mhurhangee/ep-ind-claims huggingface dataset:
An antenna assembly, comprising: a ground plane; and an antenna, comprising: a first plane element parallel with the ground plane and configured for operation in a first frequency band, the first plane element comprising a first strip, a second strip, a joining strip extending between the first and second strips, and a linear slot formed between the first and second strips; a first grounding element extending downwardly from the first strip and electrically coupled to the ground plane; a second grounding element extending downwardly from the second strip and electrically coupled to the ground plane; a feed element extending downwardly from the joining strip at a first end of the slot; a second plane element parallel with the first plane element and the ground plane and configured for operation in a second frequency band; and a connecting element extending downwardly from the second plane element to the first plane element. a ground plane; and an antenna, comprising: a first plane element parallel with the ground plane and configured for operation in a first frequency band, the first plane element comprising a first strip, a second strip, a joining strip extending between the first and second strips, and a linear slot formed between the first and second strips; a first grounding element extending downwardly from the first strip and electrically coupled to the ground plane; a second grounding element extending downwardly from the second strip and electrically coupled to the ground plane; a feed element extending downwardly from the joining strip at a first end of the slot; a second plane element parallel with the first plane element and the ground plane a first grounding element extending downwardly from the first strip and electrically coupled to the ground plane; a second grounding element extending downwardly from the second strip and electrically coupled to the ground plane; a feed element extending downwardly from the joining strip at a first end of the slot; a second plane element parallel with the first plane element and the ground plane and configured for operation in a second frequency band; and a connecting element extending downwardly from the second plane element to the first plane element.
A carbon black having a low PAH content, wherein the PAH content is determined based on a PAH22 content, and said carbon black is a furnace carbon black and having the following properties: (a) STSA: 110-250 m 2 /g l 2 No (mg/g)/STSA (m 2 /g): 1.20 to 0.70 PAH: 400 ppm or less; or (b) STSA: 80-110 m 2 /g I 2 No (mg/g)/STSA (m 2 /g): 1.15 to 0.70 PAH: 30 ppm or less: or (c) STSA: 65-75 m 2 /g I 2 No (mg/g)/STSA (m 2 /g): 1.10-0.88 PAH: 500 ppm or less DBP: 115-125 mL/100 g; or (d) STSA: 65-80 m 2 /g I 2 No (mg/g)/STSA (m 2 /g): 0.70 to 0.88 PAH: 500 ppm or less: or (e) STSA: 1 to 35 m 2 /g I 2 No (mg/g)/STSA (m 2 /g): 1.40 to 0.70 PAH: 50 ppm or less; or (f) STSA: 70 to 90 m 2 /g I 2 No (mg/g)/STSA (m 2 /g):1.00 to 1.20 PAH: 50 ppm or less DBP: 60-80 mL/100g; or (g) STSA: 87-95 m 2 /g I 2 No (mg/g)/STSA (m 2 /g): 0.91 to 1.08 PAH: 100 ppm or less DBP: 109-119 mL/100g. (a) STSA: 110-250 m 2 /g l 2 No (mg/g)/STSA (m 2 /g): 1.20 to 0.70 PAH: 400 ppm or less; or (b) STSA: 80-110 m 2 /g I 2 No (mg/g)/STSA (m 2 /g): 1.15 to 0.70 PAH: 30 ppm or less: or (c) STSA: 65-75 m 2 /g I 2 No (mg/g)/STSA (m 2 /g): 1.10-0.88 PAH: 500 ppm or less DBP: 115-125 mL/100 g; or (d) STSA: 65-80 m 2 /g I 2 No (mg/g)/STSA (m 2 /g): 0.70 to 0.88 PAH: 500 ppm or less: or (e) STSA: 1 to 35 m 2 /g I 2 No (mg/g)/STSA (m 2 /g): 1.40 to 0.70 PAH: 50 ppm or less; or (f) STSA: 70 to 90 m 2 /g I 2 No (mg/g)/STSA (m 2 /g):1.00 to 1.20 PAH: 50 ppm or less DBP: 60-80 mL/100g; or (g) STSA: 87-95 m 2 /g I 2 No (mg/g)/STSA (m 2 /g): 0.91 to 1.08 PAH: 100 ppm or less DBP: 109-119 mL/100g.
Combined burner for blowing oxidizing gas and fuel into melting furnace, which is fixedly installed into the furnace and provided with outlet apertures for fuel and oxidizing gas, characterized in that the burner consists of fixed part of the burner and of a movable nozzle, nozzle having outlets for both fuel and oxidizing gas, which is rotatably installed inside the body (2.1) of the fixed part of the burner, supply of the oxidizing gas is connected to it and its motion is controlled by actuator, installed outside of the working space of the furnace, while the axis x 2 of the orifice of the movable nozzle is diverted from the rotation axis x 1 of the movable nozzle by angle α in the range of 5 - 60° and the movable nozzle is rotatable around the axis x 1 in any direction by angle β in the range of 0 - 180°.
Method for manufacturing a non-woven fabric, in which method a non-woven is formed in a former, and the non-woven material web that is created herein is subsequently further dewatered, wherein further dewatering of the non-woven material web comprises dewatering by means of a belt press which comprises a roller, at least one internal belt that bears on the roller and one external press belt being wrapped about said roller, wherein the non-woven material web at least in the region of the roller is disposed between the internal belt and the external press belt, wherein the press belt is pressed against the roller at a belt tension of at least 15 kN/m and, on account thereof, the non-woven material web and the internal belt are pressed against the roller, and wherein the non-woven in the former is formed on a revolving transfer belt, and the non-woven material web that is created herein is guided by way of this transfer belt at least up to the belt press and through the press nip thereof, characterized in that the non-woven formed, prior to being transferred to the belt press, is solidified on the transfer belt, wherein the solidification of the non-woven formed preferably comprises a solidification according the hydro-entanglement method.
A bilateral cooling type semiconductor laser system for medical beauty use, including: a semiconductor laser array comprising a plurality of stacked semiconductor lasers, an optical waveguide disposed in front of a light emitting surface of the semiconductor laser array, a transparent contact window abutting against a light outlet end of the optical waveguide, a pair of cooling blocks for conduction cooling of the contact window, a first water throughflow block and a second water throughflow block; wherein, the semiconductor laser array is disposed on the second water throughflow block and an insulating barrier is disposed therebetween; the first water throughflow block comprises a base and a U-shaped head located on the base; middle and rear parts of the optical waveguide are embedded in the U-shaped head; and a fixed block is disposed on a corresponding part of the optical waveguide to tightly press and fix the optical waveguide; a gap is provided between the optical waveguide and side walls of the U-shaped head; a pair of thermoelectric coolers and the pair of cooling blocks are sequentially and symmetrically disposed at outer sides of the U-shaped head; and the pair of cooling blocks extends to a forepart of the optical waveguide and encircles side walls of the contact window and the forepart of the optical waveguide. a semiconductor laser array comprising a plurality of stacked semiconductor lasers, an optical waveguide disposed in front of a light emitting surface of the semiconductor laser array, a transparent contact window abutting against a light outlet end of the optical waveguide, a pair of cooling blocks for conduction cooling of the contact window, a first water throughflow block and a second water throughflow block; wherein, the semiconductor laser array is disposed on the second water throughflow block and an insulating barrier is disposed therebetween; the first water throughflow block comprises a base and a U-shaped head located on the base; middle and rear parts of the optical waveguide are embedded in the U-shaped head; and a fixed block is disposed on a corresponding part of the optical waveguide to tightly press and fix the optical waveguide; a gap is provided between the optical waveguide and side walls of the U-shaped head; a pair of thermoelectric coolers and the pair of cooling blocks are sequentially and symmetrically disposed at outer sides of the U-shaped head; and the pair of cooling blocks extends to a forepart of the optical waveguide and encircles side walls of the contact window and the forepart of the optical waveguide.
Method for operating a cleaning robot, preferably a sweeping and/or vacuuming robot, the robot being configured to capture spaces in a map-like manner in order to move the robot on the floor of one or more rooms (10 to 15), and the robot further comprising sensor means for determining the position within a room (10 to 15) captured in this way, characterised in that the robot can be operated as desired for working on a surface according to automatic capture of a space (10 to 15) and also for working on a surface which has been previously input by means of a teach-in drive around the surface borders, it being possible in both cases to check the predetermined path when working on a surface on the basis of currently captured room borders.
A method for the separation of material from a region of interest, called sample-ROI (R S), in a biological sample, said method comprising the steps: a) production of a cover sheet with an aperture at the sample-ROI thus enabling access to the sample-ROI while shielding the remainder of the sample, b) application of said cover sheet to the sample during step a); and c) removal of sample material from the sample-ROI through the aperture of the cover sheet, characterized in that for the production of the cover sheet with the aperture at the sample-ROI in step a), material is deposited from a nozzle at every point of the whole area of the cover sheet except at points of the desired aperture which correspond to the sample-ROI. a) production of a cover sheet with an aperture at the sample-ROI thus enabling access to the sample-ROI while shielding the remainder of the sample, b) application of said cover sheet to the sample during step a); and c) removal of sample material from the sample-ROI through the aperture of the cover sheet,
A coupler for a top drive, comprising: a housing; a lock member at least partially disposed within the housing and longitudinally movable relative to the housing between a locked position and an unlocked position, the lock member having a bore, the housing having an axial central bore having an inside diameter in fluid communication with the bore of the lock member; and an actuator at least partially disposed within the housing and configured to rotate the lock member, thereby longitudinally moving the lock member relative to the housing. a housing; a lock member at least partially disposed within the housing and longitudinally movable relative to the housing between a locked position and an unlocked position, the lock member having a bore, the housing having an axial central bore having an inside diameter in fluid communication with the bore of the lock member; and an actuator at least partially disposed within the housing and configured to rotate the lock member, thereby longitudinally moving the lock member relative to the housing.
A cation exchange chromatography media for purifying an antibody, formed by bonding a base media involving porous particles with a polymer composed of (i) in the range of 30 to less than 100 mol% based on the total monomer, 2-acrylamide-2-methylpropanesulfonic acid, and (ii) either N,N-dimethylacrylamide or acrylic acid, wherein ion exchange capacity thereof is from 60 to 300 μmol/mL; and wherein the porous particles are crosslinked cellulose particles and have a gel partition coefficient Kav of 0.15 to 0.6 as determined when pure water is used as a mobile phase in standard polyethylene oxide having average molecular weight of 1.5 x 10 5 Da.
A semiconductor light emitting device comprising: a semiconductor layer as a stacked body having a first face, a second face opposite to the first face, and a light emitting layer, the first face having a concavo-convex shape; a p-side electrode provided on the second face in an area including the light emitting layer; an n-side electrode provided on the second face in an area not including the light emitting layer; a phosphor layer provided on the first face; and an adhesion layer that is provided along the concavo-convex of the first face between the first face and the phosphor layer, characterised in that a concavo-convex shape is provided on a top face of the adhesion layer. a semiconductor layer as a stacked body having a first face, a second face opposite to the first face, and a light emitting layer, the first face having a concavo-convex shape; a p-side electrode provided on the second face in an area including the light emitting layer; an n-side electrode provided on the second face in an area not including the light emitting layer; a phosphor layer provided on the first face; and an adhesion layer that is provided along the concavo-convex of the first face between the first face and the phosphor layer, characterised in that a concavo-convex shape is provided on a top face of the adhesion layer.
Tilting-drive apparatus for a sash/leaf, turnable and tiltable about bearing axes (5, 6), of a window, a door or the like, which sash/leaf has a tilt-and-turn fitting with a manual actuator and has a sash/leaf locking mechanism able to be actuated thereby, wherein the tilting-drive apparatus has its own drive and its own opening-out apparatus, the latter being connectable to the sash/leaf, in particular to the sash/leaf locking mechanism, wherein the tilting-drive apparatus has a coupling device in relation to the sash/leaf, which is suitable for establishing, during the tilting of the sash/leaf about one bearing axis by means of the tilting-drive apparatus or by means of the manual actuator, a coupling connection between the sash/leaf, in particular the sash/leaf locking mechanism, and the tilting-drive apparatus in each case, wherein the coupling device has a clearance which is suitable for decoupling the sash/leaf from the tilting-drive apparatus for the purpose of turning the sash/leaf about the other bearing axis, characterized in that the tilting-drive apparatus has a disconnecting means which prevents a locking drive connection between the drive and the opening-out apparatus during the movement of the sash/leaf locking mechanism, in particular during the manual opening and closing of the tilted sash/leaf, by means of the manual actuator, wherein the disconnecting means establishes the drive connection for the first time with a command input or with activation of the drive of the tilting-drive apparatus and automatically breaks the drive connection upon reaching of the tilting end position and/or with a stop command or with a movement stop in a tilting intermediate position.
A packaging assembly for a cosmetic product, comprising a container able to contain said product, and an insert carrying a dispensing member and dismountably mounted on the container to allow, when it is mounted on the container, the dispensing of product by the dispensing member, wherein the movement of mounting and/or dismounting of the insert on/from the container comprises a rotation of the insert relative to the container and the insert is configured to cooperate with the container so that during each of the movements of mounting and dismounting of the insert on/from the container, the insert passes successively through a first position in which the force required for said movement reaches a first local maximum, and a second position in which said force reaches a second local maximum.
A porous coordination polymer comprising: zinc cluster ions; and one kind of tricarboxylic acid ions selected from the group consisting of the following chemical formula, and the following chemical formula; where X represents a natural number of not less than 1 and not more than 3, wherein the tricarboxylic acid ions are bound to the zinc cluster ions as terdentate ligands. zinc cluster ions; and one kind of tricarboxylic acid ions selected from the group consisting of the following chemical formula, and the following chemical formula; where X represents a natural number of not less than 1 and not more than 3, wherein the tricarboxylic acid ions are bound to the zinc cluster ions as terdentate ligands.
A method for producing a carbonate bonded, press-moulded article, which method comprises the steps of: - providing a particulate material which is carbonatable and which contains water; - press-moulding the particulate material to form a compact; and - carbonating the particulate material in said compact to produce carbonates thus transforming the compact into said carbonate bonded, press-moulded article, the particulate material being carbonated by bringing the compact in contact with a gas which contains at least 1 vol.% of carbon dioxide, characterised in that before press-moulding the particulate material to form said compact, a series of tests is performed wherein for each compaction pressure of a series of increasing compaction pressures, ranging from a lowermost to an uppermost compaction pressure, at least one sample of the particulate material is press-moulded with said compaction pressure and, after having released the compaction pressure, a parameter indicative of the density of the press-moulded sample is determined; and the particulate material is press-moulded to form said compact with a compaction pressure which is selected within a range delimited by a lower and an upper compaction pressure limit, the lower compaction pressure limit being higher than 5 MPa and the upper compaction pressure limit being equal to or smaller than said uppermost compaction pressure and, in case the density decreases when in said series of tests the compaction pressure is increased from a smaller compaction pressure of said series of compaction pressures to a larger compaction pressure of said series, said upper compaction pressure limit is smaller than said larger compaction pressure and preferably equal to or smaller than said smaller compaction pressure. - providing a particulate material which is carbonatable and which contains water; - press-moulding the particulate material to form a compact; and - carbonating the particulate material in said compact to produce carbonates thus transforming the compact into said carbonate bonded, press-moulded article, the particulate material being carbonated by bringing the compact in contact with a gas which contains at least 1 vol.% of carbon dioxide,
A polypropylene-based resin composition, containing 0.06 to 0.1 part by mass of a compound represented by the following general formula, 0.015 to 0.02 part by mass of a compound represented by the following general formula and 0.015 to 0.03 part by mass of magnesium hydroxide per 100 parts by mass of a polypropylene-based resin: wherein R 1, R 2, R 3 and R 4 each independently represent a hydrogen atom or an alkyl group having 1 to 8 carbon atoms; X represents a direct bond or an alkylidene group having 1 to 4 carbon atoms; M represents any of an alkali metal, an alkaline earth metal and aluminum; Y represents a hydroxyl group; n represents 1 when M is an alkali metal, represents 2 when M is an alkaline earth metal, or represents 2 or 3 when M is aluminum; and m represents 0 or 1, wherein m represents 0 when M is an alkali metal or alkaline earth metal, or represents 1 when n is 2 or represents 0 when n is 3 when M is aluminum; wherein Z represents an amide bond, and R 5, R 6 and R 7 each independently represent a straight chain or branched alkyl group having 1 to 8 carbon atoms.
A power supply system, comprising: a first plurality of power supply units (11,12,13) configured to supply operating voltages from a battery to a second plurality of loads comprising a first load and a second load; a large-capacitance capacitor configured to charge electric charges supplied by the first plurality of power supply units (11,12,13) from the battery; a third plurality of switching means for connecting the large-capacitance capacitor to the second plurality of loads selectively; control means for switching the third plurality of switching means corresponding to at least one load presently in use among the second plurality of loads; voltage monitoring means for monitoring a voltage of the large-capacitance capacitor; and discharge means, in a case where an output voltage of the large-capacitance capacitor monitored by the voltage monitoring means is found higher than an operating voltage of the second load when the large-capacitance capacitor is switched from the first load to the second load, for discharging charges stored in the large-capacitance capacitor according to a control by the control means so that a voltage of the large-capacitance capacitor decreases to the operating voltage. a first plurality of power supply units (11,12,13) configured to supply operating voltages from a battery to a second plurality of loads comprising a first load and a second load; a large-capacitance capacitor configured to charge electric charges supplied by the first plurality of power supply units (11,12,13) from the battery; a third plurality of switching means for connecting the large-capacitance capacitor to the second plurality of loads selectively; control means for switching the third plurality of switching means corresponding to at least one load presently in use among the second plurality of loads; voltage monitoring means for monitoring a voltage of the large-capacitance capacitor; and discharge means, in a case where an output voltage of the large-capacitance capacitor monitored by the voltage monitoring means is found higher than an operating voltage of the second load when the large-capacitance capacitor is switched from the first load to the second load, for discharging charges stored in the large-capacitance capacitor according to a control by the control means so that a voltage of the large-capacitance capacitor decreases to the operating voltage.
A method of controlling an electronic device having a touch-sensitive display, the method comprising: detecting a touch at an area associated with a character displayed on the touch-sensitive display; adding the character to a character string; identifying, from stored data, objects that at least partially match the character string; determining a next character of ones of the objects identified to yield a set of next characters; increasing a size of an area associated with each character of the set of next characters; and absent detection of a further touch, reducing the size of the area associated with each character of the set of next characters with time at a rate until the further touch is detected or until the size of each area reaches a set size, wherein the rate is dependent on a factor related to touch operation of the touch-sensitive display. detecting a touch at an area associated with a character displayed on the touch-sensitive display; adding the character to a character string; identifying, from stored data, objects that at least partially match the character string; determining a next character of ones of the objects identified to yield a set of next characters; increasing a size of an area associated with each character of the set of next characters; and absent detection of a further touch, reducing the size of the area associated with each character of the set of next characters with time at a rate until the further touch is detected or until the size of each area reaches a set size, wherein the rate is dependent on a factor related to touch operation of the touch-sensitive display.