mhurhangee/ep-ind-claims huggingface dataset:
A curable composition comprising: a) at least one urethane (meth)acrylate oligomer having a structure comprising: a1) at least one polyol backbone segment having at least one reacted end, wherein the polyol comprises a polyester; a2) at least one reacted polyisocyanate forming a urethane linkage at the at least one reacted end of each of said at least one polyol backbone segment and a3) at least one blocking end group reacted with said at least one reacted polyisocyanate to form a reversible bond and wherein said at least one blocking end group bears a (meth)acrylate group; b) either: b1) a monofunctional chain terminator or b2) a polyfunctional chain extender and c) optionally, at least one monofunctional ethylenically unsaturated monomer or oligomer different from a), wherein the at least one urethane (meth)acrylate oligomer has a molecular weight distribution having two primary peaks comprising a lower molecular weight peak in a range of 800 to 1,500 g/mol and a higher molecular weight peak in a range of 6,000 to 12,000 g/mol, wherein the molecular weight distribution is determined according to the method identified in the specification. a) at least one urethane (meth)acrylate oligomer having a structure comprising: a1) at least one polyol backbone segment having at least one reacted end, wherein the polyol comprises a polyester; a2) at least one reacted polyisocyanate forming a urethane linkage at the at least one reacted end of each of said at least one polyol backbone segment and a3) at least one blocking end group reacted with said at least one reacted polyisocyanate to form a reversible bond and wherein said at least one blocking end group bears a (meth)acrylate group; a1) at least one polyol backbone segment having at least one reacted end, wherein the polyol comprises a polyester; a2) at least one reacted polyisocyanate forming a urethane linkage at the at least one reacted end of each of said at least one polyol backbone segment and a3) at least one blocking end group reacted with said at least one reacted polyisocyanate to form a reversible bond and wherein said at least one blocking end group bears a (meth)acrylate group; b) either: b1) a monofunctional chain terminator or b2) a polyfunctional chain extender and b1) a monofunctional chain terminator or b2) a polyfunctional chain extender and c) optionally, at least one monofunctional ethylenically unsaturated monomer or oligomer different from a),
Arrangement comprising at least one wall element and a device for storing and using the at least one wall element, wherein the device comprises a receptacle for the at least one wall element, wherein the receptacle comprises at least one structural element connecting a floor and a ceiling of the receptacle, characterized by an opening formed in each of the wall elements; an opening formed in the at least one structural element; and a locking mechanism of the device that engages through the opening of the at least one structural element and through each of the openings of the wall elements, whereby the wall elements are secured in the receptacle of the device against unauthorized removal. wherein the device comprises a receptacle for the at least one wall element, wherein the receptacle comprises at least one structural element connecting a floor and a ceiling of the receptacle, characterized by an opening formed in each of the wall elements; an opening formed in the at least one structural element; and a locking mechanism of the device that engages through the opening of the at least one structural element and through each of the openings of the wall elements, whereby the wall elements are secured in the receptacle of the device against unauthorized removal.
Reed for air weaving looms comprising a plurality of side-by-side dents, each dent being provided with a wide central recess, which separates an upper portion from a lower portion of the dent, for forming the reed launching channel, said central recess being limited at least by a lower wall, a bottom wall, an upper wall, two inner curved arcuate connecting surfaces (R2, R3) which connect said walls to each other and an outer arcuate connecting surface which connects said lower wall to the outer wall of said lower portion of the dent, characterised in that one end of said outer arcuate connecting surface is tangent to said lower wall and its other end forms an angle other than 0° with said lower outer wall of the lower portion of the dent.
Human-machine interface for an agricultural implement to be controlled or to be regulated via an ISOBUS, with a screen and with several softkey input keys (5, 6), which perform different functions depending on an associated on-screen display of the screen, wherein the softkey input keys (5, 6) are formed as hardware keys or by areas of the screen formed as a touch screen, wherein first softkey input keys are permanently pre-assigned corresponding functions on the control side, whereas second softkey input keys can be freely assigned corresponding functions, characterized in that at least one of the second softkey input keys is assigned a function for adjusting an operating parameter of the implement to be controlled or to be regulated such that when the respective second softkey input key is tapped, the corresponding operating parameter is adjusted in a defined adjustment range in a first adjustment direction, and that when the respective second softkey input key is continuously depressed, the corresponding operating parameter is adjusted in the defined adjustment range in a second, opposite adjustment direction.
A quantum device having an LC resonator circuit for performing qubit measurement or readout, the device comprising: a semiconductor layer; a dielectric layer disposed upon and forming a functional interface with the semiconductor layer; a first metallic region disposed upon the dielectric layer; and a second metallic region disposed upon the dielectric layer and laterally separated from the first metallic region; wherein the first and second metallic regions are arranged to be electrically connected such that a double quantum dot (610, 620), forming a qubit having a first state and a second state, can be induced beneath the first and second metallic regions at the functional interface; wherein the double quantum dot provides a capacitor in the LC resonator circuit and the capacitance of the double quantum dot is dependent on the state of the qubit; wherein the first metallic region provides an inductor in the LC resonator circuit; and wherein the resonant frequency of the LC resonator circuit is dependent on the state of the qubit such that the state of the qubit can be measured or inferred. a semiconductor layer; a dielectric layer disposed upon and forming a functional interface with the semiconductor layer; a first metallic region disposed upon the dielectric layer; and a second metallic region disposed upon the dielectric layer and laterally separated from the first metallic region; wherein the first and second metallic regions are arranged to be electrically connected such that a double quantum dot (610, 620), forming a qubit having a first state and a second state, can be induced beneath the first and second metallic regions at the functional interface; wherein the double quantum dot provides a capacitor in the LC resonator circuit and the capacitance of the double quantum dot is dependent on the state of the qubit; wherein the first metallic region provides an inductor in the LC resonator circuit; and wherein the resonant frequency of the LC resonator circuit is dependent on the state of the qubit such that the state of the qubit can be measured or inferred.
Apparatus for implementing threshold based correction functions comprising: a biosensor for receiving a sample; a processor coupled to said biosensor, said processor responsive to said biosensor for receiving the sample for obtaining a primary measurement of an analyte value; said processor for obtaining a secondary measurement of a secondary effect; said processor for comparing said secondary measurement of the secondary effect with a threshold value; said processor responsive to said compared values, for identifying a correction function from a plurality of correction functions; and said processor for applying said identified correction function to said primary measurement to provide a corrected analyte value. a biosensor for receiving a sample; a processor coupled to said biosensor, said processor responsive to said biosensor for receiving the sample for obtaining a primary measurement of an analyte value; said processor for obtaining a secondary measurement of a secondary effect; said processor for comparing said secondary measurement of the secondary effect with a threshold value; said processor responsive to said compared values, for identifying a correction function from a plurality of correction functions; and said processor for applying said identified correction function to said primary measurement to provide a corrected analyte value.
Hip joint cup with an inner face and an outer face and with at least one screw opening which is intended for the insertion of a bone screw and which has at least one spherical portion, tapering in cross section towards the outer face and serving as abutment for the bone screw, and at least one inner thread for closing the screw opening with a closure screw, characterized in that the inner thread is arranged in the spherical portion.
Method for applying a self-sealing puncture protection layer on the tyre inner side of a pneumatic vehicle tyre with the following steps, a) arranging a finished vulcanized tyre in a cleaning device, lubricant residues adhering to the tyre inner side as a result of the vulcanization, b) arranging a laser optics with a holding device in the cleaning device, wherein the laser beam of the laser optics can be aligned with the tyre inner side, c) activating the laser beam, wherein the laser beam directed onto the tyre inner side penetrates at least partially through the lubricant residues and detaches the adhering lubricant residues from the surface of the tyre inner side by way of the irradiation with energy and a thermal warming of the surface, wherein the lubricant residues are transformed into a powdery state at the same time as they are detached from the tyre inner side, wherein the laser beam has a linear projection directed onto the tyre inner side, wherein the tyre inner side is irradiated with the linear laser beam substantially between the tyre shoulders, d) extracting the powdered lubricant residues with a suction device, e) applying a self-sealing puncture protection layer on the tyre inner side of the pneumatic vehicle tyre cleaned of lubricant residues. a) arranging a finished vulcanized tyre in a cleaning device, lubricant residues adhering to the tyre inner side as a result of the vulcanization, b) arranging a laser optics with a holding device in the cleaning device, wherein the laser beam of the laser optics can be aligned with the tyre inner side, c) activating the laser beam, wherein the laser beam directed onto the tyre inner side penetrates at least partially through the lubricant residues and detaches the adhering lubricant residues from the surface of the tyre inner side by way of the irradiation with energy and a thermal warming of the surface, wherein the lubricant residues are transformed into a powdery state at the same time as they are detached from the tyre inner side, wherein the laser beam has a linear projection directed onto the tyre inner side, wherein the tyre inner side is irradiated with the linear laser beam substantially between the tyre shoulders, d) extracting the powdered lubricant residues with a suction device, e) applying a self-sealing puncture protection layer on the tyre inner side of the pneumatic vehicle tyre cleaned of lubricant residues.
Vehicle comprising - a transmission - a longitudinal differential, - a central tube module for connecting a permanently installed axle (2, 3) with a drive train of the transmission, wherein the permanently installed axle (2, 3) is attached to the central tube module and the longitudinal differential transmits the drive torque provided by the transmission via a drive shaft in the central tube module to the permanently installed axle (2, 3), and wherein the longitudinal differential and an axle differential and the permanently installed axle (2, 3) are arranged consecutively in the drive train, characterised in that at least one further detachable axle (4, 5) with an intermediate axle differential, which is arranged in front of the permanently installed axle (2, 3), can be driven by a drive shaft via a coupling device routed through the axle differential of the permanently installed axle (2, 3), wherein an identical central tube module with an integrated lockable transverse differential is installed as the axle differential on the transmission both in a vehicle front attachment as well as in the vehicle rear attachment, wherein a front permanently installed axle or, respectively, a rear permanently installed axle is attached to the central tube module. - a transmission - a longitudinal differential, - a central tube module for connecting a permanently installed axle (2, 3) with a drive train of the transmission, wherein the permanently installed axle (2, 3) is attached to the central tube module and the longitudinal differential transmits the drive torque provided by the transmission via a drive shaft in the central tube module to the permanently installed axle (2, 3), and wherein the longitudinal differential and an axle differential and the permanently installed axle (2, 3) are arranged consecutively in the drive train, characterised in that at least one further detachable axle (4, 5) with an intermediate axle differential, which is arranged in front of the permanently installed axle (2, 3), can be driven by a drive shaft via a coupling device routed through the axle differential of the permanently installed axle (2, 3), wherein an identical central tube module with an integrated lockable transverse differential is installed as the axle differential on the transmission both in a vehicle front attachment as well as in the vehicle rear attachment, wherein a front permanently installed axle or, respectively, a rear permanently installed axle is attached to the central tube module.
A tip assembly (14; 200) for a paint sprayer, the tip assembly (14; 200) being configured to be coupled to a paint sprayer including a housing having an actuator, a pump positioned within the housing, an outlet valve fluidly coupled to the pump and extending from the pump through the housing, and a motor configured to drive the pump to move paint from a container to the outlet valve, the motor being configured to be operatively coupled to a power source, the tip assembly comprising: a tip housing (100; 204) that is removably coupleable to the housing of the paint sprayer, the tip housing (100; 204) having a first opening (104; 202) that is configured to be in fluid communication with the outlet valve along a spray axis; and a tip (102; 208) having a body including a second opening (144; 252), the tip (102; 208) being movable between a retracted position in which the second opening (144; 252) is positioned within the tip housing (100; 204) and spaced apart from the first opening (104; 202) and an operative position in which the second opening (144; 252) is in fluid communication with the first opening (104; 202); wherein the tip (102; 208) is configured to be moved from the retracted position to the operative position by engagement of the actuator and the tip (102; 208) is configured to be moved from the operative position to the retracted position by disengagement of the actuator. a tip housing (100; 204) that is removably coupleable to the housing of the paint sprayer, the tip housing (100; 204) having a first opening (104; 202) that is configured to be in fluid communication with the outlet valve along a spray axis; and a tip (102; 208) having a body including a second opening (144; 252), the tip (102; 208) being movable between a retracted position in which the second opening (144; 252) is positioned within the tip housing (100; 204) and spaced apart from the first opening (104; 202) and an operative position in which the second opening (144; 252) is in fluid communication with the first opening (104; 202); wherein the tip (102; 208) is configured to be moved from the retracted position to the operative position by engagement of the actuator and the tip (102; 208) is configured to be moved from the operative position to the retracted position by disengagement of the actuator.
A bone connection system, comprising: a switchable bone connection unit attachable between a bone of a subject and a support element, said switchable bone connection unit having (a) a locked state in which said bone is attached to said support element, and (b) a released state in which said bone can move relative to said support element, said switchable bone connection unit being adapted to switch from said locked state to said released state when force exerted between said bone and said support element exceeds a predetermined level, said switchable bone connection unit comprising; a force sensor (13,26) for determining the force exerted between said bone and said support element; and a position sensor (25,29; 64,66) for determining the position of said bone relative to said support element; said bone connection system being characterized in that it further comprises a controller configured to utilize said determined position of said bone relative to said support element in order to instruct an activated arm attached to said support element and configured to guide a surgical tool to a known position relative to said bone connection unit, such that the position of said surgical tool relative to said bone is maintained during said released state of said switchable bone connection unit. a switchable bone connection unit attachable between a bone of a subject and a support element, said switchable bone connection unit having (a) a locked state in which said bone is attached to said support element, and (b) a released state in which said bone can move relative to said support element, said switchable bone connection unit being adapted to switch from said locked state to said released state when force exerted between said bone and said support element exceeds a predetermined level, said switchable bone connection unit comprising; a force sensor (13,26) for determining the force exerted between said bone and said support element; and a position sensor (25,29; 64,66) for determining the position of said bone relative to said support element;
A process for forming a conductive palladium layer on a substrate, comprising: receiving a palladium precursor solution that comprises starting ingredients including a palladium salt and an organoamine and a water immiscible organic solvent; solution depositing the palladium precursor solution upon the substrate to form an amorphous structure on the substrate; and heating the palladium precursor solution to form the conductive palladium layer, wherein the total number of carbon atoms in the palladium salt and the organoamine is at least 12, wherein the palladium salt is palladium carboxylate and the organoamine is a monoamine. receiving a palladium precursor solution that comprises starting ingredients including a palladium salt and an organoamine and a water immiscible organic solvent; solution depositing the palladium precursor solution upon the substrate to form an amorphous structure on the substrate; and heating the palladium precursor solution to form the conductive palladium layer, wherein the total number of carbon atoms in the palladium salt and the organoamine is at least 12, wherein the palladium salt is palladium carboxylate and the organoamine is a monoamine.
A two part closure for a combo chargeport comprising an AC chargeport and a DC chargeport, the two part closure configured for use on an electric vehicle and comprising: an inner part including a dust cover for the DC chargeport; an outer part configured to cover the AC chargeport, characterised in that the inner part further comprises a fastener controlled by a button, the fastener being configured to hold the inner part in a closed position, and in that the outer part comprises a fastener controlled by a dimple, the fastener being configured to hold the outer part in a closed position, and wherein the inner and outer parts are hingeably attached to the vehicle such that the closure can be opened for DC charging in a single action comprising pressing of the button and closed with a single action. an inner part including a dust cover for the DC chargeport; an outer part configured to cover the AC chargeport, characterised in that the inner part further comprises a fastener controlled by a button, the fastener being configured to hold the inner part in a closed position, and in that the outer part comprises a fastener controlled by a dimple, the fastener being configured to hold the outer part in a closed position, and wherein the inner and outer parts are hingeably attached to the vehicle such that the closure can be opened for DC charging in a single action comprising pressing of the button and closed with a single action.
A belt comprising a cross-linked fluororubber layer, which layer - has a loss modulus E" of 400-6,000 kPa (determined by a dynamic viscoelasticity test under conditions of measurement temperature: 160°C, tensile strain: 1%, initial force: 157 cN, and frequency: 10 Hz) and - is obtainable by cross-linking a fluororubber composition containing a fluororubber, the fluororubber being a vinylidene fluoride copolymerized rubber, a tetrafluoroethylene /perfluoro(alkyl vinyl ether) copolymerized rubber, or a TFE/propylene copolymerized rubber and a carbon black which - is contained in the fluororubber composition in an amount of 5-50 pbw per 100 pbw of the fluororubber, and - has a nitrogen adsorption specific surface area (N 2 SA) of 20-180 m 2 /g and a dibutyl phthalate oil absorption of 40-180 ml/100 g. - has a loss modulus E" of 400-6,000 kPa (determined by a dynamic viscoelasticity test under conditions of measurement temperature: 160°C, tensile strain: 1%, initial force: 157 cN, and frequency: 10 Hz) and - is obtainable by cross-linking a fluororubber composition containing a fluororubber, the fluororubber being a vinylidene fluoride copolymerized rubber, a tetrafluoroethylene /perfluoro(alkyl vinyl ether) copolymerized rubber, or a TFE/propylene copolymerized rubber and a carbon black which - is contained in the fluororubber composition in an amount of 5-50 pbw per 100 pbw of the fluororubber, and - has a nitrogen adsorption specific surface area (N 2 SA) of 20-180 m 2 /g and a dibutyl phthalate oil absorption of 40-180 ml/100 g. a fluororubber, the fluororubber being a vinylidene fluoride copolymerized rubber, a tetrafluoroethylene /perfluoro(alkyl vinyl ether) copolymerized rubber, or a TFE/propylene copolymerized rubber and a carbon black which - is contained in the fluororubber composition in an amount of 5-50 pbw per 100 pbw of the fluororubber, and - has a nitrogen adsorption specific surface area (N 2 SA) of 20-180 m 2 /g and a dibutyl phthalate oil absorption of 40-180 ml/100 g. - is contained in the fluororubber composition in an amount of 5-50 pbw per 100 pbw of the fluororubber, and - has a nitrogen adsorption specific surface area (N 2 SA) of 20-180 m 2 /g and a dibutyl phthalate oil absorption of 40-180 ml/100 g.
A compound which is capable of binding to the LEDGF/p75 binding pocket of HIV- integrase and inhibiting LEDGF/p75-IN protein-protein interaction for use in a method of curing a retroviral infection in an animal by suppressing the reactivation potential of the retroviral reservoir of said animal, which method comprises administering said compound to said animal during active replication and integration of the virus and stopping the treatment when the retroviral reservoir of said animal is resistant to reactivation, wherein said compound is a LEDGIN.