mhurhangee/ep-ind-claims huggingface dataset:
A dental varnish composition comprising a hydrogel system comprising: (a) at least one polyphenol having at least one phenol group, the at least one polyphenol including both tannic acid and gallic acid (b) at least one polymer comprising a functional group selected from the group consisting of hydroxy, amine, thiol, carboxyl, carbonyl, ester, imine, amide, and nitrile (c)a metal ion, and at least one fluoride source; preferably wherein the fluoride source is present in a concentration of from about 0.01 to about 10 weight percent based on a total weight of the composition; and wherein the hydrogel system is present in a concentration of from 5 to 95 weight percent based on a total weight of the composition, wherein the dental varnish is water soluble. (a) at least one polyphenol having at least one phenol group, the at least one polyphenol including both tannic acid and gallic acid (b) at least one polymer comprising a functional group selected from the group consisting of hydroxy, amine, thiol, carboxyl, carbonyl, ester, imine, amide, and nitrile (c)a metal ion, and at least one fluoride source; preferably wherein the fluoride source is present in a concentration of from about 0.01 to about 10 weight percent based on a total weight of the composition; and wherein the hydrogel system is present in a concentration of from 5 to 95 weight percent based on a total weight of the composition, wherein the dental varnish is water soluble.
Exhaust treatment system arranged for the treatment of an exhaust stream resulting from a combustion in a diesel combustion engine, comprising - a first reduction catalyst device, designed and arranged for reduction of nitrogen oxides NO x in said exhaust stream through the use of compounds comprising one or more of carbon monoxide CO and hydrocarbons HC, which are comprised in said exhaust stream when said exhaust stream reaches said first reduction catalyst device; wherein said first reduction catalyst device comprises a first catalytic reduction catalyst and a first slip-catalyst, wherein said first slip-catalyst is arranged to at least one of oxidize and disintegrate said compounds, to assist said first catalytic reduction catalyst with at least one of a further reduction of nitrogen oxides NOx in said exhaust stream, and to create an exothermic reaction; - a particulate filter, arranged downstream of said first reduction catalyst device to catch and oxidise soot particles in said exhaust stream; - a second dosage device, arranged downstream of said particulate filter and arranged to supply an additive, which comprises ammonia or a substance from which ammonia may be extracted and/or released into said exhaust stream; and - a second reduction catalyst device, arranged downstream of said second dosage device and arranged for reduction of nitrogen oxides NO x in said exhaust stream through the use of said additive, characterised in that the second reduction catalyst device comprises a second selective catalytic reduction catalyst (SCR 2) followed downstream by a second slip-catalyst (SC 2), wherein said second slip-catalyst (SC 2) is arranged to oxidise a residue of additive, and to assist said second selective catalytic reduction catalyst (SCR 2) with an additional reduction of nitrogen oxides NO x in said exhaust stream. - a first reduction catalyst device, designed and arranged for reduction of nitrogen oxides NO x in said exhaust stream through the use of compounds comprising one or more of carbon monoxide CO and hydrocarbons HC, which are comprised in said exhaust stream when said exhaust stream reaches said first reduction catalyst device; wherein said first reduction catalyst device comprises a first catalytic reduction catalyst and a first slip-catalyst, wherein said first slip-catalyst is arranged to at least one of oxidize and disintegrate said compounds, to assist said first catalytic reduction catalyst with at least one of a further reduction of nitrogen oxides NOx in said exhaust stream, and to create an exothermic reaction; - a particulate filter, arranged downstream of said first reduction catalyst device to catch and oxidise soot particles in said exhaust stream; - a second dosage device, arranged downstream of said particulate filter and arranged to supply an additive, which comprises ammonia or a substance from which ammonia may be extracted and/or released into said exhaust stream; and - a second reduction catalyst device, arranged downstream of said second dosage device and arranged for reduction of nitrogen oxides NO x in said exhaust stream through the use of said additive,
Communication system for transmitting signals having frequencies that lie within a transmission band and for receiving signals having frequencies that lie within a reception band, comprising a duplexer and an antenna, wherein - the duplexer comprises a transmission branch and a reception branch separated from the transmission branch, - the transmission branch comprises a transmission filter, a transmission phase shifting network and a transmission matching network, - the reception branch comprises a reception filter, a reception phase shifting network and a reception matching network, - the transmission matching network and the reception matching network have predominately constant phase shifts over frequencies within the reception band and within the transmission band, respectively, and - the antenna is directly connected to the transmission matching network and to the reception matching network, and shows a predominantly reactance-only impedance variation over frequencies in the transmission band and over frequencies in the reception band. - the duplexer comprises a transmission branch and a reception branch separated from the transmission branch, - the transmission branch comprises a transmission filter, a transmission phase shifting network and a transmission matching network, - the reception branch comprises a reception filter, a reception phase shifting network and a reception matching network, - the transmission matching network and the reception matching network have predominately constant phase shifts over frequencies within the reception band and within the transmission band, respectively, and - the antenna is directly connected to the transmission matching network and to the reception matching network, and shows a predominantly reactance-only impedance variation over frequencies in the transmission band and over frequencies in the reception band.
A method for monitoring search spaces, the method being performed by a wireless device, the method comprising: receiving an orthogonal frequency-division multiplexing, OFDM, symbol, wherein the OFDM symbol is at least partially included in a device-specific search space of the wireless device and is at least partially included in a common search space used by the wireless device; monitoring the device-specific search space for at least one device-specific demodulation reference signal, DM-RS, provided in the OFDM symbol; and monitoring the common search space for at least one non-device-specific demodulation reference signal, DM-RS, provided in the same OFDM symbol; wherein the device-specific search space and the common search space are contained in a first and a second subband, respectively, and starting data decoding in the first OFDM symbol of a scheduled data region, wherein the first subband and the second subband have different bandwidths. receiving an orthogonal frequency-division multiplexing, OFDM, symbol, wherein the OFDM symbol is at least partially included in a device-specific search space of the wireless device and is at least partially included in a common search space used by the wireless device; monitoring the device-specific search space for at least one device-specific demodulation reference signal, DM-RS, provided in the OFDM symbol; and monitoring the common search space for at least one non-device-specific demodulation reference signal, DM-RS, provided in the same OFDM symbol; wherein the device-specific search space and the common search space are contained in a first and a second subband, respectively, and starting data decoding in the first OFDM symbol of a scheduled data region, wherein the first subband and the second subband have different bandwidths.
A folding table including a table body provided with a pair of hinge pins oppositely protruding on left and right sides and a pair of lock pins oppositely protruding on left and right sides, and a pair of left and right brackets (21, 22) each having a shaft hole in which the hinge pin serving as a pivotal center is inserted and a movable hole in which a spring member is installed to urge the lock pin inserted therein, the table body being supported pivotally by the brackets (21, 22) fixed to a wall surface, wherein the folding table includes closing plates that are plate members each having through holes (51, 52) through which the hinge pin and the lock pin of the table body are penetrated, and the closing plates are individually sandwiched between the table body and the brackets (21, 22) to close the movable holes.
Rail vehicle with a set of operating means subsystems (14, 18, 19, 20 - 32) and a driver's cab display device for displaying information to the vehicle driver, having at least one central display unit, wherein - the driver's cab display device has a control unit connected upstream of the display unit, • said control unit having an interface device with a set of interfaces, which are each assigned to a different operating means subsystem (14, 18, 19, 20 - 32), and • said control unit being intended to regulate an information content related to a number of operating means subsystems (14, 18, 19, 20 - 32) and changeable over time with respect to a type of information for the display unit, wherein the regulation is a control which is carried out according to a predefined rule, and - a regulation process of the control unit comprises the checking of at least one condition and information handling as a function of the result of a check which is a result of the check of the at least one condition, wherein_the condition of the regulation process involves the occurrence of an operating event and the information handling comprises displaying information as a function of the result of a check, characterised in that the rail vehicle comprises a database in which at least one item of subsystem-related information is assigned to operating events in each case, and that the control unit has an interface, by way of which it accesses the database during operation. - the driver's cab display device has a control unit connected upstream of the display unit, • said control unit having an interface device with a set of interfaces, which are each assigned to a different operating means subsystem (14, 18, 19, 20 - 32), and • said control unit being intended to regulate an information content related to a number of operating means subsystems (14, 18, 19, 20 - 32) and changeable over time with respect to a type of information for the display unit, wherein the regulation is a control which is carried out according to a predefined rule, and • said control unit having an interface device with a set of interfaces, which are each assigned to a different operating means subsystem (14, 18, 19, 20 - 32), and • said control unit being intended to regulate an information content related to a number of operating means subsystems (14, 18, 19, 20 - 32) and changeable over time with respect to a type of information for the display unit, wherein the regulation is a control which is carried out according to a predefined rule, and - a regulation process of the control unit comprises the checking of at least one condition and information handling as a function of the result of a check which is a result of the check of the at least one condition, wherein_the condition of the regulation process involves the occurrence of an operating event and the information handling comprises displaying information as a function of the result of a check,
An assembly 1 comprising a cooking pot 2 and a corresponding pot lid 3, for closing off the cooking pot 2, in which the assembly 1 is provided with a vapour passage 14 for removing vapour 13 from the assembly 1, in which the vapour passage 14 extends in the direction of the cooking pot 2, and in which the vapour passage 14 is formed by one or more vapour passage channels 19, characterized in that cooking pot 2 comprises a niche 22, in which the vapour passage channels 19 extend into said niche 22.
Safety device for monitoring a locking system, the device comprising: - an electrical circuit adapted to follow a path, - a standing wave generator configured to generate an electrical standing wave in the electrical circuit, - a standing wave sensor adapted to measure the standing wave generated in the electrical circuit, - data processing means configured to detect a change in the electrical circuit based on the measurement. - an electrical circuit adapted to follow a path, - a standing wave generator configured to generate an electrical standing wave in the electrical circuit, - a standing wave sensor adapted to measure the standing wave generated in the electrical circuit, - data processing means configured to detect a change in the electrical circuit based on the measurement.
A balloon coating method for forming a coating layer on an outer surface (30, 190) of a balloon (30, 190) of a balloon catheter (10, 150), the balloon coating method comprising: a pulling step (a) of pulling an inner tube to which the balloon (30, 190) is adhered on a distal side, and which inner tube has a core member inserted and held in an axial direction of the balloon (30, 190) to thereby straighten a bend of the balloon (30, 190); or a pulling step (b) comprising pulling the distal-side end portion of the balloon (30, 190) that is adhered to an inner tube, wherein said inner tube has a core member inserted and held in an axial direction of the balloon (30, 190) to thereby straighten a bend of the balloon (30, 190); and a coating step of rotating the balloon (30, 190) about an axis of the balloon (30, 190), with the balloon (30, 190) maintained in a bend-straightened state, and coating the outer surface of the balloon (30, 190) with a coating liquid containing a drug. a pulling step (a) of pulling an inner tube to which the balloon (30, 190) is adhered on a distal side, and which inner tube has a core member inserted and held in an axial direction of the balloon (30, 190) to thereby straighten a bend of the balloon (30, 190); or a pulling step (b) comprising pulling the distal-side end portion of the balloon (30, 190) that is adhered to an inner tube, wherein said inner tube has a core member inserted and held in an axial direction of the balloon (30, 190) to thereby straighten a bend of the balloon (30, 190); and a coating step of rotating the balloon (30, 190) about an axis of the balloon (30, 190), with the balloon (30, 190) maintained in a bend-straightened state, and coating the outer surface of the balloon (30, 190) with a coating liquid containing a drug.
A copolymerized polysilazane which comprises at least a repeating unit represented by the formula below and a repeating unit represented by the formula below and has a NR 3 /SiH 1,2 ratio of 0.005 to 0.3, wherein SiH 1,2 represents the total amount of SiH 1 and SiH 2 and the NR 3 /SiH 1,2 ratio is calculated as the ratio of a peak area derived from one proton of the NR 3 group to a peak area derived from a SiH 1 group and a SiH 2 group in the 1 H NMR spectrum, Formula: wherein in the formula, R 1 and R 2 each independently represents a hydrogen atom, a hydrocarbon group, a hydrocarbon group-containing silyl group, a hydrocarbon group-containing amino group, or a hydrocarbon oxy group and R 3 represents an alkyl group, an alkenyl group, an alkoxy group, a cycloalkyl group, an aryl group, or an alkyl silyl group, and Formula: wherein in the formula, R 1 and R 2 represent the same meanings as above.
Pressure measuring device, with - a support (1, 3, 5), particularly a support (1, 3, 5) made of metal, particularly stainless steel, - a stand (7, 9, 11) connected to the support (1, 3, 5), and - a pressure sensor mounted on a free-standing end of the stand (7, 9, 11), wherein - the stand (7, 9, 11) comprises a base (25, 27, 29) arranged on the support (1, 3, 5), - the stand (7, 9, 11) comprises an extension extending from the base (25, 27, 29) in the direction of the pressure sensor and comprising the free-standing end of the stand (7, 9, 11), and - the extension has a surface area that is smaller than a surface area of the pressure sensor mounted thereon, characterized in that the base (25, 27, 29) has a surface area which is greater than a surface area of the extension. - a support (1, 3, 5), particularly a support (1, 3, 5) made of metal, particularly stainless steel, - a stand (7, 9, 11) connected to the support (1, 3, 5), and - a pressure sensor mounted on a free-standing end of the stand (7, 9, 11), wherein - the stand (7, 9, 11) comprises a base (25, 27, 29) arranged on the support (1, 3, 5), - the stand (7, 9, 11) comprises an extension extending from the base (25, 27, 29) in the direction of the pressure sensor and comprising the free-standing end of the stand (7, 9, 11), and - the extension has a surface area that is smaller than a surface area of the pressure sensor mounted thereon, characterized in that the base (25, 27, 29) has a surface area which is greater than a surface area of the extension.
A transport system, which is particularly adapted to travel up a staircase, comprising: - a carrying element, - a plurality of drivable rotation elements, each rotatable about a rotation axis for rolling on a rolling plane, and - a plurality of lifting units, - wherein each lifting unit is connected at an end with a drivable rotation element of the plurality of drivable rotation elements, - and wherein at least one lifting unit of the plurality of lifting units comprises a push chain, which is slideably arranged at the carrying element and is formed to lift and/or lower the corresponding drivable rotation element. - a carrying element, - a plurality of drivable rotation elements, each rotatable about a rotation axis for rolling on a rolling plane, and - a plurality of lifting units, - wherein each lifting unit is connected at an end with a drivable rotation element of the plurality of drivable rotation elements, - and wherein at least one lifting unit of the plurality of lifting units comprises a push chain, which is slideably arranged at the carrying element and is formed to lift and/or lower the corresponding drivable rotation element.
Refrigeration appliance, in particular for household purposes, with an ice cube maker and with an ice cube container of the ice cube maker which can be removed from the refrigeration appliance, having a bottom, a front and a rear short end wall section (30a, 30b), and two long side wall sections (28a, 28b), characterised in that the ice cube container has a removal handle, which is arranged on one of the long side wall sections (28a, 28b) and the refrigeration appliance has a pull-out freezer compartment drawer which has a receptacle for the removable ice cube container, wherein the receptacle for correct positioning of the ice cube container is embodied in a shape or contour which corresponds to the ice cube container, and is so oriented in the freezer compartment drawer that, when the ice cube container is inserted in the receptacle, its removal handle faces towards the centre of the freezer compartment drawer.
A device, comprising: a first balloon catheter; a first stent positioned around the first balloon catheter; a second balloon catheter; a second stent positioned around the second balloon catheter; a first lumen in the first balloon catheter and configured to house a first guide wire; a second lumen in the second balloon catheter and configured to house a second guide wire; and a third stent positioned around both the first and second balloon catheter (1702, 1703), wherein the first, second and third stents (1704, 1705, 1701) are separate components, wherein the third stent partially overlaps the first stent and second stent. a first balloon catheter; a first stent positioned around the first balloon catheter; a second balloon catheter; a second stent positioned around the second balloon catheter; a first lumen in the first balloon catheter and configured to house a first guide wire; a second lumen in the second balloon catheter and configured to house a second guide wire; and a third stent positioned around both the first and second balloon catheter (1702, 1703), wherein the first, second and third stents (1704, 1705, 1701) are separate components, wherein the third stent partially overlaps the first stent and second stent.
A method for producing a chromium-based coating on an object by electroplating from a trivalent Cr bath, wherein the chromium-based coating comprises chromium (Cr), carbon and iron (Fe), wherein C is at least partially in the form of at least one chromium carbide compound, and wherein the hardness of the coating is at least 1,500 HV on a Vickers microhardness scale as measured according to standard SFS-EN ISO 4516, characterized in that the method comprises the steps of a) depositing a layer of Cr from a trivalent Cr bath on an object, the bath comprising at least one source for trivalent Cr, at least 20 mg l -1 Ni cations, at least one source for C and at least one source for Fe, so that Ni, C and Fe are incorporated into the Cr layer; and b) subjecting the coated object to at least one heat treatment at a temperature of 400-1,200 °, or at a temperature of 400-650 °C, or at a temperature of 650-820 °C, or at a temperature of 820-1,200 °C, to amend the mechanical and physical properties of the coating. a) depositing a layer of Cr from a trivalent Cr bath on an object, the bath comprising at least one source for trivalent Cr, at least 20 mg l -1 Ni cations, at least one source for C and at least one source for Fe, so that Ni, C and Fe are incorporated into the Cr layer; and b) subjecting the coated object to at least one heat treatment at a temperature of 400-1,200 °, or at a temperature of 400-650 °C, or at a temperature of 650-820 °C, or at a temperature of 820-1,200 °C, to amend the mechanical and physical properties of the coating.
A process for printing a three-dimensional object, comprising: providing a non-crosslinked peroxydicarbonate-branched polypropylene filament, flake, pellet, or powder adapted for one of a fused deposition modeling printer or a fused filament fabrication printer; printing the non-crosslinked peroxydicarbonate-branched polypropylene with a fused deposition modeling printer or a fused filament fabrication printer to form a three-dimensional article; and selectively varying a temperature of a print head extruder, a print head extruder nozzle or at least one print head of the printer to vary a property of the printed polypropylene, thus imparting varied properties in selected portions of the three-dimensional article. providing a non-crosslinked peroxydicarbonate-branched polypropylene filament, flake, pellet, or powder adapted for one of a fused deposition modeling printer or a fused filament fabrication printer; printing the non-crosslinked peroxydicarbonate-branched polypropylene with a fused deposition modeling printer or a fused filament fabrication printer to form a three-dimensional article; and selectively varying a temperature of a print head extruder, a print head extruder nozzle or at least one print head of the printer to vary a property of the printed polypropylene, thus imparting varied properties in selected portions of the three-dimensional article.