mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for producing an ultrasound contrast image of micro vasculature in an image region, comprising: a contrast temporal processor responsive to harmonic echo signals received from a contrast agent and configured to process the harmonic echo signals to produce a contrast data value for each of a plurality of spatial locations in the imaging region for a first time point and a second time point over a time period, the second time point being different from the first time point, the contrast data value for a spatial location in the image region for the first time point and the second time point being produced in different ways over the time period, the time period including at least a wash-in stage of the contrast agent; and a scan converter coupled to receive the produced contrast data values and configured to produce a contrast image for the first time point and the second time point by arranging the produced contrast data values for the plurality of spatial locations for the first time point and the second time point in a desired image format; characterised in that the contrast temporal processor comprises a maximum intensity detector and a time averaged calculator configured to process the harmonic echo signals to produce the differently processed contrast data values. a contrast temporal processor responsive to harmonic echo signals received from a contrast agent and configured to process the harmonic echo signals to produce a contrast data value for each of a plurality of spatial locations in the imaging region for a first time point and a second time point over a time period, the second time point being different from the first time point, the contrast data value for a spatial location in the image region for the first time point and the second time point being produced in different ways over the time period, the time period including at least a wash-in stage of the contrast agent; and a scan converter coupled to receive the produced contrast data values and configured to produce a contrast image for the first time point and the second time point by arranging the produced contrast data values for the plurality of spatial locations for the first time point and the second time point in a desired image format; characterised in that the contrast temporal processor comprises a maximum intensity detector and a time averaged calculator configured to process the harmonic echo signals to produce the differently processed contrast data values.
An orthotic insole comprising a cupped heel plate with an extension portion extending forward of the heel plate, the extension portion being cut away in both a lateral portion and a medial portion so that the extension portion forms a central spur, characterised in that the extension portion is configured to terminate in the region of the talonavicular junction on the plantar aspect of the foot.
A magnetic flowmeter flowtube assembly comprising: a conduit having an inside diameter; a liner disposed within and extending through the conduit; a pair of electrodes mounted relative to the liner to measure a voltage induced within a process fluid flowing through the liner; a hole formed between the inside diameter of the conduit and the outer surface of the conduit; and a venting assembly providing a process fluid vent path from the inside diameter of the conduit to an exterior of the flowtube assembly, characterized by the venting assembly comprising a threaded nipple mounted to the outer surface of the conduit proximate the hole, the threaded nipple having a series of threads along the surfaces of a bore therein and a plug comprising a thread positioned within the bore, the threads of the threaded nipple and the plug being of different sizes thereby forming a gap therebetween to create a resistive flow path as the process fluid vent path. a conduit having an inside diameter; a liner disposed within and extending through the conduit; a pair of electrodes mounted relative to the liner to measure a voltage induced within a process fluid flowing through the liner; a hole formed between the inside diameter of the conduit and the outer surface of the conduit; and a venting assembly providing a process fluid vent path from the inside diameter of the conduit to an exterior of the flowtube assembly, characterized by the venting assembly comprising a threaded nipple mounted to the outer surface of the conduit proximate the hole, the threaded nipple having a series of threads along the surfaces of a bore therein and a plug comprising a thread positioned within the bore, the threads of the threaded nipple and the plug being of different sizes thereby forming a gap therebetween to create a resistive flow path as the process fluid vent path.
A connection means for fluid connection of at least one first to one second fluid-conducting medical-technical system, comprising - at least one first pipe section of the first system, which is intended for being connected to a second pipe section of the second system, wherein - the first pipe section comprises at least one inner pipe and at least one outer pipe, with a space between the inner pipe and the outer pipe; wherein - the second pipe section is a connection pipe; and wherein - the space between the inner pipe and the outer pipe is suited for receiving at least a portion of the connection pipe, with - a widening for connecting the first pipe section to the second pipe section; characterized in that - the widening is integrally manufactured with the inner pipe. - at least one first pipe section of the first system, which is intended for being connected to a second pipe section of the second system, wherein - the first pipe section comprises at least one inner pipe and at least one outer pipe, with a space between the inner pipe and the outer pipe; wherein - the second pipe section is a connection pipe; and wherein - the space between the inner pipe and the outer pipe is suited for receiving at least a portion of the connection pipe, with - a widening for connecting the first pipe section to the second pipe section; - the widening is integrally manufactured with the inner pipe.
A surgical glue comprising a hydrophobic pre-polymer comprising a plurality of activated functional groups that can react or be reacted to form crosslinks by exposure to a stimulus selected from the group consisting of light, heat, and a chemical initiator, wherein the percent of activated functional groups on the polymeric backbone is greater than 1%, preferably greater than 5%, more preferably greater than 10%, more preferably greater than 25%, most preferably 40% or greater, wherein crosslinking of the pre-polymer is not initiated by bodily fluids, wherein the pre-polymer when cured has a crosslink density of at least about 1% or greater, wherein the weight average molecular weight of the pre-polymer is less than 20,000 Daltons, and wherein the viscosity of the pre-polymer is from 0.5 to 100 Pa·s.
A security establishment method of establishing a security of a terminal device, in which a subscriber identity module used to recognize a subscriber has been mounted, by using secret information stored in the subscriber identity module and a pair of keys consisting of an encryption key and an integrity key generated based on the secret information, the security establishment method comprising: generating (S20-S70) the pair of keys via mutual authentication between the terminal device and a serving network (HPLMN); sharing in which the terminal device and the serving network share a first temporary key (K_ASME) by using the pair of keys generated at the generating; generating (S140, S150) in which the terminal device generates a second temporary key (K_SEAF) mapped with a security anchor function of a roaming destination network, the second temporary key being generated by using the first temporary key, and the roaming destination network (VPLMN) of the terminal device acquiring the second temporary key; and generating (S140, S150) in which the terminal device and the roaming destination network generate, by using at least the second temporary key and a subscriber identity used to recognize the subscriber in the serving network, a third temporary key (K_AMF) mapped with access and mobility administration function of the roaming destination network. generating (S20-S70) the pair of keys via mutual authentication between the terminal device and a serving network (HPLMN); sharing in which the terminal device and the serving network share a first temporary key (K_ASME) by using the pair of keys generated at the generating; generating (S140, S150) in which the terminal device generates a second temporary key (K_SEAF) mapped with a security anchor function of a roaming destination network, the second temporary key being generated by using the first temporary key, and the roaming destination network (VPLMN) of the terminal device acquiring the second temporary key; and generating (S140, S150) in which the terminal device and the roaming destination network generate, by using at least the second temporary key and a subscriber identity used to recognize the subscriber in the serving network, a third temporary key (K_AMF) mapped with access and mobility administration function of the roaming destination network.
A measurement device that is configured to measure position information of a plurality of marks formed on a substrate, the device comprising: a stage that is movable holding the substrate; a drive system that is configured to move the stage; an absolute position measurement system that has one of a measurement surface having a grating section and a head section for irradiating a beam on the measurement surface provided to the stage, and is configured to acquire position information of the stage by irradiating the beam from the head section on the measurement surface and receiving a return beam of the beam from the measurement surface; a mark detection system that is configured to detect the marks formed on the substrate; and a controller that is configured to control movement of the stage by the drive system, detect each of the plurality of marks formed on the substrate using the mark detection system, and obtain an absolute position coordinate of each of the plurality of marks, based on detection results of each of the plurality of marks and position information of the stage obtained using the absolute position measurement system at the time of detection of each of the plurality of marks, wherein the absolute position coordinate of each of the plurality of marks includes an absolute position coordinate of marks formed at different overlaid layers of the substrate. a stage that is movable holding the substrate; a drive system that is configured to move the stage; an absolute position measurement system that has one of a measurement surface having a grating section and a head section for irradiating a beam on the measurement surface provided to the stage, and is configured to acquire position information of the stage by irradiating the beam from the head section on the measurement surface and receiving a return beam of the beam from the measurement surface; a mark detection system that is configured to detect the marks formed on the substrate; and a controller that is configured to control movement of the stage by the drive system, detect each of the plurality of marks formed on the substrate using the mark detection system, and obtain an absolute position coordinate of each of the plurality of marks, based on detection results of each of the plurality of marks and position information of the stage obtained using the absolute position measurement system at the time of detection of each of the plurality of marks, wherein the absolute position coordinate of each of the plurality of marks includes an absolute position coordinate of marks formed at different overlaid layers of the substrate.
A driving support apparatus comprising: a travel possible region detecting device configured to detect a travel possible region of a vehicle; a travel controller (4, 5, 6) configured to carry out locus control based on a target locus, which is created to cause the vehicle to travel in the travel possible region detected by the travel possible region detecting device; and a controller configured to decide a road center of a curve, which is located forward of a traveling direction by a pre-read distance which is set according to a vehicle speed of the vehicle from a driver's own vehicle position of the vehicle, as a reference point, at the time the curve exists forward of the traveling direction of the vehicle, decide a position offset from the reference point to inside of the curve by a lateral displacement which is set according to a radius of curvature of the curve at the reference point, as a target point, and create the target locus so as to pass through the driver's own vehicle position and the target point. a travel possible region detecting device configured to detect a travel possible region of a vehicle; a travel controller (4, 5, 6) configured to carry out locus control based on a target locus, which is created to cause the vehicle to travel in the travel possible region detected by the travel possible region detecting device; and a controller configured to decide a road center of a curve, which is located forward of a traveling direction by a pre-read distance which is set according to a vehicle speed of the vehicle from a driver's own vehicle position of the vehicle, as a reference point, at the time the curve exists forward of the traveling direction of the vehicle, decide a position offset from the reference point to inside of the curve by a lateral displacement which is set according to a radius of curvature of the curve at the reference point, as a target point, and create the target locus so as to pass through the driver's own vehicle position and the target point.
A signal processing apparatus (100; 200; 1700; 1800; 2700; 3000) for denoising an audio signal comprising: a transformer (101; 201) that is configured to transform an input signal into an amplitude component signal in a frequency domain; a stationary component estimator (102; 202) that estimates a stationary component signal having a frequency spectrum with a stationary characteristic based on the amplitude component signal in the frequency domain; a replacement unit (103; 203) that is configured to replace, using the amplitude component signal obtained by said transformer (101; 201) and the stationary component signal, the amplitude component signal obtained by said transformer (101; 201) by a new amplitude component signal which is a product of the stationary component signal and a coefficient at at least some frequencies; and an inverse transformer (104; 204) that is configured to inversely transform the new amplitude component signal into an enhanced signal, wherein said replacement unit (103; 203) is configured to generate the new amplitude component signal based on a multiple of the stationary component signal at a frequency at which the amplitude component signal is larger than a first threshold determined based on a multiplication of the stationary component signal with a coefficient. a transformer (101; 201) that is configured to transform an input signal into an amplitude component signal in a frequency domain; a stationary component estimator (102; 202) that estimates a stationary component signal having a frequency spectrum with a stationary characteristic based on the amplitude component signal in the frequency domain; a replacement unit (103; 203) that is configured to replace, using the amplitude component signal obtained by said transformer (101; 201) and the stationary component signal, the amplitude component signal obtained by said transformer (101; 201) by a new amplitude component signal which is a product of the stationary component signal and a coefficient at at least some frequencies; and an inverse transformer (104; 204) that is configured to inversely transform the new amplitude component signal into an enhanced signal, wherein said replacement unit (103; 203) is configured to generate the new amplitude component signal based on a multiple of the stationary component signal at a frequency at which the amplitude component signal is larger than a first threshold determined based on a multiplication of the stationary component signal with a coefficient.
A non-oriented magnetic steel sheet, comprising: a chemical composition represented by, in mass%: Si: 3.0% to 3.6%; Al: 0.50% to 1.25%; Mn: 0.5% to 1.5%; Sb or Sn or both of them: [Sb] + [Sn] / 2 is 0.0025% to 0.05% where [Sb] denotes an Sb content and [Sn] denotes an Sn content; P: 0.010% to 0.150%; Ni: 0.010% to 0.200%; C: 0.0010% to 0.0040%; N: 0.0030% or less; S: 0.0020% or less; Ti: 0.0030% or less; Cu: 0.0500% or less; Cr: 0.0500% or less; Mo: 0.0500% or less; Bi: 0.0050% or less; Pb: 0.0050% or less; V: 0.0050% or less; B: 0.0050% or less; and balance: Fe and impurities, and magnetic properties represented by, where t denotes a thickness (mm) of the non-oriented magnetic steel sheet: a magnetic flux density B50: "0.2 × t + 1.52" T or more; a magnetic flux density difference ΔB50: 0.08 T or less; core loss W10/50: 0.95 W/kg or less; and core loss W10/400: "20 × t + 7.5" W/kg or less, wherein the thickness is 0.15 mm to 0.30 mm, and a ratio of a number of intergranular carbides precipitated in grains relative to a sum of the number of the intergranular carbides and a number of grain boundary carbides precipitated on grain boundaries is 0.50 or less. a chemical composition represented by, in mass%: Si: 3.0% to 3.6%; Al: 0.50% to 1.25%; Mn: 0.5% to 1.5%; Sb or Sn or both of them: [Sb] + [Sn] / 2 is 0.0025% to 0.05% where [Sb] denotes an Sb content and [Sn] denotes an Sn content; P: 0.010% to 0.150%; Ni: 0.010% to 0.200%; C: 0.0010% to 0.0040%; N: 0.0030% or less; S: 0.0020% or less; Ti: 0.0030% or less; Cu: 0.0500% or less; Cr: 0.0500% or less; Mo: 0.0500% or less; Bi: 0.0050% or less; Pb: 0.0050% or less; V: 0.0050% or less; B: 0.0050% or less; and balance: Fe and impurities, and Si: 3.0% to 3.6%; Al: 0.50% to 1.25%; Mn: 0.5% to 1.5%; Sb or Sn or both of them: [Sb] + [Sn] / 2 is 0.0025% to 0.05% where [Sb] denotes an Sb content and [Sn] denotes an Sn content; P: 0.010% to 0.150%; Ni: 0.010% to 0.200%; C: 0.0010% to 0.0040%; N: 0.0030% or less; S: 0.0020% or less; Ti: 0.0030% or less; Cu: 0.0500% or less; Cr: 0.0500% or less; Mo: 0.0500% or less; Bi: 0.0050% or less; Pb: 0.0050% or less; V: 0.0050% or less; B: 0.0050% or less; and balance: Fe and impurities, and magnetic properties represented by, where t denotes a thickness (mm) of the non-oriented magnetic steel sheet: a magnetic flux density B50: "0.2 × t + 1.52" T or more; a magnetic flux density difference ΔB50: 0.08 T or less; core loss W10/50: 0.95 W/kg or less; and core loss W10/400: "20 × t + 7.5" W/kg or less, a magnetic flux density B50: "0.2 × t + 1.52" T or more; a magnetic flux density difference ΔB50: 0.08 T or less; core loss W10/50: 0.95 W/kg or less; and core loss W10/400: "20 × t + 7.5" W/kg or less, wherein the thickness is 0.15 mm to 0.30 mm, and a ratio of a number of intergranular carbides precipitated in grains relative to a sum of the number of the intergranular carbides and a number of grain boundary carbides precipitated on grain boundaries is 0.50 or less.
Cab protection for a cab of a digger, wherein the cab has an outer skin, comprising a front protective grille and a cab protection roof in which a guide is arranged, wherein the front protective grille can be pushed at least partially into the cab protection roof, wherein the front protective grille comprises an upper part and a lower part, wherein the lower part has an upper flange, wherein the lower part has a first screw connection, so that the lower part can be fastened at its upper flange with the first screw connection to the outer skin of the cab, wherein the cab protection has a first spacer which can be arranged between the lower part and the outer skin of the cab, and wherein the lower part has a second screw connection, so that the lower part can be fastened with its lower flange by means of the second screw connection to the outer skin of the cab, wherein the cab protection has a second spacer which can be arranged between the lower flange and the outer skin of the cab, wherein the two spacers (9, 12) are made of an elastic material, wherein the upper part of the front protective grille comprises a plurality of profiled rollers, suitable for cooperating with the guide in the cab protection roof, and wherein the cab protection has at least one connecting element (40, 41) which is suitable for locking the upper part of the front protective grille to the lower part of the front protective grille, and wherein the cab protection has a centring element which is suitable for centring the upper part of the front protective grille relative to the lower part of the front protective grille, wherein the centring element has a pin which is received in the lower part by means of a first bearing, wherein the first bearing has a spring element, and as a further part of the centring element a conical pin is arranged in the upper part and the conical pin is fastened in the upper part by means of a second bearing, wherein the cab protection has a locking means (25, 34) which is suitable for locking the upper part of the front protective grille in an upper position and wherein the front protective grille has at least one transverse strut, wherein the transverse strut is arranged at an angle which corresponds to a viewing direction of the driver and wherein the cab protection has a drive for pushing the upper part of the front protective grille in and out.
Drawer and drawer-guide unit, wherein the drawer is made up of drawer elements, comprising a drawer base, a rear drawer wall, a drawer front, which is located opposite the rear drawer wall, and two side drawer walls, wherein the drawer-guide unit comprises a fixed rail and a drawer rail, and wherein the drawer and/or the drawer-guide unit has a front adjustment device (10, 17), which is designed to adjust the drawer front in terms of inclination and/or in a direction perpendicular to a drawer-movement direction, the latter being provided by the drawer-guide unit, so that, when the drawer has been fitted on a piece of furniture, there is predefined positioning and/or orientation of the drawer front in a closed state of the drawer on the piece of furniture, characterized in that the front adjustment device (10, 17) comprises a motor drive (12, 18) for adjusting the drawer front at least in a direction perpendicular to the drawer-movement direction, wherein the front adjustment device (10, 17) with the motor drive (12, 18) remains permanently fitted on the side drawer wall and/or on the drawer-guide unit.
A brake drum, in particular for utility vehicles, wherein the brake drum is mounted or adapted to be mounted rotatably about an axis of rotation, wherein the brake drum comprises a friction section and a connection section, wherein the friction section comprises a friction surface and a plurality of transmission structures, wherein the connection section comprises at least one mounting surface and a plurality of transfer structures, wherein the transfer structures engage positively and/or nonpositively in the respective complementary transmission structures so that a torque about the axis of rotation can be transmitted positively, and wherein the mounting surface serves to fix the brake drum indirectly or directly to a hub, characterised by the transfer structures extend from a stop surface, in particular in the direction of the axis of rotation.