mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor package comprising: a first device layer (DL1) including a plurality of first semiconductor devices , a first cover insulating layer , and a plurality of first through-electrodes passing through at least a portion of the first device layer (DL1); a second device layer (DL2) including a plurality of first semiconductor devices , a second cover insulating layer , and a plurality of second through-electrodes passing through at least a portion of the second device layer (DL2), the plurality of first semiconductor devices of the second device layer (DL2) vertically overlapping the plurality of first semiconductor devices ) of the first device layer (DL1), respectively, the second cover insulating layer is in contact with the first cover insulating layer , and the first cover insulating layer is adhered to the second cover insulating layer ; a third device layer (DL3) including an upper semiconductor chip (UC), the upper semiconductor chip (UC) vertically overlapping at least two of the plurality of first semiconductor devices of the first device layer (DL1) and vertically overlapping at least two of the plurality of first semiconductor devices of the second device layer (DL2); and a plurality of device bonded pads passing through the first cover insulating layer and the second cover insulating layer , the plurality of device bonded pads electrically connecting the plurality of first through-electrodes to the plurality of second through-electrodes which themselves are electrically connected to the upper semiconductor chip (UC). a first device layer (DL1) including a plurality of first semiconductor devices , a first cover insulating layer , and a plurality of first through-electrodes passing through at least a portion of the first device layer (DL1); a second device layer (DL2) including a plurality of first semiconductor devices , a second cover insulating layer , and a plurality of second through-electrodes passing through at least a portion of the second device layer (DL2), the plurality of first semiconductor devices of the second device layer (DL2) vertically overlapping the plurality of first semiconductor devices ) of the first device layer (DL1), respectively, the second cover insulating layer is in contact with the first cover insulating layer , and the first cover insulating layer is adhered to the second cover insulating layer ; a third device layer (DL3) including an upper semiconductor chip (UC), the upper semiconductor chip (UC) vertically overlapping at least two of the plurality of first semiconductor devices of the first device layer (DL1) and vertically overlapping at least two of the plurality of first semiconductor devices of the second device layer (DL2); and a plurality of device bonded pads passing through the first cover insulating layer and the second cover insulating layer , the plurality of device bonded pads electrically connecting the plurality of first through-electrodes to the plurality of second through-electrodes which themselves are electrically connected to the upper semiconductor chip (UC).
A method for dividing a brittle substrate , the method comprising: preparing a brittle substrate made of glass, ceramic, silicon, compound semiconductor, sapphire, or quartz, said brittle substrate including a first surface (SF1) and having a thickness direction (DT) perpendicular to said first surface; pressing a cutter edge (51; 51v) against said first surface of said brittle substrate; forming a trench line (TL) having a groove shape by causing said cutter edge pressed in said pressing to slide on said first surface of said brittle substrate to generate a plastic deformation on said first surface of said brittle substrate, said forming a trench line being performed to obtain a crack-free state in which said brittle substrate seamlessly continues in a direction (DC) intersecting said trench line directly below said trench line; maintaining said crack-free state after said forming a trench line, said maintaining said crack-free state comprising at least one of transporting said brittle substrate and processing said brittle substrate; after said maintaining said crack-free state, forming a crack line (CL) by extending a crack of said brittle substrate in said thickness direction along said trench line, said crack line breaking seamless continuity of said brittle substrate in the direction intersecting said trench line directly below said trench line; and dividing said brittle substrate along said crack line, characterized in that said cutter edge (51; 51v) is fixed to and held by a shank . preparing a brittle substrate made of glass, ceramic, silicon, compound semiconductor, sapphire, or quartz, said brittle substrate including a first surface (SF1) and having a thickness direction (DT) perpendicular to said first surface; pressing a cutter edge (51; 51v) against said first surface of said brittle substrate; forming a trench line (TL) having a groove shape by causing said cutter edge pressed in said pressing to slide on said first surface of said brittle substrate to generate a plastic deformation on said first surface of said brittle substrate, said forming a trench line being performed to obtain a crack-free state in which said brittle substrate seamlessly continues in a direction (DC) intersecting said trench line directly below said trench line; maintaining said crack-free state after said forming a trench line, said maintaining said crack-free state comprising at least one of transporting said brittle substrate and processing said brittle substrate; after said maintaining said crack-free state, forming a crack line (CL) by extending a crack of said brittle substrate in said thickness direction along said trench line, said crack line breaking seamless continuity of said brittle substrate in the direction intersecting said trench line directly below said trench line; and dividing said brittle substrate along said crack line, characterized in that said cutter edge (51; 51v) is fixed to and held by a shank .
A tool for machining planar workpieces , in particular metal sheets, comprising an upper tool and comprising a lower tool , which are movable towards each another and in the opposite direction in a stroke direction for machining the workpiece arranged therebetween, and the upper tool comprises a clamping shaft and a main body , which lie in a common positioning axis and comprising a tool body arranged opposite to the clamping shaft on the main body , the tool body comprising a bending edge and the lower tool comprising a main body which receives a rotational body which is rotatable around an axis of rotation running in a direction of the bending edge of the tool body , characterized in that the main body of the upper tool forms a projection surface (P) perpendicular to the positioning axis and seen in the stroke direction and the bending edge of the tool body is adjacent tangentially to the projection surface (P) or is provided outside the projection surface (P).
A working tool for mounting to a vehicle, comprising: a mounting beam , including a pair of mounting brackets providing beam connection points for connection to the vehicle; a frame for carrying a tool , including at least one frame connection point for connection to the vehicle; wherein the frame is mounted from the mounting beam by a rotatable connection , said rotatable connection located toward a centre of gravity of the frame and enabling the frame to roll relative to the vehicle;wherein each of the pair of mounting brackets includes a pivotable connection for potentially pivoting the respective mounting bracket relative to the vehicle. a mounting beam , including a pair of mounting brackets providing beam connection points for connection to the vehicle; a frame for carrying a tool , including at least one frame connection point for connection to the vehicle; wherein the frame is mounted from the mounting beam by a rotatable connection , said rotatable connection located toward a centre of gravity of the frame and enabling the frame to roll relative to the vehicle;wherein each of the pair of mounting brackets includes a pivotable connection for potentially pivoting the respective mounting bracket relative to the vehicle.
A method comprising: receiving , at a processor, a first control signal (c1) comprising an instruction to adjust an energy generation output level of an energy generation (EG) system to a first energy generation output level ; maintaining the energy generation output level of the EG system at the first energy generation output level for a time period; determining , by the processor, whether a second control signal (c2) is received during the time period; and if a second control signal is not received during the time period: (i) ramping down the energy generation output level at a rate after the time period until a failsafe output level is achieved, and (ii) maintaining the failsafe output level until a third control signal is received by the processor; wherein the failsafe output level is based upon a historical load requirement or a historical energy generation output level. maintaining the energy generation output level of the EG system at the first energy generation output level for a time period; determining , by the processor, whether a second control signal (c2) is received during the time period; and if a second control signal is not received during the time period: (i) ramping down the energy generation output level at a rate after the time period until a failsafe output level is achieved, and (ii) maintaining the failsafe output level until a third control signal is received by the processor; wherein the failsafe output level is based upon a historical load requirement or a historical energy generation output level. (i) ramping down the energy generation output level at a rate after the time period until a failsafe output level is achieved, and (ii) maintaining the failsafe output level until a third control signal is received by the processor; wherein the failsafe output level is based upon a historical load requirement or a historical energy generation output level.
A motor control apparatus, comprising: - a motor ; - a transmission disposed adjacent to the motor or in a vicinity of the motor ; - an oil temperature sensor that is configured to detect temperature of lubricating oil of the transmission ; - a cooling mechanism that is configured to cool the motor by a refrigerant; and - a controller that is configured to control torque of the motor ; and - a refrigerant sensor that is configured to detect temperature of the refrigerant; characterized in that the controller is configured: - to select lubricating oil temperature detected by the oil temperature sensor as detected temperature when elapsed time is shorter than a predetermined time and the elapsed time is time elapsed since the cooling mechanism drives; - to select refrigerant temperature detected by the refrigerant sensor as the detected temperature when the elapsed time is longer than the predetermined time; and - to apply limitation to the torque based on the detected temperature selected. - a motor ; - a transmission disposed adjacent to the motor or in a vicinity of the motor ; - an oil temperature sensor that is configured to detect temperature of lubricating oil of the transmission ; - a cooling mechanism that is configured to cool the motor by a refrigerant; and - a controller that is configured to control torque of the motor ; and - a refrigerant sensor that is configured to detect temperature of the refrigerant; - to select lubricating oil temperature detected by the oil temperature sensor as detected temperature when elapsed time is shorter than a predetermined time and the elapsed time is time elapsed since the cooling mechanism drives; - to select refrigerant temperature detected by the refrigerant sensor as the detected temperature when the elapsed time is longer than the predetermined time; and - to apply limitation to the torque based on the detected temperature selected.
A process for producing a homogeneous solution comprising dissolved polyacrylonitrile-based polymer, the process comprising: a) combining the polyacrylonitrile-based polymer, in the form of a powder, directly with a solvent for the polymer, wherein the solvent is free of non-solvent, at a temperature of from 20 °C to 40 °C, b) subjecting the combination obtained in step a) to the shearing action of at least one rotor-stator at a temperature of from 20 °C to 40 °C to produce a substantially uniform dispersion, and c) heating the dispersion obtained in step b) at a temperature and for a time sufficient to completely dissolve the polyacrylonitrile-based polymer, thereby forming the homogeneous solution; wherein step a) and/or b) is/are performed in a dispersing apparatus comprising: a powder inlet, an auger, a solvent inlet, an injection mantle comprising one or more solvent injection holes, at least one rotor-stator, and a product outlet. a) combining the polyacrylonitrile-based polymer, in the form of a powder, directly with a solvent for the polymer, wherein the solvent is free of non-solvent, at a temperature of from 20 °C to 40 °C, b) subjecting the combination obtained in step a) to the shearing action of at least one rotor-stator at a temperature of from 20 °C to 40 °C to produce a substantially uniform dispersion, and c) heating the dispersion obtained in step b) at a temperature and for a time sufficient to completely dissolve the polyacrylonitrile-based polymer, thereby forming the homogeneous solution; wherein step a) and/or b) is/are performed in a dispersing apparatus comprising: a powder inlet, an auger, a solvent inlet, an injection mantle comprising one or more solvent injection holes, at least one rotor-stator, and a product outlet. a powder inlet, an auger, a solvent inlet, an injection mantle comprising one or more solvent injection holes, at least one rotor-stator, and
A wireless transmit/receive unit, WTRU, characterized in comprising: a processor configured to: send a first request message to a network, the first request message comprising an indication to establish a user plane; receive a response message to the first request message, the response message comprising an indication that the WTRU is located in a non-allowed area and an indication that the network is preventing the user plane from being established in the non-allowed area; and send a second request message without the indication to establish the user plane in response to receiving the indication that the WTRU is located in the non-allowed area. send a first request message to a network, the first request message comprising an indication to establish a user plane; receive a response message to the first request message, the response message comprising an indication that the WTRU is located in a non-allowed area and an indication that the network is preventing the user plane from being established in the non-allowed area; and send a second request message without the indication to establish the user plane in response to receiving the indication that the WTRU is located in the non-allowed area.
A user node comprising: at least one processing unit ; and at least one memory ; wherein the at least one memory comprises program instructions that, when executed on the at least one processing unit , cause the user node to: obtain location information of the user node ; generate a request comprising the location information; transmit the request to a network node for program content associated with the location information; receive from the network node a response comprising program content provider information comprising network address information and content description of one or more program content providers associated with the location information submit a request for program content to at least one program content provider based on the network address information; receive from the at least one program content provider program content in response to the request, wherein the program content comprises an executable program and geographical coordinates; execute the executable program; and composite with a volumetric compositor the executed program based on the geographical coordinates into a single augmented reality scene. at least one processing unit ; and at least one memory ; wherein the at least one memory comprises program instructions that, when executed on the at least one processing unit , cause the user node to: obtain location information of the user node ; generate a request comprising the location information; transmit the request to a network node for program content associated with the location information; receive from the network node a response comprising program content provider information comprising network address information and content description of one or more program content providers associated with the location information submit a request for program content to at least one program content provider based on the network address information; receive from the at least one program content provider program content in response to the request, wherein the program content comprises an executable program and geographical coordinates; execute the executable program; and composite with a volumetric compositor the executed program based on the geographical coordinates into a single augmented reality scene. obtain location information of the user node ; generate a request comprising the location information; transmit the request to a network node for program content associated with the location information; receive from the network node a response comprising program content provider information comprising network address information and content description of one or more program content providers associated with the location information submit a request for program content to at least one program content provider based on the network address information; receive from the at least one program content provider program content in response to the request, wherein the program content comprises an executable program and geographical coordinates; execute the executable program; and composite with a volumetric compositor the executed program based on the geographical coordinates into a single augmented reality scene.
Insulating device for a commutator of an electrical machine intended to be force-fitted onto a rotor shaft of the electrical machine, said commutator comprising two commutator slip-rings each connected to a line , the device comprising: a protection element intended to be disposed at least partly between said shaft and said commutator slip-rings , said protection element being configured to insulate, with respect to said shaft , at least one connection zone of one of the lines with the corresponding commutator slip-ring , before overmoulding of the assembly, further comprising an indexing element comprising an annular collar ensuring that an axial gap is maintained between the two commutator slip-rings , characterized in that the indexing element guarantees an insulation of the two commutator slip-rings and in that the indexing element and the protection element are two distinct parts.
Method of output of at least one part of at least one main voice, in particular singing voice, containing audio signal (AS) in the form of a stereo signal into a part of a passenger cell of a motor vehicle forming interior via a left and a right audio output channel audio output device , comprising the steps: - providing at least one part of a piece of music containing at least one main voice (AS), - extracting an audio signal portion containing at least one main voice (AS.2) of the audio signal (AS) from the audio signal (AS), wherein extracting the audio signal containing at least one main voice is carried out by dividing the provided audio signal into several audio signal portions, wherein an audio signal portion obtained by splitting the audio signal contains at least one main voice, attenuating of the audio signal portion containing at least one main voice (AS.2), outputting the audio signal via the left and right audio output channel of the audio output device , wherein the audio signal portion containing at least one main voice (AS.2) is attenuated, wherein the attenuation of the at least one main voice containing audio signal portion (AS.2) is carried out by filtering the audio signal portion from the audio signal by means of a filter device , in particular a locking filter device, preferably a band lock filter device, wherein an upper and a lower limit frequency comprising filtering frequency is used, wherein the upper and the lower limit frequency of the filtering device are selected such that frequency portions of the main voice to be filtered out are filtered out. - providing at least one part of a piece of music containing at least one main voice (AS), - extracting an audio signal portion containing at least one main voice (AS.2) of the audio signal (AS) from the audio signal (AS), wherein extracting the audio signal containing at least one main voice is carried out by dividing the provided audio signal into several audio signal portions, wherein an audio signal portion obtained by splitting the audio signal contains at least one main voice, attenuating of the audio signal portion containing at least one main voice (AS.2), outputting the audio signal via the left and right audio output channel of the audio output device , wherein the audio signal portion containing at least one main voice (AS.2) is attenuated, wherein the attenuation of the at least one main voice containing audio signal portion (AS.2) is carried out by filtering the audio signal portion from the audio signal by means of a filter device , in particular a locking filter device, preferably a band lock filter device, wherein an upper and a lower limit frequency comprising filtering frequency is used, wherein the upper and the lower limit frequency of the filtering device are selected such that frequency portions of the main voice to be filtered out are filtered out.
Pharmaceutical composition comprising at least one active ingredient and micrometer-size lipid microcapsules comprising an oily internal phase, and a nonpolymeric envelope obtained from at least one lipid compound chosen from amphiphilic lipids, dispersed in a same pharmaceutically acceptable vehicle, and wherein the lipid microcapsules are free of said active ingredient.