mhurhangee/patent-ind-claim-en huggingface dataset:
A process for making a nonwoven comprising a plurality of first areas comprising hydroentangled fibers, the process comprising: subjecting a fibrous web to a first hydroentanglement process directing water jets from a water injection means comprising a plurality of orifices on to the fibrous web , the water jets being directed to the fibrous web along an axis in a z-direction, blocking at least one water jet from the water injection means discontinuously using a first blocking member positioned between the water injection means and the fibrous web , wherein the first blocking member comprises at least one aperture , and is rotatable about an axis perpendicular to the z-direction, wherein the plurality of first areas are discrete in a machine direction, and wherein the first blocking member moves back and forth along a first axis parallel to a machine direction or to a cross machine direction, while the first blocking member is rotating, between a first position where the first blocking member blocks the at least one water jet from the water injection means and a second position where the first blocking member does not block the at least one water jet from the water injection means . subjecting a fibrous web to a first hydroentanglement process directing water jets from a water injection means comprising a plurality of orifices on to the fibrous web , the water jets being directed to the fibrous web along an axis in a z-direction, blocking at least one water jet from the water injection means discontinuously using a first blocking member positioned between the water injection means and the fibrous web , wherein the first blocking member comprises at least one aperture , and is rotatable about an axis perpendicular to the z-direction, wherein the plurality of first areas are discrete in a machine direction, and
An exhaust purification device comprising a reduction catalyst that is located in a portion of an exhaust passage of a diesel engine and is configured to reduce nitrogen oxide contained in exhaust gas, a heating portion that is located upstream of the reduction catalyst in a flowing direction of the exhaust gas and configured to heat the exhaust gas, the heating portion is a filter that captures particulates in the exhaust gas, a catalyst adding valve that is arranged between the filter and the reduction catalyst in the flow direction and is configured to spray diesel fuel toward the exhaust gas, wherein the reduction catalyst includes a catalyst layer and an adsorption layer , which covers the catalyst layer and forms a surface of the reduction catalyst that is configured to contact the exhaust gas, the catalyst layer includes silver and a catalyst support that supports the silver, the catalyst support is one of alumina and zeolite, the catalyst layer is configured to promote a reduction reaction in which the nitrogen oxide reacts with hydrocarbon to produce ammonia, the adsorption layer includes solid acid metal oxide having acidity, the solid acid metal oxide has at least one of a Bronsted acid site, which is an acid site to donate a proton, and a Lewis acid site, which is an acid site to accept an electron pair, an amount of acid sites of the adsorption layer is greater than an amount of acid sites of the catalyst layer , the adsorption layer is configured to adsorb ammonia produced in the catalyst layer , the adsorption layer has a property of causing sulfur oxide contained in the exhaust gas to contact the adsorbed ammonia thereby is configured to produce ammonium sulfate through a reaction of the adsorbed ammonia with sulfur trioxide or sulfur tetroxide contained in the exhaust gas, the heating portion is configured to increase the temperature of the exhaust gas to a predetermined temperature which is greater than or equal to a temperature at which the ammonium sulfate thermally decomposes, thereby is configured to produce sulfur dioxide that has less reactivity to the silver than the sulfur trioxide or the sulfur tetroxide has, the exhaust purification device is configured to spray fuel from a filter adding valve to exhaust gas when the amount of sulfur oxides contained in the exhaust gas is estimated from the operation state of the engine and the estimated amount of sulfur oxides is greater than a predetermined amount, and the catalyst adding valve is configured to also spray fuel at the same time.
An exhaust gas purification filter configured to be disposed in an exhaust passage in a gasoline engine, the exhaust gas purification filter comprising: partition walls each comprising a plurality of pores ; a plurality of cells partitioned by the partition walls; and sealing portions alternately sealing ends of the plurality of the cells in the exhaust gas purification filter, wherein the partition walls each: has a pore surface area of 100,000 m 2 /m 3 or more and 150,000 m 2 /m 3 or less in the partition wall; satisfy A ≥ B where A(μm) is an average pore diameter of the partition wall, and B(μm) is an average surface opening diameter of the pores in a partition wall surface; the partition wall has an average pore diameter A of more than 15 μm and less than 21 μm; and the average surface opening diameter B of the pores in the partition wall surface is 11 μm or more and 20 μm or less, where the pore surface area, the average pore diameter of the partition wall and the average surface opening diameter of the pores in a partition wall surface are measured as described in the description. partition walls each comprising a plurality of pores ; a plurality of cells partitioned by the partition walls; and sealing portions alternately sealing ends of the plurality of the cells in the exhaust gas purification filter, wherein the partition walls each: has a pore surface area of 100,000 m 2 /m 3 or more and 150,000 m 2 /m 3 or less in the partition wall; satisfy A ≥ B where A(μm) is an average pore diameter of the partition wall, and B(μm) is an average surface opening diameter of the pores in a partition wall surface; the partition wall has an average pore diameter A of more than 15 μm and less than 21 μm; and the average surface opening diameter B of the pores in the partition wall surface is 11 μm or more and 20 μm or less, has a pore surface area of 100,000 m 2 /m 3 or more and 150,000 m 2 /m 3 or less in the partition wall; satisfy A ≥ B where A(μm) is an average pore diameter of the partition wall, and B(μm) is an average surface opening diameter of the pores in a partition wall surface; the partition wall has an average pore diameter A of more than 15 μm and less than 21 μm; and the average surface opening diameter B of the pores in the partition wall surface is 11 μm or more and 20 μm or less,
Cover (A) for a component of a refrigerator and/or freezer, comprising a cooled internal space that is delimited by a wall which comprises depressions on two opposing sides, wherein the cover (A) comprises: a main body , and two flap parts which are arranged on opposing sides of the main body , wherein each flap part comprises a connection means that is designed for form-fitting and/or force-fitting connection to a corresponding depression in the wall , wherein the two flap parts are each pivotably connected to the main body , characterised in that the pivotable connection between the main body and the two flap parts is formed by engagement of projections into recesses . a main body , and two flap parts which are arranged on opposing sides of the main body , wherein each flap part comprises a connection means that is designed for form-fitting and/or force-fitting connection to a corresponding depression in the wall , wherein the two flap parts are each pivotably connected to the main body , characterised in that the pivotable connection between the main body and the two flap parts is formed by engagement of projections into recesses .
A user-wearable illumination assembly, comprising: an eyeglass frame (112; 310) supporting a pair of lenses and including a first and a second temple arm (112b; 312b); a headlamp (120; 340) coupled to said eyeglass frame; a first battery (150a, 150b; 350a, 350b) positioned and coupled proximate a terminal end (112c; 312c) of said first temple arm; and a second battery (150a, 150b; 350a, 350b) positioned and coupled proximate a terminal end of said second temple arm, characterized in that said first battery is selectively positionably adjustable relative to said first temple arm and is coupled to said first temple arm by a first flexible connecting structure or pivotally coupled to said first temple arm; and said second battery is selectively positionably adjustable relative to said second temple arm and is coupled to said second temple arm by a second flexible connecting structure or pivotally coupled to said second temple arm. an eyeglass frame (112; 310) supporting a pair of lenses and including a first and a second temple arm (112b; 312b); a headlamp (120; 340) coupled to said eyeglass frame; a first battery (150a, 150b; 350a, 350b) positioned and coupled proximate a terminal end (112c; 312c) of said first temple arm; and a second battery (150a, 150b; 350a, 350b) positioned and coupled proximate a terminal end of said second temple arm, characterized in that said first battery is selectively positionably adjustable relative to said first temple arm and is coupled to said first temple arm by a first flexible connecting structure or pivotally coupled to said first temple arm; and said second battery is selectively positionably adjustable relative to said second temple arm and is coupled to said second temple arm by a second flexible connecting structure or pivotally coupled to said second temple arm.
Method for detecting three-dimensional elevated structures on a surface of a document , comprising the steps: Illuminating the surface with light; capturing an image of the surface during the illumination of the surface , and evaluating the captured image to ascertain the elevated structures , wherein the surface is illuminated areally in at least two different ways and at least one areal image of the surface is captured for each of the different illumination ways, and the plurality of areal images of the surface thus captured are evaluated together, and during the evaluation drop shadows and/or reflection profiles are isolated, characterised in that one of the different illumination ways is at least an illumination with which the surface is uniformly illuminated full-surface with diffuse light, such that neither drop shadows nor reflection profiles appear in an image which is captured during the illumination with this one of the different types of illumination. Illuminating the surface with light; capturing an image of the surface during the illumination of the surface , and evaluating the captured image to ascertain the elevated structures , wherein the surface is illuminated areally in at least two different ways and at least one areal image of the surface is captured for each of the different illumination ways, and the plurality of areal images of the surface thus captured are evaluated together, and during the evaluation drop shadows and/or reflection profiles are isolated, characterised in that one of the different illumination ways is at least an illumination with which the surface is uniformly illuminated full-surface with diffuse light, such that neither drop shadows nor reflection profiles appear in an image which is captured during the illumination with this one of the different types of illumination.
A polyimide precursor composition, which comprises an acid dianhydride, a diamine and a dimethylsiloxane (DMS)-diphenylsiloxane (DPS) oligomer of Formula 1 as polymerization components, and an organic solvent having a positive value of partition coefficient (logP) at 25°C and a density of 1 g/cm 3 or less: wherein, p and q are each a molar fraction, and p ranges from 70 to 90 and q ranges from 10 to 30 when the sum of p and q is 100, wherein the organic solvent is dimethylpropionamide (DMPA) or diethylpropionamide (DEPA), and wherein the dimethylsiloxane (DMS)-diphenylsiloxane (DPS) oligomer has a molecular weight of 4,000 g/mol or more. wherein, p and q are each a molar fraction, and p ranges from 70 to 90 and q ranges from 10 to 30 when the sum of p and q is 100, wherein the organic solvent is dimethylpropionamide (DMPA) or diethylpropionamide (DEPA), and wherein the dimethylsiloxane (DMS)-diphenylsiloxane (DPS) oligomer has a molecular weight of 4,000 g/mol or more.
A method of preparing glycol esters of organic acids, including the following steps: a) esterification of a glycol and an organic acid in the presence of a metal-containing catalyst and, optionally, a sorbent, followed by distillation of an unreacted acid to form a crude ester; b) clarification of the crude ester to obtain a clarified ester; c) neutralization of acidic compounds (unreacted acid residues and acids formed at step b)) in the clarified ester by treating with a neutralizing agent; d) filtration and drying of the ester to obtain a glycol ester, characterized in that the ester is clarified by treating with hydrogen peroxide together with alkali metal metasilicate under heating and allowed to stand. a) esterification of a glycol and an organic acid in the presence of a metal-containing catalyst and, optionally, a sorbent, followed by distillation of an unreacted acid to form a crude ester; b) clarification of the crude ester to obtain a clarified ester; c) neutralization of acidic compounds (unreacted acid residues and acids formed at step b)) in the clarified ester by treating with a neutralizing agent; d) filtration and drying of the ester to obtain a glycol ester, characterized in that the ester is clarified by treating with hydrogen peroxide together with alkali metal metasilicate under heating and allowed to stand.
A apparatus for forming a protective coating for a magnetic pole of a permanent magnet rotor of a motor, comprising: a vacuum bag located at a radially inner wall of a magnet yoke wall of a motor rotor of the permanent magnet rotor, wherein the radially inner wall of the magnet yoke wall and a radially outer wall of the vacuum bag form a mold cavity required for injection of an adhesive; a positioning component configured to axially position the motor rotor at a horizontal position; a drive component configured to drive the motor rotor to rotate with respect to a horizontal central axis of the motor rotor ; an adhesive injection assembly configured to evacuate an arc section of the motor rotor located at a bottom of the mold cavity in horizontal position and to inject the adhesive into the arc section; and wherein the apparatus further comprises a vibration component, wherein the vibration component comprises a first vibration component located at an outer side of the motor rotor , and the first vibration component allows a radially outer wall of the arc section located at the bottom of the mold cavity in horizontal position to vibrate. a vacuum bag located at a radially inner wall of a magnet yoke wall of a motor rotor of the permanent magnet rotor, wherein the radially inner wall of the magnet yoke wall and a radially outer wall of the vacuum bag form a mold cavity required for injection of an adhesive; a positioning component configured to axially position the motor rotor at a horizontal position; a drive component configured to drive the motor rotor to rotate with respect to a horizontal central axis of the motor rotor ; an adhesive injection assembly configured to evacuate an arc section of the motor rotor located at a bottom of the mold cavity in horizontal position and to inject the adhesive into the arc section; and wherein the apparatus further comprises a vibration component, wherein the vibration component comprises a first vibration component located at an outer side of the motor rotor , and the first vibration component allows a radially outer wall of the arc section located at the bottom of the mold cavity in horizontal position to vibrate.
A cleaning method for a female screw , the method comprising: producing a jet of a cleaning liquid from a nozzle in a direction tilted from a central axis of the female screw without inserting the nozzle in the female screw; and directing the jet to impinge on a thread of the female screw while rotating the jet about the axis ; characterised in that the jet intersects with the axis and impinges on the thread. producing a jet of a cleaning liquid from a nozzle in a direction tilted from a central axis of the female screw without inserting the nozzle in the female screw; and directing the jet to impinge on a thread of the female screw while rotating the jet about the axis ; characterised in that the jet intersects with the axis and impinges on the thread.
Use of a compound of formula (I) in the form of any one of its stereoisomers or a mixture thereof, wherein R 1 represents a C 1-3 alkyl group, and R 2 represents a C 4-9 linear alkyl group; and the compound has between 10 and 15 carbon atoms for preventing, treating, modifying, decreasing, or suppressing malodor, comprising treating a malodor source with the compound of formula (I) in an amount sufficient to inhibit the growth of at least one bacterium selected from the group consisting of S. aureus, S. haemolyticus, and E. coli, wherein the amount sufficient to inhibit the growth of at least one bacterium selected from the group consisting of S . aureus, S. haemolyticus, and E. coli is from 300 to 1000 ppm. in the form of any one of its stereoisomers or a mixture thereof, wherein R 1 represents a C 1-3 alkyl group, and R 2 represents a C 4-9 linear alkyl group; and the compound has between 10 and 15 carbon atoms for preventing, treating, modifying, decreasing, or suppressing malodor, comprising treating a malodor source with the compound of formula (I) in an amount sufficient to inhibit the growth of at least one bacterium selected from the group consisting of S. aureus, S. haemolyticus, and E. coli, wherein the amount sufficient to inhibit the growth of at least one bacterium selected from the group consisting of S . aureus, S. haemolyticus, and E. coli is from 300 to 1000 ppm.
A device for transferring fluids comprising: a body having a first side and a second side ; a piercing member extending from the second side of the body , the piercing member having a distal end and a proximal end and defining a longitudinal fluid channel ; and at least one opening positioned at the distal end of the piercing member , the at least one opening in fluid communication with the longitudinal fluid channel , wherein the piercing member includes at least one flat portion , wherein the piercing member defines a longitudinal vent channel , and wherein the piercing member includes first and second flat portions positioned circumferentially between the longitudinal vent channel and the longitudinal fluid channel , the first flat portion positioned opposite the second flat portion , characterized in that the first and second flat portions each include a first end and a second end , and wherein the first and second ends of the first and second flat portions are bulbous-shaped with a tapered middle that is narrower than the first and second ends . a body having a first side and a second side ; a piercing member extending from the second side of the body , the piercing member having a distal end and a proximal end and defining a longitudinal fluid channel ; and at least one opening positioned at the distal end of the piercing member , the at least one opening in fluid communication with the longitudinal fluid channel , wherein the piercing member includes at least one flat portion , wherein the piercing member defines a longitudinal vent channel , and wherein the piercing member includes first and second flat portions positioned circumferentially between the longitudinal vent channel and the longitudinal fluid channel , the first flat portion positioned opposite the second flat portion , characterized in that the first and second flat portions each include a first end and a second end , and wherein the first and second ends of the first and second flat portions are bulbous-shaped with a tapered middle that is narrower than the first and second ends .
A system for providing automated therapy for a motor deficit of a stroke patient, comprising; a stimulation system comprising a pulse generator, one or more electrodes and a lead coupling the pulse generator to the electrode or electrodes, wherein the stimulation system is configured to stimulate a patient's vagus nerve; a clinical controller comprising a processor, stimulation control software, manual interfaces and a display; an external communication device configured to communicate between the clinical controller and the stimulation system; a task object, configured to be used in performance of a therapeutic task; a colored marker, configured to attach to the task object and having a predetermined color; and a motion detector, configured to be coupled to the clinical controller; wherein using data generated by the motion detector, the clinical controller is configured to identify a starting location of the colored marker, detect motion of the colored marker associated with performance of the therapeutic task and generate communication with the stimulation system so that the patient's vagus nerve is stimulated during the performance of the therapeutic task. a stimulation system comprising a pulse generator, one or more electrodes and a lead coupling the pulse generator to the electrode or electrodes, wherein the stimulation system is configured to stimulate a patient's vagus nerve; a clinical controller comprising a processor, stimulation control software, manual interfaces and a display; an external communication device configured to communicate between the clinical controller and the stimulation system; a task object, configured to be used in performance of a therapeutic task; a colored marker, configured to attach to the task object and having a predetermined color; and a motion detector, configured to be coupled to the clinical controller; wherein using data generated by the motion detector, the clinical controller is configured to identify a starting location of the colored marker, detect motion of the colored marker associated with performance of the therapeutic task and generate communication with the stimulation system so that the patient's vagus nerve is stimulated during the performance of the therapeutic task.
A solid ancillary laundry composition comprising: a. Hydrolysed protein b. 0.01 to 20 wt.% Free perfume c. 0 to 2 wt. % anionic and/or cationic surfactant. a. Hydrolysed protein b. 0.01 to 20 wt.% Free perfume c. 0 to 2 wt. % anionic and/or cationic surfactant.