mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a casting housing of a radial turbo fluid energy machine, comprising the following steps: a) assembling a housing casting model (CASM), in particular according to at least one of Claims 2-10, wherein the housing casting model (CASM) has a housing model casing (CCVM), wherein the housing casting model (CASM) and the housing model casing (CCVM) extend along an axis, wherein the housing casting model (CASM) has an axial high-pressure side, wherein the housing casting model (CASM) has an axial low-pressure side, wherein the housing model casing (CCVM) has, in an axial plane, extending perpendicularly to the axis, a parting joint which extends in the circumferential direction and which subdivides the housing model casing (CCVM) into a high-pressure model casing (HPCVM) and a low-pressure model casing (LPCVM), wherein the high-pressure model casing (HPCVM) is formed in an axial region as a high-pressure model spiral (HSPM) with an outlet opening for an outlet connecting piece, wherein multiple high-pressure model casings (HPCVM1, HPCVM2, HPCVM3,...) with high-pressure model spirals (HSPM1, HSPM2, HSPM3,...) which are of different size with respect to one another are provided, with the result that the assembly is realized from a selection of a single high-pressure model casing (HPCVM) and the low-pressure model casing (LPCVM), b) taking an impression of the assembled housing casting model (CASM), c) casting the casting housing. a) assembling a housing casting model (CASM), in particular according to at least one of Claims 2-10, wherein the housing casting model (CASM) has a housing model casing (CCVM), wherein the housing casting model (CASM) and the housing model casing (CCVM) extend along an axis, wherein the housing casting model (CASM) has an axial high-pressure side, wherein the housing casting model (CASM) has an axial low-pressure side, wherein the housing model casing (CCVM) has, in an axial plane, extending perpendicularly to the axis, a parting joint which extends in the circumferential direction and which subdivides the housing model casing (CCVM) into a high-pressure model casing (HPCVM) and a low-pressure model casing (LPCVM), wherein the high-pressure model casing (HPCVM) is formed in an axial region as a high-pressure model spiral (HSPM) with an outlet opening for an outlet connecting piece, wherein multiple high-pressure model casings (HPCVM1, HPCVM2, HPCVM3,...) with high-pressure model spirals (HSPM1, HSPM2, HSPM3,...) which are of different size with respect to one another are provided, with the result that the assembly is realized from a selection of a single high-pressure model casing (HPCVM) and the low-pressure model casing (LPCVM), b) taking an impression of the assembled housing casting model (CASM), c) casting the casting housing.
Motor vehicle comprising a grille provided with a plurality of bars as well as at least one signal light comprising a housing open at the front, a curved cover screen closing said housing and a light source housed in the cavity delimited by said housing and said cover screen; said cover screen comprising a smooth transparent main wall intended to ensure the transmission towards the front of said vehicle of the major part of the luminous flux emitted by said source, as well as a plurality of optical rods projecting from the external face of said main wall and in a substantially horizontal plane, said optical rods of the cover screen extend in the extension of said rods of the grille, characterized in that said optical rods of the cover screen are made of a dyed translucent thermoplastic polymer; said cover screen being obtained by a bi-injection moulding process of a first transparent thermoplastic polymer forming said main wall and of a second tinted translucent thermoplastic polymer forming said optical rods, and in that the front edge of said optical rods is also sandblasted in order to ensure the diffusion of the light rays passing through them over an extended horizontal angular range.
A method of computing a round trip delay of radio signals between a plurality of pairs of nodes, the method being characterised by: transmitting by each node a beacon at a respective known transmit time according to a predetermined or dynamically determined schedule; measuring the respective times-of-arrival of each respective beacon at a plurality of nodes receiving each respective beacon; estimating a respective round trip delay between respective pairs of nodes from measured times-of-arrival and said known transmit times; and correcting each said round trip delay between each pair of nodes for either or both of a frequency offset between local clocks at the respective nodes of the pair of nodes and relative motion between the respective nodes of the pair of nodes. transmitting by each node a beacon at a respective known transmit time according to a predetermined or dynamically determined schedule; measuring the respective times-of-arrival of each respective beacon at a plurality of nodes receiving each respective beacon; estimating a respective round trip delay between respective pairs of nodes from measured times-of-arrival and said known transmit times; and correcting each said round trip delay between each pair of nodes for either or both of a frequency offset between local clocks at the respective nodes of the pair of nodes and relative motion between the respective nodes of the pair of nodes.
A seed sowing system for depositing seeds in a germination tray, comprising: a frame; a drum rotatably connected to the frame and rotatable about a longitudinal axis, the drum having a cylindrical peripheral wall and a hollow interior; a plurality of rows of apertures formed in the cylindrical peripheral wall and in fluid communication with the hollow interior, each row of the plurality of rows of apertures being parallel to the longitudinal axis; a hopper connected to the frame and configured to deliver seeds onto the cylindrical peripheral wall during operation; a vacuum (80, 82) configured to reduce pressure within the hollow interior of the drum so that the seeds from the hopper are temporarily held against the cylindrical peripheral wall at the plurality of rows of apertures in a plurality of rows of seeds; a directional light source configured to illuminate the plurality of rows of seeds one at a time as each row passes through an illumination region during operation; characterised in that an optical detector positioned exterior to the drum to receive light reflected by the plurality of rows of seeds when each row passes through the illumination region; and the directional light source has an optical emission path being perpendicular to the longitudinal axis of the rotating drum and offset from the exterior surface of the cylindrical peripheral wall of the drum, a peak intensity of the directional light source being aligned along the optical emission path. a frame; a drum rotatably connected to the frame and rotatable about a longitudinal axis, the drum having a cylindrical peripheral wall and a hollow interior; a plurality of rows of apertures formed in the cylindrical peripheral wall and in fluid communication with the hollow interior, each row of the plurality of rows of apertures being parallel to the longitudinal axis; a hopper connected to the frame and configured to deliver seeds onto the cylindrical peripheral wall during operation; a vacuum (80, 82) configured to reduce pressure within the hollow interior of the drum so that the seeds from the hopper are temporarily held against the cylindrical peripheral wall at the plurality of rows of apertures in a plurality of rows of seeds; a directional light source configured to illuminate the plurality of rows of seeds one at a time as each row passes through an illumination region during operation; characterised in that an optical detector positioned exterior to the drum to receive light reflected by the plurality of rows of seeds when each row passes through the illumination region; and the directional light source has an optical emission path being perpendicular to the longitudinal axis of the rotating drum and offset from the exterior surface of the cylindrical peripheral wall of the drum, a peak intensity of the directional light source being aligned along the optical emission path.
Injector assembly having a folding chamber which is designed to accommodate an intraocular lens comprising an optics body and two haptics, a holder and a folding wedge, which is attached to the holder and is designed to be introduced into the folding chamber via a folding chamber opening and thereby to fold the intraocular lens, characterized in that the injector assembly has a first slider and a second slider which are each designed to displace one of the two haptics onto the optics body by displacement of the respective slider (3, 4) from a starting position into an end position, wherein the holder is designed to drive the first slider and/or the second slider from the starting position into the end position by movement of the holder toward the folding chamber.
A hollow stabilizer production method of producing a hollow stabilizer used for a vehicle by consecutively carburizing and quenching a formed hollow steel tube in the shape of a hollow stabiliser having an interior space with one end and another end opened, characterized by comprising: attaching a first mounting member and a second mounting member respectively to the one end and another end of the hollow steel tube; heating the steel tube by connecting a first electrode at a position slightly inside the one end of the steel tube, connecting a second electrode at a position slightly inside another end of the steel tube, and electrifying a part of a whole length of the steel tube between the first electrode and the second electrode, the heating is carried out in a state where an outer surface of the steel tube is opened to the atmosphere; while heating the steel tube, feeding a carburizing gas into the interior space through the first mounting member, and collecting the air and/or the surplus carburizing gas from the interior space through the second mounting member to thereby carburize the inner surface of the steel tube, during the heating of the steel tube; and rapidly cooling the steel tube, heated and having a carburized layer formed on the inner surface, at a temperature gradient so as to create a hardened structure, to thereby quench the steel tube. attaching a first mounting member and a second mounting member respectively to the one end and another end of the hollow steel tube; heating the steel tube by connecting a first electrode at a position slightly inside the one end of the steel tube, connecting a second electrode at a position slightly inside another end of the steel tube, and electrifying a part of a whole length of the steel tube between the first electrode and the second electrode, the heating is carried out in a state where an outer surface of the steel tube is opened to the atmosphere; while heating the steel tube, feeding a carburizing gas into the interior space through the first mounting member, and collecting the air and/or the surplus carburizing gas from the interior space through the second mounting member to thereby carburize the inner surface of the steel tube, during the heating of the steel tube; and rapidly cooling the steel tube, heated and having a carburized layer formed on the inner surface, at a temperature gradient so as to create a hardened structure, to thereby quench the steel tube.
Device for switching medium and/or high voltages, comprising a spring energy store drive for driving a kinematic chain, wherein at least one energy storage spring and at least one damping element are included for generating a drive movement, wherein the at least one damping element is an active damping element, characterized in that the at least one damping element is designed to generate a drive movement with a specific drive characteristic through active damping depending on environmental variables and/or the nature of the switching case.
A user equipment comprising: receiving circuitry, which, in operation, receives a user equipment packet duplication status from at least one base station, and processing circuitry, which, in operation, obtains the user equipment packet duplication status, which includes information on a status of uplink packet duplication to be performed by the user equipment with the at least one base station, wherein the information on the status of uplink packet duplication is per uplink radio bearer, one or more uplink radio bearers being established between the user equipment and the at least one base station, and wherein, the processing circuitry, when obtaining the user equipment packet duplication status, determines the status of uplink packet duplication per uplink radio bearer based on the information on the status of uplink packet duplication, the information on the status of uplink packet duplication is in a form of a bitmap including one bit per uplink radio bearer, and the status of uplink packet duplication is either activated or deactivated per uplink radio bearer. receiving circuitry, which, in operation, receives a user equipment packet duplication status from at least one base station, and processing circuitry, which, in operation, obtains the user equipment packet duplication status, which includes information on a status of uplink packet duplication to be performed by the user equipment with the at least one base station, wherein the information on the status of uplink packet duplication is per uplink radio bearer, one or more uplink radio bearers being established between the user equipment and the at least one base station, and wherein, the processing circuitry, when obtaining the user equipment packet duplication status, determines the status of uplink packet duplication per uplink radio bearer based on the information on the status of uplink packet duplication, the information on the status of uplink packet duplication is in a form of a bitmap including one bit per uplink radio bearer, and the status of uplink packet duplication is either activated or deactivated per uplink radio bearer.
A system comprising: a base station configured to move from a current location to a future location; an aerial drone configured to collect aerial sensor data from a target location; and a submersed drone configured to collect underwater sensor data from the target location, the submersed drone configured to send the underwater sensor data to the aerial drone, the aerial drone configured to produce target location data from the aerial sensor data and the underwater sensor data and to send the target location data to the base station via a leading drone communication link, wherein the target location is based on the future location of the base station. a base station configured to move from a current location to a future location; an aerial drone configured to collect aerial sensor data from a target location; and a submersed drone configured to collect underwater sensor data from the target location, the submersed drone configured to send the underwater sensor data to the aerial drone, the aerial drone configured to produce target location data from the aerial sensor data and the underwater sensor data and to send the target location data to the base station via a leading drone communication link, wherein the target location is based on the future location of the base station.
A battery module, comprising: a plurality of pouch-type secondary batteries standing in a vertical direction and arranged in a right and left direction; a plurality of cartridges configured to accommodate the pouch-type secondary batteries in an inner space thereof and stacked in a right and left direction; a cooling plate made of a thermally-conductive material and disposed at a lower portion of the cartridges so that the cartridges are placed thereon, the cooling plate having an upper surface which is at least partially adhered and fixed to the cartridges by means of an adhesive; the cooling plate has a convex portion formed at an upper surface thereof in an upper direction, and the cartridge has a concave portion formed at a lower portion thereof in an upper direction with a shape corresponding to the convex portion, the battery module further comprising a cooling fin made of a plate-shaped thermally-conductive material and disposed to contact a surface of at least one secondary battery in a state of standing in a vertical direction, the cooling fin having a lower end configured to contact the cooling plate; wherein both surfaces of a lower end of the cooling fin respectively make a surface contact with the cartridge and the cooling plate. a plurality of pouch-type secondary batteries standing in a vertical direction and arranged in a right and left direction; a plurality of cartridges configured to accommodate the pouch-type secondary batteries in an inner space thereof and stacked in a right and left direction; a cooling plate made of a thermally-conductive material and disposed at a lower portion of the cartridges so that the cartridges are placed thereon, the cooling plate having an upper surface which is at least partially adhered and fixed to the cartridges by means of an adhesive; the cooling plate has a convex portion formed at an upper surface thereof in an upper direction, and the cartridge has a concave portion formed at a lower portion thereof in an upper direction with a shape corresponding to the convex portion, the battery module further comprising a cooling fin made of a plate-shaped thermally-conductive material and disposed to contact a surface of at least one secondary battery in a state of standing in a vertical direction, the cooling fin having a lower end configured to contact the cooling plate; wherein both surfaces of a lower end of the cooling fin respectively make a surface contact with the cartridge and the cooling plate.
Electrochemical process for preparing biaryldiamines, comprising the process steps of: a') introducing a solvent or solvent mixture and a conductive salt into a reaction vessel, b') adding a first aniline having an oxidation potential I E Ox 1 I to the reaction vessel, c') adding a second aniline having an oxidation potential I E Ox 2 I to the reaction vessel, where: I E Ox 2 I > I E Ox 1 I and I E Ox 2 I - I E Ox 1 I = I ΔE I, the second aniline being added in excess relative to the first aniline, and the solvent or solvent mixture being selected such that I ΔE I is in the range from 10 mV to 450 mV, d') introducing two electrodes into the reaction solution, e') applying a voltage to the electrodes, f') coupling the first aniline to the second aniline to give a biaryldiamine. a') introducing a solvent or solvent mixture and a conductive salt into a reaction vessel, b') adding a first aniline having an oxidation potential I E Ox 1 I to the reaction vessel, c') adding a second aniline having an oxidation potential I E Ox 2 I to the reaction vessel, where: I E Ox 2 I > I E Ox 1 I and I E Ox 2 I - I E Ox 1 I = I ΔE I, the second aniline being added in excess relative to the first aniline, and the solvent or solvent mixture being selected such that I ΔE I is in the range from 10 mV to 450 mV, d') introducing two electrodes into the reaction solution, e') applying a voltage to the electrodes, f') coupling the first aniline to the second aniline to give a biaryldiamine.
A DNA construct for expressing a heterologous gene in Bifidobacterium longum, the DNA construct encoding a signal peptide-linker conjugate consisting of an amino acid sequence described in the following a) or b): a) a signal peptide-linker conjugate in which a linker consisting of any amino acid sequence of the 34th amino acid Asp through any of the 36th amino acid Ala to the 53rd amino acid Val of SEQ ID NO: 109, in the amino acid sequence of the 34th to the 53rd amino acids, Asp Ser Ala Gln Thr Ser Ala Val Val Ser Ser Arg Ser Phe Pro Lys Ala Ser Ser Val, of SEQ ID NO: 109 is linked to the C-terminus of the amino acid sequence of a signal peptide shown in SEQ ID NO: 107 or an amino acid sequence comprising a deletion, substitution or addition of one or two amino acids, with respect to the amino acid sequence shown in SEQ ID NO: 107, wherein a peptide consisting of the amino acid sequence functions as a signal peptide in Bifidobacterium longum; b) a signal peptide-linker conjugate in which a linker consisting of any amino acid sequence of the 53rd amino acid Ala through any of the 55th amino acid Ala to the 58th amino acid Thr of SEQ ID NO: 3, in the amino acid sequence of the 53rd to the 58th amino acids, Ala Thr Ala Asn Arg Thr, of SEQ ID NO: 3 is linked to the C-terminus of the amino acid sequence of a signal peptide shown in SEQ ID NO: 1 or an amino acid sequence comprising a deletion, substitution or addition of one or two amino acids, with respect to the amino acid sequence shown in SEQ ID NO: 1, wherein a peptide consisting of the amino acid sequence functions as a signal peptide in Bifidobacterium longum. a) a signal peptide-linker conjugate in which a linker consisting of any amino acid sequence of the 34th amino acid Asp through any of the 36th amino acid Ala to the 53rd amino acid Val of SEQ ID NO: 109, in the amino acid sequence of the 34th to the 53rd amino acids, Asp Ser Ala Gln Thr Ser Ala Val Val Ser Ser Arg Ser Phe Pro Lys Ala Ser Ser Val, of SEQ ID NO: 109 is linked to the C-terminus of the amino acid sequence of a signal peptide shown in SEQ ID NO: 107 or an amino acid sequence comprising a deletion, substitution or addition of one or two amino acids, with respect to the amino acid sequence shown in SEQ ID NO: 107, wherein a peptide consisting of the amino acid sequence functions as a signal peptide in Bifidobacterium longum; b) a signal peptide-linker conjugate in which a linker consisting of any amino acid sequence of the 53rd amino acid Ala through any of the 55th amino acid Ala to the 58th amino acid Thr of SEQ ID NO: 3, in the amino acid sequence of the 53rd to the 58th amino acids, Ala Thr Ala Asn Arg Thr, of SEQ ID NO: 3 is linked to the C-terminus of the amino acid sequence of a signal peptide shown in SEQ ID NO: 1 or an amino acid sequence comprising a deletion, substitution or addition of one or two amino acids, with respect to the amino acid sequence shown in SEQ ID NO: 1, wherein a peptide consisting of the amino acid sequence functions as a signal peptide in Bifidobacterium longum.
Device for creating an air curtain in the region of a construction opening, in particular of a gate, of a door, or similar, having at least one air-flow generator, at least one air heater or chiller, and air-directing elements having mutually adjacent air-outlet openings (26, 27) for forming the air curtain from at least two adjacent partial air curtains, wherein one partial air curtain is generatable at a flow rate which is higher in relation to the other partial air curtain, and the one partial air curtain is a warm air curtain or a cold air curtain and the other partial air curtain is a preliminary curtain at room temperature, characterized in that the preliminary curtain disposes of a higher flow rate than the warm air curtain or the cold air curtain.