mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic tool comprising: a welding horn; a first rigid booster mounted on a first side of said welding horn at a first nodal mount; a second rigid booster mounted on a second side of said welding horn at a second nodal mount, said second side being opposite said first side with respect to said welding horn; a transducer mounted to said first rigid booster; a first ultrasonic stack mounting ring configured to be coupled to a housing assembly at a non-nodal mount and coupled to said first rigid booster at a nodal mount; and a second ultrasonic stack mounting ring configured to be coupled to a housing assembly at a non-nodal mount and coupled to said second rigid booster at a nodal mount; characterized in that said non-nodal mounts are located at anti-nodes. a welding horn; a first rigid booster mounted on a first side of said welding horn at a first nodal mount; a second rigid booster mounted on a second side of said welding horn at a second nodal mount, said second side being opposite said first side with respect to said welding horn; a transducer mounted to said first rigid booster; a first ultrasonic stack mounting ring configured to be coupled to a housing assembly at a non-nodal mount and coupled to said first rigid booster at a nodal mount; and a second ultrasonic stack mounting ring configured to be coupled to a housing assembly at a non-nodal mount and coupled to said second rigid booster at a nodal mount; characterized in that said non-nodal mounts are located at anti-nodes.
A pharmaceutical formulation for use within 36 hours before coitus, 2 hours to about 24 hours before coitus, or 30 minutes to about 5 hours before coitus to delay onset of ejaculation by a patient in need thereof comprising tadalafil, escitalopram, and one of more pharmaceutically acceptable excipients.
An adapter for converting a rotary motion of a drive shaft for a door lock actuating mechanism into a translational motion for actuating a door latch, wherein the adapter comprises a housing with a compartment and at least a first lever (d 1) inside the compartment, wherein, - the housing has a channel, and the channel has a first opening facing the first lever (d 1) and a second opening facing away from the first lever (d 1), wherein a first channel axis extends through the centers of the first and second openings (27, 28), - the first lever (d 1) has first coupling means for providing a torque proof coupling with the drive shaft, - a second bearing pivotably attaches the first lever (d 1) to a first connecting rod, wherein the second bearing has a second axis of rotation, - the first connecting rod has a first connecting element at the end of the first connecting rod opposite to the first lever (d 1), characterized in that - the first lever has a hole, configured for receiving the drive shaft, - a first bearing rotatably supports the first lever relative to the housing, wherein the first bearing has a first axis of rotation, - the first connecting element is moveably supported inside the first channel, wherein the channel walls limit a translation of the first connecting element in directions perpendicular to the first channel axis and enable a translation along the first channel axis. - the housing has a channel, and the channel has a first opening facing the first lever (d 1) and a second opening facing away from the first lever (d 1), wherein a first channel axis extends through the centers of the first and second openings (27, 28), - the first lever (d 1) has first coupling means for providing a torque proof coupling with the drive shaft, - a second bearing pivotably attaches the first lever (d 1) to a first connecting rod, wherein the second bearing has a second axis of rotation, - the first connecting rod has a first connecting element at the end of the first connecting rod opposite to the first lever (d 1), characterized in that - the first lever has a hole, configured for receiving the drive shaft, - a first bearing rotatably supports the first lever relative to the housing, wherein the first bearing has a first axis of rotation, - the first connecting element is moveably supported inside the first channel, wherein the channel walls limit a translation of the first connecting element in directions perpendicular to the first channel axis and enable a translation along the first channel axis.
A balloon catheter, comprising: an elongated, tubular shaft extending in a longitudinal direction, said shaft having a proximal end and a distal end; and an inflatable balloon supported along the distal end of the shaft, the balloon when inflated including a generally cylindrical barrel section forming a working surface, and generally conical end sections (18, 20) that do not form a part of the working surface, the balloon further including at least one radiopaque identifier for indicating the relative position of the working surface, said identifier being provided on conical end sections (18, 20) of the balloon so as to define the extent of the working surface, wherein the radiopaque identifier extends along the entire conical end sections (18, 20) of the balloon. an elongated, tubular shaft extending in a longitudinal direction, said shaft having a proximal end and a distal end; and an inflatable balloon supported along the distal end of the shaft, the balloon when inflated including a generally cylindrical barrel section forming a working surface, and generally conical end sections (18, 20) that do not form a part of the working surface, the balloon further including at least one radiopaque identifier for indicating the relative position of the working surface, said identifier being provided on conical end sections (18, 20) of the balloon so as to define the extent of the working surface, wherein the radiopaque identifier extends along the entire conical end sections (18, 20) of the balloon.
An analytical system for conducting a biological or chemical assay, the system comprising the following components: ∘ a multiwell plate comprising a plurality of wells in an optically transparent area, the multiwell plate having a first docking structure spaced apart from the optically transparent area; ∘ a frame holding the multiwell plate at its rim in a flexible suspension with sufficient lateral clearance to spatially compensate for differential expansion of frame and multiwell plate; ∘ a baseplate having a second docking structure corresponding to the first docking structure for firmly laterally positioning the multiwell plate with its plurality of wells in the optically transparent area relative to the baseplate; wherein there is no direct fixture between the frame and the baseplate, such that the lateral clearance between frame and multiwell plate is maintained even when the frame is docked to the baseplate. ∘ a multiwell plate comprising a plurality of wells in an optically transparent area, the multiwell plate having a first docking structure spaced apart from the optically transparent area; ∘ a frame holding the multiwell plate at its rim in a flexible suspension with sufficient lateral clearance to spatially compensate for differential expansion of frame and multiwell plate; ∘ a baseplate having a second docking structure corresponding to the first docking structure for firmly laterally positioning the multiwell plate with its plurality of wells in the optically transparent area relative to the baseplate;
A medicament comprising CD24-negative mesenchymal stem cells (MSCs) derived from human bone marrow or blood for use in a method of therapy by rebuilding neural circuits in a patient suffering from a chronic phase of cerebral infarction or a chronic phase of spinal cord injury, wherein the medicament promotes brain plasticity.
Process for producing a hollow conductor, wherein the hollow conductor has a first hollow-conductor portion and a connecting portion; wherein the first hollow-conductor portion contains a first aluminium alloy, wherein the first aluminium alloy is associated with one of the following AWS series: AWS-2000, AWS-6000, AWS-7000; wherein the connecting portion contains a second aluminium alloy, wherein the second aluminium alloy is associated with one of the following AWS series: AWS-3000, AWS-4000, AWS-5000; wherein the process comprises the following step: connecting the first hollow-conductor portion to the connecting portion by means of a laser welding process, in that the laser welding produces a dynamic melt, in which the constituent parts of the first aluminium alloy and the second aluminium alloy are blended, at a weld seam between the first hollow-conductor portion and the connecting portion during the welding operation. AWS-2000, AWS-6000, AWS-7000; wherein the connecting portion contains a second aluminium alloy, wherein the second aluminium alloy is associated with one of the following AWS series: AWS-3000, AWS-4000, AWS-5000; wherein the process comprises the following step: connecting the first hollow-conductor portion to the connecting portion by means of a laser welding process, in that the laser welding produces a dynamic melt, in which the constituent parts of the first aluminium alloy and the second aluminium alloy are blended, at a weld seam between the first hollow-conductor portion and the connecting portion during the welding operation.
A medical device detectable with ultrasound imaging equipment comprising: an echogenic region, wherein the echogenic region includes a plurality of first subregions being defined by borderlines and a plurality of second subregions, wherein the first subregions include an echogenic enhancement, and wherein the first subregions and second subregions are arranged in an alternating pattern wherein at least one second subregion lies between each pair of first subregions with no borderlines shared between any pair of the first subregions; characterized in that the first subregions and second subregions are arranged in a checkerboard pattern, wherein a corner point of each of the first subregions is shared with one of the corner points of another first subregion. an echogenic region, wherein the echogenic region includes a plurality of first subregions being defined by borderlines and a plurality of second subregions, wherein the first subregions include an echogenic enhancement, and wherein the first subregions and second subregions are arranged in an alternating pattern wherein at least one second subregion lies between each pair of first subregions with no borderlines shared between any pair of the first subregions; characterized in that the first subregions and second subregions are arranged in a checkerboard pattern, wherein a corner point of each of the first subregions is shared with one of the corner points of another first subregion.
A cosmetic ingredient comprising at least one plant squalane and at least one mixture of C24 to C48 alkanes, in at least dimeric form, selected from the alkanes of formula I. wherein - n is 1 or 0, - R 1, R' 1, R 2, R' 2, R 3 and R' 3 are the same or different and selected from the group consisting of hydrogen atoms -H, methyl radicals and linear C8 to C30 alkyl radicals, - at least one of R 1, R' 1, R 2, R' 2, R 3 and R' 3 identical or different, is selected from the linear C8 to C30 alkyl radicals, and at least one and at most one of R 1, R' 1, R 2, R' 2 R 3 et R' 3 is a methyl radical, said mixture of C24 to C48 alkanes having a viscosity of between 12 and 25 mm 2 /s at 40°C. - n is 1 or 0, - R 1, R' 1, R 2, R' 2, R 3 and R' 3 are the same or different and selected from the group consisting of hydrogen atoms -H, methyl radicals and linear C8 to C30 alkyl radicals, - at least one of R 1, R' 1, R 2, R' 2, R 3 and R' 3 identical or different, is selected from the linear C8 to C30 alkyl radicals,
A method for producing a phosphoryl imide salt represented by the following general formula, comprising the step of performing cation exchange by bringing a phosphoryl imide salt represented by the following general formula into contact with a cation exchange resin having M 1 n + or a metal salt represented by the general formula in an organic solvent having a water content of 0.3% by mass or less: wherein M 1 n + is an alkali metal cation, an alkaline earth metal cation, a quaternary ammonium cation or a quaternary phosphonium cation, M 2 n + is a tertiary ammonium cation (a protonated form of a tertiary organic base), N is a nitrogen atom, P is a phosphorus atom, and X is a sulfur atom or a phosphorus atom, n is 1 or 2, when X is a sulfur atom, m is 2 and R 4 is absent, when X is a phosphorus atom, m is 1, B is a chloride ion, a sulfate ion, a sulfonate ion or a carbonate ion, and R 1, R 2, R 3 and R 4 are each independently selected from a fluorine atom, an alkyl group, an alkoxy group, an alkenyl group, an alkenyloxy group, an alkynyloxy group and an aryloxy group. wherein M 1 n + is an alkali metal cation, an alkaline earth metal cation, a quaternary ammonium cation or a quaternary phosphonium cation, M 2 n + is a tertiary ammonium cation (a protonated form of a tertiary organic base), N is a nitrogen atom, P is a phosphorus atom, and X is a sulfur atom or a phosphorus atom, n is 1 or 2, when X is a sulfur atom, m is 2 and R 4 is absent, when X is a phosphorus atom, m is 1, B is a chloride ion, a sulfate ion, a sulfonate ion or a carbonate ion, and R 1, R 2, R 3 and R 4 are each independently selected from a fluorine atom, an alkyl group, an alkoxy group, an alkenyl group, an alkenyloxy group, an alkynyloxy group and an aryloxy group.
A sintering apparatus comprising: a plurality of sintering trailers movably disposed along a moving path and in which a raw material is inserted therein; an ignition furnace disposed above the sintering trailers to spray flames to a top surface of the raw material; a wind box provided in plurality under the sintering trailers along the moving path to suction air downward from the sintering trailers to sinter the raw material; a cooler disposed on one side of the moving path to supply a cooling gas to a sintered ore discharged from each of the sintering trailers; a first circulation part connected to the cooler to supply at least one portion of the cooling gas supplied to the raw material to an upper portion of the sintering trailer; and a gas fuel supply part connected to the first circulation part to supply a gas fuel to the first circulation part, wherein the first circulation part comprises: a first hood disposed above the sintering trailers to extend along the moving path; and a first connection line having one end that is connected to the cooler and the other end that is connected to an upper portion of the first hood, and a first blower disposed in the first connection line, wherein the gas fuel supply part comprises: a fuel supply line defining a path through which the gas flue moves therein, the fuel supply line having one end that passes through the first hood; and a spray unit installed to one end of the fuel supply line to downward spray the gas fuel to the upper portion of the sintering trailer in the first hood, wherein the moving path comprises: an insertion section in which the raw material is inserted into the sintering trailer; an ignition section in which the raw material is ignited; and a sintering section in which the raw material is sintered, wherein the first circulation part and the gas fuel supply part supply the cooling gas and the gas fuel to the sintering section. a plurality of sintering trailers movably disposed along a moving path and in which a raw material is inserted therein; an ignition furnace disposed above the sintering trailers to spray flames to a top surface of the raw material; a wind box provided in plurality under the sintering trailers along the moving path to suction air downward from the sintering trailers to sinter the raw material; a cooler disposed on one side of the moving path to supply a cooling gas to a sintered ore discharged from each of the sintering trailers; an insertion section in which the raw material is inserted into the sintering trailer; an ignition section in which the raw material is ignited; and a sintering section in which the raw material is sintered,
An apparatus for exchanging heat comprising: a first solid heat transfer member comprising a slot; a second solid heat transfer member, physically separate from the first heat transfer member, wherein the second heat transfer member is movable with respect to the first heat transfer member, and wherein at least a part of the second heat transfer member is configured to pass through the slot, thereby defining: a proximal portion (102") of the part of the second heat transfer member which is within the slot, and a region (102'") of the part of the second heat transfer member which is outside of the slot; a heat exchange region configured to transfer heat between the first heat transfer member and the second heat transfer member, the heat exchange region comprising the slot and the proximal portion, characterized in that the proximal portion within the slot is separated from the slot by a separation distance of less than one or more of: 0.1mm, 50μ, 25μ, 10μ, 5μ. a first solid heat transfer member comprising a slot; a second solid heat transfer member, physically separate from the first heat transfer member, wherein the second heat transfer member is movable with respect to the first heat transfer member, and wherein at least a part of the second heat transfer member is configured to pass through the slot, thereby defining: a proximal portion (102") of the part of the second heat transfer member which is within the slot, and a region (102'") of the part of the second heat transfer member which is outside of the slot; a proximal portion (102") of the part of the second heat transfer member which is within the slot, and a region (102'") of the part of the second heat transfer member which is outside of the slot; a heat exchange region configured to transfer heat between the first heat transfer member and the second heat transfer member, the heat exchange region comprising the slot and the proximal portion, characterized in that the proximal portion within the slot is separated from the slot by a separation distance of less than one or more of: 0.1mm, 50μ, 25μ, 10μ, 5μ.
A cutting mill comprising a blocking device for cutting knives of a the cutting mill, comprising a body of a the cutting mill on which two or more seats are obtained, each of said seats houses a cutting tool or knife of said cutting mill, said knife being configured to rest against said body in correspondence with a reference point consisting of a recess of the knife which fits into an abutment of the body of said cutting mill, wherein said knife has an upper surface with an end lying on a first plane defined by two first inclined axes (Y, X) which form an angle a<90° and a lower surface with a lower end lying on a second plane defined by two second inclined axes (Y', X') which form an angle a' ≤ a, wherein a locking block, coupled to a cutting-limiting device, whose internal surface rests on the outer surface of the knife, and at least one fixing screw are inserted inside said seat of the body of said cutting mill, said at least one fixing screw being inserted, through said locking block, into a hole made in the body of the cutting mill at said seat, characterized in that the cutting mill comprises at least one elastic element, which is configured to push the knife into a prefixed position according to which said recess of the knife is placed against the abutment of the body, being coupled to said locking block.
A method performed by a user equipment, UE in a communication network, the method comprising: in case that the UE is camped on a visited public land mobile network, VPLMN, and in an idle state, obtaining (308, 309) a cell rank for neighboring cells by measuring signal strengths of the neighboring cells; determining whether the cell rank for the neighboring cells is the same for a certain number of discontinuous reception, DRX, cycles; determining whether a difference between a long term average value of a received reference signal indicator, RSSI, and a short term average value of the RSSI is within a threshold; determining whether accelerometer data indicates that the UE is in a limited mobility state; and in case that the UE is camped on the VPLMN and in the idle state, the cell rank is the same for the certain number of cycles, the difference between the long term average value and the short term average value is within the threshold, and the accelerometer data indicates that the UE is in the limited mobility state, entering an avoid-high-priority-PLMN-search state for the next expiration of a home public land mobile network. HPLMN, search timer. in case that the UE is camped on a visited public land mobile network, VPLMN, and in an idle state, obtaining (308, 309) a cell rank for neighboring cells by measuring signal strengths of the neighboring cells; determining whether the cell rank for the neighboring cells is the same for a certain number of discontinuous reception, DRX, cycles; determining whether a difference between a long term average value of a received reference signal indicator, RSSI, and a short term average value of the RSSI is within a threshold; determining whether accelerometer data indicates that the UE is in a limited mobility state; and in case that the UE is camped on the VPLMN and in the idle state, the cell rank is the same for the certain number of cycles, the difference between the long term average value and the short term average value is within the threshold, and the accelerometer data indicates that the UE is in the limited mobility state, entering an avoid-high-priority-PLMN-search state for the next expiration of a home public land mobile network. HPLMN, search timer.
A manufacturing method of an iron-based alloy medical apparatus, comprising: nitriding an iron-based alloy preformed unit at 350-550°C for 30-100 minutes, wherein the nitriding step includes discharging a mixed gas of nitrogen and hydrogen at a pressure of 40 - 150 Pa and at a bias voltage of 600 - 650 V, with a flow ratio of nitrogen to hydrogen being in the range of 1:2 to 1:9, characterized by ion etching the iron-based alloy preformed unit with an ion etching time of 80-110% of the nitriding time, wherein the ion-etching step includes discharging a mixed gas of argon and hydrogen at a pressure of 20 - 120 Pa and at a bias voltage of 650 - 800 V, with a flow ratio of argon to hydrogen being in the range of 1:2 to 1:9. nitriding an iron-based alloy preformed unit at 350-550°C for 30-100 minutes, wherein the nitriding step includes discharging a mixed gas of nitrogen and hydrogen at a pressure of 40 - 150 Pa and at a bias voltage of 600 - 650 V, with a flow ratio of nitrogen to hydrogen being in the range of 1:2 to 1:9, characterized by ion etching the iron-based alloy preformed unit with an ion etching time of 80-110% of the nitriding time, wherein the ion-etching step includes discharging a mixed gas of argon and hydrogen at a pressure of 20 - 120 Pa and at a bias voltage of 650 - 800 V, with a flow ratio of argon to hydrogen being in the range of 1:2 to 1:9.