mhurhangee/ep-ind-claims huggingface dataset:
Pull handle for releasing a lock of a vehicle door or vehicle flap, in particular of a construction machine or an agricultural vehicle, having: a) a pull handle housing (1 a) with a bearing part for fastening to the vehicle door or vehicle flap, and a handle part which is connected to the bearing part so as to be pivotable about a pivot axis, wherein, by pulling on the handle part, the latter can be pivoted from an unactuated position into an actuated position, b) an actuating mechanism, which is mounted in a pull handle housing (1 a), for releasing the lock, wherein the actuating mechanism can be activated by pulling on the handle part and has a coupling element (56; 146), which is mounted in the pull handle housing, for coupling to coupling elements, which are arranged outside the pull handle housing (1 a), for releasing the lock, c) a closing mechanism which is arranged or mounted completely in the pull handle housing and by means of which the actuating mechanism can be deactivated in such a manner that a pulling of the handle part does not actuate the coupling element and therefore does not release the lock, characterized in that the closing mechanism has means for decoupling the handle part from the coupling element in such a manner that a pulling on the handle part does not actuate the coupling element, i.e. the handle part executes an empty stroke. a) a pull handle housing (1 a) with a bearing part for fastening to the vehicle door or vehicle flap, and a handle part which is connected to the bearing part so as to be pivotable about a pivot axis, wherein, by pulling on the handle part, the latter can be pivoted from an unactuated position into an actuated position, b) an actuating mechanism, which is mounted in a pull handle housing (1 a), for releasing the lock, wherein the actuating mechanism can be activated by pulling on the handle part and has a coupling element (56; 146), which is mounted in the pull handle housing, for coupling to coupling elements, which are arranged outside the pull handle housing (1 a), for releasing the lock, c) a closing mechanism which is arranged or mounted completely in the pull handle housing and by means of which the actuating mechanism can be deactivated in such a manner that a pulling of the handle part does not actuate the coupling element and therefore does not release the lock, characterized in that the closing mechanism has means for decoupling the handle part from the coupling element in such a manner that a pulling on the handle part does not actuate the coupling element, i.e. the handle part executes an empty stroke.
An airfoil (55;200), comprising: a leading edge feed cavity in fluid communication with a leading edge impingement cavity; a trailing edge feed cavity in fluid communication with a plurality of trailing edge impingement cavities (110a, 110b, 110c) successively arranged toward a trailing edge of the airfoil; and a mid-feed cavity located between the leading edge feed cavity and the trailing edge feed cavity in fluid communication with a pair of mid-airfoil impingement cavities (106a, 106b); wherein each of the feed cavities (100, 104, 108) fluidly communicates with the corresponding impingement cavity (102, 106, 110) and the successive plurality of trailing edge impingement cavities (110a, 110b, 110c) fluidly communicate with each other via a plurality of crossovers; wherein the leading edge impingement cavity and the trailing edge impingement cavities (110a, 110b, 110c) each comprise an undulating internal suction-side surface and an undulating internal pressure-side surface; wherein the undulating internal suction-side surface and the undulating internal pressure-side surface are defined by a plurality of trip strips disposed on the internal suction-side surface and the internal pressure-side surface; and wherein a first of the plurality of crossovers is configured to direct cooling flow as a jet onto the undulating internal suction-side surface and a second of the crossovers is configured to direct cooling flow as a jet onto the undulating internal pressure-side surface. a leading edge feed cavity in fluid communication with a leading edge impingement cavity; a trailing edge feed cavity in fluid communication with a plurality of trailing edge impingement cavities (110a, 110b, 110c) successively arranged toward a trailing edge of the airfoil; and a mid-feed cavity located between the leading edge feed cavity and the trailing edge feed cavity in fluid communication with a pair of mid-airfoil impingement cavities (106a, 106b); wherein each of the feed cavities (100, 104, 108) fluidly communicates with the corresponding impingement cavity (102, 106, 110) and the successive plurality of trailing edge impingement cavities (110a, 110b, 110c) fluidly communicate with each other via a plurality of crossovers; wherein the leading edge impingement cavity and the trailing edge impingement cavities (110a, 110b, 110c) each comprise an undulating internal suction-side surface and an undulating internal pressure-side surface; wherein the undulating internal suction-side surface and the undulating internal pressure-side surface are defined by a plurality of trip strips disposed on the internal suction-side surface and the internal pressure-side surface; and wherein a first of the plurality of crossovers is configured to direct cooling flow as a jet onto the undulating internal suction-side surface and a second of the crossovers is configured to direct cooling flow as a jet onto the undulating internal pressure-side surface.
Method for detecting, evaluating and displaying measurement values of motors of electric drives, wherein there are measured by at least one sensor measurement values which are transmitted to a data processing unit, characterised in that two time coordinates are considered, wherein the measurement values are described within a rotation cycle of the drive in accordance with one time coordinate, which is called the rotation time, and the sequential rotations of the drive are described in accordance with the second time coordinate, which is called the comparison time, wherein the measurement values of a rotation cycle of the electric drive are stored and where applicable processed with an evaluation function, these data are then compared with a reference line, wherein the deviations between the data and the reference line are colour-coded and indicated on an output unit in such a manner that the two time coordinates are displayed perpendicularly to each other, and the colour-coded data points are each indicated at a position of the two-dimensional display surface which corresponds to the associated coordinates along the rotation time axis and the comparison time axis so that, in the event of a plurality of measurement cycles, a sequential arrangement of the colour-coded data points is produced.
A method for operating an, in particular optical and/or star-shaped network, wherein the network comprises a central data distribution point, which transmits useful data signals, particularly useful data packets, to a multiplicity of data receivers, wherein several of the useful data signals are only intended for a defined portion of the data receivers, particularly are intended for precisely one data receiver, wherein the data receiver can optionally assume a receiving mode and a sleep mode, wherein in the receiving mode, the reception and the processing of useful data signals is fundamentally possible and in the sleep mode, the reception of useful data signals or the processing of received useful data signals is not possible, wherein several data receivers are induced by a data-receiver-specific wake-up signal to change from the sleep mode to the receiving mode, wherein the wake-up signal is an optical signal which is received by a wake-up arrangement which is assigned to one of the data receivers in each case, characterised in that - only in the event that the wake-up signal is intended for the assigned data receiver and the assigned data receiver is not in receiving mode - the following steps take place in the specified sequence: - a filter unit of the wake-up arrangement emits a modified optical wake-up signal, which is detected by a light-sensitive sensor of the wake-up arrangement, - the wake-up arrangement emits an electrical or electronic wake-up command to the assigned data receiver, - induced by the wake-up command, the assigned data receiver changes to the receiving mode. - a filter unit of the wake-up arrangement emits a modified optical wake-up signal, which is detected by a light-sensitive sensor of the wake-up arrangement, - the wake-up arrangement emits an electrical or electronic wake-up command to the assigned data receiver, - induced by the wake-up command, the assigned data receiver changes to the receiving mode.
An airbag unit comprising: an airbag that covers, upon being unfolded, at least a part of a hood or a windshield outside a vehicle; a gas generator that ejects gas into the airbag; a cover bottom member that accommodates therein the airbag yet to be expanded and the gas generator; and a cover lid member including a cover lid plate that covers the cover bottom member in which the airbag is accommodated, characterized in that the cover lid plate is attached to a cowl cover arranged in an area between the hood and the windshield of the vehicle; wherein a periphery of an opening formed in a central region of the cowl cover overlaps with a peripheral edge of the cover lid plate. an airbag that covers, upon being unfolded, at least a part of a hood or a windshield outside a vehicle; a gas generator that ejects gas into the airbag; a cover bottom member that accommodates therein the airbag yet to be expanded and the gas generator; and a cover lid member including a cover lid plate that covers the cover bottom member in which the airbag is accommodated, characterized in that the cover lid plate is attached to a cowl cover arranged in an area between the hood and the windshield of the vehicle; wherein a periphery of an opening formed in a central region of the cowl cover overlaps with a peripheral edge of the cover lid plate.
A synthesizer comprising a coarse-adjustment synthesizer and a fine-adjustment synthesizer, wherein the coarse-adjustment synthesizer comprises an integer-type phase-locked loop having a reference integer frequency divider, a phase comparator, a loop filter, a frequency variable oscillator, a band-pass filter, and a feedback path programmable integer frequency divider, an output signal of the frequency variable oscillator being provided to the band-pass filter the output of which is provided to the feedback path programmable integer frequency divider, the fine-adjustment synthesizer comprises a fractional phase-locked loop having a reference integer frequency divider, a phase comparator, a loop filter, a frequency variable oscillator, a mixer, a band-pass filter, and a feedback path programmable fractional frequency divider, an output of the frequency variable oscillator being input to the mixer and mixed with the signal that comes from the coarse-adjustment synthesizer, the mixed signal being band-limited by the band-pass filter and then provided to the feedback path programmable fractional frequency divider, an output of a reference signal source is input in parallel to both the coarse-adjustment synthesizer and the fine-adjustment synthesizer, an output signal of the frequency variable oscillator in the fine-adjustment synthesizer and an output signal of the frequency variable oscillator in the coarse-adjustment synthesizer are provided to the mixer in the fractional phase-locked loop, an output signal of the fine-adjustment synthesizer is output to an output end, and a phase comparison frequency of the coarse-adjustment synthesizer is a power of 1/2 of a phase comparison frequency of the fine-adjustment synthesizer, thereby making it possible to continuously set a frequency capable of oscillation.
An autoinjector device comprising: an elongate housing containing a syringe or cartridge having an internal piston for expressing a dose from the syringe or cartridge, a drive member for engaging said piston, and a drive energy source acting on said drive member; a retention member mounted in said housing and movable between a retaining position in which the drive member is kept in a cocked condition with the drive energy source energised, and a release position in which the drive member is released for movement under the influence of the drive source, and an outer sleeve movably mounted with respect to said housing, said outer sleeve having associated therewith a trigger element movable to urge said retention member to move to its release position, and the outer sleeve being longitudinally movable between a safe state in which said retention member is prevented from moving to its release position, and a ready state in which the retention member is free to move to its release position when urged by action of said trigger element; and characterised in that said retention member is a plate mounted for transverse sliding movement relative to the housing. an elongate housing containing a syringe or cartridge having an internal piston for expressing a dose from the syringe or cartridge, a drive member for engaging said piston, and a drive energy source acting on said drive member; a retention member mounted in said housing and movable between a retaining position in which the drive member is kept in a cocked condition with the drive energy source energised, and a release position in which the drive member is released for movement under the influence of the drive source, and an outer sleeve movably mounted with respect to said housing, said outer sleeve having associated therewith a trigger element movable to urge said retention member to move to its release position, and the outer sleeve being longitudinally movable between a safe state in which said retention member is prevented from moving to its release position, and a ready state in which the retention member is free to move to its release position when urged by action of said trigger element; and characterised in that said retention member is a plate mounted for transverse sliding movement relative to the housing.
Suction cleaner head, having a side wall, wherein at least one holding element is arranged on the side wall, and wherein assigned to the at least one holding element is a securing element for windings (62, 64) of a suction hose, wherein the securing element is fixed to the at least one holding element or is fixed to the side wall at a position in proximity to the at least one holding element, wherein the suction hose is supportable by the at least one holding element against falling downwardly, and wherein the at least one holding element is arranged and configured such that the suction hose is windable in a plurality of windings (53, 62, 64) around the side wall, characterized in that a fixing element for the securing element is arranged at a height distance relative to the at least one holding element.
A work vehicle comprising: an engine; an engine compartment containing the engine; a top plate having a first opening section and defining an upper surface of the engine compartment; a member to be cooled disposed inside the engine compartment; a tubular member disposed above the member to be cooled and disposed below the first opening section; a cooling compartment; a partition wall that separates the engine compartment and the cooling compartment; a cooling fan for exhausting air from the cooling compartment; a communication section that allows communication between the engine compartment and the cooling compartment; a first cover member disposed above the first opening section so as to cover the first opening section, and a second cover member having a first ventilation section configured by a plurality of through-holes and disposed above the first cover member. an engine; an engine compartment containing the engine; a top plate having a first opening section and defining an upper surface of the engine compartment; a member to be cooled disposed inside the engine compartment; a tubular member disposed above the member to be cooled and disposed below the first opening section; a cooling compartment; a partition wall that separates the engine compartment and the cooling compartment; a cooling fan for exhausting air from the cooling compartment; a communication section that allows communication between the engine compartment and the cooling compartment; a first cover member disposed above the first opening section so as to cover the first opening section, and a second cover member having a first ventilation section configured by a plurality of through-holes and disposed above the first cover member.
A method performed by a first base station in a communication system, the method comprising: identifying that a first frequency band associated with a first cell and a second frequency band associated with a second cell are a frequency combination in which inter-modulation distortion, IMD, interference or harmonic interference occurs; identifying resource assignment information allocating resources for a terminal, wherein a resource not used by a first cell is allocated as a resource for a cell other than a first cell; transmitting the resource assignment information to a terminal; and transmitting or receiving a signal based on the resource assignment information, wherein, in case that the first frequency band associated with the first cell and the second frequency band associated with the second cell are a frequency combination in which IMD interference occurs, a downlink, DL, resource not used by the first cell is allocated as a DL resource for the second cell, and an uplink, UL, resource not used by the first cell is allocated as an UL resource for the second cell. identifying that a first frequency band associated with a first cell and a second frequency band associated with a second cell are a frequency combination in which inter-modulation distortion, IMD, interference or harmonic interference occurs; identifying resource assignment information allocating resources for a terminal, wherein a resource not used by a first cell is allocated as a resource for a cell other than a first cell; transmitting the resource assignment information to a terminal; and transmitting or receiving a signal based on the resource assignment information, wherein, in case that the first frequency band associated with the first cell and the second frequency band associated with the second cell are a frequency combination in which IMD interference occurs, a downlink, DL, resource not used by the first cell is allocated as a DL resource for the second cell, and an uplink, UL, resource not used by the first cell is allocated as an UL resource for the second cell.
An antibody or a functional fragment thereof binding to all or part of the epitope on human FGF23 to which an antibody produced by hybridoma C10 (Accession No. FERM BP-10772) binds, wherein the antibody or functional fragment thereof increases serum phosphorous concentration when administered to human, wherein the extent of the increase of the serum phosphorous concentration is greater and the duration of increased level of serum phosphorous concentration is longer compared to antibody 2C3B produced by hybridoma of Accession No. FERM BP-7838.
A method for detecting lysosomal enzyme -specific neutralizing factors in a sample comprising the steps of: (a) contacting a body fluid sample with a lysosomal enzyme conjugated to a detection moiety to detect LE-specific neutralizing factors in the body fluid sample, wherein the LE-specific neutralizing factor and lysosomal enzyme detection moiety form a complex; (b) contacting the LE-specific factor/lysosomal enzyme complex from step (a) with cells comprising a cation independent mannose-6-phosphate receptor (CI-MPR), wherein the sample is contacted with the cells for at least three hours at approximately 37°C; and (c) detecting the presence of LE-specific neutralizing factor from the body fluid sample by detecting the presence of the lysosomal enzyme labeled with the detection moiety inside the cell or on the surface of the cell, wherein the limit of detection is less than about 500 ng/mL. (a) contacting a body fluid sample with a lysosomal enzyme conjugated to a detection moiety to detect LE-specific neutralizing factors in the body fluid sample, wherein the LE-specific neutralizing factor and lysosomal enzyme detection moiety form a complex; (b) contacting the LE-specific factor/lysosomal enzyme complex from step (a) with cells comprising a cation independent mannose-6-phosphate receptor (CI-MPR), wherein the sample is contacted with the cells for at least three hours at approximately 37°C; and (c) detecting the presence of LE-specific neutralizing factor from the body fluid sample by detecting the presence of the lysosomal enzyme labeled with the detection moiety inside the cell or on the surface of the cell, wherein the limit of detection is less than about 500 ng/mL.
Reciprocating-saw blade for a power tool, in particular a jigsaw blade, having a first saw-tooth row and a second saw-tooth row, wherein the first and second saw-tooth rows (3, 4) are at an angle (α 1, α 2) in relation to a longitudinal axis of the reciprocating-saw blade, wherein the angle (α 1) of the first saw-tooth row is directed oppositely in relation to the angle (α 2) of the second saw-tooth row, wherein, between the first and second saw-tooth rows (3, 4), there is arranged a further saw-tooth row (3a, 4a) which, with respect to the first and second saw-tooth rows (3, 4), is arranged in an abruptly set-back manner in relation to the longitudinal axis such that a first tooth of the further saw-tooth row, which first tooth adjoins the first saw-tooth row, is set back towards the longitudinal axis from a longitudinal extent of a first profile of saw-tooth tips of the first saw-tooth row and a second tooth of the further saw-tooth row, which second tooth adjoins the second saw-tooth row, is set back towards the longitudinal axis from a longitudinal extent of a second profile of saw-tooth tips of the second saw-tooth row, characterized in that the further saw-tooth row (3a, 4a) is divided centrally by a dividing plane which extends transversely to the longitudinal axis of the reciprocating-saw blade, wherein further saw teeth of the further saw-tooth row (3a, 4a) that are arranged on a side of the dividing plane facing towards the shank are directed in the direction of a tip of the reciprocating-saw blade, and further saw teeth arranged on the side of the tip in relation to the dividing plane are directed in the direction of the shank.
A system to hermetically seal an access opening allowing access to a chamber suited to contain toxic and/or radioactive fluids, the system comprising a mobile closing panel to be arranged, in use, in front of an annular wall portion of the chamber surrounding said opening, so as to close the opening itself, and at least two sealing gaskets (14, 15), which have an annular shape and are suited to be interposed, concentrically to one another, between the closing panel and the annular portion, so as to ensure a hermetic seal and to define a hollow space between the inner surface of the closing panel, the annular portion and the two gaskets (14, 15); the annular portion having a hole in correspondence to said hollow space; the system comprising a control chamber and a conduit to connect the hole to the control chamber, so as to establish a communication between the hollow space and the control chamber, thus allowing the hermetic seal of the system to be controlled, and being characterised in that said gaskets consist of dynamic expansion gaskets (14, 15) which are suited to be expanded when said closing panel is in front of said annular portion.