mhurhangee/ep-ind-claims huggingface dataset:
Vehicle stabilizer device, comprising an electro-hydraulic unit comprising: a single-acting cylinder; at least one spring for returning towards a retracted position of the cylinder; a base adapted to establishing a contact between an end of the cylinder and a bearing surface, characterized in that this base comprises: a hollow structure with radial ribs, made of a mixture of polymer materials and of glass fibers; and a shock-absorbing buffer made of a flexible material, preferably of rubber. a single-acting cylinder; at least one spring for returning towards a retracted position of the cylinder; a base adapted to establishing a contact between an end of the cylinder and a bearing surface, characterized in that this base comprises: a hollow structure with radial ribs, made of a mixture of polymer materials and of glass fibers; and a shock-absorbing buffer made of a flexible material, preferably of rubber. a hollow structure with radial ribs, made of a mixture of polymer materials and of glass fibers; and a shock-absorbing buffer made of a flexible material, preferably of rubber.
A method of maximising the amount of water which is available for rinsing in a high-chloride heap leach operation, i.e. a chloride heap leach operation at chloride concentrations of 100 to 230 g/L chloride, the method including the step of using process make-up water in the range of 0.05 to 0.35 m 3 / ton of ore to rinse leached residue ore, in the heap, thereby to displace a chloride-containing aqueous liquor from the leached ore wherein an amount of process make-up water, available for rinsing, is increased by utilising a multi-stage counter-current loaded organic solvent scrub circuit to reduce the chloride concentration in the organic phase.
An electrosurgical generator comprising: an electromagnetic signal supply unit for generating radiofrequency and/or microwave energy; an output port configured to be connectable to a coaxial transmission line to convey the RF and/or microwave energy to a probe for delivering the RF and/or microwave energy from a distal end thereof; a feed structure for conveying the RF and/or microwave energy to the output port; and an electroporation waveform supply unit arranged to generate energy having an electroporation waveform for causing reversible or irreversible electroporation of biological tissue, wherein the electroporation waveform supply unit comprises: a DC power supply that is independent of the electromagnetic signal supply unit for generating radiofrequency and/or microwave energy; and a pulse generator connected to the DC power supply and configured to output one or more pulses of DC power as the electroporation waveform, wherein the electroporation waveform supply unit is connected to the feed structure to convey the electroporation waveform to the output port for delivery to the probe, and wherein the feed structure comprises a common signal pathway for conveying the electroporation waveform and the RF and/or microwave energy to the output port. an electromagnetic signal supply unit for generating radiofrequency and/or microwave energy; an output port configured to be connectable to a coaxial transmission line to convey the RF and/or microwave energy to a probe for delivering the RF and/or microwave energy from a distal end thereof; a feed structure for conveying the RF and/or microwave energy to the output port; and an electroporation waveform supply unit arranged to generate energy having an electroporation waveform for causing reversible or irreversible electroporation of biological tissue, wherein the electroporation waveform supply unit comprises: a DC power supply that is independent of the electromagnetic signal supply unit for generating radiofrequency and/or microwave energy; and a pulse generator connected to the DC power supply and configured to output one or more pulses of DC power as the electroporation waveform, a DC power supply that is independent of the electromagnetic signal supply unit for generating radiofrequency and/or microwave energy; and a pulse generator connected to the DC power supply and configured to output one or more pulses of DC power as the electroporation waveform, wherein the electroporation waveform supply unit is connected to the feed structure to convey the electroporation waveform to the output port for delivery to the probe, and wherein the feed structure comprises a common signal pathway for conveying the electroporation waveform and the RF and/or microwave energy to the output port.
An alkali-free glass sheet, comprising, as a glass composition in terms of mass%, 58 to 70% of SiO 2, 15.5 to 20% of Al 2 O 3, 0 to 1% of B 2 O 3, 0.5 to 5% of MgO, 3.5 to 16% of CaO, 0.5 to 6.5%ofSrO, 5 to15% ofBaO, and 0.001 to 1 % of SnO 2, being substantially free of alkali metal oxides, and having a strain point of more than 725°C.
Device for dispensing hot drinks having a housing and having at least one supply and/or waste container, characterised by a device for checking an actuation of the supply and/or waste container in the device for dispensing hot drinks with a checking segment arranged on the housing which comprises a closure element and a control line with control coil and opens the closure element when the supply and/or waste container is removed, and with a release segment on the supply and/or waste container wherein the closure element can only be closed jointly by the energised control coil on the one hand and by the release segment on the other hand.
An indolenaphthopyran compound comprising the core skeletal structure represented by Formula, wherein, R 1 and R 2 each independently have a steric bulk A, wherein at least one of R 1 or R 2 has a steric bulk A of at least 0.6, R 3 and R 4 each independently have a Hammett σ p value, wherein the indolenaphthopyran compound has a calculated electronic steric factor of at least -3.3, wherein the electronic steric factor is calculated according to the following equation: ESF = sum of Hammett σ p values for R 3 and R 4) × 10 + sum of steric A values for R 1 and R 2. R 1 and R 2 each independently have a steric bulk A, wherein at least one of R 1 or R 2 has a steric bulk A of at least 0.6, R 3 and R 4 each independently have a Hammett σ p value, wherein the indolenaphthopyran compound has a calculated electronic steric factor of at least -3.3, wherein the electronic steric factor is calculated according to the following equation: ESF = sum of Hammett σ p values for R 3 and R 4) × 10 + sum of steric A values for R 1 and R 2.
A leave-on type hair cosmetic composition comprising the following two layers A and B: Layer A: an oil layer comprising the following component (a) in an amount of 0.5-40% by mass in the hair cosmetic composition, and component (d), (a) a highly polymerized silicone selected from dimethicone and dimethiconol and having a number average degree of polymerization of 1,000-20,000, (d) a volatile oil having a boiling point of 300°C or less, wherein the mass ratio between component (a) and component (d) is 1:10-1:1; and Layer B: a water layer comprising the following components (b) and (c), (b) a water-soluble polymeric thickening agent, and (c) water. Layer A: an oil layer comprising the following component (a) in an amount of 0.5-40% by mass in the hair cosmetic composition, and component (d), (a) a highly polymerized silicone selected from dimethicone and dimethiconol and having a number average degree of polymerization of 1,000-20,000, (d) a volatile oil having a boiling point of 300°C or less, wherein the mass ratio between component (a) and component (d) is 1:10-1:1; and (a) a highly polymerized silicone selected from dimethicone and dimethiconol and having a number average degree of polymerization of 1,000-20,000, (d) a volatile oil having a boiling point of 300°C or less, wherein the mass ratio between component (a) and component (d) is 1:10-1:1; and Layer B: a water layer comprising the following components (b) and (c), (b) a water-soluble polymeric thickening agent, and (c) water. (b) a water-soluble polymeric thickening agent, and (c) water.
A preparation method of a polyimide, comprising the following steps: a) carrying out a dehydration polymerization reaction on a diamine and an anhydride of an organic acid in a non-polar solvent to obtain a mixture, the non-polar solvent being one or more of aromatic hydrocarbon, aliphatic hydrocarbon, halogenated aromatic hydrocarbon and halogenated aliphatic hydrocarbon, and the anhydride of the organic acid being one or more of dianhydride and monoanhydride; wherein the dianhydride is prepared by dissolving a tetracarboxylic acid in a solvent followed by dehydrating to obtain the dianhydride, b) filtering the mixture obtained in step a) followed by drying to obtain the polyimide wherein in step b), the temperature of the drying is 200 °C ∼ 300°C and the inherent viscosity of the polyimide is 0.4 dL/g ∼ 1.7 dL/g. a) carrying out a dehydration polymerization reaction on a diamine and an anhydride of an organic acid in a non-polar solvent to obtain a mixture, the non-polar solvent being one or more of aromatic hydrocarbon, aliphatic hydrocarbon, halogenated aromatic hydrocarbon and halogenated aliphatic hydrocarbon, and the anhydride of the organic acid being one or more of dianhydride and monoanhydride; wherein the dianhydride is prepared by dissolving a tetracarboxylic acid in a solvent followed by dehydrating to obtain the dianhydride, b) filtering the mixture obtained in step a) followed by drying to obtain the polyimide wherein in step b), the temperature of the drying is 200 °C ∼ 300°C and the inherent viscosity of the polyimide is 0.4 dL/g ∼ 1.7 dL/g.
A method of performing a Fourier transform, the method comprising: generating intermediate data in a 2D matrix form by performing a one-dimensional fast Fourier transform, 1D FFT, on data in a column direction; storing the intermediate data in a 2D cell array in the column direction, wherein each cell of the 2D cell array comprises a magnetic tunnel junction, MTJ, and wherein the intermediate data is stored in the 2D cell array at a position corresponding to a position of each data of the intermediate data; reading out the intermediate data from the 2D cell array in a row direction; and generating final data by performing a 1D FFT on the read-out intermediate data, and characterized in that each pixel value of the intermediate data comprises n bits, wherein n is an integer greater than one, and in that the step of storing comprises storing each of the n bits in a respective cell of each of n respective cell arrays (910, 920, 980) with each bit being stored at the same location in the respective cell of the respective cell array. generating intermediate data in a 2D matrix form by performing a one-dimensional fast Fourier transform, 1D FFT, on data in a column direction; storing the intermediate data in a 2D cell array in the column direction, wherein each cell of the 2D cell array comprises a magnetic tunnel junction, MTJ, and wherein the intermediate data is stored in the 2D cell array at a position corresponding to a position of each data of the intermediate data; reading out the intermediate data from the 2D cell array in a row direction; and generating final data by performing a 1D FFT on the read-out intermediate data, and characterized in that each pixel value of the intermediate data comprises n bits, wherein n is an integer greater than one, and in that the step of storing comprises storing each of the n bits in a respective cell of each of n respective cell arrays (910, 920, 980) with each bit being stored at the same location in the respective cell of the respective cell array.
A vibration cutting insert comprising: a top surface having a rake face and a breaker face continuous to the rake face; a first side surface continuous to the rake face; a second side surface continuous to the breaker face; and a bottom surface continuous to both of the first side surface and the second side surface, wherein a first ridgeline between the rake face and the first side surface constitutes a cutting edge, in a cross section which includes a bisector of an angle (θ4) formed between the first ridgeline and a second ridgeline between the breaker face and the second side surface when viewed in a direction from the top surface toward the bottom surface, and which is parallel to the direction from the top surface toward the bottom surface, a rake angle (θ1) formed between the rake face and a plane parallel to the bottom surface has a positive angle, the angle formed between the first ridgeline and the second ridgeline is an acute angle, and the breaker face constitutes a flat surface, characterized in that: the rake face constitutes a concave cylindrical surface forming an arc portion with a predetermined radius of curvature in a cross section perpendicular to bisector, and an angle (θ2) formed between the breaker face and the plane parallel to the bottom surface in a cross section perpendicular to the bisector is more than or equal to 30° and less than or equal to 50°. a top surface having a rake face and a breaker face continuous to the rake face; a first side surface continuous to the rake face; a second side surface continuous to the breaker face; and a bottom surface continuous to both of the first side surface and the second side surface, wherein a first ridgeline between the rake face and the first side surface constitutes a cutting edge, in a cross section which includes a bisector of an angle (θ4) formed between the first ridgeline and a second ridgeline between the breaker face and the second side surface when viewed in a direction from the top surface toward the bottom surface, and which is parallel to the direction from the top surface toward the bottom surface, a rake angle (θ1) formed between the rake face and a plane parallel to the bottom surface has a positive angle, the angle formed between the first ridgeline and the second ridgeline is an acute angle, and the breaker face constitutes a flat surface, the rake face constitutes a concave cylindrical surface forming an arc portion with a predetermined radius of curvature in a cross section perpendicular to bisector, and an angle (θ2) formed between the breaker face and the plane parallel to the bottom surface in a cross section perpendicular to the bisector is more than or equal to 30° and less than or equal to 50°.
A connector comprising: a contact to be electrically connected to an object to be connected; a first insulator that holds the contact; a first shield member that covers the first insulator; a second shield member that comes into contact with an outer face of the first shield member and has a tubular portion having an opening into which the object to be connected is to be inserted; and a second insulator arranged on an outer side of the second shield member, characterized in that a first communicating portion that is in communication with an outside is formed in a lower wall of the tubular portion of the second shield member, the lower wall facing the second insulator, a second communicating portion that is in communication with the outside and the first communicating portion is formed in the second insulator, and in that the first shield member has a facing wall (31c, 32B) that faces the first communicating portion, and a bent wall that is bent toward the second insulator side from an end portion of the facing wall (31c, 32B) on an opposite side to the opening. a contact to be electrically connected to an object to be connected; a first insulator that holds the contact; a first shield member that covers the first insulator; a second shield member that comes into contact with an outer face of the first shield member and has a tubular portion having an opening into which the object to be connected is to be inserted; and a second insulator arranged on an outer side of the second shield member, characterized in that a first communicating portion that is in communication with an outside is formed in a lower wall of the tubular portion of the second shield member, the lower wall facing the second insulator, a second communicating portion that is in communication with the outside and the first communicating portion is formed in the second insulator, and in that the first shield member has a facing wall (31c, 32B) that faces the first communicating portion, and a bent wall that is bent toward the second insulator side from an end portion of the facing wall (31c, 32B) on an opposite side to the opening.
A herbicidal composition comprising a herbicidally effective amount of (a) a compound of formula or an agriculturally acceptable salt or ester thereof and (b) propyzamide, wherein the composition exhibits synergism.
A system to treat wounds, the system comprisi ng: a sealant structure configured to form a sealed space around an area of tissue trauma, the sealant structure comprising an upper surface, a lower surface, and an adhesive; a suction source configured to be in fluid communication with the sealed space; an elastic element configured to attach to tissue adjacent to the area of tissue trauma and exert a force on the tissue adjacent to the area of tissue trauma to relieve tension on the area of tissue trauma; and a carrier structure removably coupled to the sealant structure, wherein the carrier structure is configured to maintain the sealant structure in a stretched state when the carrier structure is coupled to the sealant structure, and wherein the carrier structure comprises a set of ribs configured to provide rigidity to the sealant structure when the carrier structure is coupled to the sealant structure. a sealant structure configured to form a sealed space around an area of tissue trauma, the sealant structure comprising an upper surface, a lower surface, and an adhesive; a suction source configured to be in fluid communication with the sealed space; an elastic element configured to attach to tissue adjacent to the area of tissue trauma and exert a force on the tissue adjacent to the area of tissue trauma to relieve tension on the area of tissue trauma; and a carrier structure removably coupled to the sealant structure, wherein the carrier structure is configured to maintain the sealant structure in a stretched state when the carrier structure is coupled to the sealant structure, and wherein the carrier structure comprises a set of ribs configured to provide rigidity to the sealant structure when the carrier structure is coupled to the sealant structure.
Jacquard machine, comprising: - a plurality of yarn moving elements and in association with each yarn moving element a yarn moving mechanism having an output cord connected to the yarn moving element, - a plurality of setting bars extending substantially in a first direction corresponding to a weft direction and positioned adjacent to each other substantially in a second direction corresponding to a warp direction, each setting bar having two longitudinal end regions (38, 40) and a cooperation region arranged between the longitudinal end regions (38, 40) for the cooperation with a plurality of yarn moving mechanisms, - a plurality of position adjustment bars (44, 46, 48, 50) extending substantially in the second direction, - a plurality of connecting means for connecting the setting bars to the position adjustment bars (44, 46, 48, 50), characterized in that in each one of the two longitudinal end regions (38, 40) of the setting bars two position adjustment bars (44, 46, 48, 50) are provided adjacent to each other, and that in each longitudinal end region (38, 40) of each setting bar one connecting means is provided such as to be connectable to either one of the two position adjustment bars (44, 46, 48, 50) arranged in a respective one of the longitudinal end regions (38, 40) of the setting bars. - a plurality of yarn moving elements and in association with each yarn moving element a yarn moving mechanism having an output cord connected to the yarn moving element, - a plurality of setting bars extending substantially in a first direction corresponding to a weft direction and positioned adjacent to each other substantially in a second direction corresponding to a warp direction, each setting bar having two longitudinal end regions (38, 40) and a cooperation region arranged between the longitudinal end regions (38, 40) for the cooperation with a plurality of yarn moving mechanisms, - a plurality of position adjustment bars (44, 46, 48, 50) extending substantially in the second direction, - a plurality of connecting means for connecting the setting bars to the position adjustment bars (44, 46, 48, 50),
A method for making polymeric objects having a surface on which are formed arrays of nanofibers for the purpose of modifying the wettability of the surface, characterized in that the method comprises: providing a first cylindrical roll with an array of nanoholes formed in a circumferential surface thereof; providing a source of flowable polymer; rotating the first cylindrical roll; applying the flowable polymer to the rotating first cylindrical roll at a first angular location so that the flowable polymer coats at least a portion of the circumferential surface of the rotating first cylindrical roll and flows into at least a portion of the nanoholes; cooling the flowable polymer while rotating the coated first cylindrical roll to a second angular position; and removing the cooled polymer coated on the first cylindrical roll from the first cylindrical roll as an elongate film; wherein the polymer that flowed into the nanoholes forms the array of nanofibers on a surface of the elongate film. providing a first cylindrical roll with an array of nanoholes formed in a circumferential surface thereof; providing a source of flowable polymer; rotating the first cylindrical roll; applying the flowable polymer to the rotating first cylindrical roll at a first angular location so that the flowable polymer coats at least a portion of the circumferential surface of the rotating first cylindrical roll and flows into at least a portion of the nanoholes; cooling the flowable polymer while rotating the coated first cylindrical roll to a second angular position; and removing the cooled polymer coated on the first cylindrical roll from the first cylindrical roll as an elongate film; wherein the polymer that flowed into the nanoholes forms the array of nanofibers on a surface of the elongate film.
A medicine-supplying device comprising: a cylindrical frame; a disc-like first rotator; an annular second rotator configured to discharge a medicine to an outer diameter side by rotation; a medicine shape-specifying unit configured to specify medicine shape; a height-restricting body configured to restrict a height of a supplied medicine; a width-restricting body which is a resin molded piece for restricting a conveyance width of the second rotator; a medicine guiding part consisting of an outer guide and an inner guide; and a control unit configured to rotate the second rotator at a rotational speed specified based on the medicine shape specified by the medicine shape-specifying unit according to a speed table associating the medicine shape with the rotational speed of the second rotator, wherein the width-restricting body is integrally formed with the outer guide. a cylindrical frame; a disc-like first rotator; an annular second rotator configured to discharge a medicine to an outer diameter side by rotation; a medicine shape-specifying unit configured to specify medicine shape; a height-restricting body configured to restrict a height of a supplied medicine; a width-restricting body which is a resin molded piece for restricting a conveyance width of the second rotator; a medicine guiding part consisting of an outer guide and an inner guide; and a control unit configured to rotate the second rotator at a rotational speed specified based on the medicine shape specified by the medicine shape-specifying unit according to a speed table associating the medicine shape with the rotational speed of the second rotator, wherein the width-restricting body is integrally formed with the outer guide.