mhurhangee/patent-ind-claim-en huggingface dataset:
A vane structure for a gas turbine engine, comprising: an outer vane platform ; an inner vane platform ; an airfoil section which defines an inner airfoil wall surface ; and a baffle mounted within said airfoil section to define a cooling circuit between said inner airfoil wall surface and said baffle , said cooling circuit defines a serpentine circuit ; wherein said baffle defines a pass-thru passage ; wherein said pass-thru passage communicates a pass-thru airflow (Sr) from an entrance located in the outer vane platform to an exit in the inner vane platform , and said serpentine circuit receives cooling airflow that enters the serpentine circuit through said entrance , and wherein said cooling circuit is at least partially defined by a multiple of ribs in said inner airfoil wall surface , wherein said baffle interlocks with said multiple of ribs , characterised in that : said baffle is relatively loosely fit within a cavity adjacent to said multiple of ribs , such that during operation of said gas turbine engine said baffle is configured to expand due to an increase in temperature as well as a relatively higher pressure pass-thru airflow (Sr) within said baffle compared to a relatively lower pressure convective and film cooling airflow (Sf) around the baffle , thereby providing an effective seal between said baffle and said multiple of ribs . an outer vane platform ; an inner vane platform ; an airfoil section which defines an inner airfoil wall surface ; and a baffle mounted within said airfoil section to define a cooling circuit between said inner airfoil wall surface and said baffle , said cooling circuit defines a serpentine circuit ; wherein said baffle defines a pass-thru passage ; wherein said pass-thru passage communicates a pass-thru airflow (Sr) from an entrance located in the outer vane platform to an exit in the inner vane platform , and said serpentine circuit receives cooling airflow that enters the serpentine circuit through said entrance , and wherein said cooling circuit is at least partially defined by a multiple of ribs in said inner airfoil wall surface , wherein said baffle interlocks with said multiple of ribs , characterised in that : said baffle is relatively loosely fit within a cavity adjacent to said multiple of ribs , such that during operation of said gas turbine engine said baffle is configured to expand due to an increase in temperature as well as a relatively higher pressure pass-thru airflow (Sr) within said baffle compared to a relatively lower pressure convective and film cooling airflow (Sf) around the baffle , thereby providing an effective seal between said baffle and said multiple of ribs .
Process for the preparation of fluoroalkylnitriles of the general formula (I) by catalytic gas-phase dehydration, in which X 1 and X 2 are, independently of each other, a halogen, hydrogen or methyl, characterized in that fluorinated carboxamides of the formula (II) in which X 1 and X 2 have the abovementioned meanings, are converted into the gas phase and are reacted in the presence of catalysts from the group of zeolites, aluminium phosphate, zirconium dioxide and heteropolyacids. X 1 and X 2 are, independently of each other, a halogen, hydrogen or methyl, characterized in that fluorinated carboxamides of the formula (II) in which X 1 and X 2 have the abovementioned meanings, are converted into the gas phase and are reacted in the presence of catalysts from the group of zeolites, aluminium phosphate, zirconium dioxide and heteropolyacids.
A laundry washing machine comprising: - a cabinet supporting a washing drum adapted to receive laundry and a washing tub external to said washing drum ; - a treating agents dispenser (20; 120; 220; 320; 420) comprising one or more compartments (23a; 323a; 423) adapted to be filled with at least one treating agent, said treating agents dispenser (20; 120; 220; 320; 420) being provided with one or more water conveying lines for conveying water to said one or more compartments (23a; 323a; 423); - a supply line , fluidly connecting said treating agents dispenser (20; 120; 220; 320; 420) and said washing tub ; - a control unit for controlling functioning of said laundry washing machine ; - an interface unit by means of which the user may select and/or set parameters; characterised in that at least a first one of said one or more compartments (23a; 323a; 423) is suited to receive a unit dose package (DP) comprising a pre-measured amount of treating agent (D) incorporated into a water-soluble pouch (P) and in that at least a first one of said one or more water conveying lines comprises at least one nozzle (41, 42, 43; 341, 342, 343; 441) for generating at least one water jet (51, 52, 53; 451) into said first compartment (23a; 323a; 423) so that said at least one water jet (51, 52, 53; 451) hits said unit dose package (DP) and breaks said water-soluble pouch (P) wherein said at least one nozzle (41, 42, 43; 341, 342, 343; 441) generates at least one water jet (51, 52, 53; 451) directed towards a predefined zone inside said first compartment (23a; 323a; 423) which is suited for receiving said unit dose package (DP), wherein said at least one nozzle (41, 42, 43; 341, 342, 343; 441) comprises a first portion (44; 444) and a second terminal portion (45; 445) arranged downstream from the first portion (44; 444), wherein said first portion (44; 444) has a shape which narrows down from a larger cross section to a smaller cross section and wherein said second terminal portion (45; 445) has a constant, or substantially constant, cross section. - a cabinet supporting a washing drum adapted to receive laundry and a washing tub external to said washing drum ; - a treating agents dispenser (20; 120; 220; 320; 420) comprising one or more compartments (23a; 323a; 423) adapted to be filled with at least one treating agent, said treating agents dispenser (20; 120; 220; 320; 420) being provided with one or more water conveying lines for conveying water to said one or more compartments (23a; 323a; 423); - a supply line , fluidly connecting said treating agents dispenser (20; 120; 220; 320; 420) and said washing tub ; - a control unit for controlling functioning of said laundry washing machine ; - an interface unit by means of which the user may select and/or set parameters;
A fenfluramine active pharmaceutical ingredient comprising fenfluramine and having less than 0.2% by weight in total of trifluoromethyl regioisomers of fenfluramine.
An agricultural machine comprising: an auxiliary vehicle comprising a driver's workplace ; an agricultural vehicle comprising a loading ramp for transporting the auxiliary vehicle ; and a control unit ; wherein the agricultural machine is operable in a combined configuration or in a separated configuration; wherein the driver's workplace comprises a human machine interface for controlling a manual driving function of the agricultural vehicle and a manual driving function of the auxiliary vehicle ; and wherein the control unit is configured to disable the manual driving function of the auxiliary vehicle if the combined configuration of the agricultural machine is present and to enable the manual driving function of the auxiliary vehicle if the separated configuration of the agricultural machine is present. an auxiliary vehicle comprising a driver's workplace ; an agricultural vehicle comprising a loading ramp for transporting the auxiliary vehicle ; and a control unit ; wherein the agricultural machine is operable in a combined configuration or in a separated configuration; wherein the driver's workplace comprises a human machine interface for controlling a manual driving function of the agricultural vehicle and a manual driving function of the auxiliary vehicle ; and wherein the control unit is configured to disable the manual driving function of the auxiliary vehicle if the combined configuration of the agricultural machine is present and to enable the manual driving function of the auxiliary vehicle if the separated configuration of the agricultural machine is present.
A method of providing validated data related to an industrial process, the method comprising: sensing a process variable of the industrial process with a field device having a stored cipher and a secret method for data validation, the cipher and the secret method only known to a validator, the validator being a manufacturer of the field device or a validation service; periodically storing in the field device, stored data including a history of process data representative of the process variable; transmitting a message in response to a request for data, the message containing the stored data from the field device together with an encrypted validation string generated by the field device using the stored data, the cipher, and the secret method; providing the stored data in unencrypted form and the validation string to the validator with knowledge of the cipher and the secret method used by the field device for validation of the stored data based upon the validation string; maintaining, at the validator, a secure database associating field devices, secret methods, and ciphers; identifying, at the validator, which field device generated the validation string; determining, at the validator, the cipher associated with the identified field device; and determining, at the validator, whether the information is valid using the validation string, the cipher associated with the identified field device, and the same secret method used by the field device that generated the stored data; wherein the stored data includes data identifying the field device. sensing a process variable of the industrial process with a field device having a stored cipher and a secret method for data validation, the cipher and the secret method only known to a validator, the validator being a manufacturer of the field device or a validation service; periodically storing in the field device, stored data including a history of process data representative of the process variable; transmitting a message in response to a request for data, the message containing the stored data from the field device together with an encrypted validation string generated by the field device using the stored data, the cipher, and the secret method; providing the stored data in unencrypted form and the validation string to the validator with knowledge of the cipher and the secret method used by the field device for validation of the stored data based upon the validation string; maintaining, at the validator, a secure database associating field devices, secret methods, and ciphers; identifying, at the validator, which field device generated the validation string; determining, at the validator, the cipher associated with the identified field device; and determining, at the validator, whether the information is valid using the validation string, the cipher associated with the identified field device, and the same secret method used by the field device that generated the stored data; wherein the stored data includes data identifying the field device.
Pump for dispensing a fluid product able to be mounted on a container of the flexible tube or rigid bottle type, comprising - a metering chamber with variable volume defined at least partially by a membrane that can be deformed between an initial state wherein the volume of the metering chamber is maximal and a deformed state wherein the volume of the metering chamber is minimal; - an intake valve for the fluid product to the metering chamber ; - an exhaust valve for the fluid product from the metering chamber ; - means for opening and closing the intake and exhaust valves; said pump consisting of a single moulded part comprising two portions, respectively a body and a cap , connected by an articulation of the film-hinge type, the cap comprising: - said membrane having a central axis X; - said means for closing and opening the intake valve; - an exhaust orifice of the valve; characterised in that the cap also comprises a control rod extending along the axis X from the membrane in the direction of the body when the cap is positioned on the body . - a metering chamber with variable volume defined at least partially by a membrane that can be deformed between an initial state wherein the volume of the metering chamber is maximal and a deformed state wherein the volume of the metering chamber is minimal; - an intake valve for the fluid product to the metering chamber ; - an exhaust valve for the fluid product from the metering chamber ; - means for opening and closing the intake and exhaust valves; - said membrane having a central axis X; - said means for closing and opening the intake valve; - an exhaust orifice of the valve;
A pad configured to attach to a jaw of a surgical clamp , comprising: an elongate body configured to extend over a surface of a jaw of a surgical clamp ; and a flexible elongate attachment member connected to said body and configured for slidable insertion in a loading direction into an elongate cavity extending longitudinally through said jaw , wherein the elongate body has a first end and a second end , wherein the first end is configured to be inserted first into the cavity , and further comprising a direction indicator to identify which end is first inserted into said cavity ; characterized in that the direction indicator comprises angled edges defining a terminal point oriented in said loading direction; and wherein the attachment member has a gradually curved surface at one end and a squared structure at the other end, where the gradually curved surface is at the same end as the direction indicator . an elongate body configured to extend over a surface of a jaw of a surgical clamp ; and a flexible elongate attachment member connected to said body and configured for slidable insertion in a loading direction into an elongate cavity extending longitudinally through said jaw , wherein the elongate body has a first end and a second end , wherein the first end is configured to be inserted first into the cavity , and further comprising a direction indicator to identify which end is first inserted into said cavity ; characterized in that the direction indicator comprises angled edges defining a terminal point oriented in said loading direction; and wherein the attachment member has a gradually curved surface at one end and a squared structure at the other end, where the gradually curved surface is at the same end as the direction indicator .
A method, comprising: determining a minimum link setup level and a maximum link setup level for a terminal ; and communicating the minimum link setup level and the maximum link setup level to the terminal, wherein the minimum link setup level defines operations that the terminal needs to execute successfully before the terminal is allowed to report a network or a radio access technology as available to a base station that communicated the minimum link setup level and the maximum link setup level to the terminal, and the maximum link setup level defines the operations that the terminal is allowed to execute before reporting a network or a radio access technology as available to a base station that communicated the minimum link setup level and the maximum link setup level to the terminal. determining a minimum link setup level and a maximum link setup level for a terminal ; and communicating the minimum link setup level and the maximum link setup level to the terminal, wherein the minimum link setup level defines operations that the terminal needs to execute successfully before the terminal is allowed to report a network or a radio access technology as available to a base station that communicated the minimum link setup level and the maximum link setup level to the terminal, and the maximum link setup level defines the operations that the terminal is allowed to execute before reporting a network or a radio access technology as available to a base station that communicated the minimum link setup level and the maximum link setup level to the terminal.
A method of additively manufacturing a fiber preform article , comprising: dispensing an additive manufacturing fiber tow in a fiber preform article configuration, the additive manufacturing fiber tow including a bundle of plural elongate fibers and bindments interposed among the plural elongate fibers , the bindments establishing plural interstitial regions among the plural elongate fibers ; and fixing the bindments with the elongate fibers to hold the additive manufacturing fiber tow in the fiber preform article configuration with the plural interstitial regions among the plural elongate fibers . dispensing an additive manufacturing fiber tow in a fiber preform article configuration, the additive manufacturing fiber tow including a bundle of plural elongate fibers and bindments interposed among the plural elongate fibers , the bindments establishing plural interstitial regions among the plural elongate fibers ; and fixing the bindments with the elongate fibers to hold the additive manufacturing fiber tow in the fiber preform article configuration with the plural interstitial regions among the plural elongate fibers .
A vertical axis-type wind turbine assembly comprising a mast with an electric generator , and a wind wheel in a form of crossbeams extending radially from the mast in a connection of a shaft of the generator with vertical blades that have an aerodynamic profile which is oriented towards an axis of rotation of the wind wheel with its convexity, wherein each blade of the wind wheel is equipped with an additional blade having the same aerodynamic profile and a chord value, characterized in that the additional blade has a slat that is typical for subsonic speeds and is mounted relative to the blade such that its convexity is oriented towards the axis of rotation with an offset of the additional blade relative to the axis of rotation of the wind wheel by 1/3 of the chord and by 2/3 of the chord in a direction of rotation of the wind wheel, and each blade and the additional blade are mounted on the crossbeam such as to allow changing of their attack angle and to fix a selected angle.
A filling apparatus for containers , comprising: - a plurality of filling devices , each of which comprises a dispensing nozzle for dispensing a fluid; - a plurality of dummy bottle prints , each dummy bottle print being associated with one of said filling devices and being movable at least between a first position, in which it is located below the corresponding dispensing nozzle , and a second position, in which it is moved away from said dispensing nozzle ; - confining means bounding an environment in which said dummy bottle prints are located, and - a discharge circuit comprising a plurality of conduits , characterised in that said discharge circuit is configured to place the dummy bottle prints in fluid communication with said environment . - a plurality of filling devices , each of which comprises a dispensing nozzle for dispensing a fluid; - a plurality of dummy bottle prints , each dummy bottle print being associated with one of said filling devices and being movable at least between a first position, in which it is located below the corresponding dispensing nozzle , and a second position, in which it is moved away from said dispensing nozzle ; - confining means bounding an environment in which said dummy bottle prints are located, and - a discharge circuit comprising a plurality of conduits , characterised in that said discharge circuit is configured to place the dummy bottle prints in fluid communication with said environment .
Set of sheet-metal laminations for constructing a component for an electrical machine , comprising a first sheet-metal lamination which has a first region and a second region , which regions are connected to one another by means of a connecting section , and comprising a second sheet-metal lamination , the geometry of which corresponds substantially to the geometry of the second region ; wherein the first sheet-metal lamination has a fold region which can be entirely or partially folded over onto a side of the first region of the sheet-metal lamination in a manner suitable for reducing magnetic leakage fluxes in the connecting region and for increasing the mechanical stability of the component .
Disc brake for a utility vehicle, - having a brake calliper engaging over a brake disc, - said brake calliper being displaceably held on at least one guide bar , which is connected to a stationary brake carrier by means of a screw , - wherein the screw is fed through the guide bar , characterised in that - the guide bar has impressing elements , configured as toothing, integrally formed on its end face , which bears against the brake carrier , at least in a circumferential or radial partial region, said impressing elements engaging through being impressed into the brake carrier , thereby forming a positively locking connection, wherein the impressing elements have a greater hardness than the brake carrier in the abutment region of the guide bar and/or - a bearing face of the brake carrier , against which the end face of the guide bar bears, has impressing elements which are integrally formed at least in a circumferential or radial partial region, and which engage through being impressed into the end face , thereby forming a positively locking connection and/or a frictionally locking connection, wherein the impressing elements have a greater hardness than the end face of the guide bar in the abutment region of the brake carrier , - wherein the impressing elements are configured as points or edges distributed in an ordered or unordered manner and of equal or unequal height. - having a brake calliper engaging over a brake disc, - said brake calliper being displaceably held on at least one guide bar , which is connected to a stationary brake carrier by means of a screw , - wherein the screw is fed through the guide bar , - the guide bar has impressing elements , configured as toothing, integrally formed on its end face , which bears against the brake carrier , at least in a circumferential or radial partial region, said impressing elements engaging through being impressed into the brake carrier , thereby forming a positively locking connection, wherein the impressing elements have a greater hardness than the brake carrier in the abutment region of the guide bar and/or - a bearing face of the brake carrier , against which the end face of the guide bar bears, has impressing elements which are integrally formed at least in a circumferential or radial partial region, and which engage through being impressed into the end face , thereby forming a positively locking connection and/or a frictionally locking connection, wherein the impressing elements have a greater hardness than the end face of the guide bar in the abutment region of the brake carrier , - wherein the impressing elements are configured as points or edges distributed in an ordered or unordered manner and of equal or unequal height.
Polymorph C of N-((4,6-dimethyl-2-oxo-1,2-dihydropyridin-3-yl)methyl)-5-(ethyl (tetrahydro-2H-pyran-4-yl)amino)-4-methyl-4'-(morpholinomethyl)-[1,1'-biphenyl]-3-carboxamide monohydrochloride, wherein the polymorph exhibits an X-ray powder diffraction pattern having two or more characteristic peaks expressed in degrees 2-theta (+/-0.2) at 17.53, 18.66, 21.14, 22.22, 23.46, 27.72 and 30.30; and wherein the X-ray powder diffraction pattern is obtained using the following methodology: Target: Cu; Tube voltage: 40 kV; Tube current: 30 mA, at room temperature, and at 30% relative humidity.