mhurhangee/ep-ind-claims huggingface dataset:
Centrifugal spreader for manures, fertilizers and granular materials in general, comprising: - a hopper for containing the granular material; - a dispensing container which receives the granular material from the hopper and comprises at least one outlet opening for the controlled exit of the granular material; - a distribution disc which receives the granular material from the outlet opening; - a transmission assembly which transmits a rotary motion to the distribution disc and which comprises a rotation shaft extending between the distribution disc and the dispensing container, wherein the rotation shaft is divided into a first and a second part, connected or connectable by a connecting element which is selectively capable of either fixing the two parts (51, 52) to one another rotationally or separating them, characterized in that one of the first and second parts (51, 52) comprises an articulated portion rotatably connected thereto. - a hopper for containing the granular material; - a dispensing container which receives the granular material from the hopper and comprises at least one outlet opening for the controlled exit of the granular material; - a distribution disc which receives the granular material from the outlet opening; - a transmission assembly which transmits a rotary motion to the distribution disc and which comprises a rotation shaft extending between the distribution disc and the dispensing container, wherein the rotation shaft is divided into a first and a second part, connected or connectable by a connecting element which is selectively capable of either fixing the two parts (51, 52) to one another rotationally or separating them, characterized in that one of the first and second parts (51, 52) comprises an articulated portion rotatably connected thereto.
A nanocellulose dispersion composition comprising: (i) a partitioning agent comprising a carbon black filler and at least one of an elastomer latex and/or a wax; and (ii) a nanocellulose. (i) a partitioning agent comprising a carbon black filler and at least one of an elastomer latex and/or a wax; and (ii) a nanocellulose.
A fast method for determining mutual inductance terms representing the misalignment and distance between at least a transmitter coil and a magnetically coupled receiver coil in a wireless power charging system having a transmitter that receives input voltage and current that generates an electromagnetic field in the transmitter coil, and a receiver with the receiver coil that receives power from the electromagnetic field and uses it to charge a load battery, comprising the steps of: exciting the transmitter coil of the wireless power charging system under different conditions and measuring the response in order to provide enough equivalent circuit system equations to at least match the number of unknowns in the system equations, so that the unknowns, including at least the mutual inductance terms and the load impedance or load power, can be calculated with the knowledge of the input voltage and input current of the transmitter coil, but without feedback from the receiver coil; solving the system equations; and optimizing the wireless power charging system based on the solved system equations. exciting the transmitter coil of the wireless power charging system under different conditions and measuring the response in order to provide enough equivalent circuit system equations to at least match the number of unknowns in the system equations, so that the unknowns, including at least the mutual inductance terms and the load impedance or load power, can be calculated with the knowledge of the input voltage and input current of the transmitter coil, but without feedback from the receiver coil; solving the system equations; and optimizing the wireless power charging system based on the solved system equations.
Purifying device for purifying water contaminated with xenobiotics in concentrations of micro- to femtogram per liter on industrial scale, said purifying device comprising - a photochemical reactor unit having at least one inlet for contaminated water and one outlet (2") for purified water and providing a flow path for continuously flowing water from said inlet to said outlet (2"), and being equipped with at least one radiation source module providing ultraviolet radiation in a wavelength range ranging from 100 to 280 nm, - at least one membrane filtration unit comprising a hydrophilic membrane having pore sizes ranging from 0.07 μm to 0.25 μm with a mean pore size of 0.12 μm and being connected upstream of said photochemical reactor unit via said inlet and - at least one device for supplying air or dioxygen to the water comprised in the photochemical reactor unit, and - at least one device for feeding hydrogen peroxide to the photochemical reactor unit, and - one or more water flux and/or level regulating systems, wherein the radiation source module comprises a mercury low pressure lamp emitting radiation at 185 nm and 254 nm as a radiation source emitting ultraviolet radiation in a wavelength range from 100 to 280 nm and at least one enveloping tube enveloping the radiation source, said enveloping tube being at least partially transparent for ultraviolet radiation in the wavelength range from 100 to 280 nm, and wherein said enveloping tube is made of synthetic quartz material. - a photochemical reactor unit having at least one inlet for contaminated water and one outlet (2") for purified water and providing a flow path for continuously flowing water from said inlet to said outlet (2"), and being equipped with at least one radiation source module providing ultraviolet radiation in a wavelength range ranging from 100 to 280 nm, - at least one membrane filtration unit comprising a hydrophilic membrane having pore sizes ranging from 0.07 μm to 0.25 μm with a mean pore size of 0.12 μm and being connected upstream of said photochemical reactor unit via said inlet and - at least one device for supplying air or dioxygen to the water comprised in the photochemical reactor unit, and - at least one device for feeding hydrogen peroxide to the photochemical reactor unit, and - one or more water flux and/or level regulating systems, wherein the radiation source module comprises a mercury low pressure lamp emitting radiation at 185 nm and 254 nm as a radiation source emitting ultraviolet radiation in a wavelength range from 100 to 280 nm and at least one enveloping tube enveloping the radiation source, said enveloping tube being at least partially transparent for ultraviolet radiation in the wavelength range from 100 to 280 nm, and wherein said enveloping tube is made of synthetic quartz material.
A method, comprising: providing a metal wire having a wire diameter and an end; positioning a conductor at a distance from the end of the wire; creating an electrical discharge between the conductor and the end, while setting the distance and an electrical potential of the discharge, so as to create a bead of a predefined size on the end; and characterised by assembling the wire with the created bead into an invasive probe, so that the bead is positioned at an outer surface of the probe. providing a metal wire having a wire diameter and an end; positioning a conductor at a distance from the end of the wire; creating an electrical discharge between the conductor and the end, while setting the distance and an electrical potential of the discharge, so as to create a bead of a predefined size on the end; and characterised by assembling the wire with the created bead into an invasive probe, so that the bead is positioned at an outer surface of the probe.
A method comprising: receiving, by a wireless device, radio resource control, RRC, messages comprising configuration parameters comprising: a first physical downlink shared channel, PDSCH, time domain allocation list associated with a first downlink control information, DCI, format for scheduling a PDSCH in a slot; and a second PDSCH time domain allocation list associated with a second DCI format for scheduling multiple PDSCHs in multiple slots; receiving a first DCI with the second DCI format indicating a first entry of the second PDSCH time domain allocation list; and receiving transport blocks, TBs, in first slots and via PDSCH resources, determined based on the first entry, wherein each of the TBs is associated with a respective hybrid automatic repeat request process. receiving, by a wireless device, radio resource control, RRC, messages comprising configuration parameters comprising: a first physical downlink shared channel, PDSCH, time domain allocation list associated with a first downlink control information, DCI, format for scheduling a PDSCH in a slot; and a second PDSCH time domain allocation list associated with a second DCI format for scheduling multiple PDSCHs in multiple slots; a first physical downlink shared channel, PDSCH, time domain allocation list associated with a first downlink control information, DCI, format for scheduling a PDSCH in a slot; and a second PDSCH time domain allocation list associated with a second DCI format for scheduling multiple PDSCHs in multiple slots; receiving a first DCI with the second DCI format indicating a first entry of the second PDSCH time domain allocation list; and receiving transport blocks, TBs, in first slots and via PDSCH resources, determined based on the first entry, wherein each of the TBs is associated with a respective hybrid automatic repeat request process.
A high-speed rotational atherectomy device for opening a stenosis in an artery having a given diameter, comprising: a guide wire having a maximum diameter less than the diameter of the artery; a flexible, elongated, rotatable drive shaft advanceable over the guide wire; an eccentric abrasive element disposed on the drive shaft; characterized by a proximal counterweight attached to the drive shaft and spaced apart proximally from the eccentric abrasive element by an adjustable proximal spacing; and a distal counterweight attached to the drive shaft and spaced apart distally from the eccentric abrasive element by an adjustable distal spacing, wherein the proximal and distal counterweights (102,100) are held in place by a locking mechanism and wherein adjustable proximal and distal spacings from the eccentric abrasive element are achieved by unlocking the locking mechanism and sliding the proximal and distal counterweights (102,100) along the drive shaft and then locking the locking mechanism when the proximal and distal spacings are achieved. a guide wire having a maximum diameter less than the diameter of the artery; a flexible, elongated, rotatable drive shaft advanceable over the guide wire; an eccentric abrasive element disposed on the drive shaft; characterized by a proximal counterweight attached to the drive shaft and spaced apart proximally from the eccentric abrasive element by an adjustable proximal spacing; and a distal counterweight attached to the drive shaft and spaced apart distally from the eccentric abrasive element by an adjustable distal spacing,
A spoke for a non-pneumatic wheel defining radial, axial, and circumferential directions (A, R, C), the spoke comprising: a web-like body extending along the radial direction between a radially-outer end and a radially inner end and extending along an axial direction between opposing edges (108, 110) of the web-like body, the web like body comprising a reinforcement structure including a plurality of elongate, reinforcement elements extending parallel to each other extending between the radially-outer end and the radially-inner end; an outer anchor positioned at the radially outer end; and an inner anchor positioned at the radially inner end; characterized in that at least one reinforcement element of the plurality of reinforcement elements, proximate to at least one of the edges (108, 110) of the web-like body is segmented. a web-like body extending along the radial direction between a radially-outer end and a radially inner end and extending along an axial direction between opposing edges (108, 110) of the web-like body, the web like body comprising a reinforcement structure including a plurality of elongate, reinforcement elements extending parallel to each other extending between the radially-outer end and the radially-inner end; an outer anchor positioned at the radially outer end; and an inner anchor positioned at the radially inner end; characterized in that at least one reinforcement element of the plurality of reinforcement elements, proximate to at least one of the edges (108, 110) of the web-like body is segmented.
An inkjet recording apparatus comprising: an inkjet head configured to expand and contract a capacity of a pressure chamber corresponding to an actuator by applying a driving signal to the actuator, and to discharge an ink in the pressure chamber from a nozzle to perform printing on a recording medium; and a driving circuit (60A - 60D) configured to apply the driving signal to the actuator of the inkjet head, wherein the driving signal includes a first expansion pulse which starts from a reference potential and expands the capacity of the pressure chamber, a first contraction pulse which contracts the capacity of the pressure chamber to discharge the ink from the nozzle, a second expansion pulse which expands the capacity of the pressure chamber, and a contraction pulse which contracts the capacity of the pressure chamber and returns to the reference potential in the mentioned order, and the driving circuit (60A - 60D) is configured to discharge different droplet amounts of the ink from the same nozzle by changing a potential difference between a start edge and an end edge of the first contraction pulse; characterized in that T2/T1 is 0.6 or more and 1.2 or less, where T1 is a period from the start edge of the first expansion pulse to the start edge of the first contraction pulse and T2 is a period from the start edge of the first contraction pulse and the start edge of the second expansion pulse. an inkjet head configured to expand and contract a capacity of a pressure chamber corresponding to an actuator by applying a driving signal to the actuator, and to discharge an ink in the pressure chamber from a nozzle to perform printing on a recording medium; and a driving circuit (60A - 60D) configured to apply the driving signal to the actuator of the inkjet head, wherein the driving signal includes a first expansion pulse which starts from a reference potential and expands the capacity of the pressure chamber, a first contraction pulse which contracts the capacity of the pressure chamber to discharge the ink from the nozzle, a second expansion pulse which expands the capacity of the pressure chamber, and a contraction pulse which contracts the capacity of the pressure chamber and returns to the reference potential in the mentioned order, and the driving circuit (60A - 60D) is configured to discharge different droplet amounts of the ink from the same nozzle by changing a potential difference between a start edge and an end edge of the first contraction pulse; characterized in that T2/T1 is 0.6 or more and 1.2 or less, where T1 is a period from the start edge of the first expansion pulse to the start edge of the first contraction pulse and T2 is a period from the start edge of the first contraction pulse and the start edge of the second expansion pulse.
A heat exchanger comprising: horizontal header pipes (2, 3) arranged parallel at an interval from one another in a vertical direction; a plurality of vertical flat tubes arranged at an interval from one another in a horizontal direction between the header pipes (2, 3), with refrigerant passages inside the flat tubes communicating with insides of the header pipes (2, 3) respectively; and corrugated fins arranged between the flat tubes, characterised in that the corrugated fins comprise upwind-side corrugated fins whose fin surface has a downward slope toward a downwind side and downwind-side corrugated fins whose fin surface has an upward slope toward the downwind side, and downwind-side ends of the upwind-side corrugated fins and upwind-side ends of the downwind-side corrugated fins are arranged with a gap secured therebetween, the gap being less than 3 mm such that water droplets bridging vertically adjacent downwind-side ends of the upwind-side corrugated fins and water droplets bridging vertically adjacent upwind-side ends of the downwind-side corrugated fins come in contact to break each other's surface tension and then coalesce and flow down through the gap, and wherein the downwind-side ends of the upwind-side corrugated fins and the upwind-side ends of the downwind-side corrugated fins are kept in partial contact with each other so that the gap is produced elsewhere than in a contact part. horizontal header pipes (2, 3) arranged parallel at an interval from one another in a vertical direction; a plurality of vertical flat tubes arranged at an interval from one another in a horizontal direction between the header pipes (2, 3), with refrigerant passages inside the flat tubes communicating with insides of the header pipes (2, 3) respectively; and corrugated fins arranged between the flat tubes, characterised in that the corrugated fins comprise upwind-side corrugated fins whose fin surface has a downward slope toward a downwind side and downwind-side corrugated fins whose fin surface has an upward slope toward the downwind side, and upwind-side corrugated fins whose fin surface has a downward slope toward a downwind side and downwind-side corrugated fins whose fin surface has an upward slope toward the downwind side, and downwind-side ends of the upwind-side corrugated fins and upwind-side ends of the downwind-side corrugated fins are arranged with a gap secured therebetween, the gap being less than 3 mm such that water droplets bridging vertically adjacent downwind-side ends of the upwind-side corrugated fins and water droplets bridging vertically adjacent upwind-side ends of the downwind-side corrugated fins come in contact to break each other's surface tension and then coalesce and flow down through the gap, and wherein the downwind-side ends of the upwind-side corrugated fins and the upwind-side ends of the downwind-side corrugated fins are kept in partial contact with each other so that the gap is produced elsewhere than in a contact part.
A dosage form for orally administering a drug which is unstable or poorly absorbed in the gastrointestinal tract, the dosage form comprising a bolus of an antacid sufficient to raise the gastric pH of the mammal to at least about 3 upon ingestion of the dosage form and a substantially homogenous combination of a therapeutically effective amount of the drug and a surfactant system that includes a non-ionic surfactant as a self-microemulsifying drug delivery system (SMEDDS), wherein the drug is a polypeptide.
An arrangement for overload protection of overvoltage protection devices, said arrangement comprises at least one voltage-limiting element and at least one voltage-switching element as well as alternatively a series fuse, wherein the voltage-limiting element is designed as a varistor and the voltage-switching element is designed as a spark gap and these elements are connected in series, wherein, to protect the voltage-limiting element, a monitoring spark gap or a monitoring gas arrester forming a bypass is connected in parallel in the series connection and a thermal monitoring device is further provided which, upon the effects of aging, in the event of inadmissibly high main system voltages and/or low-energy, periodic, high-frequency overvoltages, bypasses the monitoring spark gap or the monitoring gas arrester and the spark gap as a function of the counter-voltage of the voltage-switching elements, wherein the monitoring device is structurally connected to the spark gap and has a contact which short circuits the series connection of the monitoring spark gap or the monitoring gas arrester and the spark gap as a voltage-switching element during bypassing.
Powder mixture comprising: - 20-80 wt% of one or more powdered organic peroxides selected from the group consisting of dibenzoyl peroxide and substituted dibenzoyl peroxides, - 20-80 wt% of a powdered filler material, at least 60 wt% thereof consisting of a solid inorganic flame retardant, and - 0-20 wt% water. - 20-80 wt% of one or more powdered organic peroxides selected from the group consisting of dibenzoyl peroxide and substituted dibenzoyl peroxides, - 20-80 wt% of a powdered filler material, at least 60 wt% thereof consisting of a solid inorganic flame retardant, and - 0-20 wt% water.
A method for anticipating the setup of a relation of trust between a first vehicle called central vehicle and at least a second vehicle, wherein two interaction areas (130, 140) are defined relatively to the position of the central vehicle, the first interaction area called exchange area comprising the central vehicle and the second interaction area called pre-authentication area being defined in a way that it has to be crossed by said second vehicle for it to enter into the exchange area, the method comprising the steps of: - detecting if the second vehicle is localized in the pre-authentication area associated with the central vehicle; - authenticating the central vehicle and the second vehicle if not already authenticated; - upon successful authentication, providing the central vehicle and the second vehicle with at least one credential to set up the relation of trust for it to be already established when the second vehicle is present in the exchange area associated with the central vehicle. - detecting if the second vehicle is localized in the pre-authentication area associated with the central vehicle; - authenticating the central vehicle and the second vehicle if not already authenticated; - upon successful authentication, providing the central vehicle and the second vehicle with at least one credential to set up the relation of trust for it to be already established when the second vehicle is present in the exchange area associated with the central vehicle.
Method for reducing the competitive fitness of an eukaryotic organism hemizygous for a transgenic locus compared to the eukaryotic organism homozygous for the transgenic locus, with the proviso that the organism is not a human being, comprising the steps of: (a) reducing the expression of a haploinsufficient gene in the organism, wherein said reduction is conveyed by a transgenic locus in the organism; and (b) rescuing the reduced expression in the organism, wherein said rescue is conveyed by the same transgenic locus in the organism, yielding an organism which is less competitively fit if hemizygous for the transgenic locus than if homozygous for the transgenic locus. (a) reducing the expression of a haploinsufficient gene in the organism, wherein said reduction is conveyed by a transgenic locus in the organism; and (b) rescuing the reduced expression in the organism, wherein said rescue is conveyed by the same transgenic locus in the organism,
A compound of Formula 1: wherein: n is 1 or 2; A is selected from: -CH 2 -, -NH-, and -O-; E is CH orN; X is N or CH; R is selected from: H, -CH 3, F, and Cl; and R1 and R2 are each independently H or CH 3; G is selected from: and provided that when G is E is CH; and provided that when A is -NH- or -O-, X is CH; or a pharmaceutically acceptable salt thereof. n is 1 or 2; A is selected from: -CH 2 -, -NH-, and -O-; E is CH orN; X is N or CH; R is selected from: H, -CH 3, F, and Cl; and R1 and R2 are each independently H or CH 3; G is selected from: and provided that when G is E is CH; and provided that when A is -NH- or -O-, X is CH; or a pharmaceutically acceptable salt thereof.