mhurhangee/ep-ind-claims huggingface dataset:
Ophthalmic device for treating eye tissue using laser pulses, comprising: a projection optical unit for focused projection of the laser pulses, and a scanning device, arranged downstream of the projection optical unit, with a movable mirror for deflecting the laser pulses projected by the projection optical unit in at least one deflection direction, wherein a rotation (d) of the mirror of the downstream scanning device effects a field curvature, characterized by an optical correction element arranged downstream of the scanning device, which (correction element) is configured to image, in a focused manner, the laser pulses deflected by the scanning device on an intended treatment area (s) in the eye tissue, for correction of the effected field curvature. a projection optical unit for focused projection of the laser pulses, and a scanning device, arranged downstream of the projection optical unit, with a movable mirror for deflecting the laser pulses projected by the projection optical unit in at least one deflection direction, wherein a rotation (d) of the mirror of the downstream scanning device effects a field curvature, characterized by an optical correction element arranged downstream of the scanning device, which (correction element) is configured to image, in a focused manner, the laser pulses deflected by the scanning device on an intended treatment area (s) in the eye tissue, for correction of the effected field curvature.
A method of applying a multilayer coating to a substrate comprising: (a) applying a color-imparting, pigment-containing basecoat composition to a substrate to form a curable color-imparting basecoat layer, and (b) applying a curable unpigmented coating composition to the basecoat layer to form a transparent coating layer over the basecoat layer, wherein the basecoat layer is formed by depositing a polyhydrazide-containing curable aqueous composition comprising: (i) a continuous phase comprising water, and (ii) a dispersed phase comprising: polymeric particles prepared from the polymerization of a mixture of ethylenically unsaturated monomer compounds comprising: a multi-ethylenically unsaturated monomer and an aldo or keto group-containing ethylenically unsaturated monomer; and a hydrophobic polyester prepared from polymerizing the following mixture of monomers: a polyacid component comprising a dimer fatty acid and a tricarboxylic acid; and a polyol component comprising a diol and a diol with carboxylic acid groups. (a) applying a color-imparting, pigment-containing basecoat composition to a substrate to form a curable color-imparting basecoat layer, and (b) applying a curable unpigmented coating composition to the basecoat layer to form a transparent coating layer over the basecoat layer, (i) a continuous phase comprising water, and (ii) a dispersed phase comprising: polymeric particles prepared from the polymerization of a mixture of ethylenically unsaturated monomer compounds comprising: a multi-ethylenically unsaturated monomer and an aldo or keto group-containing ethylenically unsaturated monomer; and a hydrophobic polyester prepared from polymerizing the following mixture of monomers: a polyacid component comprising a dimer fatty acid and a tricarboxylic acid; and a polyol component comprising a diol and a diol with carboxylic acid groups. polymeric particles prepared from the polymerization of a mixture of ethylenically unsaturated monomer compounds comprising: a multi-ethylenically unsaturated monomer and an aldo or keto group-containing ethylenically unsaturated monomer; and a multi-ethylenically unsaturated monomer and an aldo or keto group-containing ethylenically unsaturated monomer; and a hydrophobic polyester prepared from polymerizing the following mixture of monomers: a polyacid component comprising a dimer fatty acid and a tricarboxylic acid; and a polyol component comprising a diol and a diol with carboxylic acid groups. a polyacid component comprising a dimer fatty acid and a tricarboxylic acid; and a polyol component comprising a diol and a diol with carboxylic acid groups.
A measurement air chamber comprising a sensor chip disposed within the measurement air chamber adapted to analyse a gas flowing in said air chamber, said gas comprising a plurality of components, said sensor chip comprising a plurality of cells adapted to emit and receive ultrasound, wherein the plurality of cells are operable over a sufficiently large frequency range and adapted to measure the concentration of at least one of the plural gas components based on at least two ultrasound responses within said frequency range, the frequency range including frequencies between 50kHz and 10 MHz; and said measurement air chamber comprising a dimensional restriction in the air chamber cross-section to vary a gas pressure in the measurement air chamber, wherein the dimensional restriction selectively varies cell-by-cell the gas pressure relative to a cell, whereby said plurality of cells emit and receive at respectively varied frequencies due to said varying gas pressure in said cells, to achieve said measuring of said concentration.
A door lock for a motor vehicle, comprising a locking mechanism (3, 4) with a pulling/opening device (10 through 18) which drives the locking mechanism (3, 4) by means of at least one motor, wherein the motor is flanged on the outside of a housing (6, 7) and the output shaft thereof projects into the interior of the housing, wherein the housing (6, 7) is essentially designed in the form of an L having a lock holder L-leg and a motor L-leg, wherein the motor is flanged on the motor L-leg, wherein the locking mechanism (3, 4) with associated actuating and locking elements, on the one hand, and the pulling/opening device (10 through 18), on the other hand, are respectively designed as prefabricated modules, wherein the motor comprises a mounting flange resting on the housing (6, 7), characterized in that a drive lever of the pulling/opening device (10 through 18) is disposed on the same axis as the rotary latch of the locking mechanism (3, 4).
A hearing aid for providing sound, the hearing aid comprising: a microphone for receiving sound and outputting an output signal, a BTE part comprising a signal generator for generating a second signal corresponding to the output signal, a ITE/RIC part comprising receiving means for receiving the second signal and outputting sound corresponding to the second signal, an element, comprising an element for transporting the second signal from the signal generator to the receiving means, wherein the element additionally comprises a sound guiding channel connected to the microphone and for guiding sound from outside the hearing aid to the microphone along a portion of a length of the element for transporting, wherein the element for transporting has a first length between the BTE and the ITE/RIC parts (12, 14), and wherein the sound guiding channel has a second length being between 10 and 90% of the first length, characterised in that the sound guiding channel has a plurality of openings along a longitudinal direction hereof. a microphone for receiving sound and outputting an output signal, a BTE part comprising a signal generator for generating a second signal corresponding to the output signal, a ITE/RIC part comprising receiving means for receiving the second signal and outputting sound corresponding to the second signal, an element, comprising an element for transporting the second signal from the signal generator to the receiving means, wherein the element additionally comprises a sound guiding channel connected to the microphone and for guiding sound from outside the hearing aid to the microphone along a portion of a length of the element for transporting, wherein the element for transporting has a first length between the BTE and the ITE/RIC parts (12, 14), and wherein the sound guiding channel has a second length being between 10 and 90% of the first length, characterised in that the sound guiding channel has a plurality of openings along a longitudinal direction hereof.
A method for determining a degree of fullness of a large grinding mill drum, characterized by that the method comprising the steps of: - measuring force measurement data from reactions caused by the grinding material, said reactions subjected to an at least one lifting bar and to an at least one lifting bar bolt of the grinding mill, using at least one force transducer, attached to said at least one lifting bar bolt; and - calculating the degree of fullness of the grinding mill from said force measurement data. - measuring force measurement data from reactions caused by the grinding material, said reactions subjected to an at least one lifting bar and to an at least one lifting bar bolt of the grinding mill, using at least one force transducer, attached to said at least one lifting bar bolt; and - calculating the degree of fullness of the grinding mill from said force measurement data.
A system, comprising: an induction heating device comprising a working coil and a resonance capacitor connected to the working coil; and a support structure for an object to be heated that is driven by being associated with the working coil provided in the induction heating device, wherein the support structure comprises: a housing comprising an upper surface that is concavely formed downward and an object to be heated is arranged on the upper surface; a repeating coil that is provided inside the housing and driven through a magnetic induction or a magnetic resonance with the working coil; and a compensation capacitor that is provided inside the housing and connected to the repeating coil for controlling an output of the repeating coil, characterised in that a capacitance value of the compensation capacitor comprises a value less than a half of a capacitance value of the resonance capacitor connected to the working coil. an induction heating device comprising a working coil and a resonance capacitor connected to the working coil; and a support structure for an object to be heated that is driven by being associated with the working coil provided in the induction heating device, wherein the support structure comprises: a housing comprising an upper surface that is concavely formed downward and an object to be heated is arranged on the upper surface; a repeating coil that is provided inside the housing and driven through a magnetic induction or a magnetic resonance with the working coil; and a compensation capacitor that is provided inside the housing and connected to the repeating coil for controlling an output of the repeating coil, a housing comprising an upper surface that is concavely formed downward and an object to be heated is arranged on the upper surface; a repeating coil that is provided inside the housing and driven through a magnetic induction or a magnetic resonance with the working coil; and a compensation capacitor that is provided inside the housing and connected to the repeating coil for controlling an output of the repeating coil, characterised in that a capacitance value of the compensation capacitor comprises a value less than a half of a capacitance value of the resonance capacitor connected to the working coil.
A composition for treating all forms of a Borrelia sp simultaneously, comprising: fatty acid, essential oil, plant extract, phenol, and terpenoid in a specific concentration individually, wherein the specific concentration is between 0.075mg/ml - 0.3mg/ml for each of the ingredients in the composition, wherein: the fatty acid is a linoleic acid; the essential oil is at least one selected from the group consisting of a lemongrass oil, spearmint oil, and citral; the plant extract is at least one selected from the group consisting of a clove oil, cinnamon oil, thyme and ginger; the phenol is an eugenol; and the terpenoid is at least one selected from the group consisting of a carvone. fatty acid, essential oil, plant extract, phenol, and terpenoid in a specific concentration individually, wherein the specific concentration is between 0.075mg/ml - 0.3mg/ml for each of the ingredients in the composition, wherein: the fatty acid is a linoleic acid; the essential oil is at least one selected from the group consisting of a lemongrass oil, spearmint oil, and citral; the plant extract is at least one selected from the group consisting of a clove oil, cinnamon oil, thyme and ginger; the phenol is an eugenol; and the terpenoid is at least one selected from the group consisting of a carvone. the fatty acid is a linoleic acid; the essential oil is at least one selected from the group consisting of a lemongrass oil, spearmint oil, and citral; the plant extract is at least one selected from the group consisting of a clove oil, cinnamon oil, thyme and ginger; the phenol is an eugenol; and the terpenoid is at least one selected from the group consisting of a carvone.
A lubricant composition comprising: a base stock comprising: from 1 to 50 weight parts of a glycol ether diester compound of Formula I: wherein R 3 is a straight or branched alkylene chain containing 0 to 4 carbon atoms, each R 1 and R 4 is independently a C 1 to C 13 straight or branched alkyl, phenyl, benzyl, or alkylated phenyl moiety, each R 2 is independently methyl or ethyl or a combination thereof, and each n independently has an average value of from 2 to 4 with the proviso that the total number of carbon atoms in the each moiety R 1 -(O-CH 2 CHR 2)n and R 4 -(O-CH 2 CHR 2)n is at least 10, wherein the compound is at least one of bis-dipropylene glycol n-butyl ether adipate, bis-tripropylene glycol n-butyl ether succinate, bis-dipropylene glycol n-hexyl ether adipate, or bis-butoxy(methylethoxy)(ethylethoxy) adipate; and from 99 to 50 weight parts of at least one base stock from API Groups I, II, III, and IV, based on 100 weight parts base stock; and an antioxidant in amounts of from 0.05 to 5 weight parts based on 100 weight parts base stock. from 1 to 50 weight parts of a glycol ether diester compound of Formula I: wherein R 3 is a straight or branched alkylene chain containing 0 to 4 carbon atoms, each R 1 and R 4 is independently a C 1 to C 13 straight or branched alkyl, phenyl, benzyl, or alkylated phenyl moiety, each R 2 is independently methyl or ethyl or a combination thereof, and each n independently has an average value of from 2 to 4 with the proviso that the total number of carbon atoms in the each moiety R 1 -(O-CH 2 CHR 2)n and R 4 -(O-CH 2 CHR 2)n is at least 10, wherein the compound is at least one of bis-dipropylene glycol n-butyl ether adipate, bis-tripropylene glycol n-butyl ether succinate, bis-dipropylene glycol n-hexyl ether adipate, or bis-butoxy(methylethoxy)(ethylethoxy) adipate; and from 99 to 50 weight parts of at least one base stock from API Groups I, II, III, and IV, based on 100 weight parts base stock; and an antioxidant in amounts of from 0.05 to 5 weight parts based on 100 weight parts base stock.
An electronic assembly comprising: a flexible polymer membrane having a surface with one or more electrically conductive traces arranged on the surface; a semiconductor die having first and second electrical contacts (22, 24); an encapsulant layer configured to cover the semiconductor die; and a flexible cover textile, characterized in that: the first and second electrical contacts of the semiconductor die are bonded to the one or more electrically conductive traces on the surface of the flexible polymer membrane via a cured electrically conductive adhesive; the encapsulant layer is an adhesive encapsulant layer; and the flexible cover textile is bonded to the surface of the flexible polymer membrane and the semiconductor die by the adhesive encapsulant layer. a flexible polymer membrane having a surface with one or more electrically conductive traces arranged on the surface; a semiconductor die having first and second electrical contacts (22, 24); an encapsulant layer configured to cover the semiconductor die; and a flexible cover textile, characterized in that: the first and second electrical contacts of the semiconductor die are bonded to the one or more electrically conductive traces on the surface of the flexible polymer membrane via a cured electrically conductive adhesive; the encapsulant layer is an adhesive encapsulant layer; and the flexible cover textile is bonded to the surface of the flexible polymer membrane and the semiconductor die by the adhesive encapsulant layer. the first and second electrical contacts of the semiconductor die are bonded to the one or more electrically conductive traces on the surface of the flexible polymer membrane via a cured electrically conductive adhesive; the encapsulant layer is an adhesive encapsulant layer; and the flexible cover textile is bonded to the surface of the flexible polymer membrane and the semiconductor die by the adhesive encapsulant layer.
Vehicle seat comprising a lower seat part and a vertically adjustable seat connection unit, which unit is arranged between an upper seat part and the lower seat part and mechanically interconnects the lower seat part and the upper seat part, said seat also comprising at least one oscillation limiting device for limiting a vertical oscillatory motion of the upper seat part in a direction away from the lower seat part, which device is arranged between the lower seat part and the upper seat part and is rigidly connected to the upper seat part, the oscillation limiting device comprising at least one reeling off element and being designed and intended for limiting, in a non-damped manner, a vertical movement of the upper seat part in a direction away from the lower seat part after reeling off for a presettable reeling off length, characterised in that the oscillation limiting device comprises an adjusting means which is designed and intended for presettably adjusting the reeling off length and for limiting said reeling off length in a non-damped manner, the reeling off element, the free, rollable reeling off end of which is mechanically rigidly connected to the lower seat part, having a reeling off length that can be specified by the adjusting means, which means comprises a bias spring and a lockable grip, the reeling off length determining a maximum deflection height of the upper seat part in the vertical direction, in the direction away from the lower seat part, the bias spring applying traction or compression to the grip along an adjustment axis of the adjusting means.
A superabsorbent complexed with aluminium ions, where the aluminium ions are applied in the form of an aqueous solution comprising aluminium ions, which has the feature that it comprises aluminium ions in a proportion within the range of 0.5%-15% by weight (optionally converted to Al 3+), based on the total mass of the solution, and further comprises anions of lactic acid (lactate ions) and phosphoric acid (phosphate ions), where the molar proportion of the lactate ions is within the range of 0.01-2.99 times the molar amount of Al 3+ and the molar proportion of the phosphate ions is within the range of 0.01-2.99 times the molar amount of Al 3+.
Process for refining a stream of crude methanol, comprising: - pre-treatment of said stream of crude methanol in a topping stage, for the separation of volatile components, obtaining a stream of light gases and a solution of de-gassed crude methanol, said pre-treatment being carried out at a defined topping pressure; - distillation of methanol from said solution of de-gassed crude methanol; - wherein the distillation of methanol comprises at least one final distillation step of methanol at a defined distillation pressure, and wherein: - said distillation pressure of said final step is greater than said topping pressure, and: - a gaseous stream of distilled methanol produced in the final distillation step, is used to supply at least part of a heat flow for the pre-treatment topping step; characterized in that the distillation of methanol comprises: - at least one distillation step upstream of said final distillation step, - wherein a partially distilled methanol solution, obtained in said at least one distillation step, is directed to the final distillation step, - and in which the pressure or the pressures of the distillation step(s) upstream of the final distillation finale is/are greater than said final pressure. - pre-treatment of said stream of crude methanol in a topping stage, for the separation of volatile components, obtaining a stream of light gases and a solution of de-gassed crude methanol, said pre-treatment being carried out at a defined topping pressure; - distillation of methanol from said solution of de-gassed crude methanol; - wherein the distillation of methanol comprises at least one final distillation step of methanol at a defined distillation pressure, - said distillation pressure of said final step is greater than said topping pressure, and: - a gaseous stream of distilled methanol produced in the final distillation step, is used to supply at least part of a heat flow for the pre-treatment topping step; - at least one distillation step upstream of said final distillation step, - wherein a partially distilled methanol solution, obtained in said at least one distillation step, is directed to the final distillation step, - and in which the pressure or the pressures of the distillation step(s) upstream of the final distillation finale is/are greater than said final pressure.
Drainage device for draining water in sanitary facilities from a first and a second water-conducting layer, wherein the second water-conducting layer lies below the first water-conducting layer, wherein the drainage device comprises a drainage unit - with a drainage trough, which has a flat base with peripheral rising walls, for receiving and draining water from the first water-conducting layer, and - with a drainage cover, wherein the drainage trough has a drainage opening for the discharge of the water, and the drainage cover is arranged above the drainage trough and above the drainage opening thereof, - with means for adjusting a horizontal and/or vertical distance, referred to below as spacers, with which the drainage cover can be positioned above or in the drainage trough, wherein the drainage trough and/or the drainage cover have/has the spacers and at least one of the spacers is formed by deformation of part of the drainage trough or of the drainage cover, - with a trough-shaped drainage bottom part for receiving and draining water from the second water-conducting layer, said drainage bottom part being arranged at a distance below the drainage trough, characterized in that - the drainage device furthermore comprises a drainage connector and fastening means for the water-tight mounting of the drainage connector on the drainage opening of the drainage unit, and - the drainage bottom part has a passage corresponding to the drainage opening in such a manner that the drainage connector mounted water-tightly on the drainage opening runs through the passage. - with a drainage trough, which has a flat base with peripheral rising walls, for receiving and draining water from the first water-conducting layer, and - with a drainage cover, wherein the drainage trough has a drainage opening for the discharge of the water, and the drainage cover is arranged above the drainage trough and above the drainage opening thereof, - with means for adjusting a horizontal and/or vertical distance, referred to below as spacers, with which the drainage cover can be positioned above or in the drainage trough, wherein the drainage trough and/or the drainage cover have/has the spacers and at least one of the spacers is formed by deformation of part of the drainage trough or of the drainage cover, - with a trough-shaped drainage bottom part for receiving and draining water from the second water-conducting layer, said drainage bottom part being arranged at a distance below the drainage trough, characterized in that - the drainage device furthermore comprises a drainage connector and fastening means for the water-tight mounting of the drainage connector on the drainage opening of the drainage unit, and - the drainage bottom part has a passage corresponding to the drainage opening in such a manner that the drainage connector mounted water-tightly on the drainage opening runs through the passage.