mhurhangee/ep-ind-claims huggingface dataset:
Baling press for producing bales of crop, comprising a wrapping device for enwrapping a formed bale of crop with a wrapping material such as a foil, mesh or the like, wherein the wrapping device comprises a wrapping material storage, from which wrapping material can be removed, as well as a braking device for setting a wrapping material tension, wherein the braking device includes a brake actuator actuatable by external energy for the variable setting of the braking force and/or of the braking moment, wherein a controller is provided for the automatic control of the braking actuator dependent upon a wrapping material tension, characterized in that the controller comprises a detection device for detecting the actual tension of the wrapping material, which comprises a dancer roller which can be pre-tensioned in relation to the wrapping material, as well as detection means for detecting a deflection of the dancer roller at a certain dancer roller deflection and/or for detecting the dancer roller pre-tension and dancer roller deflection, as well as comprises a regulator for setting the braking force and/or the braking moment of the braking device dependent upon a target/actual value comparison of the detected dancer roller deflection and/or pre-tension.
A method for increasing band utilization by a network component in a wireless network comprising: allocating, at the network component, secondary communications to a guard band, the guard band separating data bands assigned for primary communications; modulating, at the network component, symbols for the secondary communications with a spectrally contained waveform, the spectrally contained waveform having a smaller bandwidth than the guard band, wherein modulating the symbols for the secondary communications with the spectrally contained waveform includes modulating the symbols for the secondary communications with joint orthogonal frequency-division multiplexing (OFDM) and Offset Quadrature Amplitude Modulation (OQAM); and transmitting, at the network component, the modulated symbols for the secondary communications within the guard band; wherein the guard band is utilized by multiple network components in asynchronous mode, wherein one subcarrier between each pair of adjacent network components is reserved as a guard in frequency. allocating, at the network component, secondary communications to a guard band, the guard band separating data bands assigned for primary communications; modulating, at the network component, symbols for the secondary communications with a spectrally contained waveform, the spectrally contained waveform having a smaller bandwidth than the guard band, wherein modulating the symbols for the secondary communications with the spectrally contained waveform includes modulating the symbols for the secondary communications with joint orthogonal frequency-division multiplexing (OFDM) and Offset Quadrature Amplitude Modulation (OQAM); and transmitting, at the network component, the modulated symbols for the secondary communications within the guard band; wherein the guard band is utilized by multiple network components in asynchronous mode, wherein one subcarrier between each pair of adjacent network components is reserved as a guard in frequency.
A pipe repair device for repairing a leak in a pipe of a pipeline, the pipe repair device comprising: a body; a sensor attached to the body for detecting the leak in the pipe; a transport mechanism attached to the body for transporting the pipe repair device along the pipe, the transport mechanism comprising a continuous track, wherein the continuous track is biased outward from the body for being biased against an inner surface of the pipeline; and a repair mechanism comprising a repair material for repairing the leak, wherein the repair mechanism comprises a stent, the stent reconfigurable between an expanded orientation and a compressed orientation, wherein the stent comprises a spring and a sealing layer defining a substantially cylindrical structure, the spring biasing the stent to the expanded orientation, wherein the sealing layer is wrapped around a circumference of the spring, engaging an outer surface of the spring, wherein the sealing layer comprises a flexible and compressible repair material. a body; a sensor attached to the body for detecting the leak in the pipe; a transport mechanism attached to the body for transporting the pipe repair device along the pipe, the transport mechanism comprising a continuous track, wherein the continuous track is biased outward from the body for being biased against an inner surface of the pipeline; and a repair mechanism comprising a repair material for repairing the leak, wherein the repair mechanism comprises a stent, the stent reconfigurable between an expanded orientation and a compressed orientation, wherein the stent comprises a spring and a sealing layer defining a substantially cylindrical structure, the spring biasing the stent to the expanded orientation, wherein the sealing layer is wrapped around a circumference of the spring, engaging an outer surface of the spring, wherein the sealing layer comprises a flexible and compressible repair material.
A foam-forming composition comprising (a) an azeotropic or azeotrope-like mixture of cis-1,1,1,4,4,4-hexafluoro-2-butene and trans-1,2-dichloroethylene, and (b) an active hydrogen-containing compound having two or more active hydrogens, wherein azeotrope-like is defined as a difference in dew point pressure and bubble point pressure of less than or equal to 3 percent (based upon the bubble point pressure).
A package comprising a first multilayer film structure (100; 210) comprising: a first moisture barrier layer, a first product contact layer comprising one or more materials selected from the group consisting of polyvinylchloride, cyclo-olefin copolymer, high density polyethylene or a blend of cyclo-olefin copolymer and high density polyethylene, a first desiccant layer disposed between the first moisture barrier layer and the first product contact layer, and a first non-aqueous adhesive disposed between the first desiccant layer and the first moisture barrier layer; wherein the first product contact layer is configured to have a moisture permeation rate and a thickness effective to protect the first desiccant layer from moisture when the medical system is subjected for at least one hour at a temperature of at least 43° Celsius to an atmosphere comprising ethylene oxide and having a relative humidity of at least 30%, while allowing moisture to diffuse through the product contact layer after the package is sealed following ethylene oxide sterilization to lower the relative humidity of the interior of the package and protect any product contained by the package from degradation while the sealed package is in storage, and wherein the first desiccant layer comprises a chemical desiccant, and wherein the first desiccant layer has the capacity to alter the relative humidity in the interior of the package after the package is sealed from more than 50% to less than 20% within a time period of less than 36 hours. a first moisture barrier layer, a first product contact layer comprising one or more materials selected from the group consisting of polyvinylchloride, cyclo-olefin copolymer, high density polyethylene or a blend of cyclo-olefin copolymer and high density polyethylene, a first desiccant layer disposed between the first moisture barrier layer and the first product contact layer, and a first non-aqueous adhesive disposed between the first desiccant layer and the first moisture barrier layer; wherein the first product contact layer is configured to have a moisture permeation rate and a thickness effective to protect the first desiccant layer from moisture when the medical system is subjected for at least one hour at a temperature of at least 43° Celsius to an atmosphere comprising ethylene oxide and having a relative humidity of at least 30%, while allowing moisture to diffuse through the product contact layer after the package is sealed following ethylene oxide sterilization to lower the relative humidity of the interior of the package and protect any product contained by the package from degradation while the sealed package is in storage, and wherein the first desiccant layer comprises a chemical desiccant, and wherein the first desiccant layer has the capacity to alter the relative humidity in the interior of the package after the package is sealed from more than 50% to less than 20% within a time period of less than 36 hours.
A yarn winding machine comprising: a spinning device configured to form a yarn by spinning; a yarn pooling device configured to pool the yarn formed by the spinning device; a winding device configured to wind the yarn from the yarn pooling device and forms a package; a yarn joining device comprising: a yarn joining section configured to perform yarn joining in a state in which a yarn is held in a bent state; wherein the yarn joining section is configured to perform yarn joining at a position between the spinning device and the winding device; and a yarn-route guiding member configured to guide the yarn on a downstream side of the yarn pooling device in a yarn route of the yarn; and wherein the yarn pooling device includes a yarn pooling roller configured to pool the yarn by being wound around an outer circumferential surface thereof; and a yarn hooking member configured to hook the yarn that is pulled from the yarn pooling roller, characterised in that the yarn joining device further comprises a yarn slack removing section (61;61x) configured to remove slack of the yarn positioned on a yarn joining path that passes through the yarn joining section by applying a force on the yarn upstream of the yarn joining section wherein the yarn slack removing section (61;61x) is configured to apply the force on the yarn upstream of the yarn joining section but downstream of the yarn-route guiding member. a spinning device configured to form a yarn by spinning; a yarn pooling device configured to pool the yarn formed by the spinning device; a winding device configured to wind the yarn from the yarn pooling device and forms a package; a yarn joining device comprising: a yarn joining section configured to perform yarn joining in a state in which a yarn is held in a bent state; wherein the yarn joining section is configured to perform yarn joining at a position between the spinning device and the winding device; and a yarn joining section configured to perform yarn joining in a state in which a yarn is held in a bent state; wherein the yarn joining section is configured to perform yarn joining at a position between the spinning device and the winding device; and a yarn-route guiding member configured to guide the yarn on a downstream side of the yarn pooling device in a yarn route of the yarn; and wherein the yarn pooling device includes a yarn pooling roller configured to pool the yarn by being wound around an outer circumferential surface thereof; and a yarn hooking member configured to hook the yarn that is pulled from the yarn pooling roller, characterised in that a yarn pooling roller configured to pool the yarn by being wound around an outer circumferential surface thereof; and a yarn hooking member configured to hook the yarn that is pulled from the yarn pooling roller, characterised in that
A system, comprising: one or more processors; a computer-readable non-transitory storage media comprising instructions for maintaining a metadata repository and for providing undo logic; wherein the metadata repository is for storing metadata associated with a plurality of operations, wherein each operation is associated with an operation type, wherein the metadata associated with each operation identifies at least: a) one or more attributes associated with that operation, and b) an undolet associated with the operation type of the corresponding operation, wherein the undolet includes instructions for generating undo entries; wherein the undo logic is for generating one or more entries in an undo log based at least in part on the metadata in the metadata repository and the undolet, wherein a first entry in the undo log is based on a first operation in a first request intercepted by the system, and includes a first attribute value for a first attribute associated with the operation; wherein the undolet is an object that is capable of undoing operations that are associated with the operation type. one or more processors; a computer-readable non-transitory storage media comprising instructions for maintaining a metadata repository and for providing undo logic; wherein the metadata repository is for storing metadata associated with a plurality of operations, wherein each operation is associated with an operation type, wherein the metadata associated with each operation identifies at least: a) one or more attributes associated with that operation, and b) an undolet associated with the operation type of the corresponding operation, wherein the undolet includes instructions for generating undo entries; wherein the undo logic is for generating one or more entries in an undo log based at least in part on the metadata in the metadata repository and the undolet, wherein a first entry in the undo log is based on a first operation in a first request intercepted by the system, and includes a first attribute value for a first attribute associated with the operation; wherein the undolet is an object that is capable of undoing operations that are associated with the operation type.
A method of operating a brake system comprising: determining a first position of a pump with a pump position sensor upon ignition of a vehicle; powering a pump motor based upon at least one preselected operating condition; determining a second position of the pump with the pump position sensor; comparing the first position of the pump and the second position of the pump; and confirming that the pump motor is operational when the second position of the pump is different from the first position of the pump. determining a first position of a pump with a pump position sensor upon ignition of a vehicle; powering a pump motor based upon at least one preselected operating condition; determining a second position of the pump with the pump position sensor; comparing the first position of the pump and the second position of the pump; and confirming that the pump motor is operational when the second position of the pump is different from the first position of the pump.
A dishwasher for treating dishes according to at least one automatic cycle of operation, the dishwasher comprising: a housing 12; a tub 14 at least partially defining an open-faced treating chamber 16 within the housing 12 for receiving dishes for treatment according to the at least one automatic cycle of operation; a closure element 20 movable to selectively close the open face 18 of the treating chamber 16, the closure element 20 including a metallic front panel 22 extending from an upper edge 24 of the closure element 20 to a lower edge 26 of the closure element 20 and a control console 90 located at an upper end of the closure element 20 behind the front panel 22; a user interface 28 associated with the console 90; and an antenna 74 located within the control console 90 adjacent the user interface 28; characterized in that said user interface 28 is located on an upper face 30 of the closure element 20 such that when the closure element 20 closes the open face 18 of the treating chamber 16, the user interface 28 faces upwardly and is inaccessible to a user and wherein the antenna 74 is adjacent the upper face 30 of the closure element 20 and faces upwardly when the closure element 20 closes the open face 18 of the treating chamber 16. a housing 12; a tub 14 at least partially defining an open-faced treating chamber 16 within the housing 12 for receiving dishes for treatment according to the at least one automatic cycle of operation; a closure element 20 movable to selectively close the open face 18 of the treating chamber 16, the closure element 20 including a metallic front panel 22 extending from an upper edge 24 of the closure element 20 to a lower edge 26 of the closure element 20 and a control console 90 located at an upper end of the closure element 20 behind the front panel 22; a user interface 28 associated with the console 90; and an antenna 74 located within the control console 90 adjacent the user interface 28;
An auxiliary lubricant comprising: a composition comprising intermediate molecular weight surfactant-functionalized nanoparticles dispersed in a base oil, wherein said nanoparticles are functionalized with an amphoteric surfactant containing alcohol, amine, carboxylic acid, carbonate, ester, ether alcohol, sulfate, sulphonate, phosphate, phosphite, or phosphonate head groups and intermediate molecular weight hydrocarbon, fluorocarbon or siloxane tails having backbones 15-30 atoms in length, wherein the intermediate molecular weight amphoteric surfactant-functionalized nanoparticles comprise surfactant head groups adsorbed on nanoparticle surfaces, leaving intermediate molecular weight tails having backbones 15-30 atoms in length extended out and forming a boundary-like layer around the nanoparticle surfaces, wherein said nanoparticles are an inorganic phase selected from the group consisting of boric acid, metal sulfides comprising Zn, W and/or Mo and alkali silicates comprising Na and/or K. a composition comprising intermediate molecular weight surfactant-functionalized nanoparticles dispersed in a base oil, wherein said nanoparticles are functionalized with an amphoteric surfactant containing alcohol, amine, carboxylic acid, carbonate, ester, ether alcohol, sulfate, sulphonate, phosphate, phosphite, or phosphonate head groups and intermediate molecular weight hydrocarbon, fluorocarbon or siloxane tails having backbones 15-30 atoms in length, wherein the intermediate molecular weight amphoteric surfactant-functionalized nanoparticles comprise surfactant head groups adsorbed on nanoparticle surfaces, leaving intermediate molecular weight tails having backbones 15-30 atoms in length extended out and forming a boundary-like layer around the nanoparticle surfaces, wherein said nanoparticles are an inorganic phase selected from the group consisting of boric acid, metal sulfides comprising Zn, W and/or Mo and alkali silicates comprising Na and/or K.
Coupling formation of a pipetting channel of a pipetting device for coupling of an implement such as, for example, a pipette tip or a laboratory instrument, laboratory tool and the like thereon, wherein the coupling formation surrounds a pipetting channel section which extends along a pipetting channel axis defining an axial direction, wherein the coupling formation further includes a pressure-imparting orifice on its free longitudinal end, into which the pipetting channel section opens and includes, at its surface which is radially external with respect to the pipetting channel axis and which surrounds the pipetting channel axis, and extending primarily in the axial and in the circumferential direction about the pipetting channel axis, a coupling projection yielding in the radial direction, characterized in that the coupling projection is provided substantially undeformable but radially displaceable on a spring assembly which is elastic in the radial direction.
A device for generating steam, said device being usable in a horizontal position, said device comprising: - a steaming element having a surface for steaming water, - a heating element to heat the steaming element to a predetermined temperature being at least above water evaporation temperature, - a water inlet arrangement for dispensing water, and - a baffle configured to receive the water dispensed by the water inlet arrangement, said baffle further configured to direct the water to the steaming element, wherein, during use in said horizontal position, the surface for steaming water extends below the baffle such as to enable water to flow from the baffle onto the surface of the steaming element, and wherein the steaming element is inclined with respect to the horizontal direciton such as to allow water to flow downwardly over the steaming element to be evaporated. - a steaming element having a surface for steaming water, - a heating element to heat the steaming element to a predetermined temperature being at least above water evaporation temperature, - a water inlet arrangement for dispensing water, and - a baffle configured to receive the water dispensed by the water inlet arrangement, said baffle further configured to direct the water to the steaming element,
Method for determining the average value of a periodic or quasi-periodic voltage signal in which said average value is transmitted on a communication bus with a transmission period greater than the period of said signal and in which measurements of said signal are acquired with a measurement period corresponding to the transmission period of said average value on the bus, and said average value is obtained from said acquired measurements, said method being characterized in that it includes steps of: - applying, for each measurement, a variable delay, defining a measurement instant (T i) within said measurement period with respect to a reference instant, - obtaining said average value from the result of the measurement carried out at said measurement instant (T i) and from the results of the measurements made previously. - applying, for each measurement, a variable delay, defining a measurement instant (T i) within said measurement period with respect to a reference instant, - obtaining said average value from the result of the measurement carried out at said measurement instant (T i) and from the results of the measurements made previously.
A motor bobbin having a bobbin body portion around which a coil is to be wound, and flange portions provided integrally to both end portions of the bobbin body portion, the motor bobbin comprising: a molded resin article formed by using a polymer having amide linkages; and an insulating paper comprising an aramid paper made of an aramid fibrid and an aramid short fiber, wherein a portion of the insulating paper which does not contact with the molded resin article exists in the bobbin body portion, and wherein a surface of the molded resin article and the aramid paper are directly bonded to each other in a portion of the aramid paper which contacts with the molded resin article; wherein a surface of the insulating paper in contact with the molded resin article is impregnated with the resin forming the molded resin article; and the bonding of the paper to the resin article happened simultaneously with molding the resin article. a molded resin article formed by using a polymer having amide linkages; and an insulating paper comprising an aramid paper made of an aramid fibrid and an aramid short fiber, wherein a portion of the insulating paper which does not contact with the molded resin article exists in the bobbin body portion, and wherein a surface of the molded resin article and the aramid paper are directly bonded to each other in a portion of the aramid paper which contacts with the molded resin article; wherein a surface of the insulating paper in contact with the molded resin article is impregnated with the resin forming the molded resin article; and the bonding of the paper to the resin article happened simultaneously with molding the resin article.