover facing the plurality of battery modules and being spaced apart from each other in the second direction (x), wherein each of the plurality of ridges extends in the first direction (y) and is aligned with the vent holes of one of the plurality of battery module, and wherein each of the plurality of ridges is configured for deflecting gas ejected from a vent hole of a battery cell of a first one of the battery modules in a second direction (x) substantially perpendicular to the first direction (y) and towards an adjacent second one of the battery modules. a plurality of battery modules arranged apart from each other in a second direction (x), each comprising a plurality of aligned battery cells arranged in a first direction (y), each of the battery cells comprising an electrode assembly accommodated in a battery case, a cap assembly placed on the battery case and a vent hole within the cap assembly; and a battery system cover for covering the battery modules; wherein the battery system cover comprises a plurality of ridges disposed on a lower side of the battery system cover facing the plurality of battery modules and being spaced apart from each other in the second direction (x), wherein each of the plurality of ridges extends in the first direction (y) and is aligned with the vent holes of one of the plurality of battery module, and wherein each of the plurality of ridges is configured for deflecting gas ejected from a vent hole of a battery cell of a first one of the battery modules in a second direction (x) substantially perpendicular to the first direction (y) and towards an adjacent second one of the battery modules.
Method for manufacturing a current collector head for a current collector having an electrically conductive sliding contact and an electrically insulating sliding contact holder, characterized by the following steps: a) Inserting a section of the sliding contact into an outwardly open cavity in the sliding contact holder that is dimensioned to match this section; b) Clamping the sliding contact in the cavity of the sliding contact holder by acting on the sliding contact holder with at least an external force directed onto the inserted section of the sliding contact; c) Heating the sliding contact to a temperature sufficient to form a material bond connection with the sliding contact holder; d) Cooling the current collector head formed from the sliding contact and the sliding contact holder. a) Inserting a section of the sliding contact into an outwardly open cavity in the sliding contact holder that is dimensioned to match this section; b) Clamping the sliding contact in the cavity of the sliding contact holder by acting on the sliding contact holder with at least an external force directed onto the inserted section of the sliding contact; c) Heating the sliding contact to a temperature sufficient to form a material bond connection with the sliding contact holder; d) Cooling the current collector head formed from the sliding contact and the sliding contact holder.
A method for providing voice feedback to a user of an electronic device, comprising: displaying a plurality of elements (312,313); characterised by: identifying at least two of the plurality of elements (312,313) for which to provide voice feedback, wherein a voice feedback tier (342,343) is associated with each of the at least two of the plurality of elements (312,313); determining the voice feedback tier (342,343) associated with the display of each of the identified at least two of the plurality of elements (312,313); and providing voice feedback for the identified at least two of the plurality of elements (312,313) in an order set by the determined tiers (342,343). displaying a plurality of elements (312,313); characterised by: identifying at least two of the plurality of elements (312,313) for which to provide voice feedback, wherein a voice feedback tier (342,343) is associated with each of the at least two of the plurality of elements (312,313); determining the voice feedback tier (342,343) associated with the display of each of the identified at least two of the plurality of elements (312,313); and providing voice feedback for the identified at least two of the plurality of elements (312,313) in an order set by the determined tiers (342,343). identifying at least two of the plurality of elements (312,313) for which to provide voice feedback, wherein a voice feedback tier (342,343) is associated with each of the at least two of the plurality of elements (312,313); determining the voice feedback tier (342,343) associated with the display of each of the identified at least two of the plurality of elements (312,313); and providing voice feedback for the identified at least two of the plurality of elements (312,313) in an order set by the determined tiers (342,343).