mhurhangee/ep-ind-claims huggingface dataset:
An object tracking apparatus that tracks an object in a time-series image including a plurality of frames, the object tracking apparatus comprising: a positional relationship determining unit that determines, in a frame preceding the current frame, a positional relationship between the object and an analog of the object having a feature similar to that of the object; an object position specifying unit (22, 33) that specifies a position of the object in the current frame; and an analog position specifying unit (25, 37) that specifies a position of the analog in the current frame when the analog exists in a predetermined region surrounding the object, wherein the object position specifying unit (22, 33) predicts the position of the object in the current frame to specify the position of the object based on the position of the object and a motional state of the object in an earlier frame when the positional relationship as determined by the positional relationship determining unit is in a first state, which indicates that the analog is possibly mistakenly tracked as the object, and the object position specifying unit (22, 33) searches the object in the current frame to specify the position of the object when the positional relationship as determined by the positional relationship determining unit is not in the first state. a positional relationship determining unit that determines, in a frame preceding the current frame, a positional relationship between the object and an analog of the object having a feature similar to that of the object; an object position specifying unit (22, 33) that specifies a position of the object in the current frame; and an analog position specifying unit (25, 37) that specifies a position of the analog in the current frame when the analog exists in a predetermined region surrounding the object, wherein the object position specifying unit (22, 33) predicts the position of the object in the current frame to specify the position of the object based on the position of the object and a motional state of the object in an earlier frame when the positional relationship as determined by the positional relationship determining unit is in a first state, which indicates that the analog is possibly mistakenly tracked as the object, and the object position specifying unit (22, 33) searches the object in the current frame to specify the position of the object when the positional relationship as determined by the positional relationship determining unit is not in the first state.
A gyroscopic roll stabilizer for a boat, the gyroscopic stabilizer comprising an enclosure mounted to a gimbal for rotation about a gimbal axis and configured to maintain a below-ambient pressure; a flywheel assembly rotatably mounted inside the enclosure for rotation about a flywheel axis; the flywheel assembly including a flywheel and flywheel shaft; the flywheel shaft having: a first end and an opposite second end; a first open-ended cavity formed in the first end and facing away from the second end; and a second open-ended cavity formed in the second end and facing away from the first end; and a motor operative to rotate the flywheel assembly: wherein the flywheel shaft has a longitudinal passage connecting the first cavity and the second cavity; characterised in that a liquid heat transfer medium disposed in the longitudinal passage, the second cavity, and the first cavity; wherein the liquid heat transfer medium is held in the flywheel shaft so as to not recirculate through the longitudinal passage from external to the enclosure. an enclosure mounted to a gimbal for rotation about a gimbal axis and configured to maintain a below-ambient pressure; a flywheel assembly rotatably mounted inside the enclosure for rotation about a flywheel axis; the flywheel assembly including a flywheel and flywheel shaft; the flywheel shaft having: a first end and an opposite second end; a first open-ended cavity formed in the first end and facing away from the second end; and a second open-ended cavity formed in the second end and facing away from the first end; and a motor operative to rotate the flywheel assembly: wherein the flywheel shaft has a longitudinal passage connecting the first cavity and the second cavity; characterised in that a liquid heat transfer medium disposed in the longitudinal passage, the second cavity, and the first cavity; wherein the liquid heat transfer medium is held in the flywheel shaft so as to not recirculate through the longitudinal passage from external to the enclosure. a first end and an opposite second end; a first open-ended cavity formed in the first end and facing away from the second end; and a second open-ended cavity formed in the second end and facing away from the first end; and a motor operative to rotate the flywheel assembly: wherein the flywheel shaft has a longitudinal passage connecting the first cavity and the second cavity; characterised in that a liquid heat transfer medium disposed in the longitudinal passage, the second cavity, and the first cavity; wherein the liquid heat transfer medium is held in the flywheel shaft so as to not recirculate through the longitudinal passage from external to the enclosure.
Gas turbine with a rotor and a blade (10, 30) being attached to said rotor, wherein said blade (10, 30) comprises an airfoil with a leading edge and a trailing edge extending along a longitudinal axis of said blade between a lower end and a blade tip, a blade root at the lower end of said airfoil provided for being removably received by a groove in said rotor, and a hollow blade core arranged within said airfoil and extending along the longitudinal axis between said blade root and said blade tip, said blade core being provided for the flow of a cooling fluid, which enters said blade core through a blade inlet at said blade root and exits said blade core through at least one dust hole at said blade tip, and is supplied by means of a rotor bore, which runs through the rotor and is in fluid communication with said blade inlet of said blade, whereby said blade inlet has a cross section area which exceeds the cross section area of said rotor bore in at least one direction, wherein said rotor bore is provided with a diffuser-shaped rotor bore exit, such that the cross section area of the rotor bore exit at the interface between rotor bore and blade inlet covers the cross section area of the blade inlet, characterized in that an interface plenum is provided at the interface of said blade inlet and said rotor bore exit between the bottom surface of said blade root and the upper surface of said blade-root-receiving rotor groove, and said interface plenum is designed to have a plenum bleed of cooling fluid to the outside of the blade root at the leading edge side or trailing edge side.
An optically selective double-nitride composite material, consisting essentially of a ceramic matrix and a component having a metallic behavior nanodispersed therein, characterized in that said ceramic matrix is an aluminum or silicon nitride wherein the ratio between Al or Si and N is sub-stoichiometric and said component having a metallic behavior is a nitride of M y N z type, wherein M is a transition metal and the ratio between M and N is stoichiometric and such that essentially the M 2 N phase be present.
A nozzle for a fan assembly, the nozzle comprising: an air inlet for receiving an air flow, a first air outlet for emitting an air flow and a second air outlet for emitting an air flow; wherein the first and second air outlets comprise a pair of curved slots that are provided on a face of the nozzle; wherein the first and second air outlets (2210, 2220) are diametrically opposed and oriented towards a convergent point; and wherein the nozzle further comprises an intermediate surface that spans an area between the first and second air outlets, and wherein the first and second air outlets are oriented to direct an airflow over at least a portion of the intermediate surface, and wherein the face of the nozzle comprises the intermediate surface, and wherein the first air outlet and the second air outlet are oriented towards a convergent point located on a central axis of the face of the nozzle, and further comprising a single internal air passageway extending between the air inlet and both the first and second air outlets, and characterised in that the nozzle for a fan assembly further comprises a valve for controlling an air flow from the air inlet to the air outlets. an air inlet for receiving an air flow, a first air outlet for emitting an air flow and a second air outlet for emitting an air flow; wherein the first and second air outlets comprise a pair of curved slots that are provided on a face of the nozzle; wherein the first and second air outlets (2210, 2220) are diametrically opposed and oriented towards a convergent point; and wherein the nozzle further comprises an intermediate surface that spans an area between the first and second air outlets, and wherein the first and second air outlets are oriented to direct an airflow over at least a portion of the intermediate surface, and wherein the face of the nozzle comprises the intermediate surface, and wherein the first air outlet and the second air outlet are oriented towards a convergent point located on a central axis of the face of the nozzle, and further comprising a single internal air passageway extending between the air inlet and both the first and second air outlets, and characterised in that the nozzle for a fan assembly further comprises a valve for controlling an air flow from the air inlet to the air outlets.
An image display device provided with at least two facing constitutive members for display device, at least one constitutive member for display device having on a laminating surface a stepped portion of 50 to 100 μm in height and a flat surface portion excluding the stepped portion, wherein a transparent double-sided adhesive sheet for image display device formed from a photocuring-type adhesive composition is filled in between the constitutive members for display device, the transparent double-sided adhesive sheet for image display device is characterized in that a thickness of the maximum thickness portion of the adhesive sheet is 250 μm or less, and that the gel fraction (a) at a position in contact with the stepped portion is 10 % or greater and smaller than the gel fraction (b) at a position in contact with the flat surface portion, wherein the gel fraction is determined by the following method: portions of the adhesive sheet of locations in contact with the stepped portion and the flat surface portion, each weighing approximately 0.05 g, were collected, wrapped into bag-form with an SUS mesh (#200), which mass was measured beforehand, the mouth of the bag was folded shut, the mass of this bag was measured, then, after being immersed in 100 ml of ethyl acetate and stored in the dark at 23°C for 24 hours, the bag was taken out, heated at 70°C for 4.5 hours to evaporate the attached ethyl acetate, the mass of the dried bag was measured, and the determined masses were substituted into the equation below to determine the gel fraction gel fraction % = Z − X / Y − X × 100. a transparent double-sided adhesive sheet for image display device formed from a photocuring-type adhesive composition is filled in between the constitutive members for display device, the transparent double-sided adhesive sheet for image display device is characterized in that a thickness of the maximum thickness portion of the adhesive sheet is 250 μm or less, and that the gel fraction (a) at a position in contact with the stepped portion is 10 % or greater and smaller than the gel fraction (b) at a position in contact with the flat surface portion, wherein the gel fraction is determined by the following method: portions of the adhesive sheet of locations in contact with the stepped portion and the flat surface portion, each weighing approximately 0.05 g, were collected, wrapped into bag-form with an SUS mesh (#200), which mass was measured beforehand, the mouth of the bag was folded shut, the mass of this bag was measured, then, after being immersed in 100 ml of ethyl acetate and stored in the dark at 23°C for 24 hours, the bag was taken out, heated at 70°C for 4.5 hours to evaporate the attached ethyl acetate, the mass of the dried bag was measured, and the determined masses were substituted into the equation below to determine the gel fraction gel fraction % = Z − X / Y − X × 100.
A shaft assembly for use with a surgical instrument, the shaft assembly defining a longitudinal axis extending longitudinally through the shaft assembly, wherein the shaft assembly comprises: a proximal shaft portion, comprising: a first sensor; and a second sensor; a distal shaft portion rotatable about the longitudinal axis and relative to the proximal shaft portion, wherein the distal shaft portion comprises: a housing; a first magnet rotatable with the housing; a clutch assembly rotatable relative to the housing to transition the shaft assembly between an articulation engaged state and an articulation disengaged state; and a second magnet rotatable with the clutch assembly; and a control circuit configured to detect a transition from the articulation engaged state to the articulation disengaged state based on output signals from the first sensor and the second sensor; wherein the first sensor and the second sensor are configured to detect the intensity of the magnetic field caused by the first magnet and the intensity of the magnetic field caused by the second magnet. a proximal shaft portion, comprising: a first sensor; and a second sensor; a first sensor; and a second sensor; a distal shaft portion rotatable about the longitudinal axis and relative to the proximal shaft portion, wherein the distal shaft portion comprises: a housing; a first magnet rotatable with the housing; a clutch assembly rotatable relative to the housing to transition the shaft assembly between an articulation engaged state and an articulation disengaged state; and a second magnet rotatable with the clutch assembly; and a housing; a first magnet rotatable with the housing; a clutch assembly rotatable relative to the housing to transition the shaft assembly between an articulation engaged state and an articulation disengaged state; and a second magnet rotatable with the clutch assembly; and a control circuit configured to detect a transition from the articulation engaged state to the articulation disengaged state based on output signals from the first sensor and the second sensor; wherein the first sensor and the second sensor are configured to detect the intensity of the magnetic field caused by the first magnet and the intensity of the magnetic field caused by the second magnet.
An isolated soluble fusion protein complex comprising at least two soluble fusion proteins, wherein A. the first fusion protein comprises (a) a first binding domain covalently linked to (b) a interleukin-15 (IL-15) polypeptide domain; and wherein the first fusion protein comprises the amino acid sequence set forth in SEQ ID NO: 2; and the second fusion protein comprises (c) a second binding domain covalently linked to (d) a soluble IL-15 receptor alpha sushi-binding domain (IL-15RαSu) fused to an immunoglobulin Fc domain, B. wherein one of the first or second binding domain comprises an anti-CD3 antibody and the other binding domain comprises an antigen-specific binding domain, wherein the antigen-specific binding domain comprises an anti-CD20 antibody, and C. wherein the IL-15 domain of the first fusion protein binds to the soluble IL-15RαSu domain of the second fusion protein to form a soluble fusion protein complex. A. the first fusion protein comprises (a) a first binding domain covalently linked to (b) a interleukin-15 (IL-15) polypeptide domain; and wherein the first fusion protein comprises the amino acid sequence set forth in SEQ ID NO: 2; and the second fusion protein comprises (c) a second binding domain covalently linked to (d) a soluble IL-15 receptor alpha sushi-binding domain (IL-15RαSu) fused to an immunoglobulin Fc domain, B. wherein one of the first or second binding domain comprises an anti-CD3 antibody and the other binding domain comprises an antigen-specific binding domain, wherein the antigen-specific binding domain comprises an anti-CD20 antibody, and C. wherein the IL-15 domain of the first fusion protein binds to the soluble IL-15RαSu domain of the second fusion protein to form a soluble fusion protein complex.
A computer-implemented method to evaluate the characteristics of a geobody in a hydrocarbon reservoir model, the method comprising: detecting, via a geobody evaluation engine, entry of one or more model filters defined using one or more characteristics of a desired geobody, wherein the one or more model filters relate to rock physics or mechanical rock properties, minimum cell connectivity count, and cell connection geometry; generating a plurality of first generation geobodies based upon at least one of the filters; calculating a connectivity score for each first generation geobody using a modified Euler Characteristic, wherein the modified Euler characteristic expresses a number of connected components of a well-defined porous medium based on the detected one or more model filters; ranking the first generation geobodies in relation to one another based on their connectivity scores, wherein the value of the modified Euler Characteristic for each first generation geobody is dependent on at least one of the one or more filters; and determining optimally connected geobodies based on the ranked first generation geobodies, wherein the optimal connection permits the transport of fluids within conduits existing in saturated subsurface porous media; realizing the optimally connected geobodies in an earth model to simulate downhole operations. detecting, via a geobody evaluation engine, entry of one or more model filters defined using one or more characteristics of a desired geobody, wherein the one or more model filters relate to rock physics or mechanical rock properties, minimum cell connectivity count, and cell connection geometry; generating a plurality of first generation geobodies based upon at least one of the filters; calculating a connectivity score for each first generation geobody using a modified Euler Characteristic, wherein the modified Euler characteristic expresses a number of connected components of a well-defined porous medium based on the detected one or more model filters; ranking the first generation geobodies in relation to one another based on their connectivity scores, wherein the value of the modified Euler Characteristic for each first generation geobody is dependent on at least one of the one or more filters; and determining optimally connected geobodies based on the ranked first generation geobodies, wherein the optimal connection permits the transport of fluids within conduits existing in saturated subsurface porous media; realizing the optimally connected geobodies in an earth model to simulate downhole operations.
A wheel bearing comprising at least one outer ring and at least one inner ring, which are guided relative to one another about an axis of revolution of the wheel bearing, the wheel bearing further comprising a sealing device, the sealing device comprising at least an outer structure attached to the outer ring and an inner structure attached to the inner ring, the outer structure and the inner structure together delimiting a chicane passage having an inlet, the outer structure having a shrink-fitting portion shrink-fitted onto the outer ring, the inner structure having a shrink-fitting portion shrink-fitted onto a shrink-fitting surface of the inner ring, the outer structure forming an annular gutter open radially outwards, the inlet of the chicane passage and the shrink-fitting portion of the outer structure being situated axially on either side of the gutter, the chicane passage and the gutter being situated on the same first side of a reference plane of the outer ring, perpendicular to the axis of revolution and tangent to an end wall of the outer ring, the shrink-fitting portion of the outer structure and the outer ring being situated on a second side of the reference plane of the outer ring, opposite the first side, the gutter having a bottom and side walls situated axially on either side of the bottom, the side walls being further away from the axis of revolution than the bottom, characterized in that the inner structure comprises a flat annular flange projecting radially from the shrink-fitting portion of the inner structure towards the outer ring, which flange is positioned opposite and at a short distance from one of the side walls of the gutter.
A method comprising: predicting a storage address for a second instruction wherein the second instruction is an indirect branch instruction, based on contents of a first program accessible register, PAR, specified in a first instruction wherein the first instruction is an advance correlating notice, ADVCN, instruction, the ADVCN instruction specifying the PAR and wherein a value stored in the first PAR correlates with a target address stored in a second PAR, the second PAR specified in the indirect branch instruction and wherein the value is different than the target address; the method further comprising: receiving an instruction and determining whether the received instruction is the ADVCN instruction or the indirect branch instruction; wherein if the received instruction is the ADVCN instruction, the method comprises asserting a valid advance notice and holding the value stored in the first PAR; wherein on receipt of the indirect branch instruction and if the valid advance notice is asserted, the method comprises predicting the storage address based on the stored value; and fetching information at the predicted storage address prior to execution of the indirect branch instruction. predicting a storage address for a second instruction wherein the second instruction is an indirect branch instruction, based on contents of a first program accessible register, PAR, specified in a first instruction wherein the first instruction is an advance correlating notice, ADVCN, instruction, the ADVCN instruction specifying the PAR and wherein a value stored in the first PAR correlates with a target address stored in a second PAR, the second PAR specified in the indirect branch instruction and wherein the value is different than the target address; the method further comprising: receiving an instruction and determining whether the received instruction is the ADVCN instruction or the indirect branch instruction; wherein if the received instruction is the ADVCN instruction, the method comprises asserting a valid advance notice and holding the value stored in the first PAR; wherein on receipt of the indirect branch instruction and if the valid advance notice is asserted, the method comprises predicting the storage address based on the stored value; and receiving an instruction and determining whether the received instruction is the ADVCN instruction or the indirect branch instruction; wherein if the received instruction is the ADVCN instruction, the method comprises asserting a valid advance notice and holding the value stored in the first PAR; wherein on receipt of the indirect branch instruction and if the valid advance notice is asserted, the method comprises predicting the storage address based on the stored value; and fetching information at the predicted storage address prior to execution of the indirect branch instruction.