mhurhangee/ep-ind-claims huggingface dataset:
Fastening tool with an internal combustion engine for driving fastening elements into a support material, comprising a cylinder, in which a propulsion piston is slideably mounted, a combustion chamber (1, 11) arranged to be supplied with fuel, a rear cylinder head bearing a means for igniting the fuel in the chamber after its closure against the cylinder head and after the closure of the tool, a translationally moveable plug guide intended to receive a fastening element and the rod of the piston, and a cage coupled in translation, at the rear, to the chamber and, at the front, to the plug guide, return means being provided in order, upon opening of the tool, to open the chamber while driving the plug guide forwards, opening and closing stop means also being provided for the chamber, the tool additionally comprising, on each side of the tool, a single opening and closing lateral chamber stop pad (18, 55) secured to the chamber and mounted in a translationally moveable manner with respect to the cylinder, characterized in that it comprises - a single central spring for opening the chamber, and in that, - on each side of the tool, the pad is arranged to slide on a path (17; 54) formed on the corresponding side of the cylinder. - a single central spring for opening the chamber, and in that, - on each side of the tool, the pad is arranged to slide on a path (17; 54) formed on the corresponding side of the cylinder.
A method for adjusting a hearing apparatus by - performing a percentile analysis for obtaining at least one frequency response for the hearing apparatus, - determining a deviation of the frequency response from a target amplification characteristic curve, - changing a setting of the hearing apparatus in order to reduce the deviation chacterized by - determining (12, 12') an up-to-date frequency response without a percentile analysis after changing the setting by presenting a constant noise signal or a single sinusoidal sweep at the input to the hearing apparatus and measuring a level at the output, - wherein the same determination (12, 12') of the up-to-date frequency response occurs before the changing step as after changing, and a relative change in the frequency response due to changing the setting is determined thereform. - performing a percentile analysis for obtaining at least one frequency response for the hearing apparatus, - determining a deviation of the frequency response from a target amplification characteristic curve, - changing a setting of the hearing apparatus in order to reduce the deviation - determining (12, 12') an up-to-date frequency response without a percentile analysis after changing the setting by presenting a constant noise signal or a single sinusoidal sweep at the input to the hearing apparatus and measuring a level at the output, - wherein the same determination (12, 12') of the up-to-date frequency response occurs before the changing step as after changing, and a relative change in the frequency response due to changing the setting is determined thereform.
A photoresist stripping composition, comprising: 1) at least one water soluble polar aprotic organic solvent in an amount of from 30 % by weight to 90 % by weight to the total weight of the stripping composition; 2) at least one alcohol solvent; 3) at least one quaternary ammonium hydroxide; 4) water; 5) at least one copper corrosion inhibitor selected from 6-substituted-2,4-diamino-1,3,5-triazines, the substituent at the 6-position being a substituted or unsubstituted aryl group; and 6) optionally, at least one defoaming surfactant. 1) at least one water soluble polar aprotic organic solvent in an amount of from 30 % by weight to 90 % by weight to the total weight of the stripping composition; 2) at least one alcohol solvent; 3) at least one quaternary ammonium hydroxide; 4) water; 5) at least one copper corrosion inhibitor selected from 6-substituted-2,4-diamino-1,3,5-triazines, the substituent at the 6-position being a substituted or unsubstituted aryl group; and 6) optionally, at least one defoaming surfactant.
A movement device for moving a load provided with wheels and rolling on railway tracks, the movement device comprising at least: - a geared motor whose shaft has a horizontal axis of rotation, - a drive roller attached to the free end of the shaft of the geared motor and rotated thereby, said drive roller being arranged to come to bear against one of the wheels of the load to be moved, and - two support rollers arranged to come to bear against the rail of the railway track receiving said wheel of the load to be moved and configured to be rotated by adhesion by said drive roller, - an arm rigidly connected at one end thereof to the shaft of the geared motor and extending horizontally and perpendicularly to the axis of rotation of said shaft, and - a brake shoe rigidly connected to the free end of said arm and arranged, on the one hand, so as to be disposed in the vicinity of said wheel of the load to be moved on the side opposite to said drive roller and, on the other hand, so as to come to bear against said rail of the railway track receiving said wheel, - the arm being mounted such that it pivots on the shaft of the geared motor about the axis of rotation thereof, and the brake shoe being mounted such that it pivots at the end of the associated arm about an axis of rotation parallel to the axis of rotation of the shaft of the geared motor. - a geared motor whose shaft has a horizontal axis of rotation, - a drive roller attached to the free end of the shaft of the geared motor and rotated thereby, said drive roller being arranged to come to bear against one of the wheels of the load to be moved, and - two support rollers arranged to come to bear against the rail of the railway track receiving said wheel of the load to be moved and configured to be rotated by adhesion by said drive roller, - an arm rigidly connected at one end thereof to the shaft of the geared motor and extending horizontally and perpendicularly to the axis of rotation of said shaft, and - a brake shoe rigidly connected to the free end of said arm and arranged, on the one hand, so as to be disposed in the vicinity of said wheel of the load to be moved on the side opposite to said drive roller and, on the other hand, so as to come to bear against said rail of the railway track receiving said wheel, - the arm being mounted such that it pivots on the shaft of the geared motor about the axis of rotation thereof, and the brake shoe being mounted such that it pivots at the end of the associated arm about an axis of rotation parallel to the axis of rotation of the shaft of the geared motor.
A method for operating a D2D enabled UE for a cellular communication network, the method comprising performing a cell search in an out of coverage condition of the UE, wherein performing a cell search is based on a first measurement configuration during a first phase, and based on a second measurement configuration during a second phase, wherein the first measurement configuration pertains to a pre-configured carrier used by the UE for D2D/ProSe operation in out of network coverage operation, wherein the second measurement configuration comprises information about all non-configured carriers of at least one frequency band supported by the UE, wherein the first phase is defined by a first time threshold and the second phase is defined by a second time threshold, wherein when no cell is detected up to the first time threshold, then the UE during the second time threshold initiates the detection of cells on all the non-configured carriers of the at least one frequency band supported by the UE.
Power source for timepieces, comprising a going barrel, pivoting about an arbor, containing a mainspring mounted between said barrel and said arbor, which carries and rotates integrally with a ratchet wheel for driving said arbor, wherein said power source includes a differential gear of which a first input is driven indirectly by said ratchet wheel and a second input is said barrel, and whose output is a pivoting output wheel, coaxial with said arbor and arranged to drive a power reserve indicator, and wherein said differential gear includes balls arranged to drive housings of said output wheel forming a cage, and cooperating with an upper surface of said barrel and with a lower surface, which is arranged on the side of said upper surface of said barrel, of a differential plate, which plate is arranged to pivot on said arbor, coaxially thereto, and is connected to said ratchet wheel or to a bottom plate by a friction means, and which forms said first input, said differential plate being arranged to be connected to a bottom plate by a friction means, characterized in that said ratchet wheel is incorporated in said barrel for which it forms a cover.
A wave loss detection circuit for a switching transistor drive signal, comprising: a diode, a first resistor, a first energy storage unit, a second resistor, and a comparison unit; wherein an anode of the diode is configured to receive a first switching transistor drive signal, and a cathode of the diode is connected to a first end of the first resistor; a second end of the first resistor is connected to a first end of the first energy storage unit, a first end of the second resistor, and a first input end of the comparison unit; a second end of the first energy storage unit and a second end of the second resistor are connected to a ground level, and a resistance of the first resistor is less than a resistance of the second resistor, so that a charging speed of the first energy storage unit is greater than a discharging speed of the first energy storage unit; and a second input end of the comparison unit is configured to receive a threshold voltage (Vth), wherein the first input end of the comparison unit is a positive input end and the second input end of the comparison unit is a negative input end, and if a voltage (Vin) received by the first input end of the comparison unit is less than the threshold voltage, an output end of the comparison unit outputs a first voltage signal at a high-level, wherein the first voltage signal indicates that a wave loss occurs in the first switching transistor drive signal, wherein the threshold voltage is a critical voltage of the first switching transistor drive signal used to determine whether a wave loss occurs in the first switching transistor drive signal.
Device for industrial automation, comprising a housing and a valve unit arranged in the housing, which valve unit is designed as a pneumatic proportional valve, as well as a display device arranged on the housing for displaying status information about the valve unit, characterized in that the device is adapted to provide, on the basis of a setpoint value associated with the valve unit and an actual value associated with the valve unit, a deviation value and to display, according to the deviation value, a deviation indicator on the display device, wherein - the deviation indicator comprises a bar, whose size depends on the deviation value, wherein the bar extends to the right or to the left depending on the sign of the deviation value, or - the deviation indicator comprises a set point graphic element and a deviation graphic element formed as a marker, wherein, if the actual value is less than the setpoint, the marker is displayed to the left of the setpoint graphic element and, if the actual value is greater than the setpoint, the marker is displayed to the right of the setpoint graphic element. - the deviation indicator comprises a bar, whose size depends on the deviation value, wherein the bar extends to the right or to the left depending on the sign of the deviation value, or - the deviation indicator comprises a set point graphic element and a deviation graphic element formed as a marker, wherein, if the actual value is less than the setpoint, the marker is displayed to the left of the setpoint graphic element and, if the actual value is greater than the setpoint, the marker is displayed to the right of the setpoint graphic element.
Nor-ursodeoxycholic acid and/or pharmaceutically acceptable salts thereof for use in the treatment and/or the prevention of hepatocellular carcinoma and cholangiocarcinoma.
A target detection device comprising: a transmission means configured to continuously transmit a wave propagating through a medium, wherein the transmitted wave is a modulated continuous wave; a reception means configured to receive a reflected wave that the wave is reflected in the medium; a signal processing device configured to estimate a lower limit distance of a detection distance range for which an intensity level of a scattered wave from the medium in the detection distance range is equal to or smaller than an allowable level, and remove, from a signal of the reflected wave received by the reception means, a signal of a scattered wave from the medium in a masking region from the reception means to the lower limit distance to perform output; and a detection means configured to detect a target in the medium, based on an output from the signal processing device, wherein the transmission means is configured to perform frequency modulation, phase modulation, or amplitude modulation to transmit the wave, and wherein the signal processing device is configured to remove, from a signal of the reflected wave received by the reception means, a signal of a scattered wave from the medium in the masking region based on modulation information of the reflected wave received by the reception means. a transmission means configured to continuously transmit a wave propagating through a medium, wherein the transmitted wave is a modulated continuous wave; a reception means configured to receive a reflected wave that the wave is reflected in the medium; a signal processing device configured to estimate a lower limit distance of a detection distance range for which an intensity level of a scattered wave from the medium in the detection distance range is equal to or smaller than an allowable level, and remove, from a signal of the reflected wave received by the reception means, a signal of a scattered wave from the medium in a masking region from the reception means to the lower limit distance to perform output; and a detection means configured to detect a target in the medium, based on an output from the signal processing device, wherein the transmission means is configured to perform frequency modulation, phase modulation, or amplitude modulation to transmit the wave, and wherein the signal processing device is configured to remove, from a signal of the reflected wave received by the reception means, a signal of a scattered wave from the medium in the masking region based on modulation information of the reflected wave received by the reception means.
A sterilization indicator, comprising: a first compartment containing a genetically engineered biological indicator, the first compartment being adapted to permit the biological indicator to be brought into contact with a sterilization medium during sterilization; and a second compartment containing at least one enzyme substrate, the second compartment being adapted to maintain the enzyme substrate separate from the biological indicator during sterilization, and the second compartment being adapted to permit the enzyme substrate to contact the biological indicator after the biological indicator has been exposed to the sterilization medium; wherein the genetically engineered biological indicator comprises at least one microorganism and at least one reporter gene suitable for producing an indicator enzyme, wherein the reporter gene comprises lacZ, bgaB, xylE, cat, or a mixture of two or more thereof; wherein the microorganism in the sterilization indicator is free of any active or activatable repressor gene that would inhibit expression of the reporter gene if present in the microorganism or sterilization indicator, and wherein the indicator enzyme and the enzyme substrate are selected such that enzymatic action of the indicator enzyme upon the enzyme substrate yields a detectable signal. a first compartment containing a genetically engineered biological indicator, the first compartment being adapted to permit the biological indicator to be brought into contact with a sterilization medium during sterilization; and a second compartment containing at least one enzyme substrate, the second compartment being adapted to maintain the enzyme substrate separate from the biological indicator during sterilization, and the second compartment being adapted to permit the enzyme substrate to contact the biological indicator after the biological indicator has been exposed to the sterilization medium; wherein the genetically engineered biological indicator comprises at least one microorganism and at least one reporter gene suitable for producing an indicator enzyme, wherein the reporter gene comprises lacZ, bgaB, xylE, cat, or a mixture of two or more thereof; wherein the microorganism in the sterilization indicator is free of any active or activatable repressor gene that would inhibit expression of the reporter gene if present in the microorganism or sterilization indicator, and wherein the indicator enzyme and the enzyme substrate are selected such that enzymatic action of the indicator enzyme upon the enzyme substrate yields a detectable signal.
Device for unrolling and severing a strip on a strip roll having a main body, wherein the main body has an upper side with a tear-off blade, a gap, a storage plate for depositing the strip or a roller, two lateral guide surfaces (6, 7) and an underside, characterized in that the storage plate can be pivoted laterally or the roller arranged behind the gap, as viewed against the unrolling direction, can be inserted and latched for depositing the strip, wherein the storage plate or the roller form the gap in its end position with a rear edge of the upper side.
A composition for selectively isolating and concentrating nucleic acid fragments of 250 bp or less from a sample, comprising a first phase component and a second phase component forming an aqueous two phase system (ATPS) when the components are dissolved in an aqueous solution, wherein the first phase component is a polymer dissolving in a first phase, and the second phase component is a salt dissolving in a second phase, characterized in that: the polymer is polyethylene glycol 6000 at a concentration of 8-11 wt %, and the salt is potassium phosphate dibasic at a concentration of 20-22 wt %.
A material transfer vehicle comprising: (a) a frame having a frame longitudinal axis; (b) an operator's station that is mounted on the frame; (c) a conveyor: (i) having an upper side and a conveyor longitudinal axis; (ii) which is mounted on the frame; (iii) which is located adjacent to and below the operator's station; (iv) which is adapted to be moved between a working position in which the conveyor longitudinal axis forms a working angle (θ w) with the frame longitudinal axis and a travel position in which the conveyor longitudinal axis forms a travel angle (θ T) with the frame longitudinal axis; (d) an access stairway to the operator's station comprising a side stair portion (141, 142); characterized in that: said access stairway also comprises a conveyor step (143, 144, 145) that is mounted on the upper side of the conveyor, said conveyor step (143,144,145) being mounted so as to be generally horizontal when the conveyor is in its working position, wherein the term horizontal refers to a direction or orientation that is generally parallel to the frame of the material transfer vehicle. (a) a frame having a frame longitudinal axis; (b) an operator's station that is mounted on the frame; (c) a conveyor: (i) having an upper side and a conveyor longitudinal axis; (ii) which is mounted on the frame; (iii) which is located adjacent to and below the operator's station; (iv) which is adapted to be moved between a working position in which the conveyor longitudinal axis forms a working angle (θ w) with the frame longitudinal axis and a travel position in which the conveyor longitudinal axis forms a travel angle (θ T) with the frame longitudinal axis; (i) having an upper side and a conveyor longitudinal axis; (ii) which is mounted on the frame; (iii) which is located adjacent to and below the operator's station; (iv) which is adapted to be moved between a working position in which the conveyor longitudinal axis forms a working angle (θ w) with the frame longitudinal axis and a travel position in which the conveyor longitudinal axis forms a travel angle (θ T) with the frame longitudinal axis; (d) an access stairway to the operator's station comprising a side stair portion (141, 142); characterized in that: said access stairway also comprises a conveyor step (143, 144, 145) that is mounted on the upper side of the conveyor, said conveyor step (143,144,145) being mounted so as to be generally horizontal when the conveyor is in its working position,
A rotor of a turbomachine, with a rotor basic body and with multiple moving blades, wherein each moving blade comprises a blade root and a blade leaf, wherein each moving plate is fastened to the rotor basic body via its blade root, wherein each moving blade in the region of its blade leaf comprises at least one coupling element segment, and wherein in circumferential direction a width of the or each coupling element segment of each moving blade comprises a first side and a second side, which in each case are defined by radially outer edges (18, 19) substantially extending in axial direction and radially inner edges (20, 21), characterized in that in viewing direction from radially outside the or each coupling element segment (10, 33) of each moving blade on the first side, which seen in circumferential direction is followed by a coupling element segment of a first directly adjacent moving blade, is contoured in such a manner that on the flow inlet side adjacent to a flow inlet edge of the blade leaf of the respective moving blade the radially outer edge of the respective coupling element segment substantially extending in axial direction projects in circumferential direction relative to the radially inner edge of the respective coupling element segment substantially extending in axial direction, whereas on this first side on the flow outlet side facing away from a flow outlet edge of the blade leaf of the respective moving blade the radially inner edge substantially extending in axial direction projects in circumferential direction relative to the radially outer edge substantially extending in axial direction, and in that the or each coupling element segment (10, 33) of each moving blade on the second side located opposite the first side which seen in circumferential direction is followed by a coupling element segment of a second directly adjacent moving blade is contoured in such a manner that on the flow outlet side adjacent to the flow outlet edge of the blade leaf of the respective moving blade the radially outer edge of the respective coupling element segment substantially extending in axial direction projects in circumferential direction relative to the radially inner edge of the respective coupling element segment substantially extending in axial direction, whereas on this second side on the flow inlet side facing away from the flow inlet edge of the blade leaf of the respective moving blade the radially inner edge substantially extending in axial direction projects in circumferential direction relative to the outer edge substantially extending in axial direction.