mhurhangee/ep-ind-claims huggingface dataset:
A connector for an airway tube of an artificial airway device insertable into a patient, the airway tube having a bore extending from a proximal end to a distal end of the airway tube, the airway tube configured such that in use, the teeth of the patient contact the proximal end at a point of tooth contact, the connector comprising: a connector body with a longitudinal bore, a flange extending radially from the connector body, and an insertion section adapted for insertion into the bore at the proximal end of the airway tube to support the airway tube in use, the insertion section including a first continuous wall extending longitudinally from the flange, characterized in that at least two wall portions extending longitudinally from the first continuous wall to a second continuous wall, and two parallel and opposite longitudinal wall cut-away portions intermediate the at least two wall portions, the at least two wall cut-away portions configured to reduce support of the airway tube for allowing local deformation of the airway tube at the point of tooth contact upon application of pressure by the patient's teeth, whilst preventing the airway tube from a full collapse. a connector body with a longitudinal bore, a flange extending radially from the connector body, and an insertion section adapted for insertion into the bore at the proximal end of the airway tube to support the airway tube in use, the insertion section including a first continuous wall extending longitudinally from the flange, characterized in that at least two wall portions extending longitudinally from the first continuous wall to a second continuous wall, and two parallel and opposite longitudinal wall cut-away portions intermediate the at least two wall portions, the at least two wall cut-away portions configured to reduce support of the airway tube for allowing local deformation of the airway tube at the point of tooth contact upon application of pressure by the patient's teeth, whilst preventing the airway tube from a full collapse.
A liquid ejection device, comprising: a nozzle unit including an array of nozzles through which a liquid is ejected, the array of nozzles being arranged in a matrix; a plurality of actuators each connected to a corresponding one of the nozzles; and a liquid supply unit configured to provide the liquid to be ejected from the nozzles; and an actuator drive circuit configured to output drive signals to the actuators according to delay times in a delay time matrix corresponding to the matrix of the array, characterized in that the delay times include at least (k + I - 1) different delay times where the delay time matrix has k columns and I rows, and in the delay time matrix: a difference between two delay times that are adjacent in a column or row directions is an odd multiple of a half cycle of a natural vibration period of the liquid in the nozzle unit, and between two adjacent columns and rows, two or more different delay time differences exist between each pair of corresponding delay times of the adjacent columns and rows, respectively. a nozzle unit including an array of nozzles through which a liquid is ejected, the array of nozzles being arranged in a matrix; a plurality of actuators each connected to a corresponding one of the nozzles; and a liquid supply unit configured to provide the liquid to be ejected from the nozzles; and an actuator drive circuit configured to output drive signals to the actuators according to delay times in a delay time matrix corresponding to the matrix of the array, characterized in that the delay times include at least (k + I - 1) different delay times where the delay time matrix has k columns and I rows, and in the delay time matrix: a difference between two delay times that are adjacent in a column or row directions is an odd multiple of a half cycle of a natural vibration period of the liquid in the nozzle unit, and between two adjacent columns and rows, two or more different delay time differences exist between each pair of corresponding delay times of the adjacent columns and rows, respectively. a difference between two delay times that are adjacent in a column or row directions is an odd multiple of a half cycle of a natural vibration period of the liquid in the nozzle unit, and between two adjacent columns and rows, two or more different delay time differences exist between each pair of corresponding delay times of the adjacent columns and rows, respectively.
A deflector plate (5, 100) configured to avoid collisions with an interior component of a tower portion for personnel ascending or descending the tower portion, the tower portion comprising one or more tower sections, wherein the deflector plate has a first mounting surface at a first end of the deflector plate, and a second mounting surface at a second end of the deflector plate, wherein: the first mounting surface and second mounting surface comprise one or more magnets (5c, 5d, 5e, 5f, 100c, 100d, 100e, 100f) for attachment to an inner surface of one of the tower sections, and the deflector plate (5, 100) comprises: a hole (35, 150) configured to receive an anchoring element for securing the deflector plate to the tower portion. the first mounting surface and second mounting surface comprise one or more magnets (5c, 5d, 5e, 5f, 100c, 100d, 100e, 100f) for attachment to an inner surface of one of the tower sections, and the deflector plate (5, 100) comprises: a hole (35, 150) configured to receive an anchoring element for securing the deflector plate to the tower portion.
A positive electrode active material for a secondary battery, the positive electrode active material comprising: a core comprising a lithium composite metal oxide of Formula 1 below; a first surface-treated layer positioned on a surface of the core, and including a lithium oxide of Formula 2 below; a second surface-treated layer positioned on the core or the first surface-treated layer, and including a lithium compound of Formula 3 below, wherein the second surface-treated layer is formed to have an average thickness ratio of 0.001 to 0.1 with respect to the radius of the core; the first surface-treated layer is formed to have a surface area of 25% or more of the entire surface area of the core; and the second surface-treated layer is formed to have a surface area of 25% or more of the total surface area of the core having the first surface-treated layer formed thereon, [Formula 1] Li a Ni 1-x-y Co x M1 y M3 z M2 w O 2 wherein in Formula 1, M1 is at least any one selected from the group consisting of Al and Mn, M2 is any one or at least two elements selected from the group consisting of Zr, Ti, Mg, Ta and Nb, and M3 is any one or at least two elements selected from consisting of W, Mo, and Cr, and 1.0≤a≤1.5, 0<x≤0.5, 0<y≤0.5, 0,002≤z≤0.03, 0≤w≤0.02, 0<x+y≤0.7, [Formula 2] Li m M4O (m+n)/2 wherein in Formula 2, M4 is any one or at least two elements selected from the group consisting of W, Mo, and Cr, and 2≤m≤6, and n is an oxidation number of M4, wherein M4 is included in the lithium oxide of formula 2 in an amount of 100 ppm to 20,000 ppm, based on the total weight of the positive electrode active material, [Formula 3] Li p M5 q A r wherein in Formula 3, M5 is any one or at least two elements selected from the group consisting of B, Si, Sn, Bi, and Ge, A is any one selected from the group consisting of O, OH, CO 3, PO 4, F, and SO 4, and 1≤p≤10, 1≤q≤10, r=(p+s)/t where s is the absolute value of an oxidation number of M5 and t is the absolute value of an oxidation number of A, wherein M5 is included in the lithium compound of formula 3 in an amount of 100 ppm to 20,000 ppm, based on the total weight of the positive electrode material. a core comprising a lithium composite metal oxide of Formula 1 below; a first surface-treated layer positioned on a surface of the core, and including a lithium oxide of Formula 2 below; a second surface-treated layer positioned on the core or the first surface-treated layer, and including a lithium compound of Formula 3 below, wherein the second surface-treated layer is formed to have an average thickness ratio of 0.001 to 0.1 with respect to the radius of the core;
A hybrid working machine comprising: a motor generator operating as a generator and a motor; an electric storage circuit including a capacitor and a converter, the converter being capable of switching a discharge state where power is supplied from the capacitor to the motor generator and a charge state where the capacitor is charged by the power generated from the motor generator, and controlling electric power that is output from the capacitor in the discharge state and electric power that is input to the capacitor in the charge state; a voltmeter measuring a terminal-terminal voltage of the capacitor; an ammeter measuring charge/discharge current of the capacitor; and a controller receiving a measurement result from the voltmeter and the ammeter, and controlling the converter based on the measurement result, wherein the controller is configured to control the converter in a normal state where the converter is controlled so that the input/ouput power of the capacitor falls within a first range or in a output limiting state where the converter is controlled so that the input/output power of the capacitor falls within a second range that is narrower than the first range, and to perform switching of the normal state and the output limiting state based on the measurement result. a motor generator operating as a generator and a motor; an electric storage circuit including a capacitor and a converter, the converter being capable of switching a discharge state where power is supplied from the capacitor to the motor generator and a charge state where the capacitor is charged by the power generated from the motor generator, and controlling electric power that is output from the capacitor in the discharge state and electric power that is input to the capacitor in the charge state; a voltmeter measuring a terminal-terminal voltage of the capacitor; an ammeter measuring charge/discharge current of the capacitor; and a controller receiving a measurement result from the voltmeter and the ammeter, and controlling the converter based on the measurement result, wherein the controller is configured to control the converter in a normal state where the converter is controlled so that the input/ouput power of the capacitor falls within a first range or in a output limiting state where the converter is controlled so that the input/output power of the capacitor falls within a second range that is narrower than the first range, and to perform switching of the normal state and the output limiting state based on the measurement result.
A method for implementing spatial data processing, the method characterised by: selecting a first modulation and coding scheme, MCS, and a second MCS, wherein the first MCS is selected to be a higher order MCS than the second MCS, wherein the selected first MCS is to be used for a first spatial stream and the selected second MCS is to be used for a second spatial stream; generating the first spatial stream using the selected first MCS and the second spatial stream using the selected second MCS; performing space time block coding, STBC, on the first spatial stream and the second spatial stream to generate a first space-time stream, a second space-time stream, and a third space-time stream, wherein the first space-time stream and the second space-time stream are generated from the first spatial stream, and the third space-time stream is generated from the second spatial stream; applying cyclic shifting to the first space-time stream, the second space-time stream, and the third space-time stream to generate three cyclically shifted space-time streams; and transmitting the three cyclically shifted space-time streams via three antennas. selecting a first modulation and coding scheme, MCS, and a second MCS, wherein the first MCS is selected to be a higher order MCS than the second MCS, wherein the selected first MCS is to be used for a first spatial stream and the selected second MCS is to be used for a second spatial stream; generating the first spatial stream using the selected first MCS and the second spatial stream using the selected second MCS; performing space time block coding, STBC, on the first spatial stream and the second spatial stream to generate a first space-time stream, a second space-time stream, and a third space-time stream, wherein the first space-time stream and the second space-time stream are generated from the first spatial stream, and the third space-time stream is generated from the second spatial stream; applying cyclic shifting to the first space-time stream, the second space-time stream, and the third space-time stream to generate three cyclically shifted space-time streams; and transmitting the three cyclically shifted space-time streams via three antennas.
Method for grinding of a workpiece with a grinding worm, wherein the workpiece comprises an axis (a) and is supplied with a profiling along its circumference, wherein the grinding worm comprises an axis (b) and is supplied with a machining surface, wherein a grinding process of the profiling is carried out at simultaneous synchronized rotation of the workpiece around its axis (a) and of the grinding worm around its axis (b) with given meshing of the machining surface into the profiling by moving the grinding worm in the direction of the axis (a) of the workpiece and wherein a shift movement is superposed to the grinding worm in the direction of the axis (b) of the grinding worm during the grinding process, characterized in that the shift movement consists of at least one first section at which the grinding worm is moved in one of the directions of its axis (b) and consists of at least one second section at which the grinding worm is moved in the other of its directions of its axis (b), wherein within the first and second sections (5, 6, 5', 6') the shift movements are linear or sinusoidal runs of the movement in the direction of the axis (b) of the grinding worm over the run of the axis (a) of the workpiece.
Electric fuse, comprising a tubular casing, which consists of electric insulating material and is on its both terminal portions (11, 12) closed by means of rigid covers (21, 22), wherein each of said covers (21, 22) is furnished with a knife-blade contact (210, 220), which consists of electric conductive material and is firmly connected therewith, while a melting member is mounted inside of said casing and is conceived as a flat band consisting of electric conductive material having a pre-determined electric resistance as well as a pre-determined length and thickness, wherein said band is on the one hand in the area of its terminal portions (31, 32) electrically interconnected with said blade-knife contacts (210, 220) and on the other hand furnished with a plurality of weak zones (30, 30', 30"), which are formed as perforations in said band between both dominant surfaces (33, 34) thereof and arranged equidistantly along the band and each per se extend in the transversal direction of the band, wherein each of said weak zones (30, 30', 30") is formed as a plurality of throughout passages, which are equidistantly arranged in the transversal direction of the band, so that the cross-section of the melting member in each weak zone (30, 30', 30") is pre-defined and is smaller than the cross-section of any other area of said melting member, and wherein the interior of said casing is filled with a granulated non-flammable means, in particular with a sand on the basis of silica, by which said melting member is surrounded, characterized in that on each terminal portion (31, 32) of said melting member, namely between each belonging blade-knife contact (210, 220) and each neighboring weak zone (30, 30', 30"), on both apart from each other facing dominant surfaces (33, 34) of said melting member, at least one barrier (51, 51', 51"; 52, 52', 52") is arranged, and in that at least one barrier (51, 51', 51"; 52, 52', 52") is available between each pair of each neighboring weak zones (30, 30', 30") of the melting member, wherein each of said barriers (51, 51', 51"; 52, 52', 52") has approximately semi-circular profile and consists of a flexible and shortly thermally resistant material and is adapted to prevent progression of the electric arc and extends along each of said dominant surfaces (33, 34) in the transversal direction of said melting member along the complete width thereof, and wherein a pre-determined distance between each of the terminal barriers (51, 51', 51"; 52, 52', 52"), which are arranged closest to the belonging knife-blade contacts (210, 220), and each knife-blade contact (210, 220), is approximately 15% of the length of the melting member.
A circulating fluidized bed boiler comprising a combustion chamber, wherein the combustion chamber comprises: - first heat transfer surfaces forming at least one vertical chamber extending from a lower part of the combustion chamber, and - second heat transfer surfaces having an inlet part and an outlet part, the outlet part extending from an upper part of the combustion chamber, said second heat transfer surfaces being fixed to vertical chambers, characterized in that the inlet part of the second heat transfer surfaces extends from the upper part of the combustion chamber, each second heat transfer surface is U-shaped, and every U-shaped second heat transfer surface comprises two vertical parts that are fixed at their lower extremity to a vertical chamber. - first heat transfer surfaces forming at least one vertical chamber extending from a lower part of the combustion chamber, and - second heat transfer surfaces having an inlet part and an outlet part, the outlet part extending from an upper part of the combustion chamber, said second heat transfer surfaces being fixed to vertical chambers,
A surgical device adapter for coupling an end effector to a handle assembly, the surgical device adapter comprising: a housing including a proximal end couplable to a distal end of the handle assembly; and a drive coupling assembly supported on the housing and selectively couplable to the handle assembly, the drive coupling assembly including a tubular clamping member having at least one flexible member, the tubular clamping member movable from a proximal position in which the at least one flexible member is disengaged from the distal end of the handle assembly to a distal position in which the at least one flexible member is engaged to the distal end of the handle assembly; and characterized in that the drive coupling assembly further includes an outer tubular member disposed over the tubular clamping member and rotatable relative thereto to move the tubular clamping member between the proximal and distal positions. a housing including a proximal end couplable to a distal end of the handle assembly; and a drive coupling assembly supported on the housing and selectively couplable to the handle assembly, the drive coupling assembly including a tubular clamping member having at least one flexible member, the tubular clamping member movable from a proximal position in which the at least one flexible member is disengaged from the distal end of the handle assembly to a distal position in which the at least one flexible member is engaged to the distal end of the handle assembly; and characterized in that the drive coupling assembly further includes an outer tubular member disposed over the tubular clamping member and rotatable relative thereto to move the tubular clamping member between the proximal and distal positions.
A method of manufacturing an electronically functional composite yarn incorporating electronic devices (4, 24) comprising mounting said devices in series along a plurality of laterally spaced discrete lines on a sheet of non-conductive flexible planar support material; and stripping the sheet between said lines to create at least two strips (2, 22) each bearing a series of said devices, the width of the strip being no more than twice that of the widest of the devices; characterised in that a said strip (2, 22) bearing the devices (4, 24) is fed centrally through a channel with packing fibres around the sides thereof to form a fibre assembly around the strip, which packing fibres extend generally parallel to the yarn axis or are bunched or twisted to fill spaces between the devices to preserve a substantially uniform cross-section along the length of the yarn and between the devices; and the fibre assembly with the strip is fed into a sleeve forming unit in which a sleeve is formed around the assembly to form a composite yarn; and withdrawing the composite yarn from the sleeve forming unit.
A postcard, comprising at least one first part and one second part set alongside one another, where said first part can be folded like a book on said adjacent second part so as to be superimposed on the latter covering it completely, and wherein said first part is provided with portions of area that can be glued on the second part, thus obtaining that the inner surfaces not involved by the glue of the two parts that are glued together can be dedicated entirely to the written information and/or messages that the sender wishes to transfer to the addressee, with guarantee of confidentiality and evidence of any possible attempts at tampering; wherein at least one of the parts (1, 2) is provided with one or more transverse perforation lines for enabling said part to be divided into one or more portions that can be separated by detachment from the rest of the postcard characterized in that: the transverse line of folding provided between the first part and the second part is a perforation line; thus obtaining that it is possible to separate by detachment the first part from the second part; and in that the first part is provided with two transverse perforation lines that divide said first part into three portions, a first, inner, portion, adjacent to the second part, a second, central, portion, and a third, outer, portion at the free end of the postcard, wherein said second portion and said third portion can be separated by being detached from the postcard. the transverse line of folding provided between the first part and the second part is a perforation line; thus obtaining that it is possible to separate by detachment the first part from the second part; and in that the first part is provided with two transverse perforation lines that divide said first part into three portions, a first, inner, portion, adjacent to the second part, a second, central, portion, and a third, outer, portion at the free end of the postcard, wherein said second portion and said third portion can be separated by being detached from the postcard.
A seat heating device comprising: a cover adapted to cover a rear side of a seat back through a bottom side of a seat part; and a heater being flexible and disposed behind the cover adapted to be disposed between the cover and the seat, wherein the cover has an opening and a radiant transmission part covering the opening. a cover adapted to cover a rear side of a seat back through a bottom side of a seat part; and a heater being flexible and disposed behind the cover adapted to be disposed between the cover and the seat, wherein the cover has an opening and a radiant transmission part covering the opening.
A system for generating non-propulsive energy in an aircraft, comprising: - an auxiliary power unit comprising a gas turbine and a fuel cell, - an intake channel for air from outside the aircraft, and - an exhaust duct of the gas turbine, the system being characterized in that the air intake channel comprises a cooling duct for the fuel cell, in that said duct is in fluid communication with the exhaust duct of the gas turbine so that the ejection of gas coming from the gas turbine into the exhaust duct causes aspiration of air from outside the aircraft into the cooling duct by Venturi effect. - an auxiliary power unit comprising a gas turbine and a fuel cell, - an intake channel for air from outside the aircraft, and - an exhaust duct of the gas turbine,