mhurhangee/ep-ind-claims huggingface dataset:
A method for carrying out a magnetic resonance imaging examination of an anatomic region of a subject, in particular of a patient, with a magnetic resonance imaging system, the method comprising the following steps: - carrying out a fast metal detection sequence configured to detect the presence of a metal object within or at the subject, wherein the fast metal detection sequence is configured to have a duration of 0,01 s to 10 s; - a control unit determining whether a metal object is detected, wherein the control unit initiates a standard examination workflow if no metal object is detected during the fast metal detection sequence, and wherein the control unit initiates a modified examination workflow that is different from the standard examination workflow if a metal object is detected during the fast metal detection sequence; - carrying out the standard examination workflow or the modified examination workflow depending on the initiation of the control unit characterized in - that the modified examination workflow comprises a metal localizer scan, which is initiated when a metal object is detected during the fast metal detection sequence, and wherein the metal localizer scan provides at least one scout image, - and that the modified examination workflow comprises requesting the user to specify a region of interest on the at least one scout image. - carrying out a fast metal detection sequence configured to detect the presence of a metal object within or at the subject, wherein the fast metal detection sequence is configured to have a duration of 0,01 s to 10 s; - a control unit determining whether a metal object is detected, - a control unit determining whether a metal object is detected, wherein the control unit initiates a standard examination workflow if no metal object is detected during the fast metal detection sequence, and wherein the control unit initiates a modified examination workflow that is different from the standard examination workflow if a metal object is detected during the fast metal detection sequence; - carrying out the standard examination workflow or the modified examination workflow depending on the initiation of the control unit - carrying out the standard examination workflow or the modified examination workflow depending on the initiation of the control unit characterized in - that the modified examination workflow comprises a metal localizer scan, which is initiated when a metal object is detected during the fast metal detection sequence, and wherein the metal localizer scan provides at least one scout image, - and that the modified examination workflow comprises requesting the user to specify a region of interest on the at least one scout image. - that the modified examination workflow comprises a metal localizer scan, which is initiated when a metal object is detected during the fast metal detection sequence, and wherein the metal localizer scan provides at least one scout image, - and that the modified examination workflow comprises requesting the user to specify a region of interest on the at least one scout image.
An internal cutting member for a shaving apparatus, having a coupling member comprising a coupling cavity adapted to detachably receive a coupling head of the shaving apparatus inside said coupling cavity, wherein - said coupling cavity comprises a plurality of driven surfaces, arranged to receive a driving force to induce a driving torque about an axis of rotation, - said coupling cavity has a cavity opening for receiving said coupling head by a movement of said coupling head in relation to said coupling cavity in an axial direction parallel to the axis of rotation, - said coupling member further comprises a plurality of recesses, each recess extending in a radial direction relative to the axis of rotation from said coupling cavity and being delimited by two side wall sections (31a, 31b) which each extend with a radial direction component with respect to the axis of rotation, wherein each of said two side wall sections (31a, 31b) of each of said recesses forms an edge (32a, 32b) with a bottom surface of said coupling member, characterized in that said edges (32a, 32b) of each recess converge in a radially outward direction in relation to said axis of rotation. - said coupling cavity comprises a plurality of driven surfaces, arranged to receive a driving force to induce a driving torque about an axis of rotation, - said coupling cavity has a cavity opening for receiving said coupling head by a movement of said coupling head in relation to said coupling cavity in an axial direction parallel to the axis of rotation, - said coupling member further comprises a plurality of recesses, each recess extending in a radial direction relative to the axis of rotation from said coupling cavity and being delimited by two side wall sections (31a, 31b) which each extend with a radial direction component with respect to the axis of rotation, wherein each of said two side wall sections (31a, 31b) of each of said recesses forms an edge (32a, 32b) with a bottom surface of said coupling member,
A cash box, with a housing, a storage unit for storing notes of value, which is insertable into the housing and removable from the housing, and with an invalidating unit for the irreversible invalidation of the received notes of value, which comprises a dye tank and at least one spraying unit (32, 34) for spraying the dye, wherein the storage unit comprises the spraying unit (32, 34), wherein the storage unit comprises at least one receiving element which together with the housing delimits a receiving area for receiving the dye tank at least in part, and wherein the dye tank is held in the receiving area via a disconnectable and re-connectable connection, wherein at least a portion of the dye tank is formed cylindrically, characterized in that the dye tank is mounted on the storage unit by means of a mounting unit completely surrounding the dye tank, and that the receiving element has at least one circle segment-shaped contact area (80, 82, 84) by which the receiving area for receiving the dye tank is at least partially delimited, wherein the contact area (80, 82, 84) comprises a first contact area (80, 82) and at least a second contact area.
A chair comprising: - a fixed support structure including two side uprights, - a backrest having two side portions, and - a pair of elastic joints connecting said side portions of the backrest to said side uprights, wherein each of said elastic joints comprises: - a bushing fixed to a respective side upright, - a helical spring having a longitudinal axis, the helical spring having an upper end resting against a front wall of the bushing, - a compression member resting against a lower end of the spring, - an upper attachment fixed to a corresponding side portion of the backrest, and - a rigid connecting rod having an upper end and a lower end articulated, respectively, to the upper attachment and to the compression member about respective first and second axes (C, B) parallel to each other and transverse with respect to said longitudinal axis, wherein the first articulation axis between the upper end of the connecting rod and the upper attachment of each elastic joint is spaced forward with respect to said longitudinal axis. - a fixed support structure including two side uprights, - a backrest having two side portions, and - a pair of elastic joints connecting said side portions of the backrest to said side uprights, wherein each of said elastic joints comprises: - a bushing fixed to a respective side upright, - a helical spring having a longitudinal axis, the helical spring having an upper end resting against a front wall of the bushing, - a compression member resting against a lower end of the spring, - an upper attachment fixed to a corresponding side portion of the backrest, and - a rigid connecting rod having an upper end and a lower end articulated, respectively, to the upper attachment and to the compression member about respective first and second axes (C, B) parallel to each other and transverse with respect to said longitudinal axis,
A sapphire substrate having a principal surface of C-plane, comprising a plurality of projections (1, 1a, 1b) on the principal surface, wherein each of the projections (1, 1a, 1b) has a pyramidal shape with a tip and inclined surfaces (11k, 12k, 13k), the inclined surfaces (11k, 12k, 13k) being inclined from the C-plane and each inclined surface (11k, 12k, 13k) having an inclination change line (L11, L 12, L13) at which an inclination angle discontinuously varies, characterised in that the inclined surfaces join together at the tip. wherein each of the projections (1, 1a, 1b) has a pyramidal shape with a tip and inclined surfaces (11k, 12k, 13k), the inclined surfaces (11k, 12k, 13k) being inclined from the C-plane and each inclined surface (11k, 12k, 13k) having an inclination change line (L11, L 12, L13) at which an inclination angle discontinuously varies, characterised in that the inclined surfaces join together at the tip.
Vehicle comprising at least one main lighting source and at least second and third adjacent secondary light sources, capable of generating respective beams in determined main directions, and a control member capable of controlling the light intensity of each of the second and third secondary light sources as a function of the steering angle of the steering wheel of the vehicle, each of the second and third secondary light sources being rotatably mounted about an axis perpendicular to the main direction of emission of their beam, and respectively emitting light beams along adjustable main directions said second and third light sources respecting control laws determined by the control member both on their respective light intensities and on their respective rotation ranges (β, γ) in order to form a homogeneous and continuous overall beam obtained by complementarity of their beams when the vehicle is turning, characterized in that the angles of rotation of the second and third modules evolve linearly and with different speeds of rotation, as a function of the steering angle of the steering wheel; the second and third secondary light sources fulfilling a signaling function; the second and third modules having different angular stops (β, γ); the light intensity of each of the second and third secondary light sources being controlled by the control member to respect the regulatory photometric grid of the signaling light function over all the ranges of rotation (β, γ) of the second and third secondary light sources.
A propeller control system for an aircraft propeller rotatable about a longitudinal axis and having an adjustable blade angle, the control system comprising: a blade angle feedback ring and a sensor, wherein the sensor is couplable to the propeller to rotate with the propeller and to move along the longitudinal axis along with adjustment of the blade angle, said blade angle feedback ring comprising a plurality of position markers spaced around its circumference such that a circumferential distance between at least some adjacent ones of said position markers varies along said longitudinal axis; the sensor positioned adjacent said blade angle feedback ring for producing signals indicative of passage of said position markers, such that an interval between ones of said signals is indicative of a circumferential distance between adjacent ones of said position markers; and a controller in communication with said sensor to measure a longitudinal position of the sensor couplable to the propeller based on an interval between consecutive ones of said signal, said controller configured to produce a warning signal if said longitudinal position is outside a first threshold range, wherein the propeller forms part of a propeller assembly and said first threshold range corresponds to upper and lower dimensional tolerance limits of the propeller assembly. a blade angle feedback ring and a sensor, wherein the sensor is couplable to the propeller to rotate with the propeller and to move along the longitudinal axis along with adjustment of the blade angle, said blade angle feedback ring comprising a plurality of position markers spaced around its circumference such that a circumferential distance between at least some adjacent ones of said position markers varies along said longitudinal axis; the sensor positioned adjacent said blade angle feedback ring for producing signals indicative of passage of said position markers, such that an interval between ones of said signals is indicative of a circumferential distance between adjacent ones of said position markers; and a controller in communication with said sensor to measure a longitudinal position of the sensor couplable to the propeller based on an interval between consecutive ones of said signal, said controller configured to produce a warning signal if said longitudinal position is outside a first threshold range, wherein the propeller forms part of a propeller assembly and said first threshold range corresponds to upper and lower dimensional tolerance limits of the propeller assembly.
A woven papermaking fabric having a machine direction axis, a machine contacting side and an opposite web contacting surface, the web contacting surface comprising a plurality of MD oriented woven protuberances (22, 24, 26) having a length, width and height, wherein a first MD oriented protuberance has a first principal axis oriented in a first direction, the first MD oriented protuberance having an element angle from 0.5 to 15.0 degrees, and a second MD oriented protuberance has a second principal axis oriented in a second direction that is different than the orientation of the first principal axis, the second MD oriented protuberance having an element angle from -0.5 to -15.0 degrees, wherein the first and second MD oriented protuberances converge at a convergence area to form a third MD oriented protuberance having a third principal axis oriented in a third direction that is different from the orientations of the first and second principal axes, the third MD oriented protuberance having an element angle from 0.5 to 15.0 degrees, wherein the element angle of an MD oriented protuberance refers to the orientation of the MD oriented protuberance relative to the MD axis of the fabric.
A method for operating a transport apparatus with a storage apparatus, wherein the method includes the following steps: a. providing the transport apparatus with the storage apparatus for storing transport units, including a plurality of transport units, a plurality of storage conveyors which are configured to store transport units, a feeding conveyor which is connected to the storage conveyors via a respective switch, at least one optical sensor arranged at the feeding conveyor in front of the switches, and an evaluation electronics connected to the optical sensor; b. obtaining measurement data with the optical sensor from a transport unit moving past the optical sensor, which includes a carriage, on which a carrying unit for carrying goods to be transported is attached in a suspended manner pivotable and/or rotatable; c. processing the measurement data obtained from the optical sensor with the evaluation electronics, wherein the processing includes the following step: i. evaluating the measurement data in order to determine the spatial extent in at least one dimension of the transport unit moving past; and d. selecting a storage conveyor for storing the transport unit moving past on the basis of the obtained spatial extent in at least one dimension of the transport unit moving past. a. providing the transport apparatus with the storage apparatus for storing transport units, including a plurality of transport units, a plurality of storage conveyors which are configured to store transport units, a feeding conveyor which is connected to the storage conveyors via a respective switch, at least one optical sensor arranged at the feeding conveyor in front of the switches, and an evaluation electronics connected to the optical sensor; b. obtaining measurement data with the optical sensor from a transport unit moving past the optical sensor, which includes a carriage, on which a carrying unit for carrying goods to be transported is attached in a suspended manner pivotable and/or rotatable; c. processing the measurement data obtained from the optical sensor with the evaluation electronics, wherein the processing includes the following step: i. evaluating the measurement data in order to determine the spatial extent in at least one dimension of the transport unit moving past; and i. evaluating the measurement data in order to determine the spatial extent in at least one dimension of the transport unit moving past; and d. selecting a storage conveyor for storing the transport unit moving past on the basis of the obtained spatial extent in at least one dimension of the transport unit moving past.
A composition comprising a) a compound of Formula and b) at least one chemotherapeutic agent selected from carboplatin, docetaxel and olaparib. a) a compound of Formula and b) at least one chemotherapeutic agent selected from carboplatin, docetaxel and olaparib.
A driver circuit for a solid state light source, the driver circuit comprising - a first power converter stage configured to convert an input voltage into an intermediate voltage; - a second power converter stage configured to convert the intermediate voltage into a drive voltage for the light source; and - a controller comprising - a first control unit configured to generate a first control signal for the first power converter stage; - a second control unit configured to generate a second control signal for the second power converter stage; and a state control unit configured to determine a target state of the light source; wherein the first and second control units (130, 124) are configured to receive information (162, 163) indicative of the target state; and wherein the first and second control units (130, 124) are configured to generate the first and second control signals (26, 28) based on the information (162, 163) indicative of the target state, characterised in that the first and second control units (130, 124) are configured to exchange control data indicative of the first and second control signals (26, 28), respectively. - a first power converter stage configured to convert an input voltage into an intermediate voltage; - a second power converter stage configured to convert the intermediate voltage into a drive voltage for the light source; and - a controller comprising - a first control unit configured to generate a first control signal for the first power converter stage; - a second control unit configured to generate a second control signal for the second power converter stage; and - a first control unit configured to generate a first control signal for the first power converter stage; - a second control unit configured to generate a second control signal for the second power converter stage; and
An oxy-fuel thermal processing system, comprising: a torch having a first surface; a workpiece having a second surface a current driver coupled between the first and second surfaces for driving a current between the first and second surfaces, the first and second surfaces exposed to a flame of the torch; a voltage sensor coupled between the first and second surfaces for sensing a voltage response to a driven current supplied by the current driver; characterized by a microprocessor in communication with the current driver and the voltage sensor and configured to receive information of the driven current and sensed voltage response, the microprocessor further configured to calculate a slope in the linear regime of the characteristic current voltage (I-V) relationship of the driven current and the sensed voltage response associated with a thermal process of the oxy-fuel thermal processing system, and to determine if the slope is within a predetermined range, and when it is determined that the slope is outside the predetermined range, to instruct adjustment of a gas mixture associated with the thermal process. a torch having a first surface; a workpiece having a second surface a current driver coupled between the first and second surfaces for driving a current between the first and second surfaces, the first and second surfaces exposed to a flame of the torch; a voltage sensor coupled between the first and second surfaces for sensing a voltage response to a driven current supplied by the current driver; characterized by a microprocessor in communication with the current driver and the voltage sensor and configured to receive information of the driven current and sensed voltage response, the microprocessor further configured to calculate a slope in the linear regime of the characteristic current voltage (I-V) relationship of the driven current and the sensed voltage response associated with a thermal process of the oxy-fuel thermal processing system, and to determine if the slope is within a predetermined range, and when it is determined that the slope is outside the predetermined range, to instruct adjustment of a gas mixture associated with the thermal process.
A liquid discharge apparatus comprising: a discharge unit for discharging liquid; a drive substrate for driving the discharge unit; a drive substrate accommodating unit that accommodates the drive substrate; a plurality of first air flow generating units that are provided in the drive substrate accommodating unit, and are configured to generate air flows; and an exhaust unit that is provided in the drive substrate accommodating unit, and is configured to exhaust a synthesis air flow, which is a combination of the air flows generated by the plurality of first air flow generating units, characterized in that the plurality of first air flow generating units are provided at positions facing each other. a discharge unit for discharging liquid; a drive substrate for driving the discharge unit; a drive substrate accommodating unit that accommodates the drive substrate; a plurality of first air flow generating units that are provided in the drive substrate accommodating unit, and are configured to generate air flows; and an exhaust unit that is provided in the drive substrate accommodating unit, and is configured to exhaust a synthesis air flow, which is a combination of the air flows generated by the plurality of first air flow generating units, characterized in that the plurality of first air flow generating units are provided at positions facing each other.
A fingerprint detection circuit, comprising a plurality of detection units arranged in an array for detecting a fingerprint, and further comprising a summing unit; wherein the detection units comprise a first detection unit and a second detection unit, the first detection unit and the second detection unit are respectively connected to the summing unit, the summing unit is configured to perform a summing operation for an output signal of the second detection unit and an output signal of the first detection unit to cancel a base signal in the output signal of the second detection unit and acquire a signal comprising fingerprint information, wherein the second detection unit is connected to a positive-phase input of the summing unit, and the first detection unit is connected to a negative-phase input of the summing unit.