mhurhangee/ep-ind-claims huggingface dataset:
Method for determining two-dimensional image data from at least one sectional surface of an acquisition volume as part of a magnetic resonance imaging process by a combined magnetic resonance imaging and X-ray apparatus comprising a magnetic resonance imaging facility and an X-ray facility, wherein the coordinate systems thereof that are used for imaging are registered to each other by a mechanical coupling of the X-ray facility to the magnetic resonance imaging facility, which method comprises the steps, which are performed by a control facility: - controlling the X-ray facility to acquire at least one X-ray image, which images at least part of an object, in particular a medical instrument; - determining at least one piece of object information, which relates to a position and/or an orientation and/or at least one feature of the object, by image processing of the X-ray image; - determining on the basis of the object information at least one sectional-surface parameter, which defines an arrangement of the sectional surface in the acquisition volume; - controlling the magnetic resonance imaging facility to acquire measurement data relating to the sectional surface; and - calculating the two-dimensional image data from the measurement data, wherein the sectional-surface parameter is used as the basis for said control of the magnetic resonance imaging facility and/or for said calculation of the two-dimensional image data. - controlling the X-ray facility to acquire at least one X-ray image, which images at least part of an object, in particular a medical instrument; - determining at least one piece of object information, which relates to a position and/or an orientation and/or at least one feature of the object, by image processing of the X-ray image; - determining on the basis of the object information at least one sectional-surface parameter, which defines an arrangement of the sectional surface in the acquisition volume; - controlling the magnetic resonance imaging facility to acquire measurement data relating to the sectional surface; and - calculating the two-dimensional image data from the measurement data,
A medical device, comprising: an instrument including a distal end configured for inserting into a body part; and a position sensor comprising a flexible printed circuit, which comprises alternating conductive and dielectric layers and is wrapped around the distal end of the instrument, the conductive layers including: at least one inner layer, which is patterned with traces forming a coil; and multiple outer layers positioned on top of the at least one inner layer and configured for connection to an electrical ground so as to shield the coil from electromagnetic interference. an instrument including a distal end configured for inserting into a body part; and a position sensor comprising a flexible printed circuit, which comprises alternating conductive and dielectric layers and is wrapped around the distal end of the instrument, the conductive layers including: at least one inner layer, which is patterned with traces forming a coil; and multiple outer layers positioned on top of the at least one inner layer and configured for connection to an electrical ground so as to shield the coil from electromagnetic interference. at least one inner layer, which is patterned with traces forming a coil; and multiple outer layers positioned on top of the at least one inner layer and configured for connection to an electrical ground so as to shield the coil from electromagnetic interference.
Luminaire for use in a lighting system, comprising - a plurality of ultrasound transmitters for emitting ultrasound signals, - a plurality of ultrasound receivers for receiving ultrasound signals, - a radio transmitter for transmitting a radio signal, - a radio receiver for receiving a radio signal, - a detection unit for determining a time difference between receiving a radio signal by the radio receiver and receiving an ultrasound signal by one of the ultrasound receivers, - a control unit for setting a plurality of different operating states, wherein the control unit is designed to carry out the setting as a function of the time difference, wherein the ultrasound transmitters are designed to emit the ultrasound signals in different directions, while the ultrasound receivers are designed to receive the ultrasound signals from different directions, wherein the different directions preferably include all horizontal directions. - a plurality of ultrasound transmitters for emitting ultrasound signals, - a plurality of ultrasound receivers for receiving ultrasound signals, - a radio transmitter for transmitting a radio signal, - a radio receiver for receiving a radio signal, - a detection unit for determining a time difference between receiving a radio signal by the radio receiver and receiving an ultrasound signal by one of the ultrasound receivers, - a control unit for setting a plurality of different operating states, wherein the control unit is designed to carry out the setting as a function of the time difference,
An immersion microscope objective that has at least, in order from the object side: a first lens group having positive refractive power; a second lens group having positive refractive power; a third lens group; a fourth lens group having negative refractive power with its surface nearest to the image side being concave; and a fifth lens group having positive refractive power with its surface nearest to the object side being concave; wherein: said first lens group includes a cemented lens on the side nearest to the object and a single lens with positive refractive power on the side second-nearest to the object, said cemented lens is a lens with its cementing surface being convex to the image side; characterized in that the following conditions are satisfied: 0.15 > n 1 − nw > 0.05, and 4 > rb / dt 3 > 1.02 where - rb is the radius of curvature of the cementing surface in said cemented lens, - n1 is the refractive index of a lens nearest the object side in said cemented lens, - nw is the refractive index of the medium that fills the space between said cemented lens and the object, - dt3 is the distance along the optical axis, in mm, between the object surface and said cemented surface. a first lens group having positive refractive power; a second lens group having positive refractive power; a third lens group; a fourth lens group having negative refractive power with its surface nearest to the image side being concave; and a fifth lens group having positive refractive power with its surface nearest to the object side being concave; said first lens group includes a cemented lens on the side nearest to the object and a single lens with positive refractive power on the side second-nearest to the object, said cemented lens is a lens with its cementing surface being convex to the image side; characterized in that the following conditions are satisfied: 0.15 > n 1 − nw > 0.05, and 4 > rb / dt 3 > 1.02 where - rb is the radius of curvature of the cementing surface in said cemented lens, - n1 is the refractive index of a lens nearest the object side in said cemented lens, - nw is the refractive index of the medium that fills the space between said cemented lens and the object, - dt3 is the distance along the optical axis, in mm, between the object surface and said cemented surface. - rb is the radius of curvature of the cementing surface in said cemented lens, - n1 is the refractive index of a lens nearest the object side in said cemented lens, - nw is the refractive index of the medium that fills the space between said cemented lens and the object, - dt3 is the distance along the optical axis, in mm, between the object surface and said cemented surface.
Punching tool for cutting plastic-based film elements, with a punching die unit which has a plurality of blade carriers on each of which is fastened at least one cutting die having a cutting shim tapering to a cutting blade with cutting edge, and with a die associated with the punching die unit and opposite same, which die is for receiving the film element to be machined, wherein the punching die unit is housed relatively movable opposite the die in a punching stroke taking place in a cutting direction between a starting position and a machining position, wherein the cutting shims of the cutting die are immersed into the film element to be machined in the machining position and produce a cutting line in the film element along an edge length of the cutting edge, characterised in that the cutting blade has a first blade surface facing towards the die and a second blade surface facing away from the die, wherein a pressing surface, extending transverse to the cutting direction during the cutting process of the cutting edge downstream of and capable of being brought to rest against a top side of the part of the film element to be machined facing away from the die is connected to the second blade surface.
An ureteral stent, comprising: an elongated member defining a drainage lumen, the elongated member including: a first end including a first retaining structure and one or more openings in fluid communication with the drainage lumen, the first end for positioning in a kidney; and a second end spaced longitudinally from the first end, the second end including a second retaining structure and one or more openings in fluid communication with the drainage lumen, wherein the second retaining structure includes a sponge structure, the sponge structure including at least one of a sponge or a material that absorbs moisture, wherein the second retaining structure configured to irritate a trigone of a bladder less than a curled retaining structure, and wherein the sponge structure is of generally conical shape that decreases in outer diameter with increasing proximity to the tip of the second end. a first end including a first retaining structure and one or more openings in fluid communication with the drainage lumen, the first end for positioning in a kidney; and a second end spaced longitudinally from the first end, the second end including a second retaining structure and one or more openings in fluid communication with the drainage lumen, wherein the second retaining structure includes a sponge structure, the sponge structure including at least one of a sponge or a material that absorbs moisture, wherein the second retaining structure configured to irritate a trigone of a bladder less than a curled retaining structure, and wherein the sponge structure is of generally conical shape that decreases in outer diameter with increasing proximity to the tip of the second end.
A method implemented by an apparatus (117, 900, 1000), the method comprising: a determination of building footprint information for at least one building associated with at least one geographic address; a determination of source data associated with the at least one building, the at least one geographic address, or a combination thereof, wherein the source data include at least one of Light Detection And Ranging (LIDAR) information, building schematic information, probe data, sensor data, aerial imagery data, depth map information, imagery information, crowd-sourced information, or a combination thereof; a processing of the building footprint information and the source data to determine one or more entrances associated with the at least one building; and a processing of the source data associated with the one or more entrances to determine one or more delivery surfaces (713, 715) for the at least one geographic address, wherein the one or more delivery surfaces are for delivering one or more packages by an aerial-based package delivery. a determination of building footprint information for at least one building associated with at least one geographic address; a determination of source data associated with the at least one building, the at least one geographic address, or a combination thereof, wherein the source data include at least one of Light Detection And Ranging (LIDAR) information, building schematic information, probe data, sensor data, aerial imagery data, depth map information, imagery information, crowd-sourced information, or a combination thereof; a processing of the building footprint information and the source data to determine one or more entrances associated with the at least one building; and a processing of the source data associated with the one or more entrances to determine one or more delivery surfaces (713, 715) for the at least one geographic address, wherein the one or more delivery surfaces are for delivering one or more packages by an aerial-based package delivery.
A joining structure comprising: a first member having an upper surface, a lower surface opposite to the upper surface, and a recess including a concave formed in the upper surface and a protrusion formed in the lower surface, the first member including a metal material; a second member including a penetrating part that opens at a position corresponding to the recess and a peripheral edge that defines the penetrating part, including a material that is difficult to weld to the first member, and disposed on the upper surface of the first member; and a third member including a welded part arc-welded to an inner peripheral surface of the recess and a flange connected to the welded part via the penetrating part and covering the peripheral edge, the third member including a filler material welded to the first member, wherein the second member is compressed by the flange and the first member by solidification compression of the third member, and thus fixed between the flange and the first member. a first member having an upper surface, a lower surface opposite to the upper surface, and a recess including a concave formed in the upper surface and a protrusion formed in the lower surface, the first member including a metal material; a second member including a penetrating part that opens at a position corresponding to the recess and a peripheral edge that defines the penetrating part, including a material that is difficult to weld to the first member, and disposed on the upper surface of the first member; and a third member including a welded part arc-welded to an inner peripheral surface of the recess and a flange connected to the welded part via the penetrating part and covering the peripheral edge, the third member including a filler material welded to the first member, wherein the second member is compressed by the flange and the first member by solidification compression of the third member, and thus fixed between the flange and the first member.
A household dishwashing machine having a screen filter that is designed flat with flow holes, which separates the water-conducting space from a drainage shaft and lies at the bottom of the water-conducting space, sealing the perimeter, characterized in that the screen filter is designed and manufactured as a plastic-injection mould part and is provided with an edge (14, 18) that protrudes vertically on the underside as a sealing lip, the edge presenting a double edge protruding vertically on the underside as a double seal lip.
Bridge handle for furniture used to open a spring lock provided with a striker that makes a retraction travel to open the lock, said handle comprising: - a central body with curved profile in such manner to define an internal concave side, said central body ending with a first and a second foot (2, 3) adapted to be fixed on the external wall of a door or drawer of a furniture piece, - oscillating means (8, 9) mounted in said second foot in such manner to oscillate around an axis of oscillation and engageable in a lock to determine the retraction travel of a striker of said lock and consequently open the lock, - a maneuvering lever provided on the internal concave side of the central body, said maneuvering lever having a curved profile and comprising a first end and a second end, the first end of the maneuvering lever having a shelf provided with pivoting pins that are engaged in a seat of the first foot of the central body according to an axis of hinge, and the second end of the maneuvering lever being provided with a hook adapted to cooperate with said oscillating means (8, 9) to generate the oscillation of the oscillating means, wherein the axis of oscillation of the oscillating means (8, 9) is orthogonal to the axis of hinge of the pivoting pins of the maneuvering lever, characterized in that said oscillating means (8, 9) comprise a collar with a diametrically opposite pair of coaxial pins that are engaged in seats of the second foot of the central body, as well as a wing adapted to cooperate with said hook of the maneuvering lever, said wing acting as oscillation crank of said collar. - a central body with curved profile in such manner to define an internal concave side, said central body ending with a first and a second foot (2, 3) adapted to be fixed on the external wall of a door or drawer of a furniture piece, - oscillating means (8, 9) mounted in said second foot in such manner to oscillate around an axis of oscillation and engageable in a lock to determine the retraction travel of a striker of said lock and consequently open the lock, - a maneuvering lever provided on the internal concave side of the central body, said maneuvering lever having a curved profile and comprising a first end and a second end,
An installation with a conveying unit and motor unit, wherein the conveying unit has a pulley, which is surrounded radially and/or in housing-forming manner, in particular in protective manner, at least partially by a covering housing, and a belt, wherein the motor unit has a covering housing and a motor, the housing of which is connected, in particular securely connected, to the covering housing, wherein the motor unit is detachably connected to the conveying unit, characterised in that the detachable connection of the covering housing to the motor unit permits common removal of the motor unit, so that once the motor unit has been removed the belt of the conveying unit is freely accessible.
Method for operating a microwave cooker, wherein during operation of the microwave cooker an atomised spray is injected into the cooking chamber by means of at least one atomiser unit, wherein at least one spray parameter of the atomised spray is set as a function of at least one operating parameter, characterised in that the at least one spray parameter comprises: - a droplet size, - a spray form and/or - a type of spray medium. - a droplet size, - a spray form and/or - a type of spray medium.
An amplitude control system for use in an oral care appliance having a workpiece which moves in operation, comprising: a touch array with a range of a selected touch characteristic, the value of which varies at the output of the array as a user's finger moves across the array; a sensor for determining the position of a user's touch on the array as a user's finger moves across said array and the corresponding value of the touch characteristic; and a controller assembly or processor responsive to the sensor for controlling the value of an operating characteristic (37, 39) of a drive signal for the oral care appliance, in order to change the amplitude of movement of the workpiece in accordance with the value of the touch characteristic, wherein the system includes a display showing the amplitude of movement of the workpiece. a touch array with a range of a selected touch characteristic, the value of which varies at the output of the array as a user's finger moves across the array; a sensor for determining the position of a user's touch on the array as a user's finger moves across said array and the corresponding value of the touch characteristic; and a controller assembly or processor responsive to the sensor for controlling the value of an operating characteristic (37, 39) of a drive signal for the oral care appliance, in order to change the amplitude of movement of the workpiece in accordance with the value of the touch characteristic,
A hair dryer (100; 200) comprising: a body (102; 204) defining a cavity; an inlet (120; 216) for airflow to enter the cavity; an outlet (112; 218) for the airflow to exit the cavity; an attachment (300; 400) including an inlet (308; 408) and a connector (312; 412) configured to extend into a central passage (130; 214) of the body (102; 204), the connector (312; 412) having a shape that corresponds to the shape of the central passage, the connector (312; 412) having a cylindrical wall and a stop configured to contact the body (102; 204) and prevent insertion of the attachment (300; 400) beyond the connector (312; 412), the stop including a collar extending about and spaced radially from the wall, the attachment (300; 400) configured to connect to the body (102; 204) in flow communication with the outlet (122; 218) such that airflow into the attachment inlet (308; 408) passes between the collar and the wall; and a grip feature (301; 401) configured to extend between and contact the wall of the connector (312; 412) and the body (102; 204) when the attachment (300; 400) is connected to the body (102; 204), wherein the grip feature (301; 401) is configured to provide an interference fit between the attachment (300; 400) and the body (102; 204) and resist movement of the attachment (300; 400) relative to the body (102; 204) when the attachment (300; 400) is connected to the body (102; 204). a body (102; 204) defining a cavity; an inlet (120; 216) for airflow to enter the cavity; an outlet (112; 218) for the airflow to exit the cavity; an attachment (300; 400) including an inlet (308; 408) and a connector (312; 412) configured to extend into a central passage (130; 214) of the body (102; 204), the connector (312; 412) having a shape that corresponds to the shape of the central passage, the connector (312; 412) having a cylindrical wall and a stop configured to contact the body (102; 204) and prevent insertion of the attachment (300; 400) beyond the connector (312; 412), the stop including a collar extending about and spaced radially from the wall, the attachment (300; 400) configured to connect to the body (102; 204) in flow communication with the outlet (122; 218) such that airflow into the attachment inlet (308; 408) passes between the collar and the wall; and a grip feature (301; 401) configured to extend between and contact the wall of the connector (312; 412) and the body (102; 204) when the attachment (300; 400) is connected to the body (102; 204), wherein the grip feature (301; 401) is configured to provide an interference fit between the attachment (300; 400) and the body (102; 204) and resist movement of the attachment (300; 400) relative to the body (102; 204) when the attachment (300; 400) is connected to the body (102; 204).
A process for determining a neurological condition of a subject, comprising: measuring a biological sample obtained from the subject for a quantity of GFAP and a quantity of UCH-L1, wherein the biological sample is whole blood, serum, or plasma; and comparing the quantity of GFAP and the quantity of UCH-L1 to baseline levels of GFAP and UCH-L1 in a control subject known to be free of the neurological condition, wherein the neurological condition is mild traumatic brain injury. measuring a biological sample obtained from the subject for a quantity of GFAP and a quantity of UCH-L1, wherein the biological sample is whole blood, serum, or plasma; and comparing the quantity of GFAP and the quantity of UCH-L1 to baseline levels of GFAP and UCH-L1 in a control subject known to be free of the neurological condition, wherein the neurological condition is mild traumatic brain injury.