mhurhangee/ep-ind-claims huggingface dataset:
A thermoplastic resin composition comprising: 100 parts by weight of a thermoplastic resin; and ≥ 0.5 parts by weight to ≤ 30 parts by weight of zinc oxide, the zinc oxide having a peak intensity ratio (B/A) of ≥ 0.01 to less than ≤ 0.1, where A indicates a peak in the wavelength range of ≥ 370 nm to ≤ 390 nm and B indicates a peak in the wavelength range of ≥ 450 nm to ≤ 600 nm in photoluminescence measurement. wherein the zinc oxide has a photocatalytic efficiency of ≥ 90% to ≤ 99%, as calculated by Equation 1: Photocatalytic efficiency % = N 1 − N 2 N 1 × 100 where N1 denotes a UV absorbance of a 5 ppm methylene blue solution at a wavelength of 660 nm, and N2 denotes a UV absorbance of a 5 ppm methylene blue solution at a wavelength of 660 nm, as measured after 1,000 ppm of the zinc oxide is deposited in the methylene blue solution, followed by irradiation with UV-B in the wavelength range of 280 nm to 360 nm for 2 hours. 100 parts by weight of a thermoplastic resin; and ≥ 0.5 parts by weight to ≤ 30 parts by weight of zinc oxide, the zinc oxide having a peak intensity ratio (B/A) of ≥ 0.01 to less than ≤ 0.1, where A indicates a peak in the wavelength range of ≥ 370 nm to ≤ 390 nm and B indicates a peak in the wavelength range of ≥ 450 nm to ≤ 600 nm in photoluminescence measurement. wherein the zinc oxide has a photocatalytic efficiency of ≥ 90% to ≤ 99%, as calculated by Equation 1: Photocatalytic efficiency % = N 1 − N 2 N 1 × 100 where N1 denotes a UV absorbance of a 5 ppm methylene blue solution at a wavelength of 660 nm, and N2 denotes a UV absorbance of a 5 ppm methylene blue solution at a wavelength of 660 nm, as measured after 1,000 ppm of the zinc oxide is deposited in the methylene blue solution, followed by irradiation with UV-B in the wavelength range of 280 nm to 360 nm for 2 hours.
A recycling method of dihydrate gypsum from waste gypsum boards comprising: calcining gypsum derived from waste gypsum boards in order to convert gypsum into hemihydrate and/or anhydrous type III gypsum granules; dropping the gypsum granules after calcination into water in order to mix the gypsum granules with water for preparing gypsum slurry; and crystalizing dihydrate gypsum particles in said gypsum slurry, said method being characterized in that temperature of the gypsum granules just before dropped into water is made 90 °C or higher. calcining gypsum derived from waste gypsum boards in order to convert gypsum into hemihydrate and/or anhydrous type III gypsum granules; dropping the gypsum granules after calcination into water in order to mix the gypsum granules with water for preparing gypsum slurry; and crystalizing dihydrate gypsum particles in said gypsum slurry, said method being characterized in that temperature of the gypsum granules just before dropped into water is made 90 °C or higher.
An implantable medical device adapted to be implanted into a thin heart wall of a patient, in particular into an atrial wall comprising successively an endocardium, a myocardium and a visceral pericardium, the device comprising: - a device body with a front face at its distal end; and - a means for anchoring the medical device to said heart wall (EC, MYO, PCV), wherein the means for anchoring includes a screw with a helix wire wound into a plurality of non-contiguous turns, the screw having a clamped end integral with the front face of the device body and a free end comprising a beveled end defined by at least one oblique surface, wherein: - the normal to the oblique surface of the beveled end is directed away from the front face of the device body, in such a way that the oblique surface is directed towards the heart wall (EC, MYO, PCV), - the normal to the oblique surface forms an angle (α) between 30° and 60° with respect to the helix axis, and - the screw is elastically deformable in axial compression, characterised in that the screw is a non-piercing screw devoid of tip or cutting edge, wherein: - the oblique surface has at its end a rounded edge adapted to slide over the visceral pericardium without piercing it, - the length of the active turns of the screw is lower than 1.5 mm, and the stiffness coefficient K of the screw in axial compression is at most 5 N/mm, so that, during an implantation in an atrial wall, the screw, after having reached the visceral pericardium, produces a crushing of the myocardium without piercing the visceral pericardium, whereby avoiding any blood effusion in the pericardial space. - a device body with a front face at its distal end; and - a means for anchoring the medical device to said heart wall (EC, MYO, PCV), - the normal to the oblique surface of the beveled end is directed away from the front face of the device body, in such a way that the oblique surface is directed towards the heart wall (EC, MYO, PCV), - the normal to the oblique surface forms an angle (α) between 30° and 60° with respect to the helix axis, and - the screw is elastically deformable in axial compression, - the oblique surface has at its end a rounded edge adapted to slide over the visceral pericardium without piercing it, - the length of the active turns of the screw is lower than 1.5 mm, and the stiffness coefficient K of the screw in axial compression is at most 5 N/mm, so that, during an implantation in an atrial wall, the screw, after having reached the visceral pericardium, produces a crushing of the myocardium without piercing the visceral pericardium,
A method of controlling a robot cleaner, comprising the steps of: deriving at least one passage location in a cleaning area through image information of the cleaning area; creating room information for each of a plurality of room units (31, 32, 33, 34, 35, 36, 37) by including the derived passage location in a cleaning map of the cleaning area for distinguishing the room units (31, 32, 33, 34, 35, 36, 37) from each other, wherein the room units (31, 32, 33, 34, 35, 36, 37) are separated from each other by the passage location; and performing a cleaning by room units (31, 32, 33, 34, 35, 36, 37) distinguished from each other by the room information; characterized by the passage location deriving step comprising the steps of: extracting feature lines (4, 5, 6) corresponding to a passage shape from the image information; and recognizing a combination of the feature lines (4, 5, 6) as a passage, wherein the feature lines (4, 5, 6) are sorted into vertical lines and horizontal lines and wherein the passage is recognized through a combination of the vertical lines and the horizontal lines. deriving at least one passage location in a cleaning area through image information of the cleaning area; creating room information for each of a plurality of room units (31, 32, 33, 34, 35, 36, 37) by including the derived passage location in a cleaning map of the cleaning area for distinguishing the room units (31, 32, 33, 34, 35, 36, 37) from each other, wherein the room units (31, 32, 33, 34, 35, 36, 37) are separated from each other by the passage location; and performing a cleaning by room units (31, 32, 33, 34, 35, 36, 37) distinguished from each other by the room information; characterized by the passage location deriving step comprising the steps of: extracting feature lines (4, 5, 6) corresponding to a passage shape from the image information; and recognizing a combination of the feature lines (4, 5, 6) as a passage, extracting feature lines (4, 5, 6) corresponding to a passage shape from the image information; and recognizing a combination of the feature lines (4, 5, 6) as a passage, wherein the feature lines (4, 5, 6) are sorted into vertical lines and horizontal lines and wherein the passage is recognized through a combination of the vertical lines and the horizontal lines.
Use of an enzyme composition comprising a beta-1,3-glucanase and/or a xylanase for the improvement of the prebiotic quality of a by-product derived from fermented mash in a fermentative ethanol production process comprising the steps of: i) subjecting the fermented mash after the fermentation to said enzyme composition capable of degrading one or more fermented mash components, ii) separating the desired primary fermentation product, iii) separating the fermentation by-product having improved prebiotic quality, wherein the improvement of the prebiotic quality is an increase in the amount of manno-oligosaccharides
A method for sending data over a bus, comprising: Calculating a parity check code for a new data code, wherein the new data code comprises a number of bits in the new data code; Calculating a Hamming distance between the new data code and a prior data code of the previous transmission; and if the Hamming distance is greater than half of the number of bits in the new data code: inverting the new data code and the parity check code to obtain an inverted new data code and an inverted parity check code; and sending the inverted new data code and the inverted parity check code to the bus; sending the new data code and the parity check code to the bus if the Hamming distance is not greater than half of the number of bits in the new data code; wherein the bus does not include a wire for inversion signaling. Calculating a parity check code for a new data code, wherein the new data code comprises a number of bits in the new data code; Calculating a Hamming distance between the new data code and a prior data code of the previous transmission; and if the Hamming distance is greater than half of the number of bits in the new data code: inverting the new data code and the parity check code to obtain an inverted new data code and an inverted parity check code; and sending the inverted new data code and the inverted parity check code to the bus; inverting the new data code and the parity check code to obtain an inverted new data code and an inverted parity check code; and sending the inverted new data code and the inverted parity check code to the bus; sending the new data code and the parity check code to the bus if the Hamming distance is not greater than half of the number of bits in the new data code;
Header adapted to be connected to and form part of or being integrally formed as a part of a heat exchanger, the heat exchanger having a heat exchanger body with a plurality of discrete channels (B ij) for a first fluid and a plurality of discrete channels (C ij) for a second fluid, the header having: a first end having a round configuration being adapted to be connected to a circular pipe and to form an inlet to, or an outlet from, the heat exchanger; and a second end being adapted to be connected to or be integrally formed with the heat exchanger body and being provided with a plurality of discrete channels (B ij) corresponding to the plurality of discrete channels (B ij) for the first fluid in the heat exchanger body, characterized in that the header is provided with a plurality of dividers dividing one or more internal channels of the circular pipe into the plurality of discrete channels (B ij) at the second end, wherein the dividers extend from the second end to or towards the first end, wherein at least some of the dividers extend from the second end to the first end and define a plurality of channel mouths (A ij) at the first end, the channel mouths (A ij) together forming the round configuration of the first end, and, wherein at least a sub-set of the dividers extend, in a cross-section across the channel mouths (A ij), along curved lines across the round configuration of the first end. a first end having a round configuration being adapted to be connected to a circular pipe and to form an inlet to, or an outlet from, the heat exchanger; and a second end being adapted to be connected to or be integrally formed with the heat exchanger body and being provided with a plurality of discrete channels (B ij) corresponding to the plurality of discrete channels (B ij) for the first fluid in the heat exchanger body, characterized in that the header is provided with a plurality of dividers dividing one or more internal channels of the circular pipe into the plurality of discrete channels (B ij) at the second end, wherein the dividers extend from the second end to or towards the first end, wherein at least some of the dividers extend from the second end to the first end and define a plurality of channel mouths (A ij) at the first end, the channel mouths (A ij) together forming the round configuration of the first end, and, wherein at least a sub-set of the dividers extend, in a cross-section across the channel mouths (A ij), along curved lines across the round configuration of the first end.
A steering assistance device comprising: a demarcation line detection unit configured to detect left (Ll) and right (Lr) lane demarcation lines in a lane in which a vehicle travels; a horizontal velocity measurement unit configured to calculate a horizontal velocity, which is a velocity component of the vehicle in a direction perpendicular to the lane; an assistance unit configured to perform steering assistance of the vehicle such that the vehicle travels parallel to the left and right lane demarcation lines (Ll, Lr); and a steering control unit configured to start the steering assistance of the vehicle performed by the assistance unit in a case where the horizontal velocity is larger than a prescribed velocity (V T); and a distance of a vehicle central line along a center of the vehicle (Vc) from a lane central line along a center between the left and right lane demarcation lines (Ll, Lr) is equal to or less than a prescribed distance (D T). a demarcation line detection unit configured to detect left (Ll) and right (Lr) lane demarcation lines in a lane in which a vehicle travels; a horizontal velocity measurement unit configured to calculate a horizontal velocity, which is a velocity component of the vehicle in a direction perpendicular to the lane; an assistance unit configured to perform steering assistance of the vehicle such that the vehicle travels parallel to the left and right lane demarcation lines (Ll, Lr); and a steering control unit configured to start the steering assistance of the vehicle performed by the assistance unit in a case where the horizontal velocity is larger than a prescribed velocity (V T); and a distance of a vehicle central line along a center of the vehicle (Vc) from a lane central line along a center between the left and right lane demarcation lines (Ll, Lr) is equal to or less than a prescribed distance (D T).
Method for fabricating a membrane-electrode assembly with proton-exchange membrane, characterized in that the method comprises: - the supply of a proton-exchange membrane; - the deposition of cathodic electrocatalytic ink on a first face of a first gas diffusion layer; - the assembly of the proton-exchange membrane with the first gas diffusion layer, including the securing of the first face of the first gas diffusion layer with a first face of the proton-exchange membrane; - then, the deposition of anodic electrocatalytic ink on a second face of the proton-exchange membrane, opposite the first face; - then, the assembly of a second gas diffusion layer with the membrane including the securing of its second face with a first face of the second gas diffusion layer. - the supply of a proton-exchange membrane; - the deposition of cathodic electrocatalytic ink on a first face of a first gas diffusion layer; - the assembly of the proton-exchange membrane with the first gas diffusion layer, including the securing of the first face of the first gas diffusion layer with a first face of the proton-exchange membrane; - then, the deposition of anodic electrocatalytic ink on a second face of the proton-exchange membrane, opposite the first face; - then, the assembly of a second gas diffusion layer with the membrane including the securing of its second face with a first face of the second gas diffusion layer.
A method for generating a path, comprising: storing, in a storing unit, at least one path for each arbitrarily set section among a plurality of sections, wherein each section is configured with an arbitrary start point and an arbitrary end point and wherein each stored section is divided using themes and themes include a festival, a restaurant, a famous sight, a foliage or a sunrise; setting, in a path setting unit, a main path having one of the plurality of sections from an origin to a destination input from a user and then displaying the main path through a display unit for displaying information processed in a multimedia system for a vehicle; searching, in a path generating unit, for at least one alternative path for one or more of the plurality of sections corresponding to a theme selected by the user; displaying the at least one searched alternative path along with the main path through the display unit; receiving, in an input unit, a selection of one or more of the at least one alternative path displayed by the display unit, by the user, for one or more of the plurality of sections; displaying, by the display unit, the alternative path selected by the user and a comparison between a duration of the main path and the selected alternative path; and generating, in the path generating unit, a final path based on the selection of the one or more alternative path for the one or more sections; and displaying, in the display unit, the final path generated by the path generating unit. storing, in a storing unit, at least one path for each arbitrarily set section among a plurality of sections, wherein each section is configured with an arbitrary start point and an arbitrary end point and wherein each stored section is divided using themes and themes include a festival, a restaurant, a famous sight, a foliage or a sunrise; setting, in a path setting unit, a main path having one of the plurality of sections from an origin to a destination input from a user and then displaying the main path through a display unit for displaying information processed in a multimedia system for a vehicle; searching, in a path generating unit, for at least one alternative path for one or more of the plurality of sections corresponding to a theme selected by the user; displaying the at least one searched alternative path along with the main path through the display unit; receiving, in an input unit, a selection of one or more of the at least one alternative path displayed by the display unit, by the user, for one or more of the plurality of sections; displaying, by the display unit, the alternative path selected by the user and a comparison between a duration of the main path and the selected alternative path; and generating, in the path generating unit, a final path based on the selection of the one or more alternative path for the one or more sections; and displaying, in the display unit, the final path generated by the path generating unit.
An air distribution system for the distribution of air conditioning to a rear portion of a vehicle, the air distribution system comprising: a housing extending from a first end to a second end; said housing defining a plurality of first direct air outlets disposed adjacent said first end and a plurality of second direct air outlets disposed adjacent said second end; said housing defining a plurality of indirect air outlets disposed between said plurality of first direct air outlets and said plurality of second direct air outlets; and an airflow control assembly configured to interchange airflow of the air distribution system between a first airflow mode and a second airflow mode wherein airflow is restricted through said plurality of first and second direct air outlets (54,60) and open through said plurality of indirect air outlets to create a bloom of air over the occupants of the rear portion of the vehicle, characterised in that in said first airflow mode airflow is open through said the plurality of first and second direct air outlets (54, 60) but blocked from said plurality of indirect air outlets for guiding air directly to occupants situated in the rear portion of the vehicle. a housing extending from a first end to a second end; said housing defining a plurality of first direct air outlets disposed adjacent said first end and a plurality of second direct air outlets disposed adjacent said second end; said housing defining a plurality of indirect air outlets disposed between said plurality of first direct air outlets and said plurality of second direct air outlets; and an airflow control assembly configured to interchange airflow of the air distribution system between a first airflow mode and a second airflow mode wherein airflow is restricted through said plurality of first and second direct air outlets (54,60) and open through said plurality of indirect air outlets to create a bloom of air over the occupants of the rear portion of the vehicle, characterised in that in said first airflow mode airflow is open through said the plurality of first and second direct air outlets (54, 60) but blocked from said plurality of indirect air outlets for guiding air directly to occupants situated in the rear portion of the vehicle.
Apparatus comprising: processor circuitry configured to execute data processing instructions, wherein the processor circuitry is configured to maintain a call stack data structure in dependence on the data processing instructions it executes, and wherein the processor circuitry is configured to operate in a transactional execution mode when the data processing instructions executed access stored data items shared with further processor circuitry; and pre-transactional stack pointer storage circuitry configured to store a stack depth indication for the call stack data structure, wherein the processor circuitry is configured to store the stack depth indication prior to entering the transactional execution mode, wherein the processor circuitry is configured, when operating in the transactional execution mode, to determine a relative stacking position for a modification to the call stack data structure with respect to the stack depth indication, and if the relative stacking position is in a positive stack growth direction with respect to a position indicated by the stack depth indication, to store an indication that a corresponding cache entry is non-speculative, and if the relative stacking position not in a positive stack growth direction with respect to the position indicated by the stack depth indication, to store an indication that the corresponding cache entry is speculative. processor circuitry configured to execute data processing instructions, wherein the processor circuitry is configured to maintain a call stack data structure in dependence on the data processing instructions it executes, and wherein the processor circuitry is configured to operate in a transactional execution mode when the data processing instructions executed access stored data items shared with further processor circuitry; and pre-transactional stack pointer storage circuitry configured to store a stack depth indication for the call stack data structure, wherein the processor circuitry is configured to store the stack depth indication prior to entering the transactional execution mode, wherein the processor circuitry is configured, when operating in the transactional execution mode, to determine a relative stacking position for a modification to the call stack data structure with respect to the stack depth indication, and if the relative stacking position is in a positive stack growth direction with respect to a position indicated by the stack depth indication, to store an indication that a corresponding cache entry is non-speculative, and if the relative stacking position not in a positive stack growth direction with respect to the position indicated by the stack depth indication, to store an indication that the corresponding cache entry is speculative.