mhurhangee/ep-ind-claims huggingface dataset:
An ultrasound system for an exam using 3D imaging, comprising: a transducer array configured to transmit ultrasound waves to a target anatomy and receive ultrasonic echoes in response; a processor configured to, based on the received ultrasonic echoes, produce a 2D ultrasound image including the target anatomy; and a display adapted to display graphical icons, characterized in that the processor is further configured to: - based on a system input, select a plurality of graphical icons (111, 113, 115, 117, 119) stored in memory on the ultrasound system and cause the display to display said plurality of graphical icons, wherein each graphical icon comprises a different 3D thumbnail view of the target anatomy, and - based on a user selection of a graphical icon of said plurality, cause the ultrasound system to generate a 3D ultrasound image of the target anatomy corresponding to the thumbnail view of the selected graphical icon. a transducer array configured to transmit ultrasound waves to a target anatomy and receive ultrasonic echoes in response; a processor configured to, based on the received ultrasonic echoes, produce a 2D ultrasound image including the target anatomy; and a display adapted to display graphical icons, characterized in that the processor is further configured to: - based on a system input, select a plurality of graphical icons (111, 113, 115, 117, 119) stored in memory on the ultrasound system and cause the display to display said plurality of graphical icons, wherein each graphical icon comprises a different 3D thumbnail view of the target anatomy, and - based on a user selection of a graphical icon of said plurality, cause the ultrasound system to generate a 3D ultrasound image of the target anatomy corresponding to the thumbnail view of the selected graphical icon. - based on a system input, select a plurality of graphical icons (111, 113, 115, 117, 119) stored in memory on the ultrasound system and cause the display to display said plurality of graphical icons, wherein each graphical icon comprises a different 3D thumbnail view of the target anatomy, and - based on a user selection of a graphical icon of said plurality, cause the ultrasound system to generate a 3D ultrasound image of the target anatomy corresponding to the thumbnail view of the selected graphical icon.
An Aspergillus niger seed continuous culture method, characterized by comprising the steps of: inoculating Aspergillus niger spores into a seed culture medium, and culturing for 16-36h to obtain a seed liquid; performing continuous dispersion treatment on the seed liquid obtained in step, performing continuous culturing of the seed liquid obtained by dispersion, performing fermentation culture after the seed liquid flows out continuously into a fermentation medium in the culturing process, and meanwhile replenishing a fresh seed feed medium at the same rate with the outflow seed liquid, wherein the total sugar of the fresh seed feed medium replenished is 150-200 g/L, C/N is 15-30; the continuous culture conditions in are as follows: the temperature is 35-37°C, the air volume is 0.3-0.6 vvm, the tank pressure is 0.05-0.07 Mpa, and the agitation rate is 150-200 rpm, and wherein the replenishing rate of the fresh seed feed medium and the outflow rate of the seed liquid are F=V/t, wherein V is the volume of the seed liquid in a seed tank; t is the residence time of the seed liquid, and is taken as a value of 6-24 h; and stopping the replenishment of the fresh seed feed medium and the dispersion treatment, performing continuous culture to obtain a seed liquid. inoculating Aspergillus niger spores into a seed culture medium, and culturing for 16-36h to obtain a seed liquid; performing continuous dispersion treatment on the seed liquid obtained in step, performing continuous culturing of the seed liquid obtained by dispersion, performing fermentation culture after the seed liquid flows out continuously into a fermentation medium in the culturing process, and meanwhile replenishing a fresh seed feed medium at the same rate with the outflow seed liquid, wherein the total sugar of the fresh seed feed medium replenished is 150-200 g/L, C/N is 15-30; the continuous culture conditions in are as follows: the temperature is 35-37°C, the air volume is 0.3-0.6 vvm, the tank pressure is 0.05-0.07 Mpa, and the agitation rate is 150-200 rpm, and wherein the replenishing rate of the fresh seed feed medium and the outflow rate of the seed liquid are F=V/t, wherein V is the volume of the seed liquid in a seed tank; t is the residence time of the seed liquid, and is taken as a value of 6-24 h; and stopping the replenishment of the fresh seed feed medium and the dispersion treatment, performing continuous culture to obtain a seed liquid.
A vehicle surroundings monitoring apparatus comprising: a camera; a display device that is mounted on a vehicle; and a processing device that is mounted on the vehicle, wherein while the vehicle is travelling forward or the vehicle is stopped, the processing device outputs a surrounding image as viewed from an eyepoint behind the vehicle, including a current location of the vehicle, to the display device on the basis of an image captured by the camera at a location that is a predetermined distance behind the current location of the vehicle, and the predetermined distance corresponding to a distance from the vehicle to the eyepoint behind the vehicle. a camera; a display device that is mounted on a vehicle; and a processing device that is mounted on the vehicle, wherein while the vehicle is travelling forward or the vehicle is stopped, the processing device outputs a surrounding image as viewed from an eyepoint behind the vehicle, including a current location of the vehicle, to the display device on the basis of an image captured by the camera at a location that is a predetermined distance behind the current location of the vehicle, and the predetermined distance corresponding to a distance from the vehicle to the eyepoint behind the vehicle.
An articulated harvesting head load sensor arrangement comprising a first harvesting head section (102, 104, 106); a second harvesting head section (102, 104, 106) hingeably coupled to the first harvesting head section (102, 104, 106); and a first pivot pin hingeably coupling the first harvesting head section (102, 104, 106) to the second harvesting head section (102, 104, 106); characterized in that the first pivot pin is a load pin configured to generate a signal indicative of a load applied to the first pivot pin.
Single-axle trailer for a motor vehicle or a similar tow vehicle that comprises at least one trailer ball, having a ball coupling, as at least one connection assembly to which the trailer can be fastened by means of an intermediate link, said link additionally comprising two coupling points (K, K') arranged on either side of the longitudinal centre plane of the trailer and at a transverse distance from one another, a profiled beam, two parallel retaining arms (5, 6) of which are guided to the base frame of the trailer and which beam also forms the two coupling points (K, K'), being provided as the intermediate link, the trailer comprising, in the region of the base frame thereof, at least one support device which receives at least one support wheel (R, R') and can be moved about a vertical pivot axis (H, H'), said support device comprising, at a distance from a pivot axis (H, H') that defines a support bearing, at least one bearing connection that interacts with the base frame in the region of a contact part and of a mating member, the trailer comprising, in addition to the at least one support wheel (R. R'), at least one ground support that is arranged so as to be offset from said support wheel, said additional ground support being formed by at least one securing wheel, characterised in that the securing wheel is formed such that it can be used to implement a securing concept by means of which an inclined position of the trailer, which is reached in the event of reversing (arrow F'), can be securely received by means of the securing wheel reaching a ground bearing surface in said tilted inclined position.
A method of rendering an audio signal, the method comprising: receiving a plurality of input channel signals including at least one vertical channel signal and at least one horizontal channel signal; phase-aligning the at least one vertical channel signal of a first frequency range and the at least one horizontal channel signal; and downmixing the at least one phase-aligned vertical channel signal of the first frequency range, the at least one vertical channel signal of a second frequency range, and the at least one phase-aligned horizontal channel signal to a plurality of output channel signals, so as to provide a sound image having a sense of elevation via the plurality of output channel signals according to an output layout, wherein the second frequency range is between 2.8kHz and 10kHz and the first frequency range is a frequency range other than the second frequency range, and wherein the output layout is 5.0 or 5.1 channel layout. receiving a plurality of input channel signals including at least one vertical channel signal and at least one horizontal channel signal; phase-aligning the at least one vertical channel signal of a first frequency range and the at least one horizontal channel signal; and downmixing the at least one phase-aligned vertical channel signal of the first frequency range, the at least one vertical channel signal of a second frequency range, and the at least one phase-aligned horizontal channel signal to a plurality of output channel signals, so as to provide a sound image having a sense of elevation via the plurality of output channel signals according to an output layout, wherein the second frequency range is between 2.8kHz and 10kHz and the first frequency range is a frequency range other than the second frequency range, and wherein the output layout is 5.0 or 5.1 channel layout.
A device for optical data acquisition of an illuminated turbid medium object, the device comprising: a variable structured light source, the light source being adapted to illuminate an input surface of the turbid medium object with a plurality of illumination patterns; a variable structured light detector, the light detector comprising a spatial light modulator for modulating light from an output surface of the illuminated turbid medium object with a plurality of detection patterns, the light detector being further adapted to focus and collimate light from the spatial light modulator into a single beam for an optical measurement; and a controller adapted to control the variable structured light source and the variable structured light detector for the variable light source and the variable structured light detector to use a detection pattern corresponding to an illumination pattern of the illuminated turbid medium object, the controller being further adapted to store an illumination pattern identifier indicative of the illumination pattern, a detection pattern identifier indicative of the detection pattern and the corresponding optical measurement, characterized in that each of the structured light source and the structured light detector comprise a micromirror device (402,404) having a two-dimensional array of micromirrors, the micromirror devices (402,404) acting as spatial light modulators. a variable structured light source, the light source being adapted to illuminate an input surface of the turbid medium object with a plurality of illumination patterns; a variable structured light detector, the light detector comprising a spatial light modulator for modulating light from an output surface of the illuminated turbid medium object with a plurality of detection patterns, the light detector being further adapted to focus and collimate light from the spatial light modulator into a single beam for an optical measurement; and a controller adapted to control the variable structured light source and the variable structured light detector for the variable light source and the variable structured light detector to use a detection pattern corresponding to an illumination pattern of the illuminated turbid medium object, the controller being further adapted to store an illumination pattern identifier indicative of the illumination pattern, a detection pattern identifier indicative of the detection pattern and the corresponding optical measurement, characterized in that each of the structured light source and the structured light detector comprise a micromirror device (402,404) having a two-dimensional array of micromirrors, the micromirror devices (402,404) acting as spatial light modulators.
An anti-intrusion cylinder of the type comprising a fixed stator, provided with a cavity inside which can rotate at least one rotor (4, 4a, 4b) that is integral, at a central portion thereof, with an actuation cam for at least one sliding latch, said at least one rotor (4, 4a, 4b), at one end, being coupled to a movement knob and, at the other, comprising a seat for a coded key, said seat being intercepted by a plurality of coding pins, wherein said at least one rotor (4, 4a, 4b) is constituted by two coaxial half-rotors (4a, 4b) between which is interposed a longitudinal plug that can be coupled indirectly to said cam, characterized in that the end head of said plug, which constitutes the end wall of the seat for accommodating said key, has a convex shape structure preferably chosen from among conical, hemispherical, pyramidal, hemi-ellipsoidal and the like, in that said longitudinal plug comprises, at its end tip opposite from said head, means of detachable coupling, directly or indirectly, to the half-rotor that is integral with said actuation knob, and in that it comprises detachable coupling means that are constituted by an end profile of shape and dimensions complementary to those of a respective receptacle facing the half-rotor that is associated with said knob, elastic means forcing said end profile into said receptacle for a mutual coupling. characterized in that the end head of said plug, which constitutes the end wall of the seat for accommodating said key, has a convex shape structure preferably chosen from among conical, hemispherical, pyramidal, hemi-ellipsoidal and the like, in that said longitudinal plug comprises, at its end tip opposite from said head, means of detachable coupling, directly or indirectly, to the half-rotor that is integral with said actuation knob, and in that it comprises detachable coupling means that are constituted by an end profile of shape and dimensions complementary to those of a respective receptacle facing the half-rotor that is associated with said knob, elastic means forcing said end profile into said receptacle for a mutual coupling.
A cigarette rolling machine, comprising: a stationary frame supporting a horizontal first arbor, a movable frame adapted for lateral translation perpendicular to said first arbor, a platen affixed to said movable frame beneath said first arbor, said platen comprising a surface having a first edge opposite from a second edge, an internal cavity and at least one perforation communicating from said platen surface to said internal cavity, a forming belt having a thickness and first end secured to said first edge of said platen, said forming belt passing over said first arbor and having a second end secured to a second arbor mounted to said movable frame and laterally spaced apart from said first arbor. a stationary frame supporting a horizontal first arbor, a movable frame adapted for lateral translation perpendicular to said first arbor, a platen affixed to said movable frame beneath said first arbor, said platen comprising a surface having a first edge opposite from a second edge, an internal cavity and at least one perforation communicating from said platen surface to said internal cavity, a forming belt having a thickness and first end secured to said first edge of said platen, said forming belt passing over said first arbor and having a second end secured to a second arbor mounted to said movable frame and laterally spaced apart from said first arbor.
Method for operating a self propelled agricultural machine, wherein the agricultural machine comprises a traction drive, a service brake, a control and a man machine interface including an accelerator pedal and a brake pedal, wherein a user actuation of the brake pedal causes the service brake to be operated, characterized in that the user actuation, preferably the user actuation of the accelerator pedal, is being monitored by the control in view of detecting a predetermined indication for an approaching user actuation of the brake pedal - brake indication - and with said brake indication being detected at least one preparatory measure is being taken by the control for the preparation of a user actuation of the brake pedal, which preparatory measure taken alone does not have a braking effect on the agricultural machine.
Method for the level adjustment of a motor vehicle with a pneumatic suspension, for example a bus which has a front axle with pneumatic suspension and at least one rear axle with pneumatic suspension as well as a front entry door and at least one rear entry door, and in which a plurality of air-spring bellows (2, 3, 6, 7), arranged between the chassis elements of the vehicle axles (60, 70) and the vehicle body for regulating a setpoint level (X setp) by means of level-regulating valves (15, 16, 17, 18) embodied as switching valves, are ventilated whenever a lower tolerance limit (x T_u) is undershot, and vented when an upper tolerance level (x T_o) is exceeded, wherein when a specific operating state is present at least one of the two tolerance limits (x T_u, x T_o) of the air-spring bellows (2, 3, 6, 7) of at least one vehicle axle (60, 70) or a vehicle side (53, 54) is changed in a suitable way, characterized in that the velocity and/or the stator activation of a parking brake (63, 64, 73, 74) and the closed state of the entry doors (55, 56) are detected by sensor, and in that at least one of the two tolerance limits (x T_u, x T_o) of the air-spring bellows (2, 3; 6, 7) which are arranged on at least one vehicle axle (60, 70) or on a vehicle side (53, 54), is changed, when the velocity has undershot a minimum velocity which can be interpreted as a stationary state of the vehicle and/or the parking brake (63, 64, 73, 74) is activated and if at least one of the entry doors (55, 56) is opened, in that the upper tolerance limit (x T_o) is reduced to a corrected, upper tolerance limit (x Tk1_o) which lies between the setpoint level (x setp) and the upper tolerance limit (x T_o), and/or in that the lower tolerance limit (x T_u) is raised to a corrected, lower tolerance limit (x Tk1_u) which lies between the setpoint level (x setp) and the lower tolerance level (x T_u).
An auto-locking brake mechanism for a counter-weight type equipment pole, the auto-locking brake mechanism comprising: a frame containing a pair of cam discs (1303a, 1303b) at laterally opposing surfaces thereof, each cam disc (1303a, 1303b) having an outer circumferential surface that provides an outward engagement surface, characterised in that: each cam disc (1303a, 1303b) is movable relative to the frame between an outwardly protruding position and a retracted position; and the auto-locking brake mechanism further includes a brake engagement mechanism arranged to receive a longitudinal input force, wherein the brake engagement mechanism is arranged to move the pair of cam discs (1303a, 1303b) to the outwardly protruding position if the longitudinal force falls below a threshold, wherein each cam disc (1303a, 1303b) is rotatably mounted to the brake engagement mechanism about an axis that is offset from the centre of the cam disc (1303a, 1303b). a frame containing a pair of cam discs (1303a, 1303b) at laterally opposing surfaces thereof, each cam disc (1303a, 1303b) having an outer circumferential surface that provides an outward engagement surface, characterised in that: each cam disc (1303a, 1303b) is movable relative to the frame between an outwardly protruding position and a retracted position; and the auto-locking brake mechanism further includes a brake engagement mechanism arranged to receive a longitudinal input force, wherein the brake engagement mechanism is arranged to move the pair of cam discs (1303a, 1303b) to the outwardly protruding position if the longitudinal force falls below a threshold, each cam disc (1303a, 1303b) is movable relative to the frame between an outwardly protruding position and a retracted position; and the auto-locking brake mechanism further includes a brake engagement mechanism arranged to receive a longitudinal input force, wherein the brake engagement mechanism is arranged to move the pair of cam discs (1303a, 1303b) to the outwardly protruding position if the longitudinal force falls below a threshold, wherein each cam disc (1303a, 1303b) is rotatably mounted to the brake engagement mechanism about an axis that is offset from the centre of the cam disc (1303a, 1303b).
A protective mechanism for use in an ATM which includes a holder in which a plurality of banknotes are stacked, one against the other, each banknote lying generally in an operatively vertical plane, and a cover which is engageable with the holder and which includes a lower surface which is spaced from and which opposes upper edges of the stacked banknotes, the protective mechanism including a container, a banknote traceability substance inside the container and an explosive device, which extends inside the container from a filling spout, which, in response to a detected signal indicating an attack on the ATM, is ignited and which then causes the container to fracture at a plurality of spaced apart locations or along an elongatepath.
An electromagnetic wave absorption structure, comprising: at least two electromagnetic wave composite absorbing layers stacked and overlapped with each other; wherein each of the electromagnetic wave composite absorbing layers comprises a conductive composite layer and an insulating layer, and the insulating layer is stacked and overlapped with the conductive composite layer, wherein the conductive composite layer comprises a plurality of conductive layers and a plurality of interlayer insulating layers, and the conductive layers and the interlayer insulating layers are stacked in a staggered manner, wherein the insulating layer or one of the plurality of interlayer insulating layers is a resin/ceramic mixture layer being formed by a ceramic powder mixed into a polymer resin or a resin/metal mixture layer being formed by a metal powder or the metal powder that has undergone insulation treatment mixed into a polymer resin, wherein a thickness of the insulating layer is between 0.1 μm and 200 μm. wherein a thickness of the interlayer insulating layer is between 5 nm and 10000 nm. at least two electromagnetic wave composite absorbing layers stacked and overlapped with each other; wherein each of the electromagnetic wave composite absorbing layers comprises a conductive composite layer and an insulating layer, and the insulating layer is stacked and overlapped with the conductive composite layer, wherein the conductive composite layer comprises a plurality of conductive layers and a plurality of interlayer insulating layers, and the conductive layers and the interlayer insulating layers are stacked in a staggered manner, wherein the insulating layer or one of the plurality of interlayer insulating layers is a resin/ceramic mixture layer being formed by a ceramic powder mixed into a polymer resin or a resin/metal mixture layer being formed by a metal powder or the metal powder that has undergone insulation treatment mixed into a polymer resin, wherein a thickness of the insulating layer is between 0.1 μm and 200 μm. wherein a thickness of the interlayer insulating layer is between 5 nm and 10000 nm.