mhurhangee/ep-ind-claims huggingface dataset:
Composition for forming an insect-proof coating at the surface of a plant, comprising (i) from 10% to 90% of latex, and (ii) from 10% to 90% of thickening compound, the percentages being expressed by weight relative to the total weight of the composition, in which - the latex is (α) an elastic material produced from natural latex of hevea or (β) is chosen from the group consisting of a natural latex, an elastomer, a polyhydroxyalkanoate, a polylactic acid and mixtures thereof, and - the thickening compound is a combination (a) of vegetable oil or a mixture of vegetable oils and (b) of a resin or a mixture of resins. (i) from 10% to 90% of latex, and (ii) from 10% to 90% of thickening compound, the percentages being expressed by weight relative to the total weight of the composition, in which - the latex is (α) an elastic material produced from natural latex of hevea or (β) is chosen from the group consisting of a natural latex, an elastomer, a polyhydroxyalkanoate, a polylactic acid and mixtures thereof, and - the thickening compound is a combination (a) of vegetable oil or a mixture of vegetable oils and (b) of a resin or a mixture of resins. - the latex is (α) an elastic material produced from natural latex of hevea or (β) is chosen from the group consisting of a natural latex, an elastomer, a polyhydroxyalkanoate, a polylactic acid and mixtures thereof, and - the thickening compound is a combination (a) of vegetable oil or a mixture of vegetable oils and (b) of a resin or a mixture of resins.
Apparatus for manipulating objects, in particular a plurality of various containers such as food crates, comprising at least one conveyor means for transporting the objects along a transport path from a receiving zone to a deposit zone, and at least one peripheral zone such as a washing system, which is designed such that the objects are manipulated therein, wherein the peripheral zone is arranged between the receiving zone and the deposit zone, and through which the objects can be guided, wherein buffer zones are provided before and after the at least one peripheral zone along the transport path to temporarily accommodate objects of the same kind, wherein the buffer zones are each designed with multiple buffer segments, wherein at least one displaceable unloading unit is provided after a first buffer zone along the transport path, with which objects can be unloaded from the first buffer zone, and at least one displaceable loading unit is provided before a second buffer zone along the transport path, with which objects can be placed on the second buffer zone, characterized in that before the first buffer zone a sensing apparatus for detecting the objects is arranged and a sorting unit is provided which sorts the objects to the first buffer zone according to their detection, and the sorting unit is arranged to extend continuously along the transport path before the first buffer zone and after the second buffer zone to sort objects into the first buffer zone and take objects from the second buffer zone.
Device (1, 58, 62) for moving a movable furniture part in an opening direction in relation to a furniture body of a piece of furniture, wherein the movable furniture part can be moved in the opening direction and in a closing direction, which runs counter to the opening direction, via guide means, wherein the device (1, 58, 62) has an energy store and an ejector, such that, by means of the device (1, 58, 62), which is mounted on the piece of furniture, it is possible to bring the movable furniture part into an opening position via the ejector under the action of the energy store during an opening operation, wherein a coupling unit is provided, which acts between the ejector and the energy store when the energy store is undergoing a loading operation, wherein the ejector is configured in such a way that the ejector, in the region of the end of its travel, couples to the coupling unit in the course of the opening operation of the movable furniture part, and that, for a subsequent closing operation of the movable furniture part and an associated loading operation of the energy store, the coupling between the ejector and the energy store via the coupling unit acts without play, characterized in that a movable control member is provided on the energy store or on the coupling device or on the ejector in such a way that the ejector can be brought into operative connection, without play, with the coupling unit for a loading operation of the energy store when the movable furniture part takes up a predefined position in relation to the ejector.
Device for bending metal sheets comprising a die, a punch that presses a metal sheet into the die during a bending operation, and an optical measuring device for detecting the respective bending angle of the metal sheet by triangulation, characterized in that the die and/or the punch comprise/s at least one measuring slot that is perpendicular to the bending line and open towards the metal sheet, having a receptacle for the measuring device which comprises a series of transmitters for laser beams running parallel in the bending direction, the series of transmitters being aligned in the slot plane and extending at least over the region of the measuring slot, and at least one line scan camera for detecting the laser beams reflected at the metal sheet by triangulation.
System for assisting pulmonary gas exchange in patients and for coupling to a respiration system with a flexible tube that can be inserted into the trachea of a patient, a pumping unit, a reservoir unit and a controller which is configured such that an expiratory aspiration, in particular end-expiratory aspiration, and an inspiratory recirculation, in particular end-inspiratory or starting-expiratory recirculation, of the aspirated gas can be set via the flexible tube by means of the pump unit, wherein the system comprises a sensor (19, 24, 32) and wherein the system comprises a further flexible tube, a further pump unit and a further reservoir unit for aspirating and recirculating gas from the line system of a respiration system, characterized in that the pump unit and the further pump unit can be controlled independently of each other by the controller.
An agitator motor assembly (200, 360) for an ice dispenser (100, 350), comprising: a driver (210, 362) including a bore (224, 366) through an output shaft (223, 365); and characterized by a drive shaft (202, 380), including a bore (209, 338) therethrough, coupled between the output shaft (223,365) and an agitator bar assembly (180, 370), wherein the drive shaft (202, 380) transmits torque from the driver (210, 362) to the agitator bar assembly (180, 370); and a fastening device (230, 395) disposed within the bore of the driver, wherein the fastening device (230, 395) passes through the bore (209, 338) of the drive shaft (202, 380) and bore (224, 366) of the output shaft (223,365) to couple the driver (210, 362) to the agitator bar assembly (180, 370), thereby permitting the driver (210, 362) to rotate the agitator bar assembly (180, 370) when the driver (210, 362) is powered. a driver (210, 362) including a bore (224, 366) through an output shaft (223, 365); and characterized by a drive shaft (202, 380), including a bore (209, 338) therethrough, coupled between the output shaft (223,365) and an agitator bar assembly (180, 370), wherein the drive shaft (202, 380) transmits torque from the driver (210, 362) to the agitator bar assembly (180, 370); and a fastening device (230, 395) disposed within the bore of the driver, wherein the fastening device (230, 395) passes through the bore (209, 338) of the drive shaft (202, 380) and bore (224, 366) of the output shaft (223,365) to couple the driver (210, 362) to the agitator bar assembly (180, 370), thereby permitting the driver (210, 362) to rotate the agitator bar assembly (180, 370) when the driver (210, 362) is powered.
A handheld device comprising a radar unit and at least one motion sensor unit, wherein the radar unit is configured to: transmit at least one radar pulse in a frequency range; receive at least one radar pulse response associated to reflections of the at least one transmitted radar pulse; determine at least one distance measurement between the device and an object in a direction, based on the transmitted and received radar pulses characterized by being configured to: receive information on movement of the device in three dimensions from the at least one motion sensor unit during radar pulse transmission and reception; adjust the received information on movement of the device in the direction of the distance measurement, and determine and adjust the distance measurement based on the adjusted information on movement of the device from the at least one motion sensor unit. transmit at least one radar pulse in a frequency range; receive at least one radar pulse response associated to reflections of the at least one transmitted radar pulse; determine at least one distance measurement between the device and an object in a direction, based on the transmitted and received radar pulses characterized by being configured to: receive information on movement of the device in three dimensions from the at least one motion sensor unit during radar pulse transmission and reception; adjust the received information on movement of the device in the direction of the distance measurement, and determine and adjust the distance measurement based on the adjusted information on movement of the device from the at least one motion sensor unit. receive information on movement of the device in three dimensions from the at least one motion sensor unit during radar pulse transmission and reception; adjust the received information on movement of the device in the direction of the distance measurement, and determine and adjust the distance measurement based on the adjusted information on movement of the device from the at least one motion sensor unit.
Vulcanizable rubber composition, which comprises a) one or more amine-crosslinkable rubbers, b) one or more white fillers and c) one or more polyorganosiloxanes with at least two NH 2 groups per molecule, wherein i) the total quantity of component c) is 0.1 to 8 parts by weight, relative to 100 parts by weight of component b), and ii) the total quantity of organosilane in the rubber composition is at most 4 parts by weight, relative to 100 parts by weight of component b). a) one or more amine-crosslinkable rubbers, b) one or more white fillers and c) one or more polyorganosiloxanes with at least two NH 2 groups per molecule, i) the total quantity of component c) is 0.1 to 8 parts by weight, relative to 100 parts by weight of component b), and ii) the total quantity of organosilane in the rubber composition is at most 4 parts by weight, relative to 100 parts by weight of component b).
A device (100; 200) for resetting to a predetermined position an indicator member (2, 13; 22) indicative of a parameter connected with time, notably a "flyback" device, the device comprising the indicator member indicative of a parameter connected with time, the indicator member being kinematically linked to a drive wheel (15; 35), the device comprising a push-button for resetting to the predetermined position and able to be manipulated by a user, an energy accumulator and a return element (1; 21) for returning the indicator member indicative of the parameter connected with time to the predetermined position, the return element being powered by energy from the accumulator, the energy being supplied to the energy accumulator by a user via the push-button, the device being characterized in that it is arranged so as to cause the indicator member to return to the predetermined position and then to resume the drive of the indicator member, the resumption of drive being not dependent on the user releasing the push-button.
A built-in antenna for a portable terminal, the built-in antenna comprising: a substrate including a ground region and a non-ground region; an antenna radiator formed in a pattern with a preset shape within the nonground region of the substrate, at least one sub-radiation pattern formed in a pattern type within the non-ground region of the substrate while including a preset spacing distance from the antenna radiator; and a conductive plate with a preset height, electrically connecting the sub-radiation pattern to the antenna radiator; characterized in that the built-in antenna comprises a Radio Frequency, RF, connector mounted on the substrate; wherein the antenna radiator comprises a feeding line electrically connected to the RF connector, and a ground line electrically connected to the ground region of the substrate. a substrate including a ground region and a non-ground region; an antenna radiator formed in a pattern with a preset shape within the nonground region of the substrate, at least one sub-radiation pattern formed in a pattern type within the non-ground region of the substrate while including a preset spacing distance from the antenna radiator; and a conductive plate with a preset height, electrically connecting the sub-radiation pattern to the antenna radiator; characterized in that the built-in antenna comprises a Radio Frequency, RF, connector mounted on the substrate; wherein the antenna radiator comprises a feeding line electrically connected to the RF connector, and a ground line electrically connected to the ground region of the substrate.
A reaction mixture comprising: a polymerase; and a sufficient amount of an agent to improve the specificity of nucleic acid amplification, wherein the agent comprises free arginine or a salt thereof, and wherein the concentration of the free arginine or the salt of free arginine is from about 1 mM to about 500 mM. a polymerase; and a sufficient amount of an agent to improve the specificity of nucleic acid amplification, wherein the agent comprises free arginine or a salt thereof, and wherein the concentration of the free arginine or the salt of free arginine is from about 1 mM to about 500 mM.
A method for removing nitrogen oxides in an exhaust gas, wherein an exhaust gas containing nitrogen oxides is contacted with a catalyst for removing nitrogen oxides comprising a monolithic support coated with a lower layer containing catalytic component A comprising cerium oxide and an upper layer containing catalytic component B comprising at least one kind of metal selected from a group consisting of copper, manganese, iron, cobalt and nickel or a compound thereof, and zeolite, wherein said catalytic component A and optionally catalytic component B comprise at least one kind of refractory inorganic oxide selected from a group consisting of aluminium oxide, silicon oxide, titanium oxide and zirconium oxide and wherein the content of the refractory inorganic oxide contained in said catalytic component A is 2 to 100 parts by mass relative to 100 parts by mass of cerium oxide and wherein the content of said catalytic component A is 50 to 150 g per 1 liter of the monolithic support, and the content of said catalytic component B is 150 to 250 g per 1 liter of the monolithic support.
A blood vessel lumen reentry device comprising: a catheter having a distal end; a guidewire exit port located on the catheter a spaced distance from its distal end; a lumen extending from the distal end of the catheter to at least the guidewire exit port; a rotational orientation indicator useable for determining the rotational position of the guidewire exit port when positioned within the blood vessel of a human or animal subject; a side tube adjacent to the guidewire exit port, characterised in that said side tube has a proximal end opening, a through lumen and a distal end opening. a catheter having a distal end; a guidewire exit port located on the catheter a spaced distance from its distal end; a lumen extending from the distal end of the catheter to at least the guidewire exit port; a rotational orientation indicator useable for determining the rotational position of the guidewire exit port when positioned within the blood vessel of a human or animal subject; a side tube adjacent to the guidewire exit port, characterised in that said side tube has a proximal end opening, a through lumen and a distal end opening.
A mercury sorbent comprising: an adsorptive material; and an additive mixture, the additive mixture comprising: a halogen source, wherein the halogen source is ammonium bromide; and a non-halogen nitrogen containing compound, wherein the non-halogen nitrogen containing compound is diammonium phosphate, mono-ammonium phosphate, ammonium pyrophosphate, and combinations thereof, wherein the sorbent is a dry admixture of the adsorptive material and the additive mixture formed by co-grinding the components of the dry admixture. an adsorptive material; and an additive mixture, the additive mixture comprising: a halogen source, wherein the halogen source is ammonium bromide; and a non-halogen nitrogen containing compound, wherein the non-halogen nitrogen containing compound is diammonium phosphate, mono-ammonium phosphate, ammonium pyrophosphate, and combinations thereof, wherein the sorbent is a dry admixture of the adsorptive material and the additive mixture formed by co-grinding the components of the dry admixture. a halogen source, wherein the halogen source is ammonium bromide; and a non-halogen nitrogen containing compound, wherein the non-halogen nitrogen containing compound is diammonium phosphate, mono-ammonium phosphate, ammonium pyrophosphate, and combinations thereof, wherein the sorbent is a dry admixture of the adsorptive material and the additive mixture formed by co-grinding the components of the dry admixture.
Method for producing a homogenised distribution of light quantity with a spatial light modulator that comprises a multitude of controllable tiltable micro-mirrors arranged in rows and columns, in which the light of a spatially emitting light source is projected by means of an optical system, wherein an illuminated field of the projected light source is guided over a projection surface, a number of pixels increasing towards the middle of the illuminated field not being illuminated such that a homogenisation of the light intensity of all pixels being illuminated on the projection surface is attained in the time integral, characterised in that the light source is a LED data projector.
Implantable electrode system for a device for measuring an analyte concentration in a human or animal body, comprising a first and a second measuring electrode (2, 3) for determining measuring signals which each contain information concerning the analyte concentration to be measured, wherein the measuring electrodes (2, 3, 7) each comprise an enzyme layer with an enzyme that creates charge carriers by catalytic conversion of the analyte, the first measuring electrode has a first measuring sensitivity that is adapted to a first concentration range of the analyte, and the second measuring electrode has a second measuring sensitivity that differs from the first measuring sensitivity and is adapted to a second concentration range of the analyte, characterized in that the measuring electrodes (2, 3, 7) have a common counter-electrode that is part of the electrode system, and that at least one of the measuring electrodes (2, 3, 7) comprises a covering layer that produces a diffusion resistance for the analyte, whereby a difference between the measuring sensitivities of the first measuring electrode and the second measuring electrode is implemented by an adaption of the diffusion resistance.
A method for processing an incoming message of a multimode controller, characterized in that the method comprises: receiving, by a multimode controller, an incoming message from an abutting network element, and parsing the incoming message to construct an N-primitive message; obtaining a service standard type of the incoming message according to the N-primitive message; and processing the N-primitive message according to the service standard type. receiving, by a multimode controller, an incoming message from an abutting network element, and parsing the incoming message to construct an N-primitive message; obtaining a service standard type of the incoming message according to the N-primitive message; and processing the N-primitive message according to the service standard type.
A negative electrode for a lithium ion secondary battery, comprising: a negative electrode current collector; and an active material which is disposed on the negative electrode current collector and contains a carbon material and an aqueous binder, wherein the carbon material is a graphite particle having a covering layer containing amorphous carbon by 5 wt% or less relative to a total weight of the carbon material, wherein hydroxyl groups exist on the surface of the graphite particle, and wherein the graphite particle has an uneven and irregular shape. a negative electrode current collector; and an active material which is disposed on the negative electrode current collector and contains a carbon material and an aqueous binder, wherein the carbon material is a graphite particle having a covering layer containing amorphous carbon by 5 wt% or less relative to a total weight of the carbon material, wherein hydroxyl groups exist on the surface of the graphite particle, and wherein the graphite particle has an uneven and irregular shape.
A process for manufacturing tyres comprising: building a carcass sleeve around a forming drum having an application diameter and two lateral half-portions axially moveable relative to each other, said carcass sleeve comprising at least one carcass ply coaxially engaged around each of the axially opposite end flaps thereof to an annular anchoring structure defining a fitting diameter smaller than the application diameter; wherein the building of said carcass sleeve comprises: applying and stopping a leading end of a semi-finished product in form of continuous strip cut to size against a continuous surface of the forming drum; wherein said continuous surface is extended only partly around the forming drum; winding the semi-finished product in form of continuous strip cut to size circumferentially around the forming drum laying said semi-finished product, except for the leading end, against a discontinuous circumferential surface of the forming drum adjacent to the continuous surface and belonging to the two lateral half-portions; joining a trailing end of said semi-finished product to the leading end at said continuous surface. building a carcass sleeve around a forming drum having an application diameter and two lateral half-portions axially moveable relative to each other, said carcass sleeve comprising at least one carcass ply coaxially engaged around each of the axially opposite end flaps thereof to an annular anchoring structure defining a fitting diameter smaller than the application diameter; wherein the building of said carcass sleeve comprises: applying and stopping a leading end of a semi-finished product in form of continuous strip cut to size against a continuous surface of the forming drum; wherein said continuous surface is extended only partly around the forming drum; winding the semi-finished product in form of continuous strip cut to size circumferentially around the forming drum laying said semi-finished product, except for the leading end, against a discontinuous circumferential surface of the forming drum adjacent to the continuous surface and belonging to the two lateral half-portions; joining a trailing end of said semi-finished product to the leading end at said continuous surface. applying and stopping a leading end of a semi-finished product in form of continuous strip cut to size against a continuous surface of the forming drum; wherein said continuous surface is extended only partly around the forming drum; winding the semi-finished product in form of continuous strip cut to size circumferentially around the forming drum laying said semi-finished product, except for the leading end, against a discontinuous circumferential surface of the forming drum adjacent to the continuous surface and belonging to the two lateral half-portions; joining a trailing end of said semi-finished product to the leading end at said continuous surface.