mhurhangee/patent-ind-claim-en huggingface dataset:
A method for decoding a video, the method comprising: determining whether to divide the current block into two partitions or not, characterised by determining whether the current block is divided symmetrically or asymmetrically based on a first flag signaled via a bitstream when it is determined to divide the current block into two partitions; determining an asymmetric partition type of the current block based on a second flag and a third flag signaled via the bitstream when it is determined that the current block is divided asymmetrically, the second flag indicating whether the current block is divided in a vertical direction or a horizontal direction and the third flag indicating locations of the first partition and the second partition; and dividing the current block into two partitions according to the determined asymmetric partition type, the two partitions including a first partition having a 1/4 size of the current block and a second partition having a 3/4 size of the current block, wherein when the current block is divided in the horizontal direction, the third flag indicates whether the first partition or the second partition is located at an upper side or a bottom side, and wherein when the current block is divided in the vertical direction, the third flag indicates whether the first partition or the second partition is located at a left side or a right side. determining whether to divide the current block into two partitions or not, characterised by determining whether the current block is divided symmetrically or asymmetrically based on a first flag signaled via a bitstream when it is determined to divide the current block into two partitions; determining an asymmetric partition type of the current block based on a second flag and a third flag signaled via the bitstream when it is determined that the current block is divided asymmetrically, the second flag indicating whether the current block is divided in a vertical direction or a horizontal direction and the third flag indicating locations of the first partition and the second partition; and dividing the current block into two partitions according to the determined asymmetric partition type, the two partitions including a first partition having a 1/4 size of the current block and a second partition having a 3/4 size of the current block, wherein when the current block is divided in the horizontal direction, the third flag indicates whether the first partition or the second partition is located at an upper side or a bottom side, and wherein when the current block is divided in the vertical direction, the third flag indicates whether the first partition or the second partition is located at a left side or a right side.
A method of vulnerability detection and mitigation in a managed network , the method comprising: receiving a defined state of a product on a managed endpoint of a managed network , the defined state including one or more conditions of the product ; detecting a trigger event in the managed network , the trigger event being indicative of a circumstance that is inconsistent with the defined state ; responsive to the detection of the trigger event , initiating a scan that includes an automated scan of the managed endpoint for at least one condition of the one or more conditions at the managed endpoint , wherein the scan includes an automated network scan of an additional managed endpoint in the managed network and the automated network scan is configured to identify presence of the trigger event in one or more of the additional managed endpoints ; responsive to the automated scan identifying the at least one condition being inconsistent with the defined state , automatically implementing a product modification process, the product modification process including distribution of at least a control signal that is configured to change the product or the managed endpoint to bring the product or the managed endpoint into compliance with the defined state ; and implementing the product modification process at a first additional endpoint responsive to the trigger event being present at the first additional managed endpoint of the additional managed endpoints . receiving a defined state of a product on a managed endpoint of a managed network , the defined state including one or more conditions of the product ; detecting a trigger event in the managed network , the trigger event being indicative of a circumstance that is inconsistent with the defined state ; responsive to the detection of the trigger event , initiating a scan that includes an automated scan of the managed endpoint for at least one condition of the one or more conditions at the managed endpoint , wherein the scan includes an automated network scan of an additional managed endpoint in the managed network and the automated network scan is configured to identify presence of the trigger event in one or more of the additional managed endpoints ; responsive to the automated scan identifying the at least one condition being inconsistent with the defined state , automatically implementing a product modification process, the product modification process including distribution of at least a control signal that is configured to change the product or the managed endpoint to bring the product or the managed endpoint into compliance with the defined state ; and implementing the product modification process at a first additional endpoint responsive to the trigger event being present at the first additional managed endpoint of the additional managed endpoints .
A bovine enterokinase light chain analogue comprising an amino acid sequence set forth in SEQ ID NO: 1, wherein said analogue comprises substitutions C112A, L134K and I135K, said analogue comprises less than 10 amino acid modifications relative to SEQ ID NO: 1, and said analogue has enterokinase protease activity.
A protective toe cap for an article of footwear , comprising: a hemi-dome shaped body adapted to cover a user's toes once incorporated into an article a footwear , the body having opposing inner and outer surfaces, a forefoot side , a midfoot side , a medial side , and a lateral side , the body further comprising at least one strain hardened portion (300; 308, 310) and at least one non-strain hardened portion , wherein a thickness of the at least one strain hardened portion (300; 308, 310) is smaller than a thickness of the non-strain hardened portion , and wherein the at least one strain hardened portion (300; 308, 310) is formed as a depression in at least one of the inner surface and the outer surface without a corresponding protrusion present on the opposing surface. a hemi-dome shaped body adapted to cover a user's toes once incorporated into an article a footwear , the body having opposing inner and outer surfaces, a forefoot side , a midfoot side , a medial side , and a lateral side , the body further comprising at least one strain hardened portion (300; 308, 310) and at least one non-strain hardened portion , wherein a thickness of the at least one strain hardened portion (300; 308, 310) is smaller than a thickness of the non-strain hardened portion , and wherein the at least one strain hardened portion (300; 308, 310) is formed as a depression in at least one of the inner surface and the outer surface without a corresponding protrusion present on the opposing surface.
A tire comprising a tread portion having a designated mounting direction to a vehicle to define an outside tread edge (To) located toward the outside of the vehicle when the tire is mounted on the vehicle and an inside tread edge (Ti) located toward the inside of the vehicle when the tire is mounted on the vehicle, wherein the tread portion is provided with an outer shoulder main groove extending continuously in the tire circumferential direction in a part closest to the outside tread edge (To), an outer crown main groove extending continuously in the tire circumferential direction on a side of the inside tread edge (Ti) of the outer shoulder main groove , a plurality of outer transverse grooves connecting between the outside tread edge (To) and the outer crown main groove , an outer shoulder land region defined between the outside tread edge (To) and the outer shoulder main groove , and an outer middle land region defined between the outer shoulder main groove and the outer crown main groove , a maximum width (ws) of the outer shoulder land region in the tire axial direction is larger than a maximum width (Wm) of the outer middle land region in the tire axial direction, the outer shoulder land region is divided by the plurality of the outer transverse grooves into outer shoulder blocks arranged in the tire circumferential direction, and at least some of the outer shoulder blocks are each provided with an outer circumferential narrow groove connecting between a pair of the outer transverse grooves adjacently disposed to each other on both sides of each of the at least some of the outer shoulder blocks in the tire circumferential direction, characterized in that the outer circumferential narrow groove comprises a first oblique portion inclined to one side with respect to the tire circumferential direction with a length (Lc) not less than 30% of a maximum length (L1) of corresponding one of the some of the outer shoulder blocks in the tire circumferential direction, and a second oblique portion inclined to an opposite direction to the first oblique portion with a length (Lb) not less than 30% of the maximum length (L1) of the corresponding one of the some of the outer shoulder block in the tire circumferential direction.
A magnetic element comprising: a coil assembly including a core and a coil arranged at an outer periphery of the core ; and an outer peripheral core configured to surround an outer periphery of the coil assembly , wherein the magnetic element is a resin sealing type magnetic element in which a gap between the coil and the outer peripheral core is filled with resin , wherein the outer peripheral core comprises an opening into which the coil assembly is inserted, and a fixing unit configured to fix the coil assembly in the outer peripheral core , the core is formed as a columnar core; and the fixing unit is formed by a pair of grooves arranged on an inner peripheral surface in the outer peripheral core and into which both end portions in an axial direction of the columnar core are inserted so that the coil assembly is fixed to the outer peripheral core , wherein the core is formed by a compression molded magnetic body, and the outer peripheral core is formed by an injection molded magnetic body. a coil assembly including a core and a coil arranged at an outer periphery of the core ; and an outer peripheral core configured to surround an outer periphery of the coil assembly , wherein the magnetic element is a resin sealing type magnetic element in which a gap between the coil and the outer peripheral core is filled with resin , wherein the outer peripheral core comprises an opening into which the coil assembly is inserted, and a fixing unit configured to fix the coil assembly in the outer peripheral core , the core is formed as a columnar core; and the fixing unit is formed by a pair of grooves arranged on an inner peripheral surface in the outer peripheral core and into which both end portions in an axial direction of the columnar core are inserted so that the coil assembly is fixed to the outer peripheral core , wherein the core is formed by a compression molded magnetic body, and the outer peripheral core is formed by an injection molded magnetic body.
A temperature measurement probe for use in a magnetic resonance, MR, environment comprising: an elongated substrate ; a plurality of electrically conductive, high resistance traces printed on the substrate; at least one thermistor disposed on the substrate and electrically connected with at least a first one of the traces, the thermistor configured to be placed in thermal communication with a patient in the magnetic resonance environment and to provide a temperature signal indicative of an MR induced noise in the magnetic resonance environment as well as of temperature of the patient; characterized in that the temperature measurement probe further comprises at least one reference element , being a resistor or thermistor, connected with at least a second one of the traces , said at least second one of the traces being different from the at least first one of the traces, wherein the reference element is thermally isolated from the patient or is selected to have a stable resistance across a temperature range of interest, wherein said reference element is further configured to provide a common mode signal indicative of the MR induced noise in the magnetic resonance environment; and a processor and control circuit electrically connected with the plurality of traces, the processor and control circuit comprising a filter configured to provide a corrected temperature signal by subtracting the common mode signal from the temperature signal. an elongated substrate ; a plurality of electrically conductive, high resistance traces printed on the substrate; at least one thermistor disposed on the substrate and electrically connected with at least a first one of the traces, the thermistor configured to be placed in thermal communication with a patient in the magnetic resonance environment and to provide a temperature signal indicative of an MR induced noise in the magnetic resonance environment as well as of temperature of the patient; at least one reference element , being a resistor or thermistor, connected with at least a second one of the traces , said at least second one of the traces being different from the at least first one of the traces, wherein the reference element is thermally isolated from the patient or is selected to have a stable resistance across a temperature range of interest, wherein said reference element is further configured to provide a common mode signal indicative of the MR induced noise in the magnetic resonance environment; and a processor and control circuit electrically connected with the plurality of traces, the processor and control circuit comprising a filter configured to provide a corrected temperature signal by subtracting the common mode signal from the temperature signal.
An apparatus comprising a processor comprising one or more block-based processor cores , each of the cores being configurable to execute one or more instruction blocks, each of the cores comprising: an execution unit configured to execute register read and write instructions contained in an instruction block to read from and/or write to, respectively, a register file comprising a plurality of registers; a hardware structure comprising: a register write mask storing data that indicates which registers of the register file a current group of instructions will write to; and a register read mask storing data that indicates which registers of the register file a next group of instructions will read; and a control unit configured to control issuing of individual register read and write instructions of the next group of instructions to the execution unit by comparing the register write mask data to the register read mask data and allowing execution of a respective one of the individual register read and write instructions when the register write mask indicates any register the respective individual instruction is dependent on has been written by the current group of instructions for selecting a register access instruction; and to execute the selected register access instruction. an execution unit configured to execute register read and write instructions contained in an instruction block to read from and/or write to, respectively, a register file comprising a plurality of registers; a hardware structure comprising: a register write mask storing data that indicates which registers of the register file a current group of instructions will write to; and a register read mask storing data that indicates which registers of the register file a next group of instructions will read; and a control unit configured to control issuing of individual register read and write instructions of the next group of instructions to the execution unit by comparing the register write mask data to the register read mask data and allowing execution of a respective one of the individual register read and write instructions when the register write mask indicates any register the respective individual instruction is dependent on has been written by the current group of instructions for selecting a register access instruction; and a register write mask storing data that indicates which registers of the register file a current group of instructions will write to; and a register read mask storing data that indicates which registers of the register file a next group of instructions will read; and a control unit configured to control issuing of individual register read and write instructions of the next group of instructions to the execution unit by comparing the register write mask data to the register read mask data and allowing execution of a respective one of the individual register read and write instructions when the register write mask indicates any register the respective individual instruction is dependent on has been written by the current group of instructions for selecting a register access instruction; and
Device for adjusting the membrane separation units of a plant I for producing biomethane from a biogas flow comprising methane and carbon dioxide, said device comprising: - a control means that is able to receive at least one datum D of the biogas flow to be treated or of the biomethane flow and to transmit this datum D in the form of a signal to a processor P of the device, - the processor P being configured to execute an algorithm to: • compare the datum D with a threshold value, • determine the difference between the threshold value and the datum D and • adjust the number of membrane separation units of the same nature in parallel in the plant I as a function of the determined difference and • adjust the operating capacity of each membrane separation unit as a function of the determined difference, with the algorithm being configured to adjust the operating capacity of the membrane separation units in parallel by hysteresis. - a control means that is able to receive at least one datum D of the biogas flow to be treated or of the biomethane flow and to transmit this datum D in the form of a signal to a processor P of the device, - the processor P being configured to execute an algorithm to: • compare the datum D with a threshold value, • determine the difference between the threshold value and the datum D and • adjust the number of membrane separation units of the same nature in parallel in the plant I as a function of the determined difference and • adjust the operating capacity of each membrane separation unit as a function of the determined difference, with the algorithm being configured to adjust the operating capacity of the membrane separation units in parallel by hysteresis. • compare the datum D with a threshold value, • determine the difference between the threshold value and the datum D and • adjust the number of membrane separation units of the same nature in parallel in the plant I as a function of the determined difference and • adjust the operating capacity of each membrane separation unit as a function of the determined difference,
A weighing apparatus configured to measure the weight of an article while conveying the article, the weighing apparatus comprising: a conveyance unit configured to convey the article and having a variable conveyance speed; a detection unit configured to detect a weight of the conveyance unit or, in a case where the conveyance unit is conveying the article, a weight of the conveyance unit and a weight of the article on the conveyance unit, the detection unit configured to output a weigh signal; and characterised by : a control unit configured to generate statistical information from the weigh signals output by the detection unit in a state in which there is no article on the conveyance unit in regard to each of a plurality of the conveyance speeds, the control unit configured to determine and output candidates for defect factors based on the statistical information for each of the conveyance speeds. a conveyance unit configured to convey the article and having a variable conveyance speed; a detection unit configured to detect a weight of the conveyance unit or, in a case where the conveyance unit is conveying the article, a weight of the conveyance unit and a weight of the article on the conveyance unit, the detection unit configured to output a weigh signal; and characterised by : a control unit configured to generate statistical information from the weigh signals output by the detection unit in a state in which there is no article on the conveyance unit in regard to each of a plurality of the conveyance speeds, the control unit configured to determine and output candidates for defect factors based on the statistical information for each of the conveyance speeds.
A device for effecting deformation of a sclera of an eye, the device comprising: an expandable mesh tube having holes dispersed through an entire surface thereof and with first and second tapered ends , wherein the mesh tube is configured to be inserted into a sclera of an eye in an unexpanded state and deform the sclera in an expanded state, a central portion of the mesh tube is configured to be intrascleral and the first and second tapered ends are each configured to be external to the sclera on top of an intact scleral surface in order to deform the sclera due to the expansion by the mesh tube from the unexpanded state to the expanded state, and the mesh tube in the expanded state is configured to simultaneously cause the sclera to be deformed so that the sclera moves towards the inside of the eye while simultaneously causing the sclera to move towards the outside of the eye, wherein the mesh tube includes struts , connecting points of the struts are of different sizes, the first and second tapered ends and the connecting points within the tapered ends are thicker than the connecting points of the mesh tube , characterized in that the mesh tube includes fixation tabs , wherein the tabs are configured to expand and protrude when the mesh tube expands and to engage cut edges of the sclera . an expandable mesh tube having holes dispersed through an entire surface thereof and with first and second tapered ends , wherein the mesh tube is configured to be inserted into a sclera of an eye in an unexpanded state and deform the sclera in an expanded state, a central portion of the mesh tube is configured to be intrascleral and the first and second tapered ends are each configured to be external to the sclera on top of an intact scleral surface in order to deform the sclera due to the expansion by the mesh tube from the unexpanded state to the expanded state, and the mesh tube in the expanded state is configured to simultaneously cause the sclera to be deformed so that the sclera moves towards the inside of the eye while simultaneously causing the sclera to move towards the outside of the eye, wherein the mesh tube includes struts , connecting points of the struts are of different sizes, the first and second tapered ends and the connecting points within the tapered ends are thicker than the connecting points of the mesh tube , characterized in that the mesh tube includes fixation tabs , wherein the tabs are configured to expand and protrude when the mesh tube expands and to engage cut edges of the sclera .