mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor module comprising a substrate , a conducting member , a semiconductor element , wherein the semiconductor element is arranged on the substrate , wherein the conducting member is bonded to an upper-side electrode (5-1) of the semiconductor element , wherein the conducting member is provided with a structure having flexibility and is thereby capable of, in a junction with the semiconductor element , reducing thermal stress due to difference in a coefficient of linear expansion between the conducting member and the semiconductor element , and absorbing dimensional error in objects to be connected, comprising a cooling surface structural part which is configured as a part of the surface of the substrate ; wherein the cooling surface structural part is bonded to the substrate , and is electrically connected to the upper side electrode (5-1) of the semiconductor element only by the conductive member ; characterized in that the conducting member is configured to electrically connect the semiconductor element with another electronic component, wherein the cooling surface structural part is electrically connected to the other electronic component; wherein the substrate is actively cooled; wherein the cooling surface structural part is disposed on the actively cooled substrate such that the conducting member is able to absorb dimensional error in a height direction between the semiconductor element and the cooling surface structural part , so that residual stress is suppressed, and the semiconductor element is cooled through the conducting member to improve heat radiating properties. wherein the cooling surface structural part is bonded to the substrate , and is electrically connected to the upper side electrode (5-1) of the semiconductor element only by the conductive member ; characterized in that the conducting member is configured to electrically connect the semiconductor element with another electronic component, wherein the cooling surface structural part is electrically connected to the other electronic component; wherein the substrate is actively cooled; wherein the cooling surface structural part is disposed on the actively cooled substrate such that the conducting member is able to absorb dimensional error in a height direction between the semiconductor element and the cooling surface structural part , so that residual stress is suppressed, and the semiconductor element is cooled through the conducting member to improve heat radiating properties.
A crystal form I of 9-β-D-arabinofuranosyl-2-fluoroadenine-5'-phosphate, wherein the X-ray powder diffraction pattern thereof has characteristic peaks at 2θ (°) values of 9.1 ± 0.2, 17.3 ± 0.2, 18.1 ± 0.2, 20.4 ± 0.2, 23.0 ± 0.2, 28.1 ± 0.2.
Use of a multifunctional catalyst additive composition comprising palladium incorporated on a discarded refinery catalyst from a cracking petroleum process as a support, for reduction of carbon monoxide and nitrogen oxides in a fluid catalytic cracking process, wherein the additive composition comprises: (i) an inorganic oxide material; (ii) at least 1% of alumino silicate or a zeolite; (iii) 0.001 % to 1 % by weight of palladium; (iv) at least 0.01% by weight of a metal of Group I A; (v) at least 0.01% by weight of a metal of Group II A; (vi) at least 0.45% by weight of a metal of Group III A; (vii) at least 0.3% by weight of an element of Group IV A; (viii) at least 0.01% by weight of at least a metal of Group V A; (ix) at least 0.05% by weight of a rare earth oxide; (x) at least 0.02% by weight of at least a metal of Group VIII; wherein said multifunctional additive composition is attrition resistant. (i) an inorganic oxide material; (ii) at least 1% of alumino silicate or a zeolite; (iii) 0.001 % to 1 % by weight of palladium; (iv) at least 0.01% by weight of a metal of Group I A; (v) at least 0.01% by weight of a metal of Group II A; (vi) at least 0.45% by weight of a metal of Group III A; (vii) at least 0.3% by weight of an element of Group IV A; (viii) at least 0.01% by weight of at least a metal of Group V A; (ix) at least 0.05% by weight of a rare earth oxide; (x) at least 0.02% by weight of at least a metal of Group VIII;
A filtering pulley comprising a hub adapted to be fixed to a rotating shaft, a ring assembled coaxial and rotationally free on said hub , at least one elastic assembly arranged circumferentially with respect to said hub and to said ring and each interposed between a pair of first elements integral with said hub and between a pair of second elements integral with said ring , characterized in that at least one said elastic assembly comprises at least one elastic element having a progressive rigidity continuously increasing starting from a predetermined threshold value of a free angle (β) of relative rotation between said hub and said ring .
Apparatus for analyzing MRI, comprising: an input configured for receiving a first and a second MRI scans at the beginning and end of a predetermined time period post contrast administration; and a subtraction map former for forming a subtraction map from said first and said second MRI scans by analyzing said scans to distinguish between two primary populations, a slow population, in which contrast clearance from the tissue is slower than contrast accumulation, and a fast population in which clearance is faster than accumulation; characterized in that said subtraction map former is configured for differentiating between morphologically active tumor represented by said fast population, and a non-tumoral tissue or treatment effects in tissue represented by said slow population; and the apparatus further comprises: an output to provide an indication of distribution of said two primary populations, wherein said predetermined time period is more than forty minutes, and wherein said output is enabled for depiction and/or quantification of a brain space occupying lesion (SOL) after treatments based on said subtraction map and to therefrom derive a differentiation between SOL progression and treatment effects mimicking SOL progression. an input configured for receiving a first and a second MRI scans at the beginning and end of a predetermined time period post contrast administration; and a subtraction map former for forming a subtraction map from said first and said second MRI scans by analyzing said scans to distinguish between two primary populations, a slow population, in which contrast clearance from the tissue is slower than contrast accumulation, and a fast population in which clearance is faster than accumulation; characterized in that said subtraction map former is configured for differentiating between morphologically active tumor represented by said fast population, and a non-tumoral tissue or treatment effects in tissue represented by said slow population; and the apparatus further comprises: an output to provide an indication of distribution of said two primary populations, wherein said predetermined time period is more than forty minutes, and wherein said output is enabled for depiction and/or quantification of a brain space occupying lesion (SOL) after treatments based on said subtraction map and to therefrom derive a differentiation between SOL progression and treatment effects mimicking SOL progression.
An apparatus comprising a relay node , said relay node comprising: means for receiving a network identity of a virtual operational network, wherein the virtual operational network is a multi-operator network comprising a group or a cluster of relay nodes, the virtual operational network having a plurality of donor system candidates, said virtual operational network being a separated operational network entity and/or service area that is commonly agreed and supported by one or multiple available donor systems of networks of the involved operators, said network identity being unique throughout the involved donor systems for the entire duration or active time of the virtual operational network, wherein the network identity is a unique public land mobile network identity, PLMN ID, or tracking area identity, TA ID, different from that of the donor systems; means for receiving a configuration profile, the configuration profile comprising parameters in relation to resource usage in the virtual operational network; means for selecting at least one donor node from the donor system candidates; and means for indicating the network identity and the configuration profile to the selected at least one donor node in connection to setting up a backhaul connection to the selected at least one donor node, wherein said relay node belongs to a group of cooperating relay nodes. means for receiving a network identity of a virtual operational network, wherein the virtual operational network is a multi-operator network comprising a group or a cluster of relay nodes, the virtual operational network having a plurality of donor system candidates, said virtual operational network being a separated operational network entity and/or service area that is commonly agreed and supported by one or multiple available donor systems of networks of the involved operators, said network identity being unique throughout the involved donor systems for the entire duration or active time of the virtual operational network, wherein the network identity is a unique public land mobile network identity, PLMN ID, or tracking area identity, TA ID, different from that of the donor systems; means for receiving a configuration profile, the configuration profile comprising parameters in relation to resource usage in the virtual operational network; means for selecting at least one donor node from the donor system candidates; and means for indicating the network identity and the configuration profile to the selected at least one donor node in connection to setting up a backhaul connection to the selected at least one donor node, wherein said relay node belongs to a group of cooperating relay nodes.
Apparatus for measuring a colour parameter of a gemstone , comprising: a support structure for supporting the gemstone at a measurement location; an illumination system for illuminating the gemstone at the measurement location; an imaging device directed towards the measurement location for obtaining an image of the gemstone; and an image processor for analysing the image of the gemstone, the image processor configured to: identify a set of stone pixels (S2) corresponding to the gemstone in the image; and identify luminance and chrominance values (S4) for each stone pixel; and characterised in that the image processor is further configured to: calculate a colour vector from an expression of the chrominance values of the stone pixels in chrominance space, the colour vector extending in chrominance space from stone pixels having a relatively high luminance value to stone pixels having a relatively low luminance value; and determine the colour parameter using a direction of the colour vector. a support structure for supporting the gemstone at a measurement location; an illumination system for illuminating the gemstone at the measurement location; an imaging device directed towards the measurement location for obtaining an image of the gemstone; and an image processor for analysing the image of the gemstone, the image processor configured to: identify a set of stone pixels (S2) corresponding to the gemstone in the image; and identify luminance and chrominance values (S4) for each stone pixel; identify a set of stone pixels (S2) corresponding to the gemstone in the image; and identify luminance and chrominance values (S4) for each stone pixel; and characterised in that the image processor is further configured to: calculate a colour vector from an expression of the chrominance values of the stone pixels in chrominance space, the colour vector extending in chrominance space from stone pixels having a relatively high luminance value to stone pixels having a relatively low luminance value; and determine the colour parameter using a direction of the colour vector. calculate a colour vector from an expression of the chrominance values of the stone pixels in chrominance space, the colour vector extending in chrominance space from stone pixels having a relatively high luminance value to stone pixels having a relatively low luminance value; and determine the colour parameter using a direction of the colour vector.
A combine harvester comprising: a storage tank defining an interior region for holding grain; a conduit extending into the interior region of the storage tank , said conduit defining an interior space that is sized to receive a vertically oriented grain conveyance device that is configured to remove the grain from the storage tank , said conduit defining an opening for receiving grain from the interior region of the storage tank ; a panel that is positioned adjacent the opening in the conduit , said panel being movable between a first position in which the panel conceals the opening to prevent the entrance of grain through the opening and into the conduit , and a second position in which the panel does not conceal the opening to freely permit the entrance of grain through the opening and into the conduit ; a controller that is configured to actively adjust the panel to positions between the first and second positions during a grain unloading operation in order to meter the entrance of grain through the opening ; the combine harvester being characterised in that it further comprises a sensor that is connected to the controller and is configured to sense a level of grain within the storage tank , and, when the sensed level of grain exceeds a pre-determined value, the system is configured to (i) deactivate an auger Z in the storage tank , and (ii) move the panel between the first position and the second position to meter the volume of grain expelled from the conduit . a storage tank defining an interior region for holding grain; a conduit extending into the interior region of the storage tank , said conduit defining an interior space that is sized to receive a vertically oriented grain conveyance device that is configured to remove the grain from the storage tank , said conduit defining an opening for receiving grain from the interior region of the storage tank ; a panel that is positioned adjacent the opening in the conduit , said panel being movable between a first position in which the panel conceals the opening to prevent the entrance of grain through the opening and into the conduit , and a second position in which the panel does not conceal the opening to freely permit the entrance of grain through the opening and into the conduit ; a controller that is configured to actively adjust the panel to positions between the first and second positions during a grain unloading operation in order to meter the entrance of grain through the opening ; the combine harvester being characterised in that it further comprises a sensor that is connected to the controller and is configured to sense a level of grain within the storage tank , and, when the sensed level of grain exceeds a pre-determined value, the system is configured to (i) deactivate an auger Z in the storage tank , and (ii) move the panel between the first position and the second position to meter the volume of grain expelled from the conduit .
A wristlet comprising: - a first row with at least one central link provided with two open-through holes , said holes of the central link , - a second row and a third row disposed respectively on either side of the first row , the second row and the third row each comprising at least one lateral link , said lateral link being provided with two holes , called holes of the lateral link , with a hole of the lateral link of the second row aligned on a hole of the central link of the first row and on a hole of the lateral link of the third row to form a set with three aligned holes, - a connecting rod positioned in the three aligned holes, said connecting rod being fixedly mounted with respect to the central link of the second row and forming an axis about which the lateral link of the second row and of the third row is pivotally mounted, the wristlet being characterised in that the lateral link is hollow and includes in its hollow an insert delimited by two external lateral walls , the connecting rod comprising at each end a first banking and a second banking respectively bearing on a portion of the external lateral wall when the lateral link pivots about the connecting rod so as to limit the amplitude of rotation of said lateral link about the connecting rod . - a first row with at least one central link provided with two open-through holes , said holes of the central link , - a second row and a third row disposed respectively on either side of the first row , the second row and the third row each comprising at least one lateral link , said lateral link being provided with two holes , called holes of the lateral link , with a hole of the lateral link of the second row aligned on a hole of the central link of the first row and on a hole of the lateral link of the third row to form a set with three aligned holes, - a connecting rod positioned in the three aligned holes, said connecting rod being fixedly mounted with respect to the central link of the second row and forming an axis about which the lateral link of the second row and of the third row is pivotally mounted,
An information transmission method performed by a user equipment, UE, wherein the method comprises: • receiving (201; 401; 501; 601) a beam indication signal on at least one beam from a base station, wherein the beam indication signal carries identity information of the beam on which the signal is located, • obtaining (202; 402; 502; 602) the identity information of the at least one beam according to the beam indication signal on the at least one beam, • obtaining (203; 403; 503; 603) a signal quality of the at least one beam, • determining (204; 404; 504; 604) according to the signal quality of the at least one beam a primary beam to be used to carry a downlink signal, • sending (205; 405; 505; 605) a first beam report message to the base station, wherein the first beam report message carries identity information of the primary beam, • receiving an instruction from the base station, wherein the instruction is used to instruct the UE to send a sounding reference signal, SRS, on a first SRS resource when the primary beam works normally and send the SRS on a second SRS resource when the primary beam works abnormally, • determining whether a signal quality of the primary beam is less than a preset threshold for a preset time period, thereby determining whether the primary beam is abnormal; • in case the primary beam is abnormal, sending the SRS to the base station on the second SRS resource, in case the primary beam works normally, sending the SRS on the first SRS resource, wherein the first SRS resource is different to the second SRS resource. • receiving (201; 401; 501; 601) a beam indication signal on at least one beam from a base station, wherein the beam indication signal carries identity information of the beam on which the signal is located, • obtaining (202; 402; 502; 602) the identity information of the at least one beam according to the beam indication signal on the at least one beam, • obtaining (203; 403; 503; 603) a signal quality of the at least one beam, • determining (204; 404; 504; 604) according to the signal quality of the at least one beam a primary beam to be used to carry a downlink signal, • sending (205; 405; 505; 605) a first beam report message to the base station, wherein the first beam report message carries identity information of the primary beam, • receiving an instruction from the base station, wherein the instruction is used to instruct the UE to send a sounding reference signal, SRS, on a first SRS resource when the primary beam works normally and send the SRS on a second SRS resource when the primary beam works abnormally, • determining whether a signal quality of the primary beam is less than a preset threshold for a preset time period, thereby determining whether the primary beam is abnormal; • in case the primary beam is abnormal, sending the SRS to the base station on the second SRS resource, in case the primary beam works normally, sending the SRS on the first SRS resource, wherein the first SRS resource is different to the second SRS resource.
A foldable display device comprising: a display panel configured to be folded around a folding axis, the display panel including: a first plurality of spacers disposed in a non-folding area (NFA); and a second plurality of spacers disposed in a folding area (FA), the second plurality of spacers having different sizes than the first plurality of spacers , each spacer of the second plurality of spacers having a first dimension and a second dimension greater than the first dimension , the second dimensions of the second plurality of spacers each in a direction of the folding axis, characterised in that each spacer of the first plurality of spacers has a third dimension and a fourth dimension greater than the third dimension , the fourth dimensions of the first plurality of spacers each intersecting with the direction of the folding axis. a first plurality of spacers disposed in a non-folding area (NFA); and a second plurality of spacers disposed in a folding area (FA), the second plurality of spacers having different sizes than the first plurality of spacers , each spacer of the second plurality of spacers having a first dimension and a second dimension greater than the first dimension , the second dimensions of the second plurality of spacers each in a direction of the folding axis, characterised in that each spacer of the first plurality of spacers has a third dimension and a fourth dimension greater than the third dimension , the fourth dimensions of the first plurality of spacers each intersecting with the direction of the folding axis.