mhurhangee/ep-ind-claims huggingface dataset:
A flavored, fiber-enriched liquid beverage concentrate, comprising an acidulant, a flavor, a high-intensity sweetener, a soluble fiber, a preservative and water, the soluble fiber comprising 20 to 60 %w/w of the concentrate with a pH in a range of 1.2 to 4.0; wherein the soluble fiber is corn fiber; wherein the preservative is 0.01 to 0.3 per cent by weight of the beverage concentrate; wherein the concentrate has a viscosity of between 0.025 Pa·s (25 cP) and 0.07 Pa·s (70 cP) (Brookfield Viscosity (Spindle LV2@3ORPM@25°C)). wherein the soluble fiber is corn fiber; wherein the preservative is 0.01 to 0.3 per cent by weight of the beverage concentrate; wherein the concentrate has a viscosity of between 0.025 Pa·s (25 cP) and 0.07 Pa·s (70 cP) (Brookfield Viscosity (Spindle LV2@3ORPM@25°C)).
An electrical connection box comprising: a case which includes a bottom plate on which a terminal connection portion is provided; a cover which includes a top plate and covers an upper portion of the case; and a plurality of component mounting portions (45, 46) which are provided on the top plate of the cover and on each of which a component (P1, P2) including a terminal is assembled from above the cover, wherein the terminal of the component (P1, P2) assembled to the component mounting portion (45, 46) is connected to the terminal connection portion, at least one boss for maintaining a distance between the bottom plate of the case and the top plate of the cover is provided on the case, the boss is disposed in a component mounting area which is an area defined as an outer periphery of the plurality of component mounting portions (45, 46) in a plan view, the boss includes an abutting surface on an upper end portion of the boss which is a flat surface orthogonal to a protruding direction of the boss, and the abutting surface of the boss abuts on a back surface of the top plate of the cover, wherein the boss is disposed between the plurality of component mounting portions (45, 46) in the plan view. a case which includes a bottom plate on which a terminal connection portion is provided; a cover which includes a top plate and covers an upper portion of the case; and a plurality of component mounting portions (45, 46) which are provided on the top plate of the cover and on each of which a component (P1, P2) including a terminal is assembled from above the cover, wherein the terminal of the component (P1, P2) assembled to the component mounting portion (45, 46) is connected to the terminal connection portion, at least one boss for maintaining a distance between the bottom plate of the case and the top plate of the cover is provided on the case, the boss is disposed in a component mounting area which is an area defined as an outer periphery of the plurality of component mounting portions (45, 46) in a plan view, the boss includes an abutting surface on an upper end portion of the boss which is a flat surface orthogonal to a protruding direction of the boss, and the abutting surface of the boss abuts on a back surface of the top plate of the cover, wherein the boss is disposed between the plurality of component mounting portions (45, 46) in the plan view.
Cutting device for conveying and cutting, in particular agricultural material to be cut, having a conveying channel and at least one pivotally mounted cutting element which can be transferred from a rest position into a cutting position by being moved in a first pivot direction, in which cutting position the cutting element for cutting the material to be cut is at least partly positioned within the conveying channel, having a positioning device comprising a positioning element which abuts the cutting element at least in the cutting position of the cutting element during operation and is in particular pivotally mounted about a positioning pivot axis, having a switching shaft which can be transferred into different switching positions and rotatably mounted about a switching shaft axis, to which shaft the positioning element is coupled in at least one of the switching positions of the switching shaft during operation, and having a restoring element for restoring the cutting element to the cutting position and for holding the cutting element in the cutting position, characterized in that the positioning element has a switching contact region which abuts the switching shaft in the switching position during operation.
Gear pair for a lifting vessel for a rack and pinion drive for lowering and raising a jack-up leg of a lifting vessel, comprising two gear units (1a, 1b) each having a drive shaft for connection to a drive and an output shaft for connection to a drive pinion for engagement in one of two tooth racks fitted on the jack-up leg, wherein each of the gear units (1a, 1b) with output in opposite directions of rotation has a planetary stage (2a, 2b) mounted in a transmission housing and is supported with the aid of a torque support (12, 13) on the other respective gear unit (1b, 1a), characterised in that the torque support (12, 13) of each gear unit (1a, 1b) surrounds the transmission housing of the other respective gear unit (1b, 1a) in a pincer-like manner and contacts the housing symmetrically with respect to a straight line connecting the output shafts at two support points which relative to a vertical plane extending through the output shaft of the other respective gear unit (1a, 1b) are located offset towards the gear unit (1a, 1b) which has the torque support (12, 13), so that the support points are located between the vertical planes extending through the output shafts of the gear units (1a, 1b).
A beam shaping assembly comprising a moderator made of a neutron moderation material, which comprises: Mg element; Al element; and F element; wherein the weight percentage of the Mg element, Al element and F element accounts for the neutron moderation material is 3.5%≦Mg≦37.1%, 5.0%≦Al≦90.4%, 5.8%≦F≦67.2%, respectively; and the sum of the weights of the weights of the Mg, Al and F elements is 100% of the total weight of the neutron moderation material, characterized in that the neutron moderation material is disposed in the beam shaping assembly in the form of stacked or mixed powder compact or mixed powder sinter serving as a moderator of the beam shaping assembly. Mg element; Al element; and F element; wherein the weight percentage of the Mg element, Al element and F element accounts for the neutron moderation material is 3.5%≦Mg≦37.1%, 5.0%≦Al≦90.4%, 5.8%≦F≦67.2%, respectively; and the sum of the weights of the weights of the Mg, Al and F elements is 100% of the total weight of the neutron moderation material, characterized in that the neutron moderation material is disposed in the beam shaping assembly in the form of stacked or mixed powder compact or mixed powder sinter serving as a moderator of the beam shaping assembly.
A trolley for a cable crane installation which comprises in each case at least one stationary suspension cable, a traction cable or a cable circuit, and at least one hoisting cable (34, 34'), the trolley being movable along the at least one suspension cable, a remotely controllable clamping mechanism being provided which, on the one hand, permits the trolley to be moved along the at least one suspension cable in both directions when the traction cable or the cable circuit is clamped by the clamping mechanism and the traction cable or the cable circuit is driven, and, on the other hand, when the carriage is clamped to the at least one suspension cable by means of the clamping mechanism, a vertical movement of the at least one hoisting cable (34, 34') takes place when the traction cable or the cable circuit is driven, wherein at least one first hoisting cable drum, comprising a first hoisting cable, and a second hoisting cable drum, comprising a second hoisting cable, are provided, the hoisting cable drums (16, 16') having a common drive by means of a traction cable drum which is rotatably mounted in the carriage, is in force-transmitting connection with the traction cable and is coupled to the hoisting cable drums (16, 16') for simultaneous rotation thereof, characterized in that the first hoisting cable drum is inseparably connected, via a first gear arrangement and at least during operation, to the traction cable drum, and the second hoisting cable drum is connected to the traction cable drum via a second gear arrangement comprising a controllable clutch, wherein the second gear arrangement is configured such that the rotation of the second hoisting cable drum can be blocked.
A wiper device for cleaning vehicle windows, with a wiper arm (10a - 10d) and a wiper blade able to be fastened to the wiper arm (10a - 10d), with a cleaning arrangement (40a - 40d) having at least one first spray nozzle (42, 43) for spraying a washing fluid, wherein the cleaning arrangement (40a - 40d) is connected directly with the wiper arm (10a - 10d), with a fastening arrangement for connecting the wiper blade with the wiper arm (10a - 10d), wherein the wiper arm (10a - 10d) has a mount, having an at least substantially U-shaped cross-section, with two parallel side walls (19, 20), and wherein the cleaning arrangement (40a - 40d) is constructed as a separate component from the fastening arrangement for the wiper blade, wherein the cleaning arrangement (40a - 40d) is located within the mount, the wiper device being characterised in that that connection between the cleaning arrangement (40a - 40d) and the wiper arm (10a - 10d) is constructed as a bayonet connection.
A delay unit for use with a distributed antenna system that is communicatively coupled to a base station, the distributed antenna system including a head-end unit and one or more remote units (124a, 124b) communicatively coupled to the head-end unit, the head-end unit being configured to transmit wireless communication data in signals from the base station to the one or more remote units that are configured to wirelessly transmit the wireless communication data to user devices, the delay unit comprising: at least one port to communicatively couple the delay unit to the base station, the delay unit being configured to delay, by a delay period, transmission of control information included in a transmit frame of an optical signal transmitted by a radio transmitter unit of the base station to a digital baseband unit of the base station, the delay period corresponding to an increase in a roundtrip delay between the base station and the user devices caused by the distributed antenna system.
An adhesive composition comprising (a) binder resin comprising (meth)acrylate resin having silicon-based functional groups and photoreactive functional groups; (b) a photoinitiator; and (c) a multifunctional crosslinking agent, wherein the (meth)acrylate resin having silicon-based functional groups and photoreactive functional groups comprises first repeat units derived from (meth)acrylate monomers having silicon-based functional groups, and second repeat units derived from crosslinkable monomers having one or more reactive functional groups selected from the group consisting of a hydroxyl group, a carboxy group and a nitrogen-containing functional group, and based on the total weight of the second repeat units, 20 to 95 wt% of the second repeat units comprises photoreactive functional groups at side chains. (a) binder resin comprising (meth)acrylate resin having silicon-based functional groups and photoreactive functional groups; (b) a photoinitiator; and (c) a multifunctional crosslinking agent, wherein the (meth)acrylate resin having silicon-based functional groups and photoreactive functional groups comprises first repeat units derived from (meth)acrylate monomers having silicon-based functional groups, and second repeat units derived from crosslinkable monomers having one or more reactive functional groups selected from the group consisting of a hydroxyl group, a carboxy group and a nitrogen-containing functional group, and based on the total weight of the second repeat units, 20 to 95 wt% of the second repeat units comprises photoreactive functional groups at side chains.
A liquid crystal display, comprising: a first substrate having an optically transmissive character and comprising a conductive layer formed on said first substrate and a first alignment layer formed on said conductive layer; a second substrate positioned adjacent to the first alignment layer of the first substrate and having a reflective character and an active area bordered by a perimeter seal area, wherein said active area comprises a pixel layer on top of which a second alignment layer is formed so as to face the first alignment layer; a plurality of spacers configured about the perimeter seal area on top of said second alignment layer of the second substrate, wherein the first substrate is separated from the second substrate by the plurality of spacers so as to form a cell gap; and a liquid crystal material positioned in the cell gap between the first substrate and the second substrate; characterized by a coupling material able to pierce through the first alignment layer and the second alignment layer and arranged between said first substrate and said second substrate electrically coupling said conductive layer and said pixel layer through piercing of the first alignment layer and the second alignment layer by the coupling material, wherein each of the plurality of spacers are restricted to a location that is outside the active area. a first substrate having an optically transmissive character and comprising a conductive layer formed on said first substrate and a first alignment layer formed on said conductive layer; a second substrate positioned adjacent to the first alignment layer of the first substrate and having a reflective character and an active area bordered by a perimeter seal area, wherein said active area comprises a pixel layer on top of which a second alignment layer is formed so as to face the first alignment layer; a plurality of spacers configured about the perimeter seal area on top of said second alignment layer of the second substrate, wherein the first substrate is separated from the second substrate by the plurality of spacers so as to form a cell gap; and a liquid crystal material positioned in the cell gap between the first substrate and the second substrate; characterized by a coupling material able to pierce through the first alignment layer and the second alignment layer and arranged between said first substrate and said second substrate electrically coupling said conductive layer and said pixel layer through piercing of the first alignment layer and the second alignment layer by the coupling material, wherein each of the plurality of spacers are restricted to a location that is outside the active area.
A pharmaceutical composition for use in preventing or treating asthma disease, which contains a paprika extract as an active ingredient., wherein the paprika extract is solubilized in water, the paprika extract being a Capsicum annuum var. angulosum extract.
Method for the open-loop and/or closed-loop control of a drivetrain of a motor vehicle, wherein the drivetrain has at least one internal combustion engine, at least one automatic transmission, in particular an automated manual transmission, and at least one clutch effectively arranged between the internal combustion engine and the automatic transmission, wherein at least one control device, in particular a transmission control device and/or an engine control device, is provided, wherein, by using the control device, the clutch is disengaged or engaged during travel of the motor vehicle, depending on defined operating conditions, wherein, when the clutch is engaged, the internal combustion engine is effectively coupled to the automatic transmission and, when the clutch is disengaged, the internal combustion engine is effectively uncoupled from the automatic transmission, wherein, when the clutch is disengaged, the motor vehicle can be operated in a rolling mode with the internal combustion engine running, or, wherein, when the clutch is disengaged, the motor vehicle can be operated in a coasting mode with the internal combustion engine switched off, and wherein, in the rolling mode or in the coasting mode, the clutch is then engaged when the brake pedal is actuated, characterized in that, after the brake pedal actuation has been ended, the clutch is disengaged and in that a rolling mode of the motor vehicle is then implemented, wherein, if the internal combustion engine has previously been switched off, the internal combustion engine is started and is operated in idling mode, or, wherein, if the internal combustion engine is already running, the latter is then operated in idling mode.
A rib fixation system comprising: an elongated bone plate; paired sets of screw-receiving openings disposed in said bone plate; and bone screws disposed in said screw-receiving openings; wherein the screw-receiving openings in each paired set are offset from a longitudinal midline of the bone plate on opposite sides of the midline; and wherein for each of said paired sets of screw-receiving openings, said bone screws disposed in said screw-receiving openings are angled toward said midline of the bone plate in the Y direction, characterized in that for each of said paired sets of screw-receiving openings, said bone screws disposed in said screw-receiving openings are angled toward each other in the X direction, which is the longitudinal direction of the bone plate. an elongated bone plate; paired sets of screw-receiving openings disposed in said bone plate; and bone screws disposed in said screw-receiving openings; wherein the screw-receiving openings in each paired set are offset from a longitudinal midline of the bone plate on opposite sides of the midline;
Bumper beam (200; 300; 400) for a motor vehicle, intended to be held by its ends on chassis elements, such as extensions, which bumper beam is composed substantially of a tubular structure the cross-section of which is shaped over at least a portion of its length, the shaping comprising, starting from chosen positions situated on either side of its central portion, a fold of the tubular structure in on itself, which fold becomes more pronounced towards the ends (202; 302; 402), characterised in that, in its central portion (201; 301; 401), the tubular structure is flattened according to a cross-section of oval shape, of which the ratio between the maximum dimension and the minimum dimension is between approximately 2 and approximately 6.
An optical fiber production system, comprising: a purge device, the purge device comprising a tube defining a passageway and an inlet, wherein the purge device is configured to inject a purge gas through the inlet and against the optical fiber; and characterized in that the system further comprises a slow-cooling device and a nozzle assembly arranged to fluidly connect the purge device and the slow-cooling device, wherein the nozzle assembly defines a nozzle passageway, the nozzle passageway having a smaller diameter than a diameter of the passageway, wherein the purge device is positioned above the slow-cooling device, and the slow cooling device and the purge device are arranged to receive an optical fiber extending through the slow-cooling device and the purge device. a purge device, the purge device comprising a tube defining a passageway and an inlet, wherein the purge device is configured to inject a purge gas through the inlet and against the optical fiber; and characterized in that the system further comprises a slow-cooling device and a nozzle assembly arranged to fluidly connect the purge device and the slow-cooling device, wherein the nozzle assembly defines a nozzle passageway, the nozzle passageway having a smaller diameter than a diameter of the passageway, wherein the purge device is positioned above the slow-cooling device, and the slow cooling device and the purge device are arranged to receive an optical fiber extending through the slow-cooling device and the purge device.
A process for preparation of Indoxacarb represented as formula which is racemic or enantiomerically enriched at chiral center which process comprises reacting of a compound represented by the following formula which is racemic or enantiomerically enriched at chiral center: with a methoxycarbonylation agent and metal salt of methylsulfinylmethylide in hydrocarbon solvent in the presence of organic base and phase transfer catalyst.
A cardiac therapy device and/or a cardiac monitoring device, which device is connected or is to be connected to at least one electrode lead (110, 112, 114), which has at least one first sensing electrode pole, and which device has at least one second sensing electrode pole or is connected to such a sensing electrode pole, wherein the first and the second sensing electrode pole (121, 122) are movable relative to one another during operation of the cardiac therapy device and/or the cardiac monitoring device, wherein the cardiac therapy device and/or cardiac monitoring device has a dislocation detection unit, which is connected or is to be connected at least indirectly to the first and to the second sensing electrode pole (121, 122) and which is designed, for dislocation detection, to evaluate detection times, which are to be associated with a particular cardiac event, at the first sensing electrode pole and at the second sensing electrode pole relative to one another and to generate a dislocation signal if the relative temporal relationship of detection times to be associated with a particular type of cardiac event to a previously detected reference value changes beyond a predefined or determined extent, characterised in that the dislocation detection unit is designed to deliver a dislocation signal which reflects a degree of a temporal shift of detection times compared to the previously detected reference value.
A process for producing an electrochemical cell, in particular a solid electrolyte battery, wherein a paste or sheet which in each case forms the respective anode and the respective electrode is applied to each of the opposite surfaces of a solid electrolyte and, in a heat treatment in an inert or reducing atmosphere, organic components which are present in the pastes or sheets are driven off and then, in a further stage, a material-to-material bond is produced between the anode and the solid electrolyte and between the cathode and the solid electrolyte by means of sintering; where the solid electrolyte comprising a lithium ion-conductive and oxidic material, the anode comprising a first lithium-containing chemical compound and carbon and the cathode comprising a second lithium-containing chemical compound and carbon are formed, so that an electrochemical cell structure which has in each case three layers and in which no organic components are present is obtained; wherein a paste or sheet is/are used for forming an anode and/or cathode which comprises carbon in the form of graphite with an average particle size d50 of from 0.05 μm to 10 μm and with a proportion in the range of 5% by volume to 10% by volume. a paste or sheet which in each case forms the respective anode and the respective electrode is applied to each of the opposite surfaces of a solid electrolyte and, in a heat treatment in an inert or reducing atmosphere, organic components which are present in the pastes or sheets are driven off and then, in a further stage, a material-to-material bond is produced between the anode and the solid electrolyte and between the cathode and the solid electrolyte by means of sintering; where the solid electrolyte comprising a lithium ion-conductive and oxidic material, the anode comprising a first lithium-containing chemical compound and carbon and the cathode comprising a second lithium-containing chemical compound and carbon are formed, so that an electrochemical cell structure which has in each case three layers and in which no organic components are present is obtained; wherein a paste or sheet is/are used for forming an anode and/or cathode which comprises carbon in the form of graphite with an average particle size d50 of from 0.05 μm to 10 μm and with a proportion in the range of 5% by volume to 10% by volume.