mhurhangee/ep-ind-claims huggingface dataset:
A method of processing geometric measurements of a tire, comprising: measuring the distance between a surface of a tire and a sensor to obtain an electronic data set of geometric measurements associated with radial run out or lateral run out at respective angular positions relative to the given tire; characterized by: electronically identifying the geometric measurements that lie on a convex hull surrounding the entire set of geometric measurements; electronically interpolating the identified geometric measurements that lie on the convex hull to obtain a first set of filtered geometric measurements; inverting the set of geometric measurements to obtain a set of inverted geometric measurements; electronically identifying the inverted geometric measurements that lie on a convex hull surrounding the entire set of inverted geometric measurements; electronically interpolating the identified inverted geometric measurements to obtain a second set of inverted geometric measurements; inverting the second set of inverted geometric measurements to obtain a second set of filtered geometric measurements. measuring the distance between a surface of a tire and a sensor to obtain an electronic data set of geometric measurements associated with radial run out or lateral run out at respective angular positions relative to the given tire; characterized by: electronically identifying the geometric measurements that lie on a convex hull surrounding the entire set of geometric measurements; electronically interpolating the identified geometric measurements that lie on the convex hull to obtain a first set of filtered geometric measurements; inverting the set of geometric measurements to obtain a set of inverted geometric measurements; electronically identifying the inverted geometric measurements that lie on a convex hull surrounding the entire set of inverted geometric measurements; electronically interpolating the identified inverted geometric measurements to obtain a second set of inverted geometric measurements; inverting the second set of inverted geometric measurements to obtain a second set of filtered geometric measurements. electronically identifying the geometric measurements that lie on a convex hull surrounding the entire set of geometric measurements; electronically interpolating the identified geometric measurements that lie on the convex hull to obtain a first set of filtered geometric measurements; inverting the set of geometric measurements to obtain a set of inverted geometric measurements; electronically identifying the inverted geometric measurements that lie on a convex hull surrounding the entire set of inverted geometric measurements; electronically interpolating the identified inverted geometric measurements to obtain a second set of inverted geometric measurements; inverting the second set of inverted geometric measurements to obtain a second set of filtered geometric measurements.
A trailer which includes a chassis which has a leading end, a trailing end, opposed first and second sides (56,58), a first elongate support on the first side and a second elongate support on the second side, a beam which is mounted above the chassis and which, in use, supports a variable number of compressed barrier coils which affect a position of a centre of gravity of the trailer, a tow hitch structure at the leading end, a first wheel pair, first and second mounting arrangements for securing the first wheel pair to the first and second elongate supports (30, 62) at a first location, a second wheel pair, and third and fourth mounting arrangements for securing the second wheel pair to the first and second elongate supports (60, 62) at a second location which is spaced from the first location, and wherein the position of the first location along the first and second elongate supports (60, 62) is variable and the position of the second location along the first and second elongate supports (60, 62) is variable so that the position of each of the wheel pairs (14,16) relative to the chassis can be adjusted to take account of changing, operating and loading conditions.
A lithium battery, comprising a cathode that includes a composition having an empirical formula Li x1 A x2 Ni 1-y-z Co y B z O a, wherein: x1 is greater than 0.1 and equal to or less than 1.3, x2 is greater than 0.0 and equal to or less than 0.2, y is greater than 0.0 and equal to or less than 0.2, z is greater than 0.0 and equal to or less than 0.2, a is greater than 1.5 and less than 2.1, A is at least one element selected from the group consisting of barium, magnesium, calcium and strontium, and B is at least one element selected from the group consisting of boron, aluminium, gallium, manganese, titanium, vanadium and zirconium, and wherein the A atoms substitute for Li atoms and the Co and B atoms substitute for Ni atoms of the structure of LiNiO 2. x2 is greater than 0.0 and equal to or less than 0.2, y is greater than 0.0 and equal to or less than 0.2, z is greater than 0.0 and equal to or less than 0.2, a is greater than 1.5 and less than 2.1, A is at least one element selected from the group consisting of barium, magnesium, calcium and strontium, and B is at least one element selected from the group consisting of boron, aluminium, gallium, manganese, titanium, vanadium and zirconium, and wherein the A atoms substitute for Li atoms and the Co and B atoms substitute for Ni atoms of the structure of LiNiO 2.
An isolated progenitor T cell subset having a phenotype CD34 + CD7 + CD5 + CD1a - for use in treating a condition requiring an increase in the number of T cells in an animal in need thereof.
Method for producing populated or unpopulated circuit boards or individual circuits as individual panels from a complete panel having a circuit-board base material, wherein the respective individual panel is removed from the complete panel with a laser, wherein, before the removal of the individual panel, it is fastened to the complete panel by way of metal connections, characterized in that the circuit-board base material is removed apart from the metal connections and in that the individual panel is separated from the complete panel, in particular pressed out, after the removal of the circuit-board base material.
A cold production system comprising a mechanical compression machine for cold production comprising a mechanical compressor, a heat recovery unit, a condenser, an expansion valve, an evaporator and a fluidic compression circuit capable of receiving a coolant, characterised in that it comprises - an absorption machine for cold production comprising an absorber, a generator, a condenser, an evaporator and a fluidic absorption circuit capable of receiving a work solution comprising a refrigerant and an absorbent, and - a heat storage system for coupling the absorption machine and the compression machine comprising a first heat storage module comprising a heat storage tank making up a storage volume and a heat storage material for being stored in the tank and arranged between the generator of the absorption machine and the heat recovery unit of the mechanical compression machine so that the storage module at least partially makes up a heat source of the generator of the absorption machine. - an absorption machine for cold production comprising an absorber, a generator, a condenser, an evaporator and a fluidic absorption circuit capable of receiving a work solution comprising a refrigerant and an absorbent, and - a heat storage system for coupling the absorption machine and the compression machine comprising a first heat storage module comprising a heat storage tank making up a storage volume and a heat storage material for being stored in the tank and arranged between the generator of the absorption machine and the heat recovery unit of the mechanical compression machine so that the storage module at least partially makes up a heat source of the generator of the absorption machine.
A knitted component, comprising: a base portion formed with a plurality of courses extending generally in a course-wise direction of the knitted component; and a tubular knit structure forming a raised structure located on a first side of the base portion; wherein the raised structure includes a plurality of uninterrupted consecutive loops of a first course, wherein the first course of the raised structure is angled at least 5 degrees relative to the course-wise direction of the base courses at a location immediately adjacent to the tubular knit structure, and wherein the knitted component further comprises a margin (116, 118) extending along a longitudinal edge (120, 122) of the raised structure, characterised in that the margin (116, 118) is formed with a yarn (122, 126) having a tenacity greater than about 44.15 cN/tex (5g/D). a base portion formed with a plurality of courses extending generally in a course-wise direction of the knitted component; and a tubular knit structure forming a raised structure located on a first side of the base portion; wherein the raised structure includes a plurality of uninterrupted consecutive loops of a first course, wherein the first course of the raised structure is angled at least 5 degrees relative to the course-wise direction of the base courses at a location immediately adjacent to the tubular knit structure, and wherein the knitted component further comprises a margin (116, 118) extending along a longitudinal edge (120, 122) of the raised structure, characterised in that the margin (116, 118) is formed with a yarn (122, 126) having a tenacity greater than about 44.15 cN/tex (5g/D).
A signal testing system, adapted to communicate with a base station, for determining the suitability of installing a fixed antenna of a subscriber station at a placement of a communication site by analyzing wireless communication signals communicated between said signal testing system and the base station, said signal testing system comprising an antenna for receiving said wireless communication signals from and transmitting said wireless communication signals to said base station, an adjustable mount associated with said antenna for orienting said antenna in a plurality of pan orientations and a plurality of tilt orientations; an adjustable boom associated with said adjustable mount for positioning said antenna at a plurality of heights; and a communication unit associated with said antenna, wherein the wireless communication signals are generated by the communication unit or provided to the communication unit by the base station, the communication unit comprising: - a signal measurement device for measuring wireless communication signals received by the antenna from the base station, wherein said antenna is positioned at a set height of said plurality of heights, at a set pan of said plurality of pan orientations, and at a set tilt of said plurality of tilt orientations, - means configured to attenuate said wireless communication signals until said signal measuring device no longer receives said wireless communication signals transmitted by said base station; - means configured to compare the level of attenuation against at least one threshold level corresponding to atmospheric and meteorological conditions associated with antenna placement at the communication site, - means configured to determine that, if said level of attenuation exceeds said threshold level, said antenna placement at said communication site is suitable. - a signal measurement device for measuring wireless communication signals received by the antenna from the base station, wherein said antenna is positioned at a set height of said plurality of heights, at a set pan of said plurality of pan orientations, and at a set tilt of said plurality of tilt orientations, - means configured to attenuate said wireless communication signals until said signal measuring device no longer receives said wireless communication signals transmitted by said base station; - means configured to compare the level of attenuation against at least one threshold level corresponding to atmospheric and meteorological conditions associated with antenna placement at the communication site, - means configured to determine that, if said level of attenuation exceeds said threshold level, said antenna placement at said communication site is suitable.
Method for checking the absence of voltage of a power electronics unit connected to a high-voltage battery and an electric machine in a high-voltage supply system of a motor vehicle, said high-voltage supply system having a higher voltage than a low-voltage supply system of the motor vehicle, wherein the power electronics unit has an intermediate circuit capacitor, a passive discharge resistor, a plug connection for at least one high voltage consumer and a fuse connected upstream of the plug connection, characterised in that after a separation of the high-voltage battery from the high-voltage supply system and when a plug (16, 20) is pulled out of the plug connection or out of a target connection of the cable inserted into the plug connection, a supply voltage is created across the high-voltage contacts of the plug connection and the voltage curve across the high-voltage contacts is measured using a measuring instrument and/or the resistance across the high-voltage contacts is measured using the measuring instrument after a defined charging period of the intermediate circuit capacitor, wherein an absence of voltage is specified for a voltage curve in a first target region or a resistance in a second target region.
A portable recording apparatus to be used for recording an inspection result for a hydrogen station, comprising: an image generator configured to generate an input image, which is configured to receive an input of the inspection result, and a circuit configuration image which represents a part of a circuit configuration in the hydrogen station; a display portion configured to display the input image and the circuit configuration image; and a storage in which the inspection result is stored, the inspection result having been input by using the input image which is displayed on the display portion, characterised in that the input image shows icons (PB1-PB5, PC1-PC5) representing predetermined inspection points in the hydrogen station, respectively, and input windows (IW1-IW5, IX1-IX5) displayed in correspondence to the inspection points, respectively, and that when one of the inspection points displayed on the display portion is designated under an operation for one of the icons (PB1-PB5, PC1-PC5), the image generator is configured to generate the circuit configuration image so that the designated inspection point is displayed on the display portion as the part of the circuit configuration. an image generator configured to generate an input image, which is configured to receive an input of the inspection result, and a circuit configuration image which represents a part of a circuit configuration in the hydrogen station; a display portion configured to display the input image and the circuit configuration image; and a storage in which the inspection result is stored, the inspection result having been input by using the input image which is displayed on the display portion, characterised in that the input image shows icons (PB1-PB5, PC1-PC5) representing predetermined inspection points in the hydrogen station, respectively, and input windows (IW1-IW5, IX1-IX5) displayed in correspondence to the inspection points, respectively, and that when one of the inspection points displayed on the display portion is designated under an operation for one of the icons (PB1-PB5, PC1-PC5), the image generator is configured to generate the circuit configuration image so that the designated inspection point is displayed on the display portion as the part of the circuit configuration.
Container comprising: - a main part comprising a bottom panel, a front panel, two side panels and a rear panel, and - a lid which is rotationally moveable around a folding line in the rear panel between a closing position where the lid closes the container, and an open position where an open end of the main part of the container is not covered by the lid, - characterised in that at least two parallel and spaced apart transverse cuts are provided at or near a central part of the folding line, the transverse cuts perforating the rear panel through the thickness, and the transverse cuts extending substantially symmetrically across and perpendicular to the folding line, - and in that embossing lines connect the ends of the transverse cuts, - whereby the region between the transverse cuts is adapted to be bent in opposite direction as compared to the rest of the folding line when the lid is opened. - a main part comprising a bottom panel, a front panel, two side panels and a rear panel, and - a lid which is rotationally moveable around a folding line in the rear panel between a closing position where the lid closes the container, and an open position where an open end of the main part of the container is not covered by the lid, - characterised in that at least two parallel and spaced apart transverse cuts are provided at or near a central part of the folding line, the transverse cuts perforating the rear panel through the thickness, and the transverse cuts extending substantially symmetrically across and perpendicular to the folding line, - and in that embossing lines connect the ends of the transverse cuts, - whereby the region between the transverse cuts is adapted to be bent in opposite direction as compared to the rest of the folding line when the lid is opened.
A rotation detection set comprising: - an encoder washer adapted to rotate around a rotation axis (X2, X20), - at least two sensors (48A-48E) adapted to detect a rotation parameter of said encoder washer around said rotation axis, and - a support member for holding the at least two sensors (48A-48E) with respect to the encoder washer characterized in that said support member forms one first volume (V 445) defining a plurality of slots (S 445) for receiving the sensors that are each joined by an empty part of the volume which extends continuously along radially outer wall where said sensors (48A-48E) are accommodated next to each other, immobilized and distributed around a central axis, in a position where abutment surfaces (446, 447A-447E, 448A-448E, 449A) of said support member block each of said sensors along three perpendicular directions (T2, T'2, R2, R'2, T1), namely in translation (T2, T'2) along an axis radial with respect to said rotation axis (X2, X20), in rotation (R2, R'2) with respect to said rotation axis and in translation parallel to said rotation axis. - an encoder washer adapted to rotate around a rotation axis (X2, X20), - at least two sensors (48A-48E) adapted to detect a rotation parameter of said encoder washer around said rotation axis, and - a support member for holding the at least two sensors (48A-48E) with respect to the encoder washer
A storage bag (34q, 34s) suitable to be mounted to a sheet handling apparatus and configured to store sheets handled by the sheet handling apparatus comprising: an upper end at which an opening is provided; characterized in that the storage bag (34q, 34s) has a substantially rectangular shape; an internal space of the storage bag (34q, 34s) is formed by adhering an internal surface of portions near both side edges of the storage bag (34q, 34s); a peripheral length of the internal space of the storage bag (34q, 34s) at a position where the opening is provided is the maximum size, and the peripheral length of the internal space of the storage bag (34q, 34s) decreases as a distance from the opening increases, the storage bag comprises a pair of right and left adhered parts provided on a portion near the side edge of the storage bag, and by which the internal space of the storage bag is formed, and each of the pair of right and left adhered parts is inclined with respect to the side edge of the storage bag so as to approach each other as a distance from the opening increases, a reinforcing unit (34n, 34h) for reinforcing a side surface of the storage bag (34q, 34s) is provided in the vicinity of the opening, and the peripheral length of the internal space at a position where the reinforcing unit (34n, 34h) is provided is the same length, and the reinforcing unit (34n, 34h) comprises a pair of protrusions each protrusion formed with two openings for the mounting to the sheet handling apparatus. an upper end at which an opening is provided; characterized in that the storage bag (34q, 34s) has a substantially rectangular shape; an internal space of the storage bag (34q, 34s) is formed by adhering an internal surface of portions near both side edges of the storage bag (34q, 34s); a peripheral length of the internal space of the storage bag (34q, 34s) at a position where the opening is provided is the maximum size, and the peripheral length of the internal space of the storage bag (34q, 34s) decreases as a distance from the opening increases, the storage bag comprises a pair of right and left adhered parts provided on a portion near the side edge of the storage bag, and by which the internal space of the storage bag is formed, and each of the pair of right and left adhered parts is inclined with respect to the side edge of the storage bag so as to approach each other as a distance from the opening increases, a reinforcing unit (34n, 34h) for reinforcing a side surface of the storage bag (34q, 34s) is provided in the vicinity of the opening, and the peripheral length of the internal space at a position where the reinforcing unit (34n, 34h) is provided is the same length, and the reinforcing unit (34n, 34h) comprises a pair of protrusions each protrusion formed with two openings for the mounting to the sheet handling apparatus.
Sheet-braking system for braking print sheets, comprising sheet brakes (5a, 5b, 5c) arranged in a row and including module carriers arranged to be movable relative to each other for carrying braking modules (10, 11) embodied to be couplable to and uncouplable from the module carriers, characterized in that in one mode of operation, two of the braking modules (10, 11) are coupled to one of the module carriers.
A functionalised chromatography medium suitable for isolating biological molecules from mobile phases, wherein the functionalised chromatography medium comprises multiple non-woven sheets of polymer nanofibres and has a density of from 200 kg/m 3 to 1000 kg/m 3, and wherein said polymer nanofibres have mean diameters from 10 nm to 1000 nm.
A method of diagnosing an epithelial ovarian cancer in a woman, the method comprising assessing occurrence of a mesothelin/megakaryocyte potentiating factor family peptide in urine obtained from the woman, whereby occurrence of the MMPFF peptide in the urine is an indication that the woman is afflicted with an epithelial ovarian cancer.