mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, by a mobile station attached to a first access network, a control message from the first access network, wherein the control message identifies neighboring cells of a different wireless technology than that of the first access network, wherein the control message includes an attribute indicating a maximum time interval the mobile station can set between searches for signaling of the identified neighboring cells of the different wireless technology; searching, by the mobile station, for signaling of the identified neighboring cells of the different wireless technology; and in response to not being able to detect the signaling of the identified neighboring cells, the mobile station increasing a time interval between successive searches for the signaling, wherein increasing the time interval cannot exceed the maximum time interval. receiving, by a mobile station attached to a first access network, a control message from the first access network, wherein the control message identifies neighboring cells of a different wireless technology than that of the first access network, wherein the control message includes an attribute indicating a maximum time interval the mobile station can set between searches for signaling of the identified neighboring cells of the different wireless technology; searching, by the mobile station, for signaling of the identified neighboring cells of the different wireless technology; and in response to not being able to detect the signaling of the identified neighboring cells, the mobile station increasing a time interval between successive searches for the signaling, wherein increasing the time interval cannot exceed the maximum time interval.
A control system for a hybrid vehicle, the hybrid vehicle including an engine and a first motor each configured to deliver drive torque to first drive wheels as one pair of front wheels and rear wheels, a second motor configured to deliver drive torque to second drive wheels as the other pair of the front wheels and the rear wheels, and a differential mechanism including a first rotational element configured to receive torque of the engine, a second rotational element configured to receive torque of the first motor, and a third rotational element configured to deliver torque to the first drive wheels, the control system comprising an electronic control unit configured to: perform motoring of the engine by the first motor; characterized in that said control unit is further configured to control output torque of the second motor when motoring of the engine by the first motor is performed while the hybrid vehicle is turning with the engine stopped, in such a direction as to curb change of a steering characteristic of the hybrid vehicle due to change of drive torque of the first drive wheels induced by motoring of the engine by the first motor. a first rotational element configured to receive torque of the engine, a second rotational element configured to receive torque of the first motor, and a third rotational element configured to deliver torque to the first drive wheels, the control system comprising
A method for continuously printing certified identification elements on a web, wherein said identification elements are all different and randomly generated by a computing unit, where said method comprises: • printing the set of said generated identification elements in series on the web under the control of a processing unit, characterized by: • providing a processing unit storing a copy of the series of identification elements that have been printed on the web in a register of printed identifiers, including the printing order; • an inspection device detecting in the printed web a defective web segment including a defect selected from: o defect in the identification element printing process; o defect in the position or state of the web, including tears therein; o defect in a former print of the web; wherein, in response to said detection of a defective web segment: • identifying contiguous identification elements contiguous to the defective web segment and communicating said contiguous identification elements to the processing unit; • the processing unit eliminating all the identification elements comprised between the contiguous identification elements from the register of printed identifiers; and • discarding the defective web segment and reconstructing the web to continue printing; such that the register of printed identifiers contains all the identification elements printed on the defect-free web, assuring the certified condition thereof. • printing the set of said generated identification elements in series on the web under the control of a processing unit, • providing a processing unit storing a copy of the series of identification elements that have been printed on the web in a register of printed identifiers, including the printing order; • an inspection device detecting in the printed web a defective web segment including a defect selected from: o defect in the identification element printing process; o defect in the position or state of the web, including tears therein; o defect in a former print of the web; o defect in the identification element printing process; o defect in the position or state of the web, including tears therein; o defect in a former print of the web; • identifying contiguous identification elements contiguous to the defective web segment and communicating said contiguous identification elements to the processing unit; • the processing unit eliminating all the identification elements comprised between the contiguous identification elements from the register of printed identifiers; and • discarding the defective web segment and reconstructing the web to continue printing;
A power transmission structure for a two-shaft mixer/extruder, comprising: an output shaft rotated by rotational force transmitted from a power source; a screw shaft attached with a screw for mixing a material; a cylindrical sleeve for transmitting the rotational force of said output shaft to said screw shaft, said cylindrical sleeve being attached to an outer circumference of an end of said output shaft and an outer circumference of an end of said screw shaft; and an intermediate member sandwiched between said output shaft and said screw shaft inside said sleeve, wherein said output shaft and said screw shaft are splined to said sleeve, a curved surface (7s; 107s; 207s; 307s) protruding toward the end of said output shaft and a curved surface (7t; 107t; 207t; 307t) protruding toward the end of said screw shaft are formed on said intermediate member, characterized in that an axis line of said output shaft and an axis line of said screw shaft are positioned on a same straight line, and a recess portion is formed on the end of the output shaft and a recess portion is formed on an end of the screw shaft, wherein surfaces of the recess portions (32, 42) are formed in a semi-spherical shape as a part of a spherical surface having a radius (Ra), wherein radii of the curved surfaces (7s, 7t; 107s, 107t; 207s, 207t; 307s, 307t) are smaller than the radii (R a) of the surfaces of the recess portions (32, 42), or wherein the ends of the output shaft and the screw shaft are flat surfaces. an output shaft rotated by rotational force transmitted from a power source; a screw shaft attached with a screw for mixing a material; a cylindrical sleeve for transmitting the rotational force of said output shaft to said screw shaft, said cylindrical sleeve being attached to an outer circumference of an end of said output shaft and an outer circumference of an end of said screw shaft; and an intermediate member sandwiched between said output shaft and said screw shaft inside said sleeve, wherein said output shaft and said screw shaft are splined to said sleeve, a curved surface (7s; 107s; 207s; 307s) protruding toward the end of said output shaft and a curved surface (7t; 107t; 207t; 307t) protruding toward the end of said screw shaft are formed on said intermediate member, characterized in that an axis line of said output shaft and an axis line of said screw shaft are positioned on a same straight line, and a recess portion is formed on the end of the output shaft and a recess portion is formed on an end of the screw shaft, wherein surfaces of the recess portions (32, 42) are formed in a semi-spherical shape as a part of a spherical surface having a radius (Ra), wherein radii of the curved surfaces (7s, 7t; 107s, 107t; 207s, 207t; 307s, 307t) are smaller than the radii (R a) of the surfaces of the recess portions (32, 42), or wherein the ends of the output shaft and the screw shaft are flat surfaces.
A recombinant cell synthesising docosapentaenoic acid, wherein the cell is derived from a cell which is not capable of synthesising DPA, and wherein the recombinant cell comprises exogenous polynucleotides encoding i) a fatty acid elongase with Δ5 elongase activity, ii) a Δ8 desaturase and/or a Δ6 desaturase, iii) a Δ9 elongase and/or a Δ6 elongase, iv) a Δ5 desaturase, and v) optionally, a Δ4 desaturase and/or an ω3 desaturase, wherein each polynucleotide is operably linked to one or more promoters that are capable of directing expression of said polynucleotides in the cell, wherein the Δ5 elongase has activity on eicosapentaenoic acid to produce DPA with an efficiency of at least 70% when the elongase is expressed from an exogenous polynucleotide in the cell and wherein the Δ5 elongase comprises amino acids having a sequence as provided in SEQ ID NO:6, or an amino acid sequence which is at least 47% identical to SEQ ID NO:6. i) a fatty acid elongase with Δ5 elongase activity, ii) a Δ8 desaturase and/or a Δ6 desaturase, iii) a Δ9 elongase and/or a Δ6 elongase, iv) a Δ5 desaturase, and v) optionally, a Δ4 desaturase and/or an ω3 desaturase,
A system, comprising: a plurality of power busways configured to extend through one or more regions of an aisle space, each region spanning a full width and a separate limited portion of a length of the aisle space, wherein at least two of the power busways comprise primary power busways (120A, 120B) configured to distribute power from separate primary power sources (140A, 140B) and at least one of the power busways comprises a secondary power busway configured to distribute power from at least one secondary power source; wherein the plurality of power busways are configured to interchangeably provide at least one of a plurality of power support redundancies to at least one electrical load (102A, 102B) located in the aisle space, based at least in part upon which one or more of the plurality of power busways are interchangeably coupled to a power inlet of the electrical load via at least separate tap boxes. a plurality of power busways configured to extend through one or more regions of an aisle space, each region spanning a full width and a separate limited portion of a length of the aisle space, wherein at least two of the power busways comprise primary power busways (120A, 120B) configured to distribute power from separate primary power sources (140A, 140B) and at least one of the power busways comprises a secondary power busway configured to distribute power from at least one secondary power source; wherein the plurality of power busways are configured to interchangeably provide at least one of a plurality of power support redundancies to at least one electrical load (102A, 102B) located in the aisle space, based at least in part upon which one or more of the plurality of power busways are interchangeably coupled to a power inlet of the electrical load via at least separate tap boxes.
A knitting machine comprising: a plurality of knitting needles each of which has a protrudingly provided butt (24, 28) and which are arranged substantially parallel to each other so as to be able to perform a knitting operation independently; a plurality of selectors that move the knitting needles to the side where the butt is protrudingly provided; and a carriage having a cam groove (47, 48) along which the butt (24, 28) of the knitting needle moved by the selector to the side where the butt (24, 28) is protrudingly provided can slide, characterized in that the selector moves at least two adjacent knitting needles simultaneously to the side where the butt (24, 28) is protrudingly provided. a plurality of knitting needles each of which has a protrudingly provided butt (24, 28) and which are arranged substantially parallel to each other so as to be able to perform a knitting operation independently; a plurality of selectors that move the knitting needles to the side where the butt is protrudingly provided; and a carriage having a cam groove (47, 48) along which the butt (24, 28) of the knitting needle moved by the selector to the side where the butt (24, 28) is protrudingly provided can slide, characterized in that the selector moves at least two adjacent knitting needles simultaneously to the side where the butt (24, 28) is protrudingly provided.
A method of manufacturing an object comprising a security feature storing predetermined machine readable data and being adapted to an inherent characteristic of the object to which the security feature is applied, wherein - the characteristic of the object is a plurality of original marks wherein - the original marks are a consequence of the manufacturing process of the object, - wherein the security feature further comprises additional marks, - the additional marks represent the predetermined machine readable data and have a similar appearance as the original marks, characterized in that said additional marks are applied to the object after the manufacturing process of the object has created the original marks. - the characteristic of the object is a plurality of original marks wherein - the original marks are a consequence of the manufacturing process of the object, - wherein the security feature further comprises additional marks, - the additional marks represent the predetermined machine readable
A sensor system for monitoring an object, comprising at least a first part and a second part, of which the second part is a sensor module including at least one sensor, and the first part is an adapter for connecting the sensor module to the object, and at least one fastening means for a fastening of the first part to the object to be monitored, the first part and the second part being designed to establish a detachable connection between the second part and the first part, and one of the described parts being equipped with a signal generator, which is designed to detect a detachment of the said connection between the second part and the first part and generate a signal triggered thereby, the said fastening of the first part to the object not being detachable non-destructively in a state in which the second part is connected to the first part as described, characterized in that the sensor system additionally comprises at least one functional module, which is designed for both a detachable connection to the sensor module and a detachable connection to the adapter.
A loudspeaker comprising: a diaphragm having a vertically long flat plate shape; an edge operable to support the diaphragm in such a manner that enables vibration thereof; at least one voice coil directly or indirectly connected to the diaphragm; and a magnetic circuit operable to drive the at least one voice coil, wherein, the at least one voice coil is of a vertically long shape, a length of long sides thereof is no less than 60 % of a length of a longitudinal direction of the diaphragm, and the long sides thereof are connected to the diaphragm so as to be parallel to the longitudinal direction of the diaphragm, with respect to a short axis direction of the diaphragm, positions where the two long sides of the at least one voice coil are connected to the diaphragm are set as positions of nodes of a primary resonance mode in the short axis direction of the diaphragm, a length of the short axis direction of the diaphragm is no more than 0.5 when the length of the longitudinal direction thereof is 1. a diaphragm having a vertically long flat plate shape; an edge operable to support the diaphragm in such a manner that enables vibration thereof; at least one voice coil directly or indirectly connected to the diaphragm; and a magnetic circuit operable to drive the at least one voice coil, wherein, the at least one voice coil is of a vertically long shape, a length of long sides thereof is no less than 60 % of a length of a longitudinal direction of the diaphragm, and the long sides thereof are connected to the diaphragm so as to be parallel to the longitudinal direction of the diaphragm, with respect to a short axis direction of the diaphragm, positions where the two long sides of the at least one voice coil are connected to the diaphragm are set as positions of nodes of a primary resonance mode in the short axis direction of the diaphragm, a length of the short axis direction of the diaphragm is no more than 0.5 when the length of the longitudinal direction thereof is 1.
A test fixture for ultrasonic testing of a railway wheel, the test fixture having a drive assembly comprising: a plurality of drive rollers (150,152) for supporting the railway wheel, wherein at least one of the plurality of drive rollers comprises: a unitary structure having a first annular section affixed around a drive shaft, and a second annular section, the second annular section adjacent to the first annular section to form an indentation between the first annular section and the second annular section for engaging the railway wheel; a drive motor connected to the drive shaft to rotate the at least one of the plurality of drive rollers; and characterised by the first annular section having a flexibility such that the indentation between the first annular section and the second annular section is adjustable to accommodate varying sizes of railway wheels. a unitary structure having a first annular section affixed around a drive shaft, and a second annular section, the second annular section adjacent to the first annular section to form an indentation between the first annular section and the second annular section for engaging the railway wheel; a drive motor connected to the drive shaft to rotate the at least one of the plurality of drive rollers; and characterised by the first annular section having a flexibility such that the indentation between the first annular section and the second annular section is adjustable to accommodate varying sizes of railway wheels.
A method of controlling the solidification process of continuously cast metals and alloysthat are paramagnetic around the liquidus temperature aiming at support of forming columnar grains, suppression of forming polyhedral grains, refining a primary structure and targeted intervention into forming and distribution of primary and accompanying structural components, characterised in that during the solidification process the solidifying molten metal is treated by an effect of DC magnetic field having induction of 0.04 to 0.3 T generated by at least one electromagnet, wherein magnetically treated molten metal from the active zone of at least one electromagnet positioned 0.5 metre to 2 metres below a crystalliser is transported with velocity of 0.1 to 0.6 m.s -1 by means of transportation motion induced by any manner, in particular conductively or by induction of at least one linear motor, wherein the solidification process control is applied in the entire molten metal volume into which the magnetically treated molten metal is transported within 5 to 10 seconds after exposure to the DC magnetic field.
A sodium electrochemical cell that supports a current density at the negative electrode of at least 500 μA/cm 2, the electrochemical cell comprising (i) a negative electrode and (ii) a sodium-ion ionic liquid electrolyte having a sodium-ion concentration that is no less than 75% of its saturation limit in the electrolyte, wherein the negative electrode has a solid-electrolyte interphase layer formed as a result of the electrochemical cell having undergone a polarisation cycle, and wherein the electrolyte comprises a phosphorous-based organic salt.
Separation method implemented in a separation device used with fruit-handling equipment, comprising spaced-apart fruit supports driven at a predetermined speed, the separation device aligning the fruits in a single file for transfer thereof to the fruit supports, the separation device comprising at least one first (11, 12) pair of belts arranged in a V formation and moving at different speeds, the separation device comprising a second pair (20, 21) of belts arranged in a V formation, the second pair (20, 21) of belts extending the first pair (11, 12) of belts, which joins it, characterised in that the second pair (20, 21) of belts is provided with energy-absorption means braking the rotation of the fruits, in that the second pair (20, 21) of belts transfers the fruits that it is transporting to the fruit supports at least substantially at the driving speed of the fruit supports, the fruits being transferred to the fruit supports in a single file while moving at the same speed as the fruit supports.
A turbomachine blade-wheel comprising a disk presenting a plurality of substantially axial slots on its periphery, a plurality of blades having roots that are retained in said slots, and which present platforms for defining, on the radially inner side, the stream of gas and upstream and downstream radial walls (35, 36) which extend from said platforms towards the periphery of said disk, inter-blade cavities defined by said platforms and the periphery of said disk, and sealing devices for sealing the inter-blade spaces, the sealing devices being made in the form of liners having edges (12, 13, 14, 15) that flare radially inwards and that are disposed in said cavities against the walls of the platforms of two adjacent blades, characterized by the fact that each liner presents an elastic zone on one of its upstream and downstream flared edges, and the radial walls adjacent to said edge are connected to the platforms by inside surfaces that are inclined relative to a radial plane, and against which edges said elastic zone bears, in such a manner that said elastic zone can slide radially inwards in the event of said wheel ceasing to rotate, and radially outwards under the action of centrifugal forces in order to urge said liner to move axially towards the radial walls distant from said elastic zone so as to improve sealing in said zone, characterized by the fact that the elastic zones are circumferentially defined by two notches (16, 17) that are cut in the corresponding flared edges of the liners.
A method for the purification of N 2 O comprising feeding a N 2 O gaseous stream to a vessel having an inlet and outlet, the vessel being at least partially filled with a purification material comprising nickel oxide and optional elemental nickel, wherein the weight ratio between the nickel oxide and the optional elemental nickel is equal or higher than 3 and the surface area of the nickel oxide and the optional elemental nickel is equal or higher than 50 m 2 /g.