mhurhangee/patent-ind-claim-en huggingface dataset:
A processor comprising: decode circuitry means to decode an instruction specifying locations of first and second floating-point, FP, sources, and an opcode configuring the processor to: shift a mantissa of the smaller source FP operand to the right until the FP sources are aligned, generating rounding controls based on any bits that escape, generate four sums comprising a first sum of the FP sources on a first range, a second sum of the FP sources plus one on the first range, a third sum of the FP sources on a second range different from the first range, and a fourth sum of the FP sources plus one on the second range, the range being defined by a carry to bit mantissa length of a mantissa, which results from addition, minus one and the sums having a fuzzy-Jbit format with an additional possible Jbit position, select one of the four sums based on the rounding controls, and generate a result comprising a mantissa-wide number of most-significant bits of the selected sum, starting with the most significant non-zero Jbit; and execution circuitry means to execute the instruction as per the opcode. decode circuitry means to decode an instruction specifying locations of first and second floating-point, FP, sources, and an opcode configuring the processor to: shift a mantissa of the smaller source FP operand to the right until the FP sources are aligned, generating rounding controls based on any bits that escape, generate four sums comprising a first sum of the FP sources on a first range, a second sum of the FP sources plus one on the first range, a third sum of the FP sources on a second range different from the first range, and a fourth sum of the FP sources plus one on the second range, the range being defined by a carry to bit mantissa length of a mantissa, which results from addition, minus one and the sums having a fuzzy-Jbit format with an additional possible Jbit position, select one of the four sums based on the rounding controls, and generate a result comprising a mantissa-wide number of most-significant bits of the selected sum, starting with the most significant non-zero Jbit; and shift a mantissa of the smaller source FP operand to the right until the FP sources are aligned, generating rounding controls based on any bits that escape, generate four sums comprising a first sum of the FP sources on a first range, a second sum of the FP sources plus one on the first range, a third sum of the FP sources on a second range different from the first range, and a fourth sum of the FP sources plus one on the second range, the range being defined by a carry to bit mantissa length of a mantissa, which results from addition, minus one and the sums having a fuzzy-Jbit format with an additional possible Jbit position, select one of the four sums based on the rounding controls, and generate a result comprising a mantissa-wide number of most-significant bits of the selected sum, starting with the most significant non-zero Jbit; and execution circuitry means to execute the instruction as per the opcode.
Climate control unit, including a lamella with a top and a bottom surface, having a gutter for condensate capturing, which is mounted along one of the edges of the lamella , wherein the lamella is hollow and across its length it is divided into chambers , and the gutter is oriented towards the bottom surface of the lamella , characterized in that the chambers are configured for working fluid circulation, , and the ends of the chambers are connected to an inlet manifold and an outlet manifold , which are mounted at both ends of the lamella , whereby the inlet manifold has a condensate container , which is connected to the gutter , wherein the inlet manifold is mounted perpendicular to a first hanger and the outlet manifold is mounted perpendicular to a second hanger , whereby the inlet and outlet manifolds are rotatably mounted to the first and the second hangers by couplers .
A system for attributing users to one or more of a plurality of sub-bands in a multiple access communications system, the system comprising: - an assignment processor adapted to assign, as an initial subband assignment, a user excluding any user who has already been assigned to an initial sub-band to a respective selected sub-band in a current time slot t, as first user for that respective selected sub-band, - a power calculator adapted to determine, for the respective selected sub-band, a plurality of candidate pairs of users for possible assignment to the selected sub-band, each candidate pair of users comprising two different users including the first user and a respective candidate second user, and to provisionally assign a power allocation to the selected sub-band for each candidate pair of users, the assignment processor being further adapted to restrict the plurality of candidate pairs to a set of candidate pairs comprising candidate second users whose channel gain is complementary to the channel gain of the first user, a complementary channel gain is a channel gain such that assigning a user having that channel gain to the selected sub-band together with the corresponding first user would indicate a total sub-band throughput greater than the sub-band throughput achievable by assigning all available power as indicated by the provisional power allocation for the corresponding candidate pair of users for the respective sub-band to the first user, the assignment processor being further adapted to assign the respective second subband user as an initial sub-band assignment to an user excluding any user who has already been assigned to an initial sub-band, belonging to a set maximizing a performance metric reflecting an achieved throughput, and/or fairness across users, the achieved throughput being equal to an average throughput achieved by the user over a predefined historical period and wherein the system is further adapted to process users for each sub-band, until all sub-bands in the current time slot have been attributed. - an assignment processor adapted to assign, as an initial subband assignment, a user excluding any user who has already been assigned to an initial sub-band to a respective selected sub-band in a current time slot t, as first user for that respective selected sub-band, - a power calculator adapted to determine, for the respective selected sub-band, a plurality of candidate pairs of users for possible assignment to the selected sub-band, each candidate pair of users comprising two different users including the first user and a respective candidate second user, and to provisionally assign a power allocation to the selected sub-band for each candidate pair of users,
A lamp, comprising:a strip-shaped LED lamp, wherein the strip-shaped LED lamp comprises a first strip-shaped conducting wire and at least one LED luminous body disposed on the strip-shaped conducting wire, and each of the LED luminous bodies comprises a first chip and a second chip connected to the first chip via a second conducting wire, wherein the first chip in each of the LED luminous bodies is an LED chip; and the second chip is used for controlling the power supply for the LED chip; characterized in that the lamp further comprises an injection molding body which is manufactured by an injection molding process, wherein the first strip-shaped conducting wire penetrates into the injection molding body; the injection molding body is further formed, in an injection molding manner, with a fixing portion for fixing the lamp in a hole to be penetrated, the fixing portion is buckles formed by injection molding, and the buckles comprise a first buckle and a second buckle between which a buckle gap is disposed, and the LED lamp passes through the buckle gap; and printed circuit boards and resistors are omitted in the LED luminous bodies. characterized in that the lamp further comprises an injection molding body which is manufactured by an injection molding process, wherein the first strip-shaped conducting wire penetrates into the injection molding body; the injection molding body is further formed, in an injection molding manner, with a fixing portion for fixing the lamp in a hole to be penetrated, the fixing portion is buckles formed by injection molding, and the buckles comprise a first buckle and a second buckle between which a buckle gap is disposed, and the LED lamp passes through the buckle gap; and printed circuit boards and resistors are omitted in the LED luminous bodies.
A combination of zinc and vitamin D for use to improve insulin sensitivity and/or to treat or prevent an impaired glucose tolerance and/or type II diabetes and/or gestational diabetes mellitus (GDM) and/or to prevent a condition associated with the foregoing in a subject wherein said zinc and vitamin D are administered simultaneously or separately and optionally sequentially wherein, the condition associated with GDM is selected from preterm and caesarian delivery, birth injury to the mother or baby, shoulder dystocia, macrosomia, excessive offspring blood glucose concentration, excess weigh/adiposity and associated metabolic disorders e.g. type II diabetes, fatty liver disease and obesity immediately after birth and later in the life of the offspring, and an increased risk for the mother of having or developing type 2 diabetes immediately after birth and later in life.
A steam network assembly for a plant comprising an ammonia-producing unit and a urea-producing unit, comprising a high-pressure steam line , two medium-pressure steam lines and a first and second turbine connected to the high-pressure steam line for supplying both with high-pressure steam; wherein the first turbine supplied with high-pressure steam by the high-pressure steam line is a condensing-type turbine with extraction into one of the two medium-pressure steam lines , and is configured to deliver power to a syngas compressor in the ammonia-producing unit of the plant; characterized in that the second turbine supplied with high-pressure steam by the high-pressure steam line is a counter-pressure type turbine with extraction connected to the two medium-pressure steam lines and is configured to deliver power to a carbon dioxide (CO 2 ) compressor in the urea-producing unit of the plant. wherein the first turbine supplied with high-pressure steam by the high-pressure steam line is a condensing-type turbine with extraction into one of the two medium-pressure steam lines , and is configured to deliver power to a syngas compressor in the ammonia-producing unit of the plant; characterized in that the second turbine supplied with high-pressure steam by the high-pressure steam line is a counter-pressure type turbine with extraction connected to the two medium-pressure steam lines and is configured to deliver power to a carbon dioxide (CO 2 ) compressor in the urea-producing unit of the plant.
A light emitting glass structure comprising: a first substrate, the first substrate being a conductive substrate; a first contact strip disposed over the first substrate; a first conductive adhesive layer inter-coupling and electrically communicating the first contact strip with the first substrate; an interpose layer formed over the first substrate, the interpose layer comprising: a light emitting material; a dielectric layer formed along the light emitting material; and an electrode layer formed over the dielectric layer, the first contact strip being spatially displaced from the interpose layer, a second contact strip disposed over the interpose layer; a second conductive adhesive layer inter-coupling and electrically communicating the second contact strip with the interpose layer; a resin layer extending over the interpose layer with the second contact strip interposing the interpose layer and the resin layer; and a second substrate disposed over the resin layer with the resin layer interposing the first substrate and the second substrate. a first substrate, the first substrate being a conductive substrate; a first contact strip disposed over the first substrate; a first conductive adhesive layer inter-coupling and electrically communicating the first contact strip with the first substrate; an interpose layer formed over the first substrate, the interpose layer comprising: a light emitting material; a dielectric layer formed along the light emitting material; and an electrode layer formed over the dielectric layer, the first contact strip being spatially displaced from the interpose layer, a light emitting material; a dielectric layer formed along the light emitting material; and an electrode layer formed over the dielectric layer, the first contact strip being spatially displaced from the interpose layer, a second contact strip disposed over the interpose layer; a second conductive adhesive layer inter-coupling and electrically communicating the second contact strip with the interpose layer; a resin layer extending over the interpose layer with the second contact strip interposing the interpose layer and the resin layer; and a second substrate disposed over the resin layer with the resin layer interposing the first substrate and the second substrate.
Harvesting header in the form of a mowing header for harvesting whole corn plants, with a frame which is moveable over a field in a forwards direction (V) and to which are attached one or more harvesting devices positioned laterally next to one another for harvesting corn plants and mulching devices which are arranged downstream of the harvesting devices and have elements , which are driveable rotatably by a shaft , for processing the plant stubble remaining in the soil after the harvesting, wherein the harvesting devices are designed in the form of mowing and intake devices having conveyor discs which rotate about approximately vertical axes, are arranged one above another and have recesses distributed around the edge for transporting away the plants, and cutting discs arranged below said conveying discs, characterized in that the mulching devices are coupled pivotably to the frame so as to be moveable vertically in relation to the frame separately from one another about axes extending transversely with respect to the forwards direction (V) of the harvesting header and horizontally, and are supported on runners which follow the ground contour and are arranged below the elements , and in that the shafts of the mulching devices are each driveable via an assigned transmission which connects the shaft in terms of drive to a drive shaft , which is arranged in a hollow crossmember of the frame and serves for driving the mowing and intake devices , and is mounted in a freely pivotable manner about the axis of the drive shaft .
Device for providing bio-feedback to a user, said device comprising: an interface configured to obtain skin conductance measurements of a user and to output user instructions and bio-feedback information; and a processing unit configured to - generate user instructions indicating one or more actions to follow by the user, - identify one or more galvanic skin response, GSR, storms in a skin conductance trace of the skin conductance measurements obtained during the execution by the user of the user instructions, wherein a GSR storm is identified based on the number of peaks and/or the peak frequency in a time period having a duration in the range of 2 to 6 minutes, - identify a latency of a predetermined duration without a further GSR storm after the end of an identified GSR storm, and - generate, if at least one GSR storm followed by a latency has been identified, bio-feedback information providing bio-feedback related to the one or more actions followed by the user. an interface configured to obtain skin conductance measurements of a user and to output user instructions and bio-feedback information; and a processing unit configured to - generate user instructions indicating one or more actions to follow by the user, - identify one or more galvanic skin response, GSR, storms in a skin conductance trace of the skin conductance measurements obtained during the execution by the user of the user instructions, wherein a GSR storm is identified based on the number of peaks and/or the peak frequency in a time period having a duration in the range of 2 to 6 minutes, - identify a latency of a predetermined duration without a further GSR storm after the end of an identified GSR storm, and - generate, if at least one GSR storm followed by a latency has been identified, bio-feedback information providing bio-feedback related to the one or more actions followed by the user. - generate user instructions indicating one or more actions to follow by the user, - identify one or more galvanic skin response, GSR, storms in a skin conductance trace of the skin conductance measurements obtained during the execution by the user of the user instructions, wherein a GSR storm is identified based on the number of peaks and/or the peak frequency in a time period having a duration in the range of 2 to 6 minutes, - identify a latency of a predetermined duration without a further GSR storm after the end of an identified GSR storm, and - generate, if at least one GSR storm followed by a latency has been identified, bio-feedback information providing bio-feedback related to the one or more actions followed by the user.
A sintered bearing , comprising 3 to 12% by mass of aluminum, 0.05 to 0.5% by mass of phosphorus, and the balance comprising copper as a main component, and inevitable impurities, the sintered bearing having a structure which is obtainable in that an aluminum-copper alloy is sintered with a sintering aid, wherein as the sintering aid, a total of 0.05 to 0.2% by mass of aluminum fluoride and calcium fluoride with respect to a total of 100% by mass of the raw material powder is added to raw material powder, wherein the sintered bearing has added thereto 1 to 5% by mass of graphite with respect to a total of 100% by mass of the raw material powder and the inevitable impurities, wherein the sintered bearing has added thereto 2 to 4% by mass of zinc with respect to a total of 100% by mass of the raw material powder and the inevitable impurities, the pores (do, db) in a surface layer portion (A, C) of the sintered bearing being formed smaller than the internal pores (di) in a portion B, and in an outer surface of the sintered bearing , the pores (db) on a bearing surface are formed larger than the pores (do) on the remaining outer surface . the sintered bearing having a structure which is obtainable in that an aluminum-copper alloy is sintered with a sintering aid, wherein as the sintering aid, a total of 0.05 to 0.2% by mass of aluminum fluoride and calcium fluoride with respect to a total of 100% by mass of the raw material powder is added to raw material powder, wherein the sintered bearing has added thereto 1 to 5% by mass of graphite with respect to a total of 100% by mass of the raw material powder and the inevitable impurities, wherein the sintered bearing has added thereto 2 to 4% by mass of zinc with respect to a total of 100% by mass of the raw material powder and the inevitable impurities, the pores (do, db) in a surface layer portion (A, C) of the sintered bearing being formed smaller than the internal pores (di) in a portion B, and in an outer surface of the sintered bearing , the pores (db) on a bearing surface are formed larger than the pores (do) on the remaining outer surface .
A tamper-evident fastening device suitable for use with a wristband, wherein the device comprises: a casing , comprising two separate or hinged parts which are positioned on opposite faces of a divider , and having at least one channel therein having a proximate and a distal portion, said distal portion having a protrusion on one wall of the channel and a recess or step positioned on an opposite wall of the channel; a divider having at least one resiliently biased engagement member adapted for engagement with the channel, said engagement member being adapted to engage the recess or step, and further having a slot therein adapted to engage the protrusion ; wherein when the engagement member enters the channel, it is resiliently biased against at least one wall of the proximate part of the channel, and when it traverses the channel to its distal portion, it irreversibly engages with both the step or recess and the protrusion. a casing , comprising two separate or hinged parts which are positioned on opposite faces of a divider , and having at least one channel therein having a proximate and a distal portion, said distal portion having a protrusion on one wall of the channel and a recess or step positioned on an opposite wall of the channel; a divider having at least one resiliently biased engagement member adapted for engagement with the channel, said engagement member being adapted to engage the recess or step, and further having a slot therein adapted to engage the protrusion ; wherein when the engagement member enters the channel, it is resiliently biased against at least one wall of the proximate part of the channel, and when it traverses the channel to its distal portion, it irreversibly engages with both the step or recess and the protrusion.
Ski boot having a shell , an inner boot and a removable lower-shell sole , said lower-shell sole having a heel block (5.1) and a metatarsal plate (5.2), where the heel block (5.1) and the metatarsal plate (5.2) are formed in one piece from expanded polypropylene (EPP) having a density of less than 120 g/l, which has a hardness greater than 65 Shore A, and where the heel block (5.1) has a thickness (5.1.1) greater than 10 mm, preferably greater than 15 mm.
A railroad vehicle , in particular of the tram type, comprising at least three cars , each car comprising a structural body extending longitudinally between two ends , characterized in that the structural bodies of the different cars are identical, and in that each car is hingedly connected to at least one adjacent car by an intercommunication device , and in that each car comprises, at each end of its structural body , its own single-axle bogie .