mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a cast heat exchanger plate comprising: forming at least one hot core plate that is configured for defining internal passages of a one piece heat exchanger plate, the at least one hot core plate including at least one first set of interlocking features configured to assemble the at least one hot core plate to another hot core plate; forming at least two cold core plates that are configured for defining external fin portions of the heat exchanger plate, each of the at least two cold plates including at least one second set of interlocking features; assembling a core assembly (50, 92, 94, 95, 96) wherein the at least one hot core plate is disposed between the at least two cold core plates and the at least two cold core plates are interlocked to each other; and forming a wax pattern with the core assembly (50... 96); forming an external shell over the wax pattern; removing the wax pattern to form a space between the core assembly (50... 96) and the external shell; filling the space with a molten material and curing the molten material; removing the external shell; and removing the core assembly (50... 96). forming at least one hot core plate that is configured for defining internal passages of a one piece heat exchanger plate, the at least one hot core plate including at least one first set of interlocking features configured to assemble the at least one hot core plate to another hot core plate; forming at least two cold core plates that are configured for defining external fin portions of the heat exchanger plate, each of the at least two cold plates including at least one second set of interlocking features; assembling a core assembly (50, 92, 94, 95, 96) wherein the at least one hot core plate is disposed between the at least two cold core plates and the at least two cold core plates are interlocked to each other; and forming a wax pattern with the core assembly (50... 96); forming an external shell over the wax pattern; removing the wax pattern to form a space between the core assembly (50... 96) and the external shell; filling the space with a molten material and curing the molten material; removing the external shell; and removing the core assembly (50... 96).
A medical injection system, comprising an injection device configured for setting and expelling a set dose amount of a drug from a reservoir, and an electronically controlled dose capturing means configured for capturing data relating to expelling of drug from the injection device, wherein the injection device comprises: - a housing (110,120,130,140), - expelling means for expelling an amount of drug from the reservoir, comprising: (i) setting means (200, 250, 400) allowing a user to set a dose amount of drug to be expelled, (ii) actuation means for releasing the drug expelling means to expel the set dose amount, and (iii) a mechanical energy storage unit coupled to the actuation means which upon release exerts a driving force for driving the expelling means to expel the set dose amount when the actuation means is actuated, wherein the expelling means defines a dosing member (350, 500) that moves relative to another component of the injection device during expelling of the set dose amount, the extent of relative movement being indicative of the amount of drug being expelled, and wherein the electronically controlled dose capturing means comprises a dose sensor adapted to sense said relative movement performed by the dosing member to capture data representing the extent of relative movement of the dosing member (350, 500) during expelling of the set dose amount, characterized in that the electronically controlled dose capturing means are provided as a dose capturing unit configured for being attached relative to the injection device, and wherein the dose capturing unit when attached relative to the injection device couples to the expelling means to exert a counteracting force to the force exerted by the mechanical energy storage unit to limit the speed of relative movement of the dosing member (350, 500) during expelling of the set dose amount. - a housing (110,120,130,140), - expelling means for expelling an amount of drug from the reservoir, comprising: (i) setting means (200, 250, 400) allowing a user to set a dose amount of drug to be expelled, (ii) actuation means for releasing the drug expelling means to expel the set dose amount, and (iii) a mechanical energy storage unit coupled to the actuation means which upon release exerts a driving force for driving the expelling means to expel the set dose amount when the actuation means is actuated, (i) setting means (200, 250, 400) allowing a user to set a dose amount of drug to be expelled, (ii) actuation means for releasing the drug expelling means to expel the set dose amount, and (iii) a mechanical energy storage unit coupled to the actuation means which upon release exerts a driving force for driving the expelling means to expel the set dose amount when the actuation means is actuated,
A truck or tractor semi-trailer combination comprising an electrical driveline, an electric energy storage battery system, hydrogen storage system and a plurality of fuel cell devices, each fuel cell device comprising a charge generating portion; and one or more auxiliary portions auxiliary to the charge generating portion, wherein the truck is provided with a pair of elongated chassis beams extending along the length of the truck, wherein a storage space is defined between the chassis beams; a front side member laterally extending across the chassis beams; and a rear side cross beam; characterized in that at least one storage unit is provided that houses a fuel cell device, said storage unit comprising one or more mounts for suspending said storage unit relative to the chassis beams; and further comprising an interface module for coupling an air supply duct, an hydrogen supply duct and a water drain duct, wherein the storage unit has a top part extending between the chassis beams in said storage space; and a bottom part extending below the chassis beams and extending at least on one side laterally across the chassis beams.
A method of pre-configuring a dual-active bridge DC-DC converter comprising a controller, the method comprising: increasing, by the controller, a commanded phase shift between a primary bridge circuit and a secondary bridge circuit; determining for a plurality of phase shifts, the occurrence of a phase shift error caused by a switching dead time in the converter; detecting, by the controller, a zero voltage switching boundary condition under which the phase shift error vanishes; and determining a magnetic coupling coefficient of a wireless power transfer system of the dual-active bridge DC-DC converter by inserting the zero voltage switching boundary condition into a mathematical model, wherein the system is configured to start nominal operation at nominal switching frequencies once the coupling coefficient is known by the controller, and wherein detecting a zero voltage switching boundary condition comprises detecting a stagnation of sensed circuit parameters while increasing the commanded phase shift between the two converter bridge circuits, and wherein the sensed circuit parameters comprise at least one of an input DC bus current, an output DC bus current, or a bridge output voltage pulse width modulation pattern. increasing, by the controller, a commanded phase shift between a primary bridge circuit and a secondary bridge circuit; determining for a plurality of phase shifts, the occurrence of a phase shift error caused by a switching dead time in the converter; detecting, by the controller, a zero voltage switching boundary condition under which the phase shift error vanishes; and determining a magnetic coupling coefficient of a wireless power transfer system of the dual-active bridge DC-DC converter by inserting the zero voltage switching boundary condition into a mathematical model, wherein the system is configured to start nominal operation at nominal switching frequencies once the coupling coefficient is known by the controller, and wherein detecting a zero voltage switching boundary condition comprises detecting a stagnation of sensed circuit parameters while increasing the commanded phase shift between the two converter bridge circuits, and wherein the sensed circuit parameters comprise at least one of an input DC bus current, an output DC bus current, or a bridge output voltage pulse width modulation pattern.
Dosing valve for a gaseous fuel, comprising a plate-like valve seat element, which has at least one throughflow opening for the gaseous fuel, a closure element, which interacts sealingly with the valve seat element and is able to perform stroke movements and which serves for opening up and closing off the at least one throughflow opening, and a corrugated or fold bellows, which is connected to the closure element and which delimits a compensation space, and is connected to a pressure space via a cutout formed in the closure element, so that the same gas pressure prevails in the compensation space and in the pressure space irrespective of the switching position of the dosing valve, wherein, with an open dosing valve, gaseous fuel flows out of the pressure space via the at least one throughflow opening, characterized in that the compensation space is arranged on that side of the closure element facing the valve seat element and is delimited in an axial direction by a pressure surface which is formed on the closure element or on a flange component connected to the closure element.
A method for producing an influenza virus, and in particular vaccine seeds, in which the production is carried out in vitro in cell culture, in a MDCK cell line, characterized in that the production is carried out in the presence of an Mdm2 antagonist, inhibitor of the interaction between the Mdm2 protein and the p53 protein, chosen from: - Nutlin-3, (±)-4-[4,5-bis(4-chlorophenyl)-2-(2-isopropoxy-4-methoxy-phenyl)-4,5-dihydroimidazole-1-carbonyl]piperazin-2-one of formula: - the NSC66811 molecule (2-methyl-7-[phenyl(phenylamino)methyl]-8-quinolinol) of formula: - and the molecules having the following formula: - Nutlin-3, (±)-4-[4,5-bis(4-chlorophenyl)-2-(2-isopropoxy-4-methoxy-phenyl)-4,5-dihydroimidazole-1-carbonyl]piperazin-2-one of formula: - the NSC66811 molecule (2-methyl-7-[phenyl(phenylamino)methyl]-8-quinolinol) of formula: - and the molecules having the following formula:
Connection of a connection wire with a stranded wire, wherein - a connecting part has a first metallic surface of a first metal material and a second metallic surface of a second metal material different from the first metal material, - the stranded wire is made of a metal material, - the connecting part is laid around the stranded wire encasing it, with the first metallic surface adjacent to the stranded wire, and - the connecting part is at least positively connected to the stranded wire, wherein - the connecting part with the second metallic surface facing away from the stranded wire is connected to the connection wire in a material bond characterized in that - the connecting part is laid around the stranded wire as a cut-to-length strip, or in that the connecting part is laid around the stranded wire from an endless belt and is then cut to length. - a connecting part has a first metallic surface of a first metal material and a second metallic surface of a second metal material different from the first metal material, - the stranded wire is made of a metal material, - the connecting part is laid around the stranded wire encasing it, with the first metallic surface adjacent to the stranded wire, and - the connecting part is at least positively connected to the stranded wire, wherein - the connecting part with the second metallic surface facing away from the stranded wire is connected to the connection wire in a material bond - the connecting part is laid around the stranded wire as a cut-to-length strip, or in that the connecting part is laid around the stranded wire from an endless belt and is then cut to length.
A cooking apparatus comprising: a knob comprising a fixing member fixed to a front surface of a main body of the cooking apparatus, a rotating member supported by the fixing member and rotatably installed on the main body, and a display provided on the fixing member to display status information of the cooking apparatus; the cooking apparatus further characterised by comprising: a controller configured to transmit the status information of the cooking apparatus displayed on the display through a wireless communication network, wherein the fixing member and the display are configured to form a curved surface, wherein the curvature of the display is equal to or similar to the curvature of the fixing member, and wherein the display is disposed at the curved surface of the fixing member. a knob comprising a fixing member fixed to a front surface of a main body of the cooking apparatus, a rotating member supported by the fixing member and rotatably installed on the main body, and a display provided on the fixing member to display status information of the cooking apparatus; the cooking apparatus further characterised by comprising: a controller configured to transmit the status information of the cooking apparatus displayed on the display through a wireless communication network, wherein the fixing member and the display are configured to form a curved surface, wherein the curvature of the display is equal to or similar to the curvature of the fixing member, and wherein the display is disposed at the curved surface of the fixing member. a controller configured to transmit the status information of the cooking apparatus displayed on the display through a wireless communication network, wherein the fixing member and the display are configured to form a curved surface, wherein the curvature of the display is equal to or similar to the curvature of the fixing member, and wherein the display is disposed at the curved surface of the fixing member.
A compound of formula in the form of any one of its stereoisomers or as a mixture thereof, and wherein carbon 4 of the cyclohexenyl group has an absolute S configuration and R represents a hydrogen atom or a methyl group..
A method, characterized by comprising: obtaining, by a client being a consumer of user equipment context information for at least one user equipment, from a network node, an address of a data storage function, DSF, or home subscriber server front end, HSS-FE, or network exposure function, NEF, that contains the user equipment context information for the at least one user equipment; and accessing, by the client and based on the obtained address, the data storage function, DSF, or home subscriber server front end,HSS-FE, or network exposure function, NEF, to register for the user equipment context information. obtaining, by a client being a consumer of user equipment context information for at least one user equipment, from a network node, an address of a data storage function, DSF, or home subscriber server front end, HSS-FE, or network exposure function, NEF, that contains the user equipment context information for the at least one user equipment; and accessing, by the client and based on the obtained address, the data storage function, DSF, or home subscriber server front end,HSS-FE, or network exposure function, NEF, to register for the user equipment context information.
Hair removal device, in particular an electric shaver or a hair trimmer, comprising: - a handle having a motor, - a cutting head having a blade unit with a first and second blade (6, 7) for cutting hair, said blade unit being driven by said motor, so that at least one of said first and second blade (6, 7) reciprocates relative to the other in a reciprocation direction, said cutting head having a first snap fit connector (9a, 9b) and - a comb attachment releasably attachable to the cutting head, said comb attachment having a second snap fit connector (11a, 11b) provided to engage by snap fit connection with the first snap fit connector (9a, 9b) for attaching the comb attachment at the cutting head, wherein, - said first snap fit connector (9a, 9b) is at least one of: formed in a shape to flex, made of a material to flex or supported to flex, so that said first snap fit connector (9a, 9b) is able to flex when brought into engagement with said second snap fit connector (11a, 11b), characterised in that the first snap fit connector (9a, 9b) is one piece integral with a cutting head housing. - a handle having a motor, - a cutting head having a blade unit with a first and second blade (6, 7) for cutting hair, said blade unit being driven by said motor, so that at least one of said first and second blade (6, 7) reciprocates relative to the other in a reciprocation direction, said cutting head having a first snap fit connector (9a, 9b) and - a comb attachment releasably attachable to the cutting head, said comb attachment having a second snap fit connector (11a, 11b) provided to engage by snap fit connection with the first snap fit connector (9a, 9b) for attaching the comb attachment at the cutting head, wherein, - said first snap fit connector (9a, 9b) is at least one of: formed in a shape to flex, made of a material to flex or supported to flex, so that said first snap fit connector (9a, 9b) is able to flex when brought into engagement with said second snap fit connector (11a, 11b), characterised in that the first snap fit connector (9a, 9b) is one piece integral with a cutting head housing.
An integrated crashpad, comprising: an integrally formed crashpad base indented on a passenger-facing front surface thereof toward a front portion of a vehicle, wherein the crashpad base is configured to have an accommodation space with a front airbag disposed therein; a front airbag door integrally formed with the crashpad base, configured to open based on a first bent portion indented on the front surface of the crashpad base as a score line and coupled to a second bent portion on the front surface of the crashpad base to define the accommodation space; and a reinforcement sheet configured to be inserted into the crashpad base and the front airbag door to connect the crashpad base and the front airbag door based on the score line, wherein the reinforcement sheet is configured to prevent the front airbag door from separating from the crashpad base along the score line when the front airbag is inflated, and wherein the reinforcement sheet includes: a reinforced fiber layer formed in a weave pattern that is impregnated with resin; a resin layer disposed over top and bottom surfaces of the reinforced fiber layer; and a plurality of protrusions formed on a surface of the resin layer to be configured to enable the reinforcement sheet to maintain a fixed position during a process of insert injection molding of the crashpad base, the front airbag door, and the reinforcement sheet. an integrally formed crashpad base indented on a passenger-facing front surface thereof toward a front portion of a vehicle, wherein the crashpad base is configured to have an accommodation space with a front airbag disposed therein; a front airbag door integrally formed with the crashpad base, configured to open based on a first bent portion indented on the front surface of the crashpad base as a score line and coupled to a second bent portion on the front surface of the crashpad base to define the accommodation space; and a reinforcement sheet configured to be inserted into the crashpad base and the front airbag door to connect the crashpad base and the front airbag door based on the score line, wherein the reinforcement sheet is configured to prevent the front airbag door from separating from the crashpad base along the score line when the front airbag is inflated, and wherein the reinforcement sheet includes: a reinforced fiber layer formed in a weave pattern that is impregnated with resin; a resin layer disposed over top and bottom surfaces of the reinforced fiber layer; and a plurality of protrusions formed on a surface of the resin layer to be configured to enable the reinforcement sheet to maintain a fixed position during a process of insert injection molding of the crashpad base, the front airbag door, and the reinforcement sheet. a reinforced fiber layer formed in a weave pattern that is impregnated with resin; a resin layer disposed over top and bottom surfaces of the reinforced fiber layer; and a plurality of protrusions formed on a surface of the resin layer to be configured to enable the reinforcement sheet to maintain a fixed position during a process of insert injection molding of the crashpad base, the front airbag door, and the reinforcement sheet.
A method for operating a pedestal (102a, 102b) of an Electronic Article Surveillance, EAS, system, comprising: - capturing at least one first image or video by a camera (108a-108h) coupled to the pedestal (102a, 102b); - analyzing the at least one first image or video to detect a presence of a person (600, 604, 608) and determine a location of the person (600, 604, 608) detected as present relative to the camera (108a-108h); - determining, by a system controller of the EAS system for the pedestal (102a, 102b), a first beam pointing direction for an antenna (120a, 120b, 302a, 302b) of the pedestal (102a, 102b) based on the determined location of the person (600, 604, 608) detected as present; and - steering, by the system controller, a read beam of the antenna (120a, 120b, 302a, 302b) in accordance with the first beam pointing direction so that a main lobe (304, 404) of a field pattern (300, 400) of the antenna (120a, 120b, 302a, 302b) covers a first area (A, B, C, D, E) of an interrogation zone including the determined location. - capturing at least one first image or video by a camera (108a-108h) coupled to the pedestal (102a, 102b); - analyzing the at least one first image or video to detect a presence of a person (600, 604, 608) and determine a location of the person (600, 604, 608) detected as present relative to the camera (108a-108h); - determining, by a system controller of the EAS system for the pedestal (102a, 102b), a first beam pointing direction for an antenna (120a, 120b, 302a, 302b) of the pedestal (102a, 102b) based on the determined location of the person (600, 604, 608) detected as present; and - steering, by the system controller, a read beam of the antenna (120a, 120b, 302a, 302b) in accordance with the first beam pointing direction so that a main lobe (304, 404) of a field pattern (300, 400) of the antenna (120a, 120b, 302a, 302b) covers a first area (A, B, C, D, E) of an interrogation zone including the determined location.
Process for forming a layer of semiconductor material from a substrate, or donor substrate, made of the same semiconductor material, comprising: - formation in said donor substrate of a high lithium concentration zone, with a concentration between 5x10 18 atoms/cm 3 and 5x10 20 atoms/cm 3, - then an hydrogen implantation (18, 24) in the donor substrate, in, or in the vicinity of, the high lithium concentration zone, - assembly of the donor substrate implanted with a stiffener, - application of a thermal budget to result in the detachment of the layer defined in the donor substrate by the implantation. - formation in said donor substrate of a high lithium concentration zone, with a concentration between 5x10 18 atoms/cm 3 and 5x10 20 atoms/cm 3, - then an hydrogen implantation (18, 24) in the donor substrate, in, or in the vicinity of, the high lithium concentration zone, - assembly of the donor substrate implanted with a stiffener, - application of a thermal budget to result in the detachment of the layer defined in the donor substrate by the implantation.