mhurhangee/patent-ind-claim-en huggingface dataset:
A wind turbine blade for a wind turbine , comprising a blade shell having an inner surface , a shear web having an end and a male portion protruding from the end , and a spar cap having a female portion receiving the male portion of the shear web , wherein an end face of the male portion is attached to the inner surface of the blade shell , wherein the spar cap comprises a base attached to the inner surface of the blade shell and walls protruding from the base sandwiching the shear web therebetween, and wherein the female portion is formed at the base of the spar cap .
A connection device for electrically connecting a vehicle to a charging cable provided with a charging socket , the connection device comprising a housing in which there are mounted at least a first and a second power contact , each power contact comprising a front section which extends in a connection base at the front of the casing and a rear section which extends in a rear part of the casing , in a direction substantially parallel to a direction of connection (A1) of the charging socket , the connection base being provided to allow connection of the complementary charging socket , this device comprising at least one printed circuit board mounted in the rear part of the housing , the printed circuit board extending in a plane substantially parallel to the connection base . branching direction (A1), characterised in that said printed circuit board comprises a first face provided with a first metal cushion which is compressed between the printed circuit board and the branching direction (A1). and an axial surface of the rear section of the first power contact , and a second face provided with a first power contact sensor. temperature which is arranged opposite the first metal cushion , so as to allow rapid detection of any abnormal rise in temperature at the first power contact . connection (A1) of the charging socket , the connection base being provided to allow connection of the complementary charging socket , this device comprising at least one printed circuit board mounted in the rear part of the housing , the printed circuit board extending in a plane substantially parallel to the connection base . branching direction (A1), characterised in that said printed circuit board comprises a first face provided with a first metal cushion which is compressed between the printed circuit board and the branching direction (A1). and an axial surface of the rear section of the first power contact , and a second face provided with a first power contact sensor. temperature which is arranged opposite the first metal cushion , so as to allow rapid detection of any abnormal rise in temperature at the first power contact .
A gear device which adjusts a temperature of lubricating oil by supplying the lubricating oil from a lower part of an enclosure of the gear device into a heat exchanger by means of a circulation pump and causing the lubricating oil and cooling water for an internal combustion engine to exchange heat with each other in the heat exchanger , characterized in that a level of the lubricating oil retained in the lower part when the circulation pump is stopped is defined as a highest oil level, while the level of the lubricating oil retained in the lower part when an amount of the lubricating oil pumped up by the circulation pump is maximum is defined as a lowest oil level, the heat exchanger is disposed at a position outside the enclosure and higher than the highest oil level, and the gear device comprises a control device which controls the amount of the oil to be pumped up by the circulation pump to adjust a height of the level of the oil which varies between the highest oil level and the lowest oil level.
A dental furnace comprising a heating element which is designed to deliver heating energy to the combustion chamber, the heating element having at least a first electrical connection and a second electrical connection and being designed as a resistive heating element, each electrical connection being supported against the dental furnace outside the combustion chamber and carrying an adjacent current-carrying part of the heating element , characterized in that the heating element has at least two current-carrying heating element portions which are laterally adjacent to each other in a transition region being non-current-carrying and extending away from the heating element portion , in that the transition region supports at least the two adjoining heating element portions and in turn is supported against the dental furnace at a location spaced apart from the electrical connections .
A method, comprising: receiving, in response to a user input, a first input from a first classifier of a first application, the first classifier having been trained using an application-independent reference dataset, the first input including a probability of at least a portion of the user input being in domain for the first application, wherein in domain for the first application refers to functionality provided by the first application in response to a first subset of the application-independent reference dataset; receiving, in response to the user input, a second input from a second classifier of a second application, the second classifier having been trained using the application-independent reference dataset, the second input including a probability of at least a portion of the user input being in domain for the second application, wherein in domain for the second application refers to functionality provided by the second application in response to a second subset of the application-independent reference dataset; and performing arbitration on the user input using the first and second inputs to prioritize a first one of the first and second applications for responding to the user input. receiving, in response to a user input, a first input from a first classifier of a first application, the first classifier having been trained using an application-independent reference dataset, the first input including a probability of at least a portion of the user input being in domain for the first application, wherein in domain for the first application refers to functionality provided by the first application in response to a first subset of the application-independent reference dataset; receiving, in response to the user input, a second input from a second classifier of a second application, the second classifier having been trained using the application-independent reference dataset, the second input including a probability of at least a portion of the user input being in domain for the second application, wherein in domain for the second application refers to functionality provided by the second application in response to a second subset of the application-independent reference dataset; and performing arbitration on the user input using the first and second inputs to prioritize a first one of the first and second applications for responding to the user input.
System for locating an object (S) to be x-rayed, comprising: - a container in which is incorporated, invisibly to the naked eye, an alphanumeric identifier that is opaque to x-rays and gamma rays, - a support incorporating, concealed or encrypted, a unique identifier associated with the object (S) to be x-rayed and/or the alphanumeric identifier, - a collar suitable for installing the container on the object (S) to be x-rayed, which collar is provided with a tamper-proof closure element , characterized in that: - the support is physically separate from the container and secured to the closure element of the collar , - the assembly formed by the support and the closure element is fixed detachably to the container , such that: ∘ in an initial attached state, the container is secured to the assembly formed by the support and the closure element , and ∘ in a detached state, the container is physical ly separated from the assembly formed by the support and the closure element . - a container in which is incorporated, invisibly to the naked eye, an alphanumeric identifier that is opaque to x-rays and gamma rays, - a support incorporating, concealed or encrypted, a unique identifier associated with the object (S) to be x-rayed and/or the alphanumeric identifier, - a collar suitable for installing the container on the object (S) to be x-rayed, which collar is provided with a tamper-proof closure element , - the support is physically separate from the container and secured to the closure element of the collar , - the assembly formed by the support and the closure element is fixed detachably to the container , such that: ∘ in an initial attached state, the container is secured to the assembly formed by the support and the closure element , and ∘ in a detached state, the container is physical ly separated from the assembly formed by the support and the closure element . ∘ in an initial attached state, the container is secured to the assembly formed by the support and the closure element , and ∘ in a detached state, the container is physical ly separated from the assembly formed by the support and the closure element .
A multi-module capacitive wireless power transfer system comprising: a first capacitive wireless power transfer module comprising a plurality of first module first coupling plates adapted to receive a voltage or current at an operating frequency having a first phase and a plurality of first module second coupling plates adapted to be coupled to the plurality of first module first coupling plates for receiving wireless power, wherein the plurality of first module first coupling plates and the plurality of first module second coupling plates define a first capacitive wireless power zone; and a second capacitive wireless power transfer module comprising a plurality of second module first coupling plates adapted to receive a voltage or current at an operating frequency having a second phase different from the first phase and a plurality of second module second coupling plates adapted to be coupled to the plurality of second module first coupling plates for receiving wireless power, wherein the plurality of second module first coupling plates and the plurality of second module second coupling plates define a second capacitive wireless power zone; and wherein the different first and second phases are adapted to oppose each other to provide field reduction or cancellation in one or more field reduction zones outside the first and second capacitive wireless power transfer zones. a first capacitive wireless power transfer module comprising a plurality of first module first coupling plates adapted to receive a voltage or current at an operating frequency having a first phase and a plurality of first module second coupling plates adapted to be coupled to the plurality of first module first coupling plates for receiving wireless power, wherein the plurality of first module first coupling plates and the plurality of first module second coupling plates define a first capacitive wireless power zone; and a second capacitive wireless power transfer module comprising a plurality of second module first coupling plates adapted to receive a voltage or current at an operating frequency having a second phase different from the first phase and a plurality of second module second coupling plates adapted to be coupled to the plurality of second module first coupling plates for receiving wireless power, wherein the plurality of second module first coupling plates and the plurality of second module second coupling plates define a second capacitive wireless power zone; and wherein the different first and second phases are adapted to oppose each other to provide field reduction or cancellation in one or more field reduction zones outside the first and second capacitive wireless power transfer zones.
A process for the hydroformylation of olefins to aldehydes, the process comprising: a. Hydroformylating one or more olefins with hydrogen and carbon monoxide in the presence of a ligand-rhodium catalyst in a reaction zone; b. Recovering a reactor effluent from the reaction zone, the reactor effluent comprising product aldehyde and the ligand-rhodium catalyst; c. Passing the reactor effluent and a strip gas to a vaporiser, wherein the strip gas comprises carbon monoxide and is formed from a recycle strip gas stream and a make-up strip gas stream, wherein the product aldehyde is vaporised into the strip gas in the vaporiser resulting in a vapour mixture, comprising the strip gas and the product aldehyde, and a liquid mixture, comprising the ligand-rhodium catalyst; d. Recovering the liquid mixture and recycling the ligand-rhodium catalyst to the reaction zone; e. Recovering the vapour mixture and separating the product aldehyde from the vapour mixture to create a product aldehyde stream and the recycle strip gas stream for returning to step (c); f. Purging a portion of the recycle strip gas as a purged strip gas stream; and g. Combining the purged strip gas stream with a hydrogen-containing stream to create a re-formed syngas stream, comprising hydrogen and carbon monoxide, and feeding the re-formed syngas stream to the reaction zone in step (a). a. Hydroformylating one or more olefins with hydrogen and carbon monoxide in the presence of a ligand-rhodium catalyst in a reaction zone; b. Recovering a reactor effluent from the reaction zone, the reactor effluent comprising product aldehyde and the ligand-rhodium catalyst; c. Passing the reactor effluent and a strip gas to a vaporiser, wherein the strip gas comprises carbon monoxide and is formed from a recycle strip gas stream and a make-up strip gas stream, wherein the product aldehyde is vaporised into the strip gas in the vaporiser resulting in a vapour mixture, comprising the strip gas and the product aldehyde, and a liquid mixture, comprising the ligand-rhodium catalyst; d. Recovering the liquid mixture and recycling the ligand-rhodium catalyst to the reaction zone; e. Recovering the vapour mixture and separating the product aldehyde from the vapour mixture to create a product aldehyde stream and the recycle strip gas stream for returning to step (c); f. Purging a portion of the recycle strip gas as a purged strip gas stream; and g. Combining the purged strip gas stream with a hydrogen-containing stream to create a re-formed syngas stream, comprising hydrogen and carbon monoxide, and feeding the re-formed syngas stream to the reaction zone in step (a).
A method comprising: receiving , by a computing device, a content asset comprising a plurality of content fragments including at least a first content fragment having an initial first playback duration and a second content fragment having an initial second playback duration; generating a manifest identifying the initial first playback duration and the initial second playback duration; transmitting the manifest; receiving information associated with an advertising opportunity, wherein the information indicates a location within either the first content fragment or the second content fragment to insert an advertisement; generating an updated manifest that indicates a first modified content fragment that begins from the beginning of the first content fragment and ends at the location and a second modified content fragment that begins at the location and ends at the end of the second content fragment, wherein the first modified content fragment has a modified first playback duration that is different than the initial first playback duration, and the second modified content fragment has a modified second playback duration that is different than the initial second playback duration; and causing transmission of the updated manifest. receiving , by a computing device, a content asset comprising a plurality of content fragments including at least a first content fragment having an initial first playback duration and a second content fragment having an initial second playback duration; generating a manifest identifying the initial first playback duration and the initial second playback duration; transmitting the manifest; receiving information associated with an advertising opportunity, wherein the information indicates a location within either the first content fragment or the second content fragment to insert an advertisement; generating an updated manifest that indicates a first modified content fragment that begins from the beginning of the first content fragment and ends at the location and a second modified content fragment that begins at the location and ends at the end of the second content fragment, wherein the first modified content fragment has a modified first playback duration that is different than the initial first playback duration, and the second modified content fragment has a modified second playback duration that is different than the initial second playback duration; and causing transmission of the updated manifest.
A fluid plant , in particular for a fluid installation , comprising a high-pressure line , an expansion system capable of converting the high-pressure fluid into low-pressure natural gas, and connected to the high-pressure line and a low-pressure line connected downstream of the expansion system , characterised in that it comprises a electricity generating system disposed in parallel with the expansion system and comprising: a double-acting cylinder connected upstream of the expansion system and downstream of said expansion system and comprising two supply ports alternately supplied by the high-pressure fluid; a hydraulic system connected to said double-acting cylinder and configured to transform the mechanical translational energy of said cylinder into a mechanical rotational energy; and an electric generator connected to the hydraulic system and configured to convert the mechanical rotational energy into electrical energy, the electricity generating system comprises a secondary high-pressure line connected to the high-pressure line and through which the high-pressure fluid is taken to be fed into the cylinder via one of the supply ports and a secondary low-pressure line connected to the low-pressure line and through which the low-pressure fluid exiting the other of the supply orifices of the cylinder is injected downstream of the expansion system and in that the fluid plant comprises: an electronic control unit configured to supply the high-pressure fluid to the double-acting cylinder , said electronic control unit being supplied with direct current by the electric generator , and two three-way solenoid valves controlled by the electronic control unit or at least one multiway distribution valve to alternately supply the high-pressure fluid to the two supply ports of the double-acting cylinder . an electronic control unit configured to supply the high-pressure fluid to the double-acting cylinder , said electronic control unit being supplied with direct current by the electric generator , and two three-way solenoid valves controlled by the electronic control unit or at least one multiway distribution valve to alternately supply the high-pressure fluid to the two supply ports of the double-acting cylinder .
A computer-implemented medical method of controlling a display in a medical environment including a plurality of displays , and involving the use of an augmented reality device , AR-device , the method comprising the following steps: - position data is acquired (S11), describing the line of sight of the AR-device and/or the line of sight of the eyes of a user with respect to the plurality of displays which are controlled by use of the AR-device, wherein it is determined whether the user is looking at one of the plurality of displays controlled by use of the AR-device and, if it is determined that the user is looking at one of the plurality of displays controlled by the use of the AR-device, the AR-device displays a virtual control interface to control the display the user is looking at by gestures acting on the virtual control interface ; - gesture data is acquired (S12), describing at least one gesture performed by the user ; - control data is determined (S13) based on the position data and the gesture data, describing a user's command to control the display . - position data is acquired (S11), describing the line of sight of the AR-device and/or the line of sight of the eyes of a user with respect to the plurality of displays which are controlled by use of the AR-device, wherein it is determined whether the user is looking at one of the plurality of displays controlled by use of the AR-device and, if it is determined that the user is looking at one of the plurality of displays controlled by the use of the AR-device, the AR-device displays a virtual control interface to control the display the user is looking at by gestures acting on the virtual control interface ; - gesture data is acquired (S12), describing at least one gesture performed by the user ; - control data is determined (S13) based on the position data and the gesture data, describing a user's command to control the display .
A method comprising: Receiving , by a data processor of a measurement device , an input to the measurement device identifying a test to be performed on a target device by the measurement device, characterized by the measurement device including a display including a graphical user interface providing an emulated view of a plurality of connection terminals of the measurement device configured to connect the measurement device to the target device to perform the test; providing based on the received input, the emulated view of the plurality of connection terminals via the graphical user interface ; determining , by the data processor and based on the received input, an indication identifying at least one connection terminal of the plurality of connection terminals to connect to the target device to perform the test; and providing , by the data processor, the indication of the at least one connection terminal by means of the graphical user interface via an indication mechanism associated with the at least one connection terminal. Receiving , by a data processor of a measurement device , an input to the measurement device identifying a test to be performed on a target device by the measurement device, characterized by the measurement device including a display including a graphical user interface providing an emulated view of a plurality of connection terminals of the measurement device configured to connect the measurement device to the target device to perform the test; providing based on the received input, the emulated view of the plurality of connection terminals via the graphical user interface ; determining , by the data processor and based on the received input, an indication identifying at least one connection terminal of the plurality of connection terminals to connect to the target device to perform the test; and providing , by the data processor, the indication of the at least one connection terminal by means of the graphical user interface via an indication mechanism associated with the at least one connection terminal.
Optical unit for a motor vehicle, the optical unit comprising a support part, a first mask and a second mask , characterized in that the first mask and the second mask are fixed to the support part by at least one elastic interlocking means comprising a housing with at least two parallel walls forming an air gap and defining a female element, the housing being configured to retain by elastic interlocking a first and a second fixing lug , the fixing lugs being superimposed according to the height of said air gap in a direction perpendicular to the walls of the housing and forming male elements; the support piece comprises at least said housing and, the first mask and the second mask respectively comprise at least said first , and at least said second tab fixing intended to be inserted into said housing .