mhurhangee/ep-ind-claims huggingface dataset:
A device for imaging within a body of a patient, comprising: a flexible elongate member configured to be inserted into the body of the patient; an imaging assembly disposed at and extending a length of a distal portion of the flexible elongate member, the imaging assembly comprising: an array of imaging elements comprising an outward surface and an inward surface; and an integrated circuit adjacent to the inward surface of the array of imaging elements; and a conductive plate adjacent to and extending at least a portion of a length of the imaging assembly, the conductive plate configured to receive heat generated by at least one of the array of imaging elements or the integrated circuit, and characterized in that the plate comprises a stiffness greater than a stiffness of the array of imaging elements such that the plate inhibits deflection of the array of imaging elements. a flexible elongate member configured to be inserted into the body of the patient; an imaging assembly disposed at and extending a length of a distal portion of the flexible elongate member, the imaging assembly comprising: an array of imaging elements comprising an outward surface and an inward surface; and an integrated circuit adjacent to the inward surface of the array of imaging elements; and a conductive plate adjacent to and extending at least a portion of a length of the imaging assembly, the conductive plate configured to receive heat generated by at least one of the array of imaging elements or the integrated circuit, and characterized in that the plate comprises a stiffness greater than a stiffness of the array of imaging elements such that the plate inhibits deflection of the array of imaging elements. an array of imaging elements comprising an outward surface and an inward surface; and an integrated circuit adjacent to the inward surface of the array of imaging elements; and a conductive plate adjacent to and extending at least a portion of a length of the imaging assembly, the conductive plate configured to receive heat generated by at least one of the array of imaging elements or the integrated circuit, and characterized in that the plate comprises a stiffness greater than a stiffness of the array of imaging elements such that the plate inhibits deflection of the array of imaging elements.
Vehicle comprising a brake pedal, a clevis intended to support an accelerator pedal, and a protection device fixed to a structural element of the vehicle, said device comprising a first rigid wire placed behind the brake pedal and intended to prevent said pedal rising sharply upon an impact of the vehicle, characterized in that the protection device comprises a second rigid interposition wire fixed to the first wire so as to extend said first wire, and in that the second interposition wire is intended to come to be placed between the clevis of the accelerator pedal and the legs of the driver in order to prevent them coming to interfere directly with said clevis.
Vehicle seat for a motor vehicle, comprising a seat frame that can be secured to a vehicle floor, comprising a seat part carried by the seat frame, and comprising a ventilation device, which has at least one controllable air-conveying device and at least one outlet device connected fluidically to the air-conveying device, wherein a seat part element extending the seat part is mounted on the seat frame such that it can be displaced longitudinally relative to the seat part, and wherein the seat part element has the ventilation device, characterized in that the seat part element has a support plate displaceably mounted on the seat frame, on which a seat cushion is arranged, wherein the air-conveying device is arranged in the seat cushion on the support plate, in that the air-conveying device is at least partly encased by a cut foam, in that the seat cushion has at least one air duct, which leads from the cut foam to the outlet device, and in that the at least one air duct of the seat cushion extends at least substantially perpendicular to the plane of the seat part element.
A method of determining location of a failure causing degradation of a service in a mobile communications network comprising: - obtaining movement trajectories of mobile terminals operating in the network; - determining service trajectories for the mobile terminals by correlating the movement trajectories of individual mobile terminals with service session records of the mobile terminals, wherein the method comprises merging two service session records of the same service, from the same mobile terminal, if a time gap between the two service session records is not longer than an observation window; - determining distribution of the service trajectories of mobile terminals with degraded service by assigning the service trajectories into subsets using clustering; - identifying a network element shared by the service trajectories in a cluster as the location of the failure. - obtaining movement trajectories of mobile terminals operating in the network; - determining service trajectories for the mobile terminals by correlating the movement trajectories of individual mobile terminals with service session records of the mobile terminals, wherein the method comprises merging two service session records of the same service, from the same mobile terminal, if a time gap between the two service session records is not longer than an observation window; - determining distribution of the service trajectories of mobile terminals with degraded service by assigning the service trajectories into subsets using clustering; - identifying a network element shared by the service trajectories in a cluster as the location of the failure.
Beam axle arrangement, in particular for a drivable rear axle of a motor vehicle, having an electric motor, a transmission unit, two drive shafts (4, 5) which extend in the vehicle transverse direction between a first and second wheel (12, 13) which are provided for this purpose, which drive shafts (4, 5) are connected to one another via a differential and can be connected in the region of their respective free end (10, 11) fixedly to the wheel (12, 13), which is provided for this purpose, so as to rotate with it, and an axle beam which extends between the two wheels (12, 13) in the vehicle transverse direction and receives the two drive shafts (4, 5) rotatably in its interior space, characterized in that the axle beam extends in the vehicle transverse direction in one piece, that is to say without positively locking, integrally joined and/or non-positive connecting regions, from the region of the free end of the one drive shaft as far as into the region of the free end of the other drive shaft, and the said axle beam receives the electric motor, the transmission unit and the differential in its interior space.
A method in a computing system for performing a power conservation action within a building or among multiple buildings, wherein the power conservation action is related to data processing operations, the method comprising: creating or receiving information related to data processing operations; receiving or generating power consumption information related to at least one data processing component in the building; identifying one or more power conservation actions to be performed, wherein the power conservation actions to be performed are based on the information related to data processing operations and the power consumption information; and selecting or implementing one or more of the identified power conservation actions based on the power consumption information and the information related to data processing operations, characterized in that the one or more power conservation actions comprises rescheduling or combining jobs from a queue to another day or a later time within an available time window, and the power consumption information comprises power curves for data storage devices to be employed in the jobs. creating or receiving information related to data processing operations; receiving or generating power consumption information related to at least one data processing component in the building; identifying one or more power conservation actions to be performed, wherein the power conservation actions to be performed are based on the information related to data processing operations and the power consumption information; and selecting or implementing one or more of the identified power conservation actions based on the power consumption information and the information related to data processing operations, characterized in that the one or more power conservation actions comprises rescheduling or combining jobs from a queue to another day or a later time within an available time window, and the power consumption information comprises power curves for data storage devices to be employed in the jobs.
A molding apparatus configured to injection mold an opening device on a molding area of a sheet of packaging material adapted for packing a pourable product; said molding apparatus comprising a first molding unit and a second molding unit, arranged in use on opposite sides of said sheet of packaging material and configured to cooperate in contact with said sheet of packaging material, so as to injection mold a wall portion of said opening device on said sheet of packaging material at said molding area; said first molding unit comprising, in turn, a first molding element and a second molding element, which are movable between: - a closed position, in which said first molding element and said second molding element cooperate in contact, so as to delimit at least part of a mold cavity adapted to be filled with molten material for forming a pull-member of said opening device designed to be pulled, in use, for tearing said wall portion; and - an open position, in which said first molding element and said second molding element are spaced apart from one another; said mold cavity being delimited at least by a first surface defined by said first molding element and a second surface defined by said second molding element; further comprising a third molding unit configured to cooperate with said first molding element and said second molding element, so as to delimit, together with said first molding element and said second molding element, said mold cavity; characterised by said third molding unit defining a third surface, which, when said first molding element and said second molding element are in said closed position, faces said first surface and said second surface, thereby delimiting, together with said first surface and said second surface, said mold cavity; said third surface being shaped so as to be equidistant from said first surface and said second surface, when said first molding element and said second molding element are in said closed position. - a closed position, in which said first molding element and said second molding element cooperate in contact, so as to delimit at least part of a mold cavity adapted to be filled with molten material for forming a pull-member of said opening device designed to be pulled, in use, for tearing said wall portion; and - an open position, in which said first molding element and said second molding element are spaced apart from one another;
Commercial vehicle rigid axle for trailers and towed units, made from a fibre composite in the form of an integral axle body combining the two longitudinal elements and the transverse element of the commercial vehicle axle and consisting of an air spring leg integrated on both sides, main bearings integrated on both sides and stub axles which are integrated on both sides and have bearing journals, and an integrated stiffening region, characterized in that the integral axle body is produced throughout from a continuously fibre-reinforced plastic by a resin injection technique or by a fibre winding technique, and in that all of the essential force introduction parts are integrated as premanufactured metallic inserts into the fibre composite structure in a form-fitting manner and, for this purpose, have an arrangement, fixedly secured therein, of needle- or pin-like structures standing perpendicularly on the surface.
A method of determining pitch and yaw of an image generated by a touchscreen in response to an elongated object in at least proximate relation to the touchscreen; the method comprising: generating said image; generating aggressive and relaxed transformations of the image and computing (112, 116) moments of intensity for the respective image transformations, where the aggressive transformations more aggressively favors higher intensity values, and where the relaxed transformation includes a wider range of intensity values and also flattens the image so that all pixels are equally weighted; computing (114, 118) centroids of the respective image transformations as well as theta and eigenvalues for the aggressive transformation; deriving pitch from a first eigenvalue; deriving a yaw estimate from theta; characterized in that calculating a vector between the two centroids and disambiguating the yaw estimate using the vector; and employing 138) said pitch and disambiguated yaw estimate to derive information about said elongated object in relation to said touchscreen. generating said image; generating aggressive and relaxed transformations of the image and computing (112, 116) moments of intensity for the respective image transformations, where the aggressive transformations more aggressively favors higher intensity values, and where the relaxed transformation includes a wider range of intensity values and also flattens the image so that all pixels are equally weighted; computing (114, 118) centroids of the respective image transformations as well as theta and eigenvalues for the aggressive transformation; deriving pitch from a first eigenvalue; deriving a yaw estimate from theta; characterized in that calculating a vector between the two centroids and disambiguating the yaw estimate using the vector; and employing 138) said pitch and disambiguated yaw estimate to derive information about said elongated object in relation to said touchscreen.
A razor cartridge comprising: a housing; a blade assembly mounted to the housing, the blade assembly comprising at least one razor blade (18, 50) defined by a substrate (30, 70) comprising: a first portion (32, 72) comprising first and second outer surfaces (32A, 72A, 32B, 72B); and a second portion (34, 74) comprising first and second sections (36, 76, 38, 78) separated by a split line, wherein the first section (36, 76) comprises a first facet (40, 80) and an end facet, the second section (38, 78) comprises an end facet, the end facets of the first and second sections (36, 76, 38, 78) converge at a tip (46, 88) to define a cutting edge (19, 50A), wherein a shoulder (41, 81) is positioned between the first facet (40, 80) and the end facet of the first section (36, 76) and defines a skin-contacting surface. a housing; a blade assembly mounted to the housing, the blade assembly comprising at least one razor blade (18, 50) defined by a substrate (30, 70) comprising: a first portion (32, 72) comprising first and second outer surfaces (32A, 72A, 32B, 72B); and a second portion (34, 74) comprising first and second sections (36, 76, 38, 78) separated by a split line, a first portion (32, 72) comprising first and second outer surfaces (32A, 72A, 32B, 72B); and a second portion (34, 74) comprising first and second sections (36, 76, 38, 78) separated by a split line, wherein the first section (36, 76) comprises a first facet (40, 80) and an end facet, the second section (38, 78) comprises an end facet, the end facets of the first and second sections (36, 76, 38, 78) converge at a tip (46, 88) to define a cutting edge (19, 50A), wherein a shoulder (41, 81) is positioned between the first facet (40, 80) and the end facet of the first section (36, 76) and defines a skin-contacting surface.
A heat exchanger comprising: • a first manifold and a second manifold connected by a plurality of tubes configured to provide at least a first pass and a second pass of a heat exchange fluid; • a receiver drier connected to the second manifold and providing fluid connection between the first pass and the second pass, wherein the second manifold is connected to the receiver drier through a channel; characterized in that the channel is adapted to receive fluid from the first pass through a first hole and a second hole configured on the second manifold which are distant from each other, the channel being further adapted to supply the receiver drier with the fluid through a first opening of the receiver drier which is closer to the first hole than the second hole. • a first manifold and a second manifold connected by a plurality of tubes configured to provide at least a first pass and a second pass of a heat exchange fluid; • a receiver drier connected to the second manifold and providing fluid connection between the first pass and the second pass, wherein the second manifold is connected to the receiver drier through a channel;
A vacuum pump, in particular a screw pump or a single-stage or multi-stage Roots pump, comprising a work space; a storage space; a partition wall arranged between the work space and the storage space; at least one rotor shaft extending through the partition wall; and a shaft seal for a sealing between the rotor shaft and the partition wall, wherein the shaft seal is configured as a single-acting, gaslubricated slide ring seal, characterized in that a further seal is provided for sealing the storage space with respect to a lubricating gas supply for the shaft seal and the further seal comprises a sealing gap arranged between the rotor shaft and the partition wall. wherein the shaft seal is configured as a single-acting, gaslubricated slide ring seal, characterized in that a further seal is provided for sealing the storage space with respect to a lubricating gas supply for the shaft seal and the further seal comprises a sealing gap arranged between the rotor shaft and the partition wall.
A method for data transmission, comprising: acquiring, by a terminal device, target resource configuration information, wherein the target resource configuration information corresponds to target service related information determined by the terminal device; and sending, by the terminal device, according to the target resource configuration information, a data packet of the target service, wherein the target resource configuration information comprises at least one of the following information: a probability of reserving resources for sending the data packet, a probability of sending the data packet. acquiring, by a terminal device, target resource configuration information, wherein the target resource configuration information corresponds to target service related information determined by the terminal device; and sending, by the terminal device, according to the target resource configuration information, a data packet of the target service, wherein the target resource configuration information comprises at least one of the following information: a probability of reserving resources for sending the data packet, a probability of sending the data packet.
An arrangement comprising a rock drilling machine for the drilling of boreholes in rock, where the rock drilling machine comprises a drilling portion and a string portion, the drilling portion comprising a drill bit and a drive motor arranged to rotate the drill bit, the arrangement further comprising screwed together pipe lengths and a support device on the outside of the borehole to which the screwed together pipe lengths are connected, the support device being designed to provide an axial displacement force to the rock drilling machine for the drilling progress, wherein the string portion is provided with an anchor comprising at least one against the borehole preloadable and relative to the string portion axially displaceable support shoe, characterised in that: the rock drilling machine further comprises a feed cylinder being positioned inside a guide pipe forming part of the string portion and connecting the string portion and the anchor in an axially slidable manner, wherein the anchor further comprises an anchor housing to which the at least one support shoe is connected, the anchor housing surrounding the guide pipe and being displaceable along the guide pipe.
An aerodynamic lifting device comprising: a chassis; a rotor of a radial drum or centrifugal fan supported by the chassis having a rotational axis and a plurality of rotor blades disposed in an annular ring about the rotational axis; a torque transmission means (126,130,139) for rotating the rotor comprising a plurality of prime movers for generating tractive force arranged at spaced intervals of arc about the rotational axis of the rotor, each prime mover having an output shaft connected to a corresponding torque transmitting device for providing tractive force for rotating said rotor; and a circumferentially extending drive rim for the rotor having a circumferentially extending inner drive surface and a circumferentially extending outer drive surface, characterized in that each prime mover and corresponding torque transmitting device are arranged in pairs (130a,139a,130b,139b) about the rotational axis of the rotor; and each drive surface (126a,126b) of said circumferentially extending drive rim is engageable with a complementary torque transmitting device (139a,139b) of each said pair of torque transmitting devices (139a,139b) for transmitting tractive force as tangential forces and resultant torque sufficient to drive the rotor and thereby generate lift; wherein said circumferentially extending drive rim is disposed between and rotatable by said paired torque transmitting devices (139a, 139b). a chassis; a rotor of a radial drum or centrifugal fan supported by the chassis having a rotational axis and a plurality of rotor blades disposed in an annular ring about the rotational axis; a torque transmission means (126,130,139) for rotating the rotor comprising a plurality of prime movers for generating tractive force arranged at spaced intervals of arc about the rotational axis of the rotor, each prime mover having an output shaft connected to a corresponding torque transmitting device for providing tractive force for rotating said rotor; and a circumferentially extending drive rim for the rotor having a circumferentially extending inner drive surface and a circumferentially extending outer drive surface, characterized in that each prime mover and corresponding torque transmitting device are arranged in pairs (130a,139a,130b,139b) about the rotational axis of the rotor; and each drive surface (126a,126b) of said circumferentially extending drive rim is engageable with a complementary torque transmitting device (139a,139b) of each said pair of torque transmitting devices (139a,139b) for transmitting tractive force as tangential forces and resultant torque sufficient to drive the rotor and thereby generate lift; wherein said circumferentially extending drive rim is disposed between and rotatable by said paired torque transmitting devices (139a, 139b).