mhurhangee/ep-ind-claims huggingface dataset:
A three phase current transformer, comprising: a housing having three apertures (110a-110c), each for receiving a primary cable or busbar of a respective phase of a three phase power supply; three magnetic cores (130a-130c) enclosed within the housing and being positioned proximate to respective ones of the apertures so that a magnetic field is produced in the respective magnetic core when a primary current flows through a primary cable or busbar received through the respective aperture; three secondary windings (140a-140c) enclosed within the housing, each secondary winding being wrapped around at least a portion of a respective one of the magnetic cores so that a secondary current is induced in the secondary winding when a magnetic field is produced in the respective magnetic core; a shunt circuitry enclosed within the housing and being connected across the secondary windings to generate a respective voltage signal for each secondary winding; and a connector socket integrally mounted to the housing and electrically connected to the shunt circuitry for outputting the voltage signals; wherein the shunt circuitry is configured to provide a load across the secondary windings regardless of whether a data lead is connected to the connector socket; wherein the shunt circuitry generates a respective voltage signal for each of the three phases of the power supply; and wherein the connector socket is configured to output the voltage signals for each of the three phases. a housing having three apertures (110a-110c), each for receiving a primary cable or busbar of a respective phase of a three phase power supply; three magnetic cores (130a-130c) enclosed within the housing and being positioned proximate to respective ones of the apertures so that a magnetic field is produced in the respective magnetic core when a primary current flows through a primary cable or busbar received through the respective aperture; three secondary windings (140a-140c) enclosed within the housing, each secondary winding being wrapped around at least a portion of a respective one of the magnetic cores so that a secondary current is induced in the secondary winding when a magnetic field is produced in the respective magnetic core; a shunt circuitry enclosed within the housing and being connected across the secondary windings to generate a respective voltage signal for each secondary winding; and a connector socket integrally mounted to the housing and electrically connected to the shunt circuitry for outputting the voltage signals; wherein the shunt circuitry is configured to provide a load across the secondary windings regardless of whether a data lead is connected to the connector socket; wherein the shunt circuitry generates a respective voltage signal for each of the three phases of the power supply; and wherein the connector socket is configured to output the voltage signals for each of the three phases.
A beneficial composition, comprising: (a) an encapsulated benefit agent composition present in an amount from 1 wt% to 5 wt% comprising: (i) a core comprising at least one benefit agent; and (ii) a water-insoluble shell; and (b) a suspension medium comprising: (i) at least one suspending polymer present in an amount from 0.05 wt% to 0.8 wt%; and (ii) at least one clay present in an amount from 0.05 wt% to 1 wt%, wherein the at least one benefit agent is a fragrance. (a) an encapsulated benefit agent composition present in an amount from 1 wt% to 5 wt% comprising: (i) a core comprising at least one benefit agent; and (ii) a water-insoluble shell; and (i) a core comprising at least one benefit agent; and (ii) a water-insoluble shell; and (b) a suspension medium comprising: (i) at least one suspending polymer present in an amount from 0.05 wt% to 0.8 wt%; and (ii) at least one clay present in an amount from 0.05 wt% to 1 wt%, (i) at least one suspending polymer present in an amount from 0.05 wt% to 0.8 wt%; and (ii) at least one clay present in an amount from 0.05 wt% to 1 wt%,
Moineau type pump having at least one outer part (4; 44, 76) and one inner part (2; 42; 78) arranged inside the outer part (4; 44; 76), wherein at least one of the inner (2; 42; 78) and outer part (4; 44; 76) acts as a rotor and is driven by a magnetic field, characterized in that the inside of the outer part (4; 44; 76) and the inner part (2; 42; 78) have a conical geometry and the rotor is movable in axial direction and does not comprise an axial bearing.
A knit design method for converting an external form of a knitted fabric specified according to design data, into a form with decrease lines or increase lines by decreasing or increasing the number of stitches, in order to create knitting data executable by means of a flat knitting machine, characterized in that the knit design method comprises: an inclination calculation step of obtaining an inclination of the external form with respect to each of a plurality of sections; a line segment generation step of regularly decreasing or increasing the number of stitches by a predetermined number with respect to a predetermined number of knitting courses, and generating, in relation to each section of the external form, a plurality of line segments having inclinations close to the inclination of each of the sections; a line segment length determination step of determining a length of each of the line segments so that a total number of knitting courses for the plurality of line segments matches the number of knitting courses defined by the external form, and that a total number of decrease or increase stitches matches the number of decrease or increase stitches defined by the external form; and a line segment placing step of placing the line segments corresponding to each of the sections and connecting the adjacent line segments to each other, thereby to generate the decrease lines or increase lines. an inclination calculation step of obtaining an inclination of the external form with respect to each of a plurality of sections; a line segment generation step of regularly decreasing or increasing the number of stitches by a predetermined number with respect to a predetermined number of knitting courses, and generating, in relation to each section of the external form, a line segment length determination step of determining a length of each of the line segments so that a total number of knitting courses for the plurality of line segments matches the number of knitting courses defined by the external form, and that a total number of decrease or increase stitches matches the number of decrease or increase stitches defined by the external form; and a line segment placing step of placing the line segments corresponding to each of the sections and connecting the adjacent line segments to each other, thereby to generate the decrease lines or increase lines.
A bone transport frame comprising: first and second rings each having upper and lower ring surfaces and each having a central axis that is perpendicular to the upper and lower ring surfaces; a plurality of elongate struts each having a central axis, the plurality of elongate struts being coupled to the first and second rings, the plurality of elongate struts each including a first adjustable member; and a plurality of ring transport assemblies adapted to rotatably couple the second ring to the plurality of elongate struts, the plurality of ring transport assemblies each including a second adjustable member, wherein rotation of the first adjustable member transports the second ring in either a proximal or distal direction with respect to the first ring, wherein rotation of the second adjustable member translates the central axis of the second ring either toward or away from each central axis of the plurality of elongate struts, and characterised in that the bone transport frame further comprises a third ring having upper and lower ring surfaces and having a central axis that is perpendicular to the upper and lower ring surfaces, wherein the third ring is coupled to the plurality of elongate struts, wherein the third ring is located distally to the second ring, and wherein the second ring is located distally to the first ring. first and second rings each having upper and lower ring surfaces and each having a central axis that is perpendicular to the upper and lower ring surfaces; a plurality of elongate struts each having a central axis, the plurality of elongate struts being coupled to the first and second rings, the plurality of elongate struts each including a first adjustable member; and a plurality of ring transport assemblies adapted to rotatably couple the second ring to the plurality of elongate struts, the plurality of ring transport assemblies each including a second adjustable member, wherein rotation of the first adjustable member transports the second ring in either a proximal or distal direction with respect to the first ring, wherein rotation of the second adjustable member translates the central axis of the second ring either toward or away from each central axis of the plurality of elongate struts, and characterised in that the bone transport frame further comprises a third ring having upper and lower ring surfaces and having a central axis that is perpendicular to the upper and lower ring surfaces, wherein the third ring is coupled to the plurality of elongate struts, wherein the third ring is located distally to the second ring, and wherein the second ring is located distally to the first ring.
A system to evaluate clinician attention during display of imaging data sets, comprising: a display adapted to sequentially display one or more images from an image data set to a clinician at a predetermined rate; an optical attention monitoring device that is adapted to sense viewing locations of the clinician with respect to the one or more displayed images of the image data set; a processor adapted to execute an attention detection module that generates a signal indicating a relationship between the lapse in attention and the one or more displayed images; and an image display module adapted to re-display images via the display based on the signal received from the attention detection module, characterised in that the attention detection module detects a lapse in attention to at least one displayed image by determining whether the viewing locations match predetermined regions of each displayed image, the predetermined regions being associated with clinical abnormalities. a display adapted to sequentially display one or more images from an image data set to a clinician at a predetermined rate; an optical attention monitoring device that is adapted to sense viewing locations of the clinician with respect to the one or more displayed images of the image data set; a processor adapted to execute an attention detection module that generates a signal indicating a relationship between the lapse in attention and the one or more displayed images; and an image display module adapted to re-display images via the display based on the signal received from the attention detection module,
Encoder (100; 200; 300) for encoding an audio signal, the encoder comprising an analyzer (120; 320) configured for deriving prediction coefficients (122; 322) and a residual signal (124; 324) from a frame of the audio signal; a formant information calculator configured for calculating a speech related spectral shaping information from the prediction coefficients (122; 322); a gain parameter calculator (150; 350; 350'; 550) configured for calculating a gain parameter (g n; g c) from an unvoiced residual signal and the spectral shaping information; and a bitstream former (190; 690) configured for forming an output signal (192; 692) based on an information related to a voiced signal frame, the gain parameter (g n; g c) or a quantized gain parameter g ⌢ c: g ⌢ n and the prediction coefficients (122; 322); wherein the gain parameter calculator (150; 350; 350'; 550) comprises a noise generator configured for generating an encoding noise-like signal (n(n)); wherein the gain parameter calculator (150; 350; 350'; 550) comprises a shaping processor configured for shaping the spectrum of the noise-like signal (n(n)) using the speech related spectral shaping information and a variable amplifier configured for amplifying the spectrum of the shaped noise-like signal to obtain an amplified shaped noise-like signal and a controller (350k; 550n) for calculating a gain parameter (g n; g c) based on the amplified shaped noise-like signal; wherein the gain parameter calculator (150; 350; 350'; 550) comprises a comparer (350h; 350'; 550l) configured for comparing the unvoiced residual signal and the amplified shaped noise-like signal to obtain a comparison result, wherein the controller (350k; 550n) is configured for determining the gain parameter (g n (temp)) based on the comparison result;and wherein the gain parameter calculator (350; 350') is configured for combining a spectrum of the encoding noise-like signal (n(n)) or a spectrum derived thereof and a transfer function (Ffe(z)) comprising Ffe z = A z / w 1 A z / w 2 wherein A(z) corresponds to a filter polynomial of the encoding filter for filtering the adapted shaped encoding noise-like signal weighted by weighting factors w1 or w2, wherein w1 comprises a positive non zero scalar value of at most 1.0 and wherein w2 comprises a positive non zero scalar value of at most 1.00, wherein w2 is greater than w1.
A method for guaranteeing continuity of communications operated from a fourth-generation mobile terminal (151, 152) connected to a radio network provided with several base stations with which said terminal (151, 152) is able to communicate, wherein one base station is affiliated to a controller from among several controllers (113a, 113b, 113c, 113d) linking said radio network to an interconnection network comprising routers (131, 132, 133, 134, 135) operating at the IP layer level, wherein at least one controller is connected to at least one gateway configured to encapsulate in IP packets all the IP packets arising from the radio network before broadcasting them over the interconnection network, said gateways (141, 142, 143, 144, 145) being accessible through at least two different IP addresses, a first IP address being known to the nodes of the radio network, a second IP address being known to the nodes (131, 132, 133, 134, 135) of the interconnection network, and in that, when a first mobile terminal connects to a first base station affiliated to a first controller to which said first mobile terminal was not affiliated previously, it comprises the following steps: • said first controller transmits a level-2 message comprising at least the IP address of the first mobile terminal to a first gateway; • said first gateway creates, at the level of the IP layer, a message comprising the IP address of said first mobile terminal and said second IP address of said first gateway in the interconnection network; • said IP message is broadcasted by said first gateway to destination gateways (142, 143, 144) associated with the other controllers (113b, 113c, 113d), wherein each of said destination gateways stores a correspondence between the IP address of the first mobile terminal and said second IP address of said first emitting gateway that is associated with the first controller to which the first mobile terminal is affiliated; and in that the IP packets arising from one controller are systematically transmitted to the gateway to which it is associated, said gateway encapsulating said IP packets into other IP packets whose destination IP address is the second address of a destination gateway. • said first controller transmits a level-2 message comprising at least the IP address of the first mobile terminal to a first gateway; • said first gateway creates, at the level of the IP layer, a message comprising the IP address of said first mobile terminal and said second IP address of said first gateway in the interconnection network; • said IP message is broadcasted by said first gateway to destination gateways (142, 143, 144) associated with the other controllers (113b, 113c, 113d), wherein each of said destination gateways stores a correspondence between the IP address of the first mobile terminal and said second IP address of said first emitting gateway that is associated with the first controller to which the first mobile terminal is affiliated;
Disc brake for a commercial vehicle, having a brake calliper designed as a floating calliper and encompassing a brake disc, wherein an application-side and a reaction-side brake lining (5, 4) are arranged in the brake calliper, which, at the time of a braking operation, by means of a brake application means, can be pressed on both sides against the brake disc, wherein the reaction-side brake lining rests, with a lining carrier plate carrying a friction lining, against a rear-end wall of the brake calliper, and, between the rear-end wall of the brake calliper and the reaction-side brake lining, in an area facing towards an assembly opening of the brake calliper, in the non-operating position, a gap is formed which is wider than the adjacent area, the length thereof corresponding at least to the length of the abutment of the wall against the lining carrier plate in the contact position, characterised in that the gap is formed by at least one receptacle of the lining carrier plate incorporated into the planar rear side, which is parallel to the side carrying the brake lining, wherein the receptacle extends spaced apart from the edges of the lining carrier plate defining the longitudinal sides.
A carton having a first end and a second end, a plurality of side panels (7, 9, 11, 13), and a sloping face at the first end of the carton, wherein the sloping face is defined by a first triangular lid panel at the first end of the carton, wherein a first edge of the first triangular lid panel is connected along a foldline to the end of a first one of the side panels at the first end of the carton, the carton further comprising a second triangular lid panel at the first end of the carton providing an end face for the carton at the first end of the carton, wherein a first edge of the second triangular lid panel is connected to a second edge of the first triangular lid panel along a foldline, the carton further comprising a plurality of lid support panels (29, 33, 37) underlying the first and second triangular lid panels (3, 5) at the first end of the carton; characterised in that two adjacent ones of the side panels (7, 9) of the carton, the first and second side panels (7, 9), are trapezoidal, and a further two adjacent ones of the side panels (11, 13) of the carton, the third and fourth side panels (11, 13), are parallelograms, wherein the first triangular lid panel extends between and connects the trapezoidal side panels (7, 9), and the second triangular lid panel extends between and connects the parallelogram shaped side panels (11, 13).
A storage card, wherein the storage card (200; 300) is a non-volatile memory storage card, wherein the storage card (200; 300) has a substantially rectangular shape comprising four edges, wherein the four edges comprising a first edge (L23; L33), a second edge (L22; L32), a third edge (L24; L34) and a fourth edge (L21; L31); wherein the first edge (L23; L33) is opposite and parallel to the third edge (L24; L34), the second edge (L22; L32) is opposite and parallel to the fourth edge (L21; L31), the first edge (L23; L33) is adjacent to the second edge (L22; L32) and the fourth edge (L21; L31); wherein a distance between the first edge (L23; L33) and the third edge (L24; L34) is 12.3 ± 0.1mm, a distance between the second edge (L22; L32) and the fourth edge (L21; L31) is 8.8 ± 0.1mm; wherein a connection portion (A23; A33) between the first edge (L23; L33) and the second edge (L22; L32), a connection portion (A22; A32) between the second edge (L22; L32) and the third edge (L24; L34) and a connection portion (A21; A31) between the third edge (L24; L34) and the fourth edge (L21; L31) are provided with an arc connection; a corner (S2; S3) is disposed between the first edge (L23; L33) and the fourth edge (L21; L31); a connection point between the corner (S2; S3) and the first edge (L23; L33) is a first connection point, a distance between the first connection point and the fourth edge (L21; L31) is a first distance; a connection point between the corner (S2; S3) and the fourth edge (L21; L31) is a second connection point, a distance between the second connection point and the first edge (L23; L33) is a second distance, characterized in that at least one of the first distance or the second distance is strictly less than 1.65mm. wherein the first edge (L23; L33) is opposite and parallel to the third edge (L24; L34), the second edge (L22; L32) is opposite and parallel to the fourth edge (L21; L31), the first edge (L23; L33) is adjacent to the second edge (L22; L32) and the fourth edge (L21; L31); wherein a distance between the first edge (L23; L33) and the third edge (L24; L34) is 12.3 ± 0.1mm, a distance between the second edge (L22; L32) and the fourth edge (L21; L31) is 8.8 ± 0.1mm; wherein a connection portion (A23; A33) between the first edge (L23; L33) and the second edge (L22; L32), a connection portion (A22; A32) between the second edge (L22; L32) and the third edge (L24; L34) and a connection portion (A21; A31) between the third edge (L24; L34) and the fourth edge (L21; L31) are provided with an arc connection; a corner (S2; S3) is disposed between the first edge (L23; L33) and the fourth edge (L21; L31); a connection point between the corner (S2; S3) and the first edge (L23; L33) is a first connection point, a distance between the first connection point and the fourth edge (L21; L31) is a first distance; a connection point between the corner (S2; S3) and the fourth edge (L21; L31) is a second connection point, a distance between the second connection point and the first edge (L23; L33) is a second distance, characterized in that at least one of the first distance or the second distance is strictly less than 1.65mm.
Snow hook for solar panels, comprising a plate having at least two folding lines delimiting an inclined portion between two parallel portions (5, 6) of the plate, the two parallel portions (5, 6) having a predefined distance between them in the rest condition, characterized in that a predetermined amplitude (a) of at least one angle between a parallel portion and the inclined portion in the rest condition can be reduced to an amplitude (β), by moving closer together the parallel portions (5, 6), in order to insert the snow hook between two solar panels, said parallel portions (5, 6) being recalled towards their distance at rest condition when released, so as to cause the pressing contact of each parallel portion (5, 6) against a surface of a respective solar panel of said two solar panels, said plate being made of stainless steel.