mhurhangee/ep-ind-claims huggingface dataset:
A rotor assembly, comprising: a plurality of coil turns each comprising a plurality of conductors stacked in a radial multilayer structure, each of the coil turns including: a linear part interposed between teeth of a rotor body, with a plurality of ducts formed in the longitudinal direction of the linear part so that cooling fluid flows through the ducts; and a curved part extending from the linear part and disposed in an arc shape on an outer circumferential surface of a spindle; and a turn insulator interposed radially between the conductors, configured to insulate the conductors from each other, characterized in that the curved part includes a wave-shaped cooling path formed in a longitudinal direction thereof and configured to communicate with the ducts, the cooling path guiding the cooling fluid to the ducts, wherein the cooling path comprises cooling paths respectively formed in each two of the conductors that face each other radially with the turn insulator therebetween, and the cooling paths are formed to radially face each other, wherein the cooling path includes a plurality of arc-shaped slots extending in a radial direction and a connection part connecting the slots to each other, and wherein the turn insulator includes a plurality of communication holes (172, 172', 172") formed through a planar surface thereof and communicating with the slots, and is closed on a portion thereof corresponding to the connection part. a linear part interposed between teeth of a rotor body, with a plurality of ducts formed in the longitudinal direction of the linear part so that cooling fluid flows through the ducts; and a curved part extending from the linear part and disposed in an arc shape on an outer circumferential surface of a spindle; and a turn insulator interposed radially between the conductors, configured to insulate the conductors from each other, characterized in that the curved part includes a wave-shaped cooling path formed in a longitudinal direction thereof and configured to communicate with the ducts, the cooling path guiding the cooling fluid to the ducts, wherein the cooling path comprises cooling paths respectively formed in each two of the conductors that face each other radially with the turn insulator therebetween, and the cooling paths are formed to radially face each other, wherein the cooling path includes a plurality of arc-shaped slots extending in a radial direction and a connection part connecting the slots to each other, and wherein the turn insulator includes a plurality of communication holes (172, 172', 172") formed through a planar surface thereof and communicating with the slots, and is closed on a portion thereof corresponding to the connection part.
An outdoor unit suitable for use as a part of a heat pump, the outdoor unit comprising: a package that defines a chamber; a liquid stop valve disposed in the chamber; a liquid filter disposed in the chamber, the liquid filter being connected to the liquid stop valve and configured to be connected, via a liquid pipe, to an indoor unit of the heat pump; a compressor disposed in the chamber; a gas stop valve disposed in the chamber; and a gas filter disposed in the chamber, the gas filter being connected to the gas stop valve and configured to be connected, via a gas pipe, to the indoor unit of the heat pump; characterized in that the liquid filter includes a liquid filter inlet and a liquid filter outlet and has the flow path that extends through each of the liquid filter inlet, the liquid filter and the liquid filter outlet in a horizontal direction, the liquid stop valve has a flow path that extends in an up-down direction, and the liquid filter has a flow path that extends in a horizontal direction, a gas flow path is further defined from the compressor to the gas stop valve, and from the gas stop valve to the gas filter, and the gas filter to the indoor unit through the gas pipe, the gas filter is connected to a flange which is disposed on the gas pipe configured to be connected to the indoor unit. a package that defines a chamber; a liquid stop valve disposed in the chamber; a liquid filter disposed in the chamber, the liquid filter being connected to the liquid stop valve and configured to be connected, via a liquid pipe, to an indoor unit of the heat pump; a compressor disposed in the chamber; a gas stop valve disposed in the chamber; and a gas filter disposed in the chamber, the gas filter being connected to the gas stop valve and configured to be connected, via a gas pipe, to the indoor unit of the heat pump; characterized in that the liquid filter includes a liquid filter inlet and a liquid filter outlet and has the flow path that extends through each of the liquid filter inlet, the liquid filter and the liquid filter outlet in a horizontal direction, the liquid stop valve has a flow path that extends in an up-down direction, and the liquid filter has a flow path that extends in a horizontal direction, a gas flow path is further defined from the compressor to the gas stop valve, and from the gas stop valve to the gas filter, and the gas filter to the indoor unit through the gas pipe, the gas filter is connected to a flange which is disposed on the gas pipe configured to be connected to the indoor unit.
An edible pet chew (16, 116) consisting of a single sheet dimensioned large enough and thin enough to be initially malleable for flexing, folding or rolling into a final shape, wherein said single sheet is shaped by flexing, folding or rolling before hardening into said final shape; wherein said single sheet is a hardened chewable substantially plant based material; and wherein said single sheet is rolled to form a cylindrical roll, said single sheet having a first edge section having a different appearance or flavor from a mid-section of said single sheet, and said first edge section being positioned at an outer edge of said cylindrical roll.
A method for providing diversity in polarization of antennas, comprising: - transmitting a symbol s which contains b+1 bits of information by a transmitter, - receiving a signal y by a receiver which obtains the b+1 bits of information from the received signal y, characterized in that: - transmitting the symbol s uses a single one transmitting antenna which is double polarized and the symbol s, containing the b bits plus an additional bit c, is transmitted using a first polarization or a second polarization of the transmitting antenna depending on the additional bit c; - receiving the signal y uses a single one receiving antenna which is double polarized and further comprises estimating the additional bit c to determine whether the first polarization or the second polarization is used to obtain the b+1 bits of information. - transmitting a symbol s which contains b+1 bits of information by a transmitter, - receiving a signal y by a receiver which obtains the b+1 bits of information from the received signal y, - transmitting the symbol s uses a single one transmitting antenna which is double polarized and the symbol s, containing the b bits plus an additional bit c, is transmitted using a first polarization or a second polarization of the transmitting antenna depending on the additional bit c; - receiving the signal y uses a single one receiving antenna which is double polarized and further comprises estimating the additional bit c to determine whether the first polarization or the second polarization is used to obtain the b+1 bits of information.
Device for metering carbon dioxide snow, comprising a snow horn, which comprises a relaxation chamber, for relaxing liquid carbon dioxide while producing a mixture of carbon dioxide snow and carbon dioxide gas, which is closed towards the top and opens out on the lower side at a mouth opening of the snow horn, and a relaxation nozzle which opens out in the interior of the relaxation chamber and is connected to a supply line for liquid carbon dioxide, wherein the snow horn is received within a casing tube which is closed towards the top and projects downwards from the mouth opening of the snow horn, characterized in that the casing tube has a mouth funnel which tapers towards a lower-side outlet opening of the casing tube.
Arc element for an extractor fan system comprising 1.1. an outer wall limiting an inner space of the arc element, 1.2. a first opening aligned vertically to a first direction, 1.3. a second opening aligned vertically to a second direction and 1.4. at least one guide element arranged in the inner space, 1.5. wherein at least one of the openings (18, 19) is configured ovally with a ratio between largest diameter (d max) and smallest diameter (d min) of at least 1,5: 1 and 1.6. wherein a flow cross-section of the inner space has a minimum radius of curvature (rmin), which has the size of at least one tenth of the smallest diameter (d min) of this flow cross-section, rmin ≥ d min / 10, characterized in that 1.7 the at least one guide element has a curvature in a flow direction and a curvature in a plane of the flow cross-section. 1.1. an outer wall limiting an inner space of the arc element, 1.2. a first opening aligned vertically to a first direction, 1.3. a second opening aligned vertically to a second direction and 1.4. at least one guide element arranged in the inner space, 1.5. wherein at least one of the openings (18, 19) is configured ovally with a ratio between largest diameter (d max) and smallest diameter (d min) of at least 1,5: 1 and 1.6. wherein a flow cross-section of the inner space has a minimum radius of curvature (rmin), which has the size of at least one tenth of the smallest diameter (d min) of this flow cross-section, rmin ≥ d min / 10, characterized in that 1.7 the at least one guide element has a curvature in a flow direction and a curvature in a plane of the flow cross-section.
Cooking appliance device with at least two inverters (12, 14) and with a control unit, which, when at least one heating configuration is heated in at least one operating state, is provided to operate a first inverter of the at least two inverters (12, 14) continuously with a first frequency ( f 1) and to operate a second inverter of the at least two inverters (12, 14) continuously with a second frequency ( f 2) and to adjust an average output power of the at least two inverters (12, 14) to a predetermined target output, and which, in order to avoid intermodulation hum, is provided to select the first frequency ( f 1) and the second frequency ( f 2) in terms of a sum of a difference of a whole-number multiple (n) of the first frequency ( f 1) and a whole-number multiple (m) of the second frequency ( f 2) either assuming a value of at least 14 kHz or at least essentially the value zero, wherein this applies to all values of the whole-number multiples n, m from the range of the positive whole numbers of greater than or equal to 1 up to and including N.
An Fc-binding polypeptide comprising a mutant of an Fc-binding domain of Staphylococcus Protein A (SpA), which is a mutant of Zvar having at least 90% identity to SEQ ID NO:7, wherein the amino acid residue at position 9 is alanine and the amino acid residue at position 11 is lysine or glutamic acid, and additionally wherein: i) the amino acid residue at position 43 is alanine or glutamic acid; and/or ii) the amino acid residue at position 40 is valine; and/or iii) the amino acid residue at position 44 is isoleucine, which polypeptide has an improved alkaline stability compared to a polypeptide as defined by SEQ ID NO 7, wherein the alkaline stability is improved as measured by the remaining IgG-binding capacity after 24 or 25 h incubation in 0.5 M or 1.0 M aqueous NaOH at 22 +/- 2 °C. and additionally wherein: i) the amino acid residue at position 43 is alanine or glutamic acid; and/or ii) the amino acid residue at position 40 is valine; and/or iii) the amino acid residue at position 44 is isoleucine, i) the amino acid residue at position 43 is alanine or glutamic acid; and/or ii) the amino acid residue at position 40 is valine; and/or iii) the amino acid residue at position 44 is isoleucine, which polypeptide has an improved alkaline stability compared to a polypeptide as defined by SEQ ID NO 7, wherein the alkaline stability is improved as measured by the remaining IgG-binding capacity after 24 or 25 h incubation in 0.5 M or 1.0 M aqueous NaOH at 22 +/- 2 °C.
A sensor device comprising: a sensor unit; a connector unit which receives a connector for an external device and connects electrically the external device to the sensor unit; and a cover unit which receives the sensor unit and the connector unit, in which the units are jointed to each other, a motor terminal; wherein the connector unit comprises connector terminals; wherein the sensor unit comprises a sensor terminal; characterized in that a terminal connection member connects the motor terminal and the connector terminal; the sensor terminal and the connector terminal are connected; and the motor, connector and sensor terminals (21, 31, 12) are connected at positions exposed from the surface of the cover unit. a sensor unit; a connector unit which receives a connector for an external device and connects electrically the external device to the sensor unit; and a cover unit which receives the sensor unit and the connector unit, in which the units are jointed to each other, a motor terminal; wherein the connector unit comprises connector terminals; wherein the sensor unit comprises a sensor terminal; characterized in that a terminal connection member connects the motor terminal and the connector terminal; the sensor terminal and the connector terminal are connected; and the motor, connector and sensor terminals (21, 31, 12) are connected at positions exposed from the surface of the cover unit.
Method of laying a rail of a railway track by means of a work train comprising at least one heating device that has at least one heating zone, one or more gas burners, and one or more radiant bodies interposed between the gas burner or burners and the heating zone, the radiant body or bodies being perforated by holes that open into the heating zone, according to which method: - the work train is moved in a laying direction such that, at any time, a portion of the rail that is not fixed to a sleeper (8, 10) passes through the heating zone; - heat is provided to the portion of the rail that passes through the heating zone by means of the heating device; characterized in that the gas burner or burners are supplied such that no flame emerges from the holes in the heating zone and such that at least 75%, preferably at least 80%, preferably at least 85% of the heat provided to the portion of the rail is transmitted by radiation from the radiant body or bodies. - the work train is moved in a laying direction such that, at any time, a portion of the rail that is not fixed to a sleeper (8, 10) passes through the heating zone; - heat is provided to the portion of the rail that passes through the heating zone by means of the heating device;
An organic light-emitting device comprising an anode; a cathode; a charge transporting layer comprising a charge-transporting polymer doped with a phosphorescent light-emitting dopant between the anode and the cathode; the device further comprising a light-emitting layer between the anode and the cathode, wherein: the x-coordinate value and / or the y-coordinate value of CIE(x,y) coordinates of light emitted from the device is no more than 0.05 from the respective x- or y-coordinate value of a control device in which the charge transporting layer is not doped with a light-emitting dopant; wherein the charge transporting layer is adjacent to the light-emitting layer; and wherein the light-emitting dopant is a repeat unit in the main chain of the charge-transporting polymer or a side-group or end-group of the charge-transporting polymer; characterized in that the phosphorescent dopant is present in the charge-transporting layer in an amount no more than 0.75 mol%.
Electric motor for a motor vehicle, of the type comprising: - a main housing; - a brush carrier plate which is arranged in the main housing or which forms a wall of the main housing; - an electrical power supply device which is fixedly joined to the brush carrier plate and which comprises an electronic control board which has at least one connector (78, 44) for electrical connection to the brush carrier plate; the electrical power supply device comprises an auxiliary housing which is arranged at the outer side of the main housing, the auxiliary housing delimiting an inner space which is sealed with respect to liquids and which receives the electronic board, the auxiliary housing being mechanically connected to the brush carrier plate by means of the connector (78, 44) for electrical connection via a through-opening which is provided in the main housing, wherein characterised in that the auxiliary housing comprises at least one lug (60A, 60B) for fixing to the main housing which protrudes from the auxiliary housing, the fixing lug (60A, 60B) being separate from the or each connection connector (78, 44), and in that at least one fixing lug is engaged in the through-opening. - a main housing; - a brush carrier plate which is arranged in the main housing or which forms a wall of the main housing; - an electrical power supply device which is fixedly joined to the brush carrier plate and which comprises an electronic control board which has at least one connector (78, 44) for electrical connection to the brush carrier plate;
A user equipment, UE, configured to communicate with a network application function, NAF, and a bootstrapping server function, BSF, the UE comprising a memory having computer-executable instructions stored thereon and a processor configured to execute the computer-executable instructions to perform the following: establish a transport-layer security, TLS, tunnel between the UE and the BSF, the TLS tunnel having a TLS master key associated therewith; in response to a challenge from the BSF, generate a random nonce and calculate an authentication response; receive a message that indicates a successful authentication of the UE, the successful authentication resulting in a derivation of a second key; and characterised in that the executed computer-executable instructions peform the following: derive a third key for use in subsequently securing communications between the UE and the NAF, the derivation of the third key being dependent on both the second key and the TLS master key. establish a transport-layer security, TLS, tunnel between the UE and the BSF, the TLS tunnel having a TLS master key associated therewith; in response to a challenge from the BSF, generate a random nonce and calculate an authentication response; receive a message that indicates a successful authentication of the UE, the successful authentication resulting in a derivation of a second key; and characterised in that the executed computer-executable instructions peform the following: derive a third key for use in subsequently securing communications between the UE and the NAF, the derivation of the third key being dependent on both the second key and the TLS master key. derive a third key for use in subsequently securing communications between the UE and the NAF, the derivation of the third key being dependent on both the second key and the TLS master key.
Method for managing a device for lubricating an engine, comprising an oil sump, an auxiliary oil reservoir provided with an inlet solenoid valve and an outlet solenoid valve and supplied by a high-pressure oil circuit, the management method comprising a step of acquiring at least one functional characteristic of the engine, a step of calculating at least one setpoint for opening or closure of at least one solenoid valve depending on at least one functional characteristic of the engine and a step of actuating the at least one solenoid valve depending on the at least one setpoint, the calculation step comprising a sub-step of regulating the volume of oil in the oil sump following a step of acquiring and verifying the ignited state of the engine and of acquiring the oil pressure and of verifying that said pressure is greater than a pressure threshold P0, and comprising the following setpoints: - when the level of oil in the oil sump is strictly lower than a reference level V2, a setpoint for closure of the inlet solenoid valve and opening of the outlet solenoid valve is established; - when the level of oil in the oil sump is higher than or equal to the reference level V2, a setpoint for opening of the inlet solenoid valve and opening of the outlet solenoid valve is established. - when the level of oil in the oil sump is strictly lower than a reference level V2, a setpoint for closure of the inlet solenoid valve and opening of the outlet solenoid valve is established; - when the level of oil in the oil sump is higher than or equal to the reference level V2, a setpoint for opening of the inlet solenoid valve and opening of the outlet solenoid valve is established.
A projection type image display device comprising: a light source that emits coherent light; an optical scanning section that scans the coherent light emitted from the light source; an optical modulation element having an image formation area in which an image is formed; an optical path conversion system configured to allow the coherent light scanned by the optical scanning section to illuminate the image formation area with parallel light or substantially parallel light sequentially in an overlapping manner; and a projection optical system that projects the image of the optical modulation element on a screen, such that an incident angle of the coherent light that enters respective points of the image formation area temporally changes. wherein the optical path conversion system includes a first light collection element and a second light collection element, the optical scanning section is provided at an upstream side focal position of the first light collection element, an upstream side focal position of the second light collection element is provided at a downstream side focal position of the first light collection element, the area to be illuminated is positioned at a downstream side focal position of the second light collection element. a light source that emits coherent light; an optical scanning section that scans the coherent light emitted from the light source; an optical modulation element having an image formation area in which an image is formed; an optical path conversion system configured to allow the coherent light scanned by the optical scanning section to illuminate the image formation area with parallel light or substantially parallel light sequentially in an overlapping manner; and a projection optical system that projects the image of the optical modulation element on a screen, such that an incident angle of the coherent light that enters respective points of the image formation area temporally changes. wherein the optical path conversion system includes a first light collection element and a second light collection element, the optical scanning section is provided at an upstream side focal position of the first light collection element, an upstream side focal position of the second light collection element is provided at a downstream side focal position of the first light collection element, the area to be illuminated is positioned at a downstream side focal position of the second light collection element.