mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for determining a shape of a path, comprising: receiving and collecting at a computer (300, 450), trajectory data for a plurality of crowdsourced paths, wherein the trajectory data for each of the plurality of crowdsourced paths has associated therewith at least one uniquely identifiable ambient signal; at the computer (300, 450), processing the collected trajectory data by: identifying a set of anchor points in the trajectory data for each of the plurality of crowdsourced paths, wherein an anchor point corresponds to a transition in a characteristic of trajectory data of an individual crowdsourced path; generating different potential matches between the sets of anchor points of each of the individual crowdsourced paths using geometrical mapping operations; evaluating the potential matches based on both geometric aspects of the trajectories that are being matched and similarity of the ambient signal of each of the crowdsourced paths, and selecting a best match among the evaluated potential matches; and generating a shape of a path by merging the trajectories of the crowdsourced paths based on the best match. receiving and collecting at a computer (300, 450), trajectory data for a plurality of crowdsourced paths, wherein the trajectory data for each of the plurality of crowdsourced paths has associated therewith at least one uniquely identifiable ambient signal; at the computer (300, 450), processing the collected trajectory data by: identifying a set of anchor points in the trajectory data for each of the plurality of crowdsourced paths, wherein an anchor point corresponds to a transition in a characteristic of trajectory data of an individual crowdsourced path; generating different potential matches between the sets of anchor points of each of the individual crowdsourced paths using geometrical mapping operations; evaluating the potential matches based on both geometric aspects of the trajectories that are being matched and similarity of the ambient signal of each of the crowdsourced paths, and selecting a best match among the evaluated potential matches; and generating a shape of a path by merging the trajectories of the crowdsourced paths based on the best match. identifying a set of anchor points in the trajectory data for each of the plurality of crowdsourced paths, wherein an anchor point corresponds to a transition in a characteristic of trajectory data of an individual crowdsourced path; generating different potential matches between the sets of anchor points of each of the individual crowdsourced paths using geometrical mapping operations; evaluating the potential matches based on both geometric aspects of the trajectories that are being matched and similarity of the ambient signal of each of the crowdsourced paths, and selecting a best match among the evaluated potential matches; and generating a shape of a path by merging the trajectories of the crowdsourced paths based on the best match.
A refrigerator comprising a cabinet in which a storage compartment is defined and a door forwardly pivotally rotatably coupled to one side of the cabinet via a hinge member so as to open or close an open front side of the storage compartment, wherein the cabinet includes a protruding portion extending forwardly from a sidewall thereof by a length corresponding to a thickness of one lateral surface of the door, and wherein the lateral surface of the door close to the hinge member is hidden by the protruding portion when the door is closed, wherein the protruding portion includes an inner side surface and an outer side surface formed by extending an outer shell of the sidewall of the cabinet, characterized in that the inner side surface includes a convexly curved surface, and the lateral surface of the door close to the hinge member includes a concavely curved surface corresponding to the convexly curved surface of the protruding portion so as to surround the protruding portion 23 when the door is pivotally rotated.
Suction foot assembly for a floor cleaning machine, which is configured to be moved over a floor surface to be cleaned, with a suction foot base, from which a front and a rear sealing lip extend away, at a distance from one another, wherein the edges of the front and rear sealing lips remote from the suction foot base extend in a contact plane, and with a holding frame, which has a first end and an opposite second end, wherein the first end is configured to be attached to a machine frame of the floor cleaning machine and wherein the second end is connected to the suction foot base, wherein the holding frame is configured such that the suction foot base is pivotable about a first pivot axis with respect to the first end, wherein the first pivot axis extends parallel to the contact plane, wherein the holding frame has a first pivot arm, which connects the first end of the holding frame to its second end and which is pivotably connected to the first end of the holding frame about a first pivot arm axis, which extends transverse to the first pivot axis, characterized in that the first pivot arm is configured and arranged to elastically deform following a force exerted along the first pivot axis on the second end of the holding frame with a first orientation.
Heavy oil obtainable from a raw methanol side stream from chemical hardwood pulping, wherein the heavy oil is manufactured by a method comprising: an acidification step comprising mixing the raw methanol side stream with an acidic aqueous solution, and heating to vaporize low boiling point sulphurous compounds, to provide acidified raw methanol; a separation step comprising separating from the acidified raw methanol a liquid top phase, a liquid aqueous middle phase, and a liquid bottom phase; and collecting the liquid bottom phase as the heavy oil having a density of about 1010 kg/m 3 at 20°C. an acidification step comprising mixing the raw methanol side stream with an acidic aqueous solution, and heating to vaporize low boiling point sulphurous compounds, to provide acidified raw methanol; a separation step comprising separating from the acidified raw methanol a liquid top phase, a liquid aqueous middle phase, and a liquid bottom phase; and collecting the liquid bottom phase as the heavy oil having a density of about 1010 kg/m 3 at 20°C.
A refrigeration system comprising a heat transfer fluid circulation loop configured to allow a refrigerant to circulate therethrough; a purge outlet from the heat transfer fluid circulation loop; at least one gas permeable membrane comprising a porous inorganic material with pores of a size to allow passage of contaminants through the membrane and restrict passage of the refrigerant through the membrane, said membrane having a first side in communication with the purge outlet; and a retentate return flow path from the first side of the membrane to the heat transfer fluid circulation loop, characterized in that: the retentate flow path includes a control device, and/or the system includes a prime mover configured to move gas from a second side of the membrane to an exhaust port leading outside the refrigeration system, and a controller configured to operate the refrigeration system in response to a cooling demand signal, and to operate the prime mover in response to a purge signal. the retentate flow path includes a control device, and/or the system includes a prime mover configured to move gas from a second side of the membrane to an exhaust port leading outside the refrigeration system, and a controller configured to operate the refrigeration system in response to a cooling demand signal, and to operate the prime mover in response to a purge signal.
A support for a hot-water cylinder heating coil, in particular to reduce torque forces acting on the coil, the support being so sized to span and engage the inside walls of a cylinder into which said coil is to be incorporated, and including securing means enabling a clip or tie to be secured to the support and to retain a heating coil against the support, wherein the support comprises a central region, CHARACTERISED IN THAT the central region has a plurality of arms (12a, 12b, 12c) extending therefrom, the length of each arm (12a, 12b, 12c) being such that the end of each arm is for engaging an inside wall of a cylinder into which said coil is to be fitted.
A pipe ball joint, comprising: a casing having a socket portion with a substantially spherical interior surface, the casing including a pipe section extending therefrom; a ball pipe section including a ball segment received in the socket portion; a seal assembly received in an annular groove of the socket portion and disposed against the ball segment of the ball pipe section and a push ring disposed against the seal assembly, characterized by the seal assembly including a plurality of nested seal rings (30A-30C) each having a concave face and a convex face, wherein the convex face of the nested seal rings (30A-30C) are received in a concave face of an adjacent nested seal ring. a casing having a socket portion with a substantially spherical interior surface, the casing including a pipe section extending therefrom; a ball pipe section including a ball segment received in the socket portion; a seal assembly received in an annular groove of the socket portion and disposed against the ball segment of the ball pipe section and a push ring disposed against the seal assembly, characterized by the seal assembly including a plurality of nested seal rings (30A-30C) each having a concave face and a convex face, wherein the convex face of the nested seal rings (30A-30C) are received in a concave face of an adjacent nested seal ring.
A nonaqueous electrolyte battery comprising an electrode group formed by winding a positive electrode, a negative electrode, and a separator arranged between the positive electrode and the negative electrode, and a nonaqueous electrolyte, wherein a tension modulus of the separator in a winding direction is within a range of 200 (N/mm 2) to 2,000 (N/mm 2); the separator satisfies the formula described below, 1.5 ≤ F MD / F TD ≤ 10 where F MD is a tensile strength of the separator in the winding direction, and F TD is a tensile strength of the separator in a direction perpendicular to the winding direction, F MD and F TD being measured based on the tensile strength JIS-P8113; the separator comprises a nonwoven fabric whose mode diameter in a pore size distribution by mercury porosimetry is within a range of 1 μm to 10 μm; and the tension modulus is represented by the formula described below, X = F / S / Δ L / L where F is a tensile force of the separator according to the measurement based on the tensile strength JIS-P8113, S (mm 2) is a sectional area of the separator according to the measurement based on JIS C2300-2, L (mm) is a length of the separator, ΔL (mm) is a deformation amount of the separator according to the measurement based on the tensile strength JIS-P8113. an electrode group formed by winding a positive electrode, a negative electrode, and a separator arranged between the positive electrode and the negative electrode, and a nonaqueous electrolyte, wherein a tension modulus of the separator in a winding direction is within a range of 200 (N/mm 2) to 2,000 (N/mm 2); the separator satisfies the formula described below, 1.5 ≤ F MD / F TD ≤ 10 where F MD is a tensile strength of the separator in the winding direction, and F TD is a tensile strength of the separator in a direction perpendicular to the winding direction, F MD and F TD being measured based on the tensile strength JIS-P8113; the separator comprises a nonwoven fabric whose mode diameter in a pore size distribution by mercury porosimetry is within a range of 1 μm to 10 μm; and the tension modulus is represented by the formula described below, X = F / S / Δ L / L where F is a tensile force of the separator according to the measurement based on the tensile strength JIS-P8113, S (mm 2) is a sectional area of the separator according to the measurement based on JIS C2300-2, L (mm) is a length of the separator, ΔL (mm) is a deformation amount of the separator according to the measurement based on the tensile strength JIS-P8113.
A method of gating using an X-ray tomographic imaging system, said method comprising: (a) performing a tomographic imaging on an object for acquiring a plurality of projection images (P θts) at different angles (θ) by the X-ray tomographic imaging system, wherein a target of the object in the projection images (P θts) moves periodically along a first axis (s), and a rotation axis of the X-ray tomographic imaging system is parallel to the first axis (s); (b) obtaining a plurality of projected curves (C θts) by summing up pixel values along a direction of a second axis (t), which is perpendicular to the first axis (s), in each of the projection images (P θts); (c) determining a target zone on the projection images (P θts), wherein the target is located in the target zone, and a central position on the first axis (s) of the target zone is corresponding to a position having a largest variation in the projected curves (C θts) on the first axis (s); (d) calculating a parameter value of the pixel values in the target zone on each of the projection images (P θts), and obtaining a curve of a moving cycle of the target according to the parameter values of the projection images; and (e) selecting the projection images (P θts) under the same state in the moving cycle for image reconstruction according to the curve of the moving cycle of the target. (a) performing a tomographic imaging on an object for acquiring a plurality of projection images (P θts) at different angles (θ) by the X-ray tomographic imaging system, wherein a target of the object in the projection images (P θts) moves periodically along a first axis (s), and a rotation axis of the X-ray tomographic imaging system is parallel to the first axis (s); (b) obtaining a plurality of projected curves (C θts) by summing up pixel values along a direction of a second axis (t), which is perpendicular to the first axis (s), in each of the projection images (P θts); (c) determining a target zone on the projection images (P θts), wherein the target is located in the target zone, and a central position on the first axis (s) of the target zone is corresponding to a position having a largest variation in the projected curves (C θts) on the first axis (s); (d) calculating a parameter value of the pixel values in the target zone on each of the projection images (P θts), and obtaining a curve of a moving cycle of the target according to the parameter values of the projection images; and (e) selecting the projection images (P θts) under the same state in the moving cycle for image reconstruction according to the curve of the moving cycle of the target.
A T cell or natural killer cell which co-expresses a first chimeric antigen receptor and second CAR at the cell surface, each CAR comprising: (i) an antigen-binding domain; (ii) a spacer (iii) a trans-membrane domain; and (iv) an endodomain wherein the antigen binding domains of the first and second CARs bind to different antigens, wherein the spacer of the first CAR is different to the spacer of the second CAR, wherein the spacer of the first CAR has a different size of the spacer of the second CAR, such that when the first CAR and the second CAR bind their respective target antigens, the first CAR and second CAR become spatially separated on the T cell membrane, wherein one of the first or second CARs is an activating CAR comprising an activating endodomain and the other CAR is an inhibitory CAR comprising a ligation-off inhibitory endodomain, and wherein the inhibitory endodomain comprises the endodomain from CD148 or CD45. (i) an antigen-binding domain; (ii) a spacer (iii) a trans-membrane domain; and (iv) an endodomain
A locking mechanism for a battery pack, characterized by comprising: a locking member and a locking fitting member, wherein the locking member comprises a housing and a snap-fit portion; one of the housing and the locking fitting member is fixedly provided in the battery pack, and the other is fixedly arranged in a position at which the battery pack is fixed; the snap-fit portion is movable between a first position and a second position with respect to the housing; in the first position, part of the snap-fit portion extends out of the housing to be interlocked with the locking fitting member; and in the second position, the snap-fit portion is retracted into the housing to be unlocked with the locking fitting member;the locking fitting member is provided with a first cavity; the housing is provided with a head which is capable of extending into or being retracted from the first cavity when the housing and the locking fitting member move relative to each other in a dismounting/mounting direction; the housing is provided with a second cavity extending to the head for accommodating the snap-fit portion; a side wall of the housing is provided with a through hole in communication with the second cavity; in an interlocked state, the head extends into the first cavity, and the snap-fit portion moves to the first position and is clamped between an inner wall of the first cavity and an inner wall of the housing; and in an unlocked state, the snap-fit portion moves to the second position, and the head is retracted from the first cavity. a locking member and a locking fitting member, wherein the locking member comprises a housing and a snap-fit portion; one of the housing and the locking fitting member is fixedly provided in the battery pack, and the other is fixedly arranged in a position at which the battery pack is fixed; the snap-fit portion is movable between a first position and a second position with respect to the housing; in the first position, part of the snap-fit portion extends out of the housing to be interlocked with the locking fitting member; and in the second position, the snap-fit portion is retracted into the housing to be unlocked with the locking fitting member;the locking fitting member is provided with a first cavity; the housing is provided with a head which is capable of extending into or being retracted from the first cavity when the housing and the locking fitting member move relative to each other in a dismounting/mounting direction; the housing is provided with a second cavity extending to the head for accommodating the snap-fit portion; a side wall of the housing is provided with a through hole in communication with the second cavity; in an interlocked state, the head extends into the first cavity, and the snap-fit portion moves to the first position and is clamped between an inner wall of the first cavity and an inner wall of the housing; and in an unlocked state, the snap-fit portion moves to the second position, and the head is retracted from the first cavity.
Motor vehicle openable section, particularly a side door for a motor vehicle, comprising a structural support cabinet, at least one interchangeable external panel and reversible attachment elements for removably fixing the external panel on an external face of the cabinet, characterized in that the reversible attachment elements comprise: - a plurality of clips, secured to the panel, configured such as to traverse the cabinet and to project from a first face of the cabinet opposite the second face in contact with the panel when the panel is positioned on the cabinet in the position to be maintained by the reversible attachment elements, - at least one strap mounted on the cabinet and slipped into the clips in a direction from the second face towards the first face of the cabinet, - a tightening device capable of placing the strap in a first configuration, in which the strap is tensioned by the tightening device and pulls on the clips such as to clamp the panel on the cabinet. - a plurality of clips, secured to the panel, configured such as to traverse the cabinet and to project from a first face of the cabinet opposite the second face in contact with the panel when the panel is positioned on the cabinet in the position to be maintained by the reversible attachment elements, - at least one strap mounted on the cabinet and slipped into the clips in a direction from the second face towards the first face of the cabinet, - a tightening device capable of placing the strap in a first configuration, in which the strap is tensioned by the tightening device and pulls on the clips such as to clamp the panel on the cabinet.
Crystalline form A of mesaconine, characterized in that, the crystalline form A of mesaconine exhibits characteristic peaks at 2θ of 8.3°±0.2°, 10.6°±0.2°, 13.3°±0.2°, 13.7°±0.2° and 19.0°±0.2° in powder X-ray diffraction spectrum using Cu-Kα radiation.
A platinum complex with geometric configuration cis -(ammine,1-adamantylamine)- trans- bis(1-adamantylcarboxylate)- cis -(chloride, X) Pt of the general formula: wherein X is a conjugated anion of a strong mineral or organic acid and wherein X is selected from the group consisting of nitrate, monochloroacetate and trifluoroacetate.
A barrier construction for a wheelchair space in a vehicle, preferably in a bus, with an upper part and a lower part for mounting onto the vehicle and with a barrier device which is connected to the upper part and to the lower part, characterized in that the barrier device is displaceable in a translatory manner relative to the upper part and to the lower part into a retracted position and into one or more extended positions, wherein the barrier device extends partially coaxially to the upper part and/or to the lower part and, in addition thereto, extends partially in two further directions in space (H, L).
An ultrasound system for multi-mode imaging, the system comprising: a probe comprising an array of transducer elements; a high voltage transmitter integrated circuit comprising a pulser adapted to produce high voltage drive pulses for pulse transmission and a linear transmitter adapted to produce linear waveforms for linear transmission, the pulser and the linear transmitter coupled via a same output pin of the integrated circuit to a common transducer element of the array of transducer elements, the pulser being adapted to generate transmit pulses from the common transducer element during a first imaging mode and the linear transmitter being adapted to transmit a linear waveform from the common transducer element during a second imaging mode; a beamformer coupled to the array and adapted to beamform echo signals from the array; and an image processor that is coupled to receive beamformed echo signals from the beamformer and adapted to produce a multi-mode image combining image data from the first imaging mode and the second imaging mode. a probe comprising an array of transducer elements; a high voltage transmitter integrated circuit comprising a pulser adapted to produce high voltage drive pulses for pulse transmission and a linear transmitter adapted to produce linear waveforms for linear transmission, the pulser and the linear transmitter coupled via a same output pin of the integrated circuit to a common transducer element of the array of transducer elements, the pulser being adapted to generate transmit pulses from the common transducer element during a first imaging mode and the linear transmitter being adapted to transmit a linear waveform from the common transducer element during a second imaging mode; a beamformer coupled to the array and adapted to beamform echo signals from the array; and an image processor that is coupled to receive beamformed echo signals from the beamformer and adapted to produce a multi-mode image combining image data from the first imaging mode and the second imaging mode.