mhurhangee/ep-ind-claims huggingface dataset:
A method for a device to leave a domain after returning a domain Rights Object, RO, taken by the device in a Digital Rights Management, DRM, the method comprising: sending to a domain authority/domain enforcement agent, DA/DEA, a first message requesting for leaving from the domain, wherein the domain is managed by the DA/DEA; receiving, from the DA/DEA, information related to a target device to which the domain RO is to be moved, wherein the domain RO is an RO used in the domain, and wherein the information includes a list of available devices in the domain and the information is received by the device after the device requests for leaving from the domain; selecting a target device from the list of available devices; moving the domain RO to the selected target device in order for the device to leave from the domain; and receiving, from the DA/DEA, a second message indicating that the leaving from the domain has been done after removing the device from the domain by the DA/DEA. sending to a domain authority/domain enforcement agent, DA/DEA, a first message requesting for leaving from the domain, wherein the domain is managed by the DA/DEA; receiving, from the DA/DEA, information related to a target device to which the domain RO is to be moved, wherein the domain RO is an RO used in the domain, and wherein the information includes a list of available devices in the domain and the information is received by the device after the device requests for leaving from the domain; selecting a target device from the list of available devices; moving the domain RO to the selected target device in order for the device to leave from the domain; and receiving, from the DA/DEA, a second message indicating that the leaving from the domain has been done after removing the device from the domain by the DA/DEA.
Reversibly modular elastic cutter for producing salamis, suitable to be reversibly engaged with the radial arm of a cutter holder and to be used during the step of cutting/mincing animal meat in an industrial sausage production plant; said cutter being characterised in that it is constituted by at least one first T-shaped element and one second C-shaped element, said first element being constituted by an outer sharp profile and a central projection laterally provided with a pair of concavities (16-16'); said second element being constituted by an outer sharp profile and a pair of bending arms (26-26') provided - at the relative distal ends - with a convexity (27-27'); said elements (10, 20) being suitable to be mutually and reversibly engaged in a first assembled configuration, wherein the convexities (27-27') of the two bending arms (26-26') of said second element are reversibly but stably coupled in the corresponding concavities (16-16') of said first element; said first assembled configuration being provided with a configuration such to confer a predetermined tensional load to said bending arms (26-26'); said cutter being suitable to be reversibly inserted, when in said first assembled configuration, in a special seat arranged on each of the radial arms constituting the cutter holder of the industrial meat production plant; said cutter also being suitable to quickly and easily take a second disassembled configuration when removed from said cutter holder, wherein said first element and said second element are separated from each other to allow cleaning and maintenance thereof.
A fuel injector (104, 200) comprising a nozzle and an injector housing that includes therewithin a variable trim orifice (250, 300, 400) with an integral filter, wherein the variable trim orifice is configured to be adjustable to alter a rate of a flow of a fuel that passes out of the variable trim orifice and passes to a nozzle of the fuel injector and through the fuel injector, as well as filter out particulate materials that are suspended in the fuel that passes out of the variable trim orifice, the variable trim orifice comprising: an outer housing (302, 402) having an elongate body extending from a first end to a second end opposite the first end and defining a cavity (308, 408) comprising an interior surface (310, 410) with a first cross-sectional area (312, 412) and an end wall at the second end, the end wall having an orifice therethrough with a second cross-sectional area less than the first cross-sectional area; a valve body (330, 430) adjustably positionable within the cavity defined by the outer housing, the valve body having an elongate body; and a filter media (374, 474) extending from a first valve portion of the valve body to a second valve portion of the valve body and dividing a third fluid flow path (378, 478) fluidically connecting a first fluid flow path (346, 446) to a second fluid flow path (354, 454). an outer housing (302, 402) having an elongate body extending from a first end to a second end opposite the first end and defining a cavity (308, 408) comprising an interior surface (310, 410) with a first cross-sectional area (312, 412) and an end wall at the second end, the end wall having an orifice therethrough with a second cross-sectional area less than the first cross-sectional area; a valve body (330, 430) adjustably positionable within the cavity defined by the outer housing, the valve body having an elongate body; and a filter media (374, 474) extending from a first valve portion of the valve body to a second valve portion of the valve body and dividing a third fluid flow path (378, 478) fluidically connecting a first fluid flow path (346, 446) to a second fluid flow path (354, 454).
A non-scaling heat-treatable steel, particularly suited for producing hardened or die-hardened components, characterised by the following chemical composition in wt. %: C: 0.04-0.50 Mn: 0.5-6.0 Al: 0.5-3.0 Si: 0.05-3.0 Cr: 0.05-3.0 Ni: less than 3.0 Cu: less than 3.0 Ti: 0.010 - ≤ 0.050 B: 0.0015 - ≤ 0.0040 P: less than 0.10 S: less than 0.05 N: less than 0.020 remainder iron and unavoidable imparities. C: 0.04-0.50 Mn: 0.5-6.0 Al: 0.5-3.0 Si: 0.05-3.0 Cr: 0.05-3.0 Ni: less than 3.0 Cu: less than 3.0 Ti: 0.010 - ≤ 0.050 B: 0.0015 - ≤ 0.0040 P: less than 0.10 S: less than 0.05 N: less than 0.020 remainder iron and unavoidable imparities.
A display device comprising: an electroluminescence display panel, the electroluminescence display panel including a display area and a fingerprint recognition area in the display area, the display area including a plurality of pixels; an ultrasonic fingerprint sensor under the electroluminescence display panel, the ultrasonic fingerprint sensor overlapping the fingerprint recognition area of the electroluminescence display panel; and a support substrate (160, 162, 174) between the electroluminescence display panel and the ultrasonic fingerprint sensor, the support substrate (160, 162, 174) configured to support the electroluminescence display panel and the ultrasonic fingerprint sensor, characterized in that the support substrate (160, 162, 174) includes a transparent temperature-reactive material and is configured to be heat-treated at least to a threshold temperature to increase the visible light absorption rate of the support substrate (160, 162, 174). an electroluminescence display panel, the electroluminescence display panel including a display area and a fingerprint recognition area in the display area, the display area including a plurality of pixels; an ultrasonic fingerprint sensor under the electroluminescence display panel, the ultrasonic fingerprint sensor overlapping the fingerprint recognition area of the electroluminescence display panel; and a support substrate (160, 162, 174) between the electroluminescence display panel and the ultrasonic fingerprint sensor, the support substrate (160, 162, 174) configured to support the electroluminescence display panel and the ultrasonic fingerprint sensor, characterized in that the support substrate (160, 162, 174) includes a transparent temperature-reactive material and is configured to be heat-treated at least to a threshold temperature to increase the visible light absorption rate of the support substrate (160, 162, 174).
An endoscope system (100; 300; 400; 600; 800), comprising: an endoscope (12; 412; 612; 812) comprising a steerable distal end (24; 324; 424; 624) with a camera and an orientation sensor; and a hand-held controller (14; 314; 414; 614; 814) in communication with the endoscope (12; 412; 612; 812) and comprising a display screen (16; 316; 416) and a hardware memory storing instructions to adapt the endoscope system to: displaying on the display screen (16; 316; 416) a view (20; 320; 644; 620) from the camera; detecting rotational movement of the steerable distal end (24; 324; 424; 624) of the endoscope (12; 412; 612; 812); maintaining a rotational orientation of the view (20; 320; 644; 620) from the camera displayed on the display screen (16; 316; 416); characterized in further storing instructions for: displaying a graphical orientation indicator (30; 32; 34; 330; 336) representing an orientation of the steerable distal end (24; 324; 424; 624) of the endoscope (12; 412; 612; 812); and modifying the graphical orientation indicator (30; 32; 34; 330; 336) to represent the detected rotational movement of the steerable distal end (24; 324; 424; 624). an endoscope (12; 412; 612; 812) comprising a steerable distal end (24; 324; 424; 624) with a camera and an orientation sensor; and a hand-held controller (14; 314; 414; 614; 814) in communication with the endoscope (12; 412; 612; 812) and comprising a display screen (16; 316; 416) and a hardware memory storing instructions to adapt the endoscope system to: displaying on the display screen (16; 316; 416) a view (20; 320; 644; 620) from the camera; detecting rotational movement of the steerable distal end (24; 324; 424; 624) of the endoscope (12; 412; 612; 812); maintaining a rotational orientation of the view (20; 320; 644; 620) from the camera displayed on the display screen (16; 316; 416); displaying on the display screen (16; 316; 416) a view (20; 320; 644; 620) from the camera; detecting rotational movement of the steerable distal end (24; 324; 424; 624) of the endoscope (12; 412; 612; 812); maintaining a rotational orientation of the view (20; 320; 644; 620) from the camera displayed on the display screen (16; 316; 416); displaying a graphical orientation indicator (30; 32; 34; 330; 336) representing an orientation of the steerable distal end (24; 324; 424; 624) of the endoscope (12; 412; 612; 812); and modifying the graphical orientation indicator (30; 32; 34; 330; 336) to represent the detected rotational movement of the steerable distal end (24; 324; 424; 624).
A lubricating oil composition including at least one sulphurized overbased metal phenate detergent prepared from a C 9 -C 15 alkyl phenol, at least one sulphurizing agent, at least one metal and at least one overbasing agent; the detergent including less than 6.0% by combined mass of unsulphurized C 9 -C 15 alkyl phenol and its unsulphurized metal salt; wherein the sulphurized overbased metal phenate detergent also includes at least one further surfactant selected from a sulphonic acid or a carboxylic acid.
A method for determining a signal subspace in a communications system, the method comprising obtaining (301, 401), in a remote apparatus, signal streams from antenna elements or signal streams from antenna beams; based on the obtained signal streams, selecting (302, 402) a signal subspace for a user, the signal subspace having a dimension M; and based on the selected signal subspace, transmitting (303, 403), via an interface to a central apparatus, M streams of post-fast-Fourier-transform data, the interface being capable of transmitting a different signal subspace for different frequency bins.
A binder for producing an inorganic sintered body comprising a graft copolymer, the graft copolymer having a unit including polyvinyl butyral and a unit including a poly(meth)acrylic compound, the polyvinyl butyral having a degree of polymerization of 800 to 5,000, a hydroxy group content of 20 to 40 mol%, and a degree of butyralization of 60 to 80 mol%, the unit including a poly(meth)acrylic compound having a glass transition temperature of -65°C or higher and lower than 0°C, the difference between the glass transition temperature of the unit including a poly(meth)acrylic compound and a glass transition temperature of the unit including a polyvinyl butyral being 60°C to 140°C, wherein the glass transition temperatures are measured by subjecting the graft copolymer to differential scanning calorimetry using a DSC6200 (available from SII) at a rate of temperature rise of 10 °C/min and wherein out of two measured glass transition temperatures, the glass transition temperature not derived from a polyvinyl acetal unit within a range of 50°C to 70°C is determined to be the glass transition temperature of the poly(meth)acrylic compound unit.
A pre-fired multi-layered zirconia dental blank comprising: a top layer TL-HT consisting of an yttria-stabilized zirconia powder having the composition TL-HT, a bottom layer BL-ET consisting of an yttria-stabilized zirconia powder having the composition BL-ET, at least two intermediate layers IL X -HT-ET consisting of a mixture of the yttria-stabilized zirconia powders having the compositions TL-HT and BL-ET, X being an integer ≥ 1 designating the intermediate layer, wherein the yttria-stabilized zirconia powders TL-HT and BL-ET comprise colouring oxides, and at least two reverse layers R Y, Y being an integer ≥ 1 designating the reverse layer, wherein the at least two reverse layers R Y are arranged in each case as a pair of reverse layers between the top layer TL-HT and the first intermediate layer IL 1 -HT-ET, and/or between two intermediate layers ILx-HT-ET, and/or between the last intermediate layer IL X -HT-ET and the bottom layer BL-ET, and wherein each of the at least two reverse layers R Y has the same composition as the layer which is adjacent to the respective other reverse layer R Y, and wherein the thickness of the at least two reverse layers R Y ranges from 0.6 mm to 1.2 mm. a top layer TL-HT consisting of an yttria-stabilized zirconia powder having the composition TL-HT, a bottom layer BL-ET consisting of an yttria-stabilized zirconia powder having the composition BL-ET, at least two intermediate layers IL X -HT-ET consisting of a mixture of the yttria-stabilized zirconia powders having the compositions TL-HT and BL-ET, X being an integer ≥ 1 designating the intermediate layer, wherein the yttria-stabilized zirconia powders TL-HT and BL-ET comprise colouring oxides, and at least two reverse layers R Y, Y being an integer ≥ 1 designating the reverse layer, wherein the at least two reverse layers R Y are arranged in each case as a pair of reverse layers between the top layer TL-HT and the first intermediate layer IL 1 -HT-ET, and/or between two intermediate layers ILx-HT-ET, and/or between the last intermediate layer IL X -HT-ET and the bottom layer BL-ET, and wherein each of the at least two reverse layers R Y has the same composition as the layer which is adjacent to the respective other reverse layer R Y, and wherein the thickness of the at least two reverse layers R Y ranges from 0.6 mm to 1.2 mm.
An electric driving device, comprising: an electric motor; a controller that is disposed coaxially with an axis of the electric motor rotation shaft and takes control of driving the electric motor; a motor terminal whose end extends from the electric motor toward the controller; and an output terminal whose end extends from the controller toward the electric motor; wherein a portion of the motor terminal including the end thereof and a portion of the output terminal including the end thereof each are formed to extend in parallel to an axial direction of the electric motor, the motor terminal and the output terminal overlapping each other in a radial direction of the electric motor and being connected with each other; wherein the motor terminal and the output terminal are connected with each other by laser-welding; the electric driving device further comprising a casing(28,69) that is disposed outside the motor terminal and the output terminal, wherein a hole(28a,69a) is made in the casing(28,69), facing the connecting portion of the motor terminal with the output terminal; wherein a hole is made in either one of the motor terminal and the output terminal and is configured to enable the motor terminal to be laser-welded with the output terminal by a laser beam irradiated aiming at the inner circumferential edge of the hole from outside the hole. an electric motor; a controller that is disposed coaxially with an axis of the electric motor rotation shaft and takes control of driving the electric motor; a motor terminal whose end extends from the electric motor toward the controller; and an output terminal whose end extends from the controller toward the electric motor; wherein a portion of the motor terminal including the end thereof and a portion of the output terminal including the end thereof each are formed to extend in parallel to an axial direction of the electric motor, the motor terminal and the output terminal overlapping each other in a radial direction of the electric motor and being connected with each other; wherein the motor terminal and the output terminal are connected with each other by laser-welding; the electric driving device further comprising a casing(28,69) that is disposed outside the motor terminal and the output terminal, wherein a hole(28a,69a) is made in the casing(28,69), facing the connecting portion of the motor terminal with the output terminal; wherein a hole is made in either one of the motor terminal and the output terminal and is configured to enable the motor terminal to be laser-welded with the output terminal by a laser beam irradiated aiming at the inner circumferential edge of the hole from outside the hole.
A method comprising: performing a memory read operation at a magnetic tunnel junction, MTJ, storage element, wherein the memory read operation includes receiving a reference value from a multiplexer, MUX, and wherein the reference value represents a lowest resistance value that is considered a particular logic value; and performing a memory write operation at the MTJ storage element by, during a single memory clock cycle (204, 224): receiving a first value corresponding to a first logic value stored at the MTJ storage element; receiving, from the MUX, a second value corresponding to a second logic value to be stored at the MTJ storage element by the memory write operation; comparing the first value to the second value; and selectively writing the second logic value to the MTJ storage element in response to determining that the first value corresponding to the first logic value does not match the second value corresponding to the second logic value. performing a memory read operation at a magnetic tunnel junction, MTJ, storage element, wherein the memory read operation includes receiving a reference value from a multiplexer, MUX, and wherein the reference value represents a lowest resistance value that is considered a particular logic value; and performing a memory write operation at the MTJ storage element by, during a single memory clock cycle (204, 224): receiving a first value corresponding to a first logic value stored at the MTJ storage element; receiving, from the MUX, a second value corresponding to a second logic value to be stored at the MTJ storage element by the memory write operation; comparing the first value to the second value; and selectively writing the second logic value to the MTJ storage element in response to determining that the first value corresponding to the first logic value does not match the second value corresponding to the second logic value. during a single memory clock cycle (204, 224): receiving a first value corresponding to a first logic value stored at the MTJ storage element; receiving, from the MUX, a second value corresponding to a second logic value to be stored at the MTJ storage element by the memory write operation; comparing the first value to the second value; and selectively writing the second logic value to the MTJ storage element in response to determining that the first value corresponding to the first logic value does not match the second value corresponding to the second logic value.
A method for providing noise suppression capability to a system having a far field voice detection device, comprising: using a radio frequency connection between the far field voice detection device and a television to determine a first angular direction from the far field voice detection device to the television; and using the determined first angular direction to emphasize, during a noise processing of a plurality of sounds received via use of a plurality of microphones of the far field voice detection device, a first one of the plurality of sounds relative to a remainder of the plurality of sounds; wherein each of the plurality of sounds arrives at the far field voice detection device from a corresponding one of a plurality of angular directions and the first one of the plurality of sounds arrives at the far field voice detection device from a first one of a plurality of angular directions that least closely corresponds to the first angular direction. using a radio frequency connection between the far field voice detection device and a television to determine a first angular direction from the far field voice detection device to the television; and using the determined first angular direction to emphasize, during a noise processing of a plurality of sounds received via use of a plurality of microphones of the far field voice detection device, a first one of the plurality of sounds relative to a remainder of the plurality of sounds; wherein each of the plurality of sounds arrives at the far field voice detection device from a corresponding one of a plurality of angular directions and the first one of the plurality of sounds arrives at the far field voice detection device from a first one of a plurality of angular directions that least closely corresponds to the first angular direction.
A method for establishing a fast-forwarding table, comprising: when a communication packet is received, determining, according to matching rules of services set in a packet processing policy, a target service matching the communication packet; if a fast-forwarding table corresponding to the communication packet is not stored locally, obtaining, a preset target priority of the target service, and determining a target resource utilization threshold corresponding to the target priority according to a preset correspondence between priorities and resource utilization thresholds; determining, whether a current resource utilization is greater than the target resource utilization threshold; and establishing, a fast-forwarding table corresponding to the communication packet if the current resource utilization is not greater than the target resource utilization threshold. when a communication packet is received, determining, according to matching rules of services set in a packet processing policy, a target service matching the communication packet; if a fast-forwarding table corresponding to the communication packet is not stored locally, obtaining, a preset target priority of the target service, and determining a target resource utilization threshold corresponding to the target priority according to a preset correspondence between priorities and resource utilization thresholds; determining, whether a current resource utilization is greater than the target resource utilization threshold; and establishing, a fast-forwarding table corresponding to the communication packet if the current resource utilization is not greater than the target resource utilization threshold.