mhurhangee/ep-ind-claims huggingface dataset:
A device for application of a sensor to a measurement site, said device comprising at least one application area enabling the application of the device to a patient's skin, the device being configured as a clamping arrangement having a clamping area which resiliently presses against the application area, the device further having an interface for connecting the device to a sensor head, wherein the device has at least a wall arrangement comprising walls that are perpendicular to the measurement site and providing an applicator volume above the patient's skin, wherein the wall arrangement comprises a patient's side and a sensor side, wherein at least one gas-permeable membrane separates the applicator volume into a first volume being directed to the measuring site at the patient's side of the wall arrangement and a second volume being separated from the patient's skin and directed to the sensor side of the wall arrangement and at least the wall arrangement and the membrane cannot be disassembled without being destroyed, wherein the interface comprises a sealing element for sealing the second volume from ambient gases and ambient radiation during use and wherein the membrane on the patient's side is provided with a contact medium, which preferably seals the first volume from ambient air and/or from ambient radiation, wherein the contact medium is covered by a detachable cover layer before use.
A method of distinguishing between a mixed bacterial and viral co-infection and a pure viral infection in a subject comprising measuring the polypeptide expression level of RSAD2 in a sample from the subject, wherein the sample is whole blood or a fraction thereof, wherein said blood fraction comprises cells selected from the group consisting of lymphocytes, monocytes and granulocytes, wherein when the RSAD2 expression level is higher than the RSAD2 expression level in a blood sample of a subject who does not have an infection, a pure viral infection is indicated.
A recording material discrimination device comprising: a reflected light determination unit (301, 211; 1403, 1404) for reading reflected light reflected from a surface of a recording material and determining a first attribute of said recording material; a transmitted light determination unit (302, 211; 1303, 1304; 1403, 1404, 1405) for reading transmitted light transmitted through said recording material and determining a second attribute of said recording material; and a discrimination unit for discriminating a kind of said recording material, characterized by a selection unit adapted to select whether to discriminate the kind of said recording material based on the second attribute determined by said transmitted light determination unit and the first attribute determined by said reflected light determination unit or to discriminate the kind of said recording material not based on the second attribute determined by said transmitted light determination unit but based on the first attribute determined by said reflected light determination unit according to a discrimination result based on the second attribute determined by said transmitted light determination unit. a reflected light determination unit (301, 211; 1403, 1404) for reading reflected light reflected from a surface of a recording material and determining a first attribute of said recording material; a transmitted light determination unit (302, 211; 1303, 1304; 1403, 1404, 1405) for reading transmitted light transmitted through said recording material and determining a second attribute of said recording material; and a discrimination unit for discriminating a kind of said recording material, characterized by a selection unit adapted to select whether to discriminate the kind of said recording material based on the second attribute determined by said transmitted light determination unit and the first attribute determined by said reflected light determination unit or to discriminate the kind of said recording material not based on the second attribute determined by said transmitted light determination unit but based on the first attribute determined by said reflected light determination unit according to a discrimination result based on the second attribute determined by said transmitted light determination unit.
A connecting element for gluing onto a component surface, so that a part can be fastened thereto, comprising the following features: a. a retaining pin having a pin section, to which the part can be fastened, and an anchor, b. a disk made of material, which can be penetrated by light, in which the retaining pin is fastened via the anchor, having a removal-inhibiting shape, such that due to the anchor, the retaining pin is arranged in the disk secured against removal, in which c. the anchor is arranged as a flat structure transverse to the longitudinal axis of the retaining pin or at an angle not equal to 90° with respect to the longitudinal axis of the retaining pin (10, and is formed closed or interrupted at least to some extent in the longitudinal direction of the retaining pin, characterized in that d. the retaining pin is fastened in the disk via the anchor having a rotation-inhibiting shape such that due to the anchor the retaining pin is arranged in the disk secured against rotation, and its flat anchor comprises on a side facing toward or away from the pin section, or on both sides, at least one web projecting therefrom, that extends transversely to the longitudinal axis of the retaining pin, and that forms an anti-rotation protection of the anchor in the disk, or that e. an attachment surface of the connecting element is comprised in an inner portion of the anchor and in an outer portion of the material, which can be penetrated by light, wherein the disk is injection molded, glued, latched or clipped to the anchor or the disk is fixed to the anchor by friction welding. a. a retaining pin having a pin section, to which the part can be fastened, and an anchor, b. a disk made of material, which can be penetrated by light, in which the retaining pin is fastened via the anchor, having a removal-inhibiting shape, such that due to the anchor, the retaining pin is arranged in the disk secured against removal, in which c. the anchor is arranged as a flat structure transverse to the longitudinal axis of the retaining pin or at an angle not equal to 90° with respect to the longitudinal axis of the retaining pin (10, and is formed closed or interrupted at least to some extent in the longitudinal direction of the retaining pin, characterized in that d. the retaining pin is fastened in the disk via the anchor having a rotation-inhibiting shape such that due to the anchor the retaining pin is arranged in the disk secured against rotation, and its flat anchor comprises on a side facing toward or away from the pin section, or on both sides, at least one web projecting therefrom, that extends transversely to the longitudinal axis of the retaining pin, and that forms an anti-rotation protection of the anchor in the disk, or that e. an attachment surface of the connecting element is comprised in an inner portion of the anchor and in an outer portion of the material, which can be penetrated by light, wherein the disk is injection molded, glued, latched or clipped to the anchor or the disk is fixed to the anchor by friction welding.
A power module, comprising: a housing, comprising a main housing, a heat sink, and a fastening layer, wherein the main housing is provided with a groove, a groove opening is located on a first outer surface, the fastening layer is disposed on a bottom surface of the groove, and the heat sink is located on a side away from an orientation of the groove opening; a circuit component, accommodated in the groove, wherein the circuit component comprises a heat dissipation surface and a pin, the heat dissipation surface is fastened to the fastening layer through welding, the pin extends toward a direction away from the fastening layer, and a distal end of the pin extends out of the first outer surface; and a package, wherein the package is filled in the groove, and is configured to cover the circuit component, and to at least partially expose the distal end of the pin; characterised in that the groove comprises a side wall, the side wall is connected between the first outer surface and the bottom surface, and a shape of any cross section that is of the side wall and that is perpendicular to the first outer surface is a stepped shape; wherein the width of the groove opening is greater than the width of the bottom surface. a housing, comprising a main housing, a heat sink, and a fastening layer, wherein the main housing is provided with a groove, a groove opening is located on a first outer surface, the fastening layer is disposed on a bottom surface of the groove, and the heat sink is located on a side away from an orientation of the groove opening; a circuit component, accommodated in the groove, wherein the circuit component comprises a heat dissipation surface and a pin, the heat dissipation surface is fastened to the fastening layer through welding, the pin extends toward a direction away from the fastening layer, and a distal end of the pin extends out of the first outer surface; and a package, wherein the package is filled in the groove, and is configured to cover the circuit component, and to at least partially expose the distal end of the pin; characterised in that the groove comprises a side wall, the side wall is connected between the first outer surface and the bottom surface, and a shape of any cross section that is of the side wall and that is perpendicular to the first outer surface is a stepped shape; wherein the width of the groove opening is greater than the width of the bottom surface.
A memory device comprising: at least one magnetic random access memory ("MRAM") cell (102a, 102b, 102c, 102d, 300, 400, 500) including a magnetic tunnel junction having a first end and a second end, wherein the magnetic tunnel junction has a storage magnetization direction that is pinned relative to a threshold temperature; and a strap (208, 210) electrically coupled to the second end of the magnetic tunnel junction; and a bit line (108a, 108b) electrically coupled to the first end of the magnetic tunnel junction, wherein, during a write operation, the bit line (108a, 108b) is configured to apply a first heating current through the magnetic tunnel junction, and the strap is configured to apply a second heating current through the strap, such that the magnetic tunnel junction is heated to at least a threshold temperature according to the first heating current and the second heating current; characterized in that: the threshold temperature corresponds to T BS, and the second heating current has a magnitude sufficient to heat the magnetic tunnel junction to at least 0.6 × T BS but less than T BS. at least one magnetic random access memory ("MRAM") cell (102a, 102b, 102c, 102d, 300, 400, 500) including a magnetic tunnel junction having a first end and a second end, wherein the magnetic tunnel junction has a storage magnetization direction that is pinned relative to a threshold temperature; and a strap (208, 210) electrically coupled to the second end of the magnetic tunnel junction; and a magnetic tunnel junction having a first end and a second end, wherein the magnetic tunnel junction has a storage magnetization direction that is pinned relative to a threshold temperature; and a strap (208, 210) electrically coupled to the second end of the magnetic tunnel junction; and a bit line (108a, 108b) electrically coupled to the first end of the magnetic tunnel junction, wherein, during a write operation, the bit line (108a, 108b) is configured to apply a first heating current through the magnetic tunnel junction, and the strap is configured to apply a second heating current through the strap, such that the magnetic tunnel junction is heated to at least a threshold temperature according to the first heating current and the second heating current; characterized in that: the threshold temperature corresponds to T BS, and the second heating current has a magnitude sufficient to heat the magnetic tunnel junction to at least 0.6 × T BS but less than T BS. the threshold temperature corresponds to T BS, and the second heating current has a magnitude sufficient to heat the magnetic tunnel junction to at least 0.6 × T BS but less than T BS.
An anchoring device, comprising: a flexible member extending from a proximal end to a distal end; an elongated anchor member extending from a first end to a second end and attached to the distal end of the flexible member such that the anchor member is movable between an insertion configuration in which the anchor member is substantially parallel to the flexible member and a locked configuration in which the anchor member is substantially perpendicular to the flexible member; and a flexible removal element extending from a proximal end to a distal end attached to the first end of the anchor member. characterized in that the flexible member includes a channel extending therethrough along a portion thereof from an inlet along a sidewall thereof to an outlet along a sidewall thereof, the removal element passed through the channel from the inlet to the outlet such that the proximal end of the removal element extends proximally of the outlet. a flexible member extending from a proximal end to a distal end; an elongated anchor member extending from a first end to a second end and attached to the distal end of the flexible member such that the anchor member is movable between an insertion configuration in which the anchor member is substantially parallel to the flexible member and a locked configuration in which the anchor member is substantially perpendicular to the flexible member; and a flexible removal element extending from a proximal end to a distal end attached to the first end of the anchor member. characterized in that the flexible member includes a channel extending therethrough along a portion thereof from an inlet along a sidewall thereof to an outlet along a sidewall thereof, the removal element passed through the channel from the inlet to the outlet such that the proximal end of the removal element extends proximally of the outlet.
A method for detecting overload distortion in lifting and the like gear comprising: (i) providing a hook or the like quick-attach means which is susceptible to overload distortion; characterised by comprising: (ii) providing said hook or the like quick-attach means with three reference points (36, 38, 40), for example in the form of formations such as inwardly or outwardly-projecting (concave or convex, whether rounded or not) location-defining formations, at locations thereon defining, in the undistorted state of said hook or the like, an isosceles or equilateral triangle; and (iii) comparing the dimensions of two sides (44, 48) of said isosceles or equilateral triangle, one of which includes the dimension of said hook or the like (such as the mouth of the hook) which is the more liable to dimensional increase in the case of overload distortion, after subjecting said hook or the like to possible overloading. (i) providing a hook or the like quick-attach means which is susceptible to overload distortion; (ii) providing said hook or the like quick-attach means with three reference points (36, 38, 40), for example in the form of formations such as inwardly or outwardly-projecting (concave or convex, whether rounded or not) location-defining formations, at locations thereon defining, in the undistorted state of said hook or the like, an isosceles or equilateral triangle; and (iii) comparing the dimensions of two sides (44, 48) of said isosceles or equilateral triangle, one of which includes the dimension of said hook or the like (such as the mouth of the hook) which is the more liable to dimensional increase in the case of overload distortion, after subjecting said hook or the like to possible overloading.
A method to perform audio sensor selection in an audience metering device, the method comprising: identifying a plurality of audio sensor configurations supported by the audience metering device, the plurality of audio sensor configurations for configuring a plurality of audio sensors of the audience metering device, the plurality of audio sensor configurations identifying different combinations of the plurality of audio sensors to be activated; computing, by executing an instruction with a processor, a first quality metric of a first media identifier determined from first audio received via a first one of the audio sensor configurations; computing, by executing an instruction with the processor, a second quality metric of a second media identifier determined from second audio received via a second one of the audio sensor configurations, the first and second media identifiers utilizing the same media identification technique, the second quality metric being of a same type of quality metric as the first quality metric; selecting one of the first one of the audio sensor configurations or the second one of the audio sensor configurations based on a comparison of the first quality metric and the second quality metric; and performing media monitoring at the audience metering device using the selected one of the audio sensor configurations. identifying a plurality of audio sensor configurations supported by the audience metering device, the plurality of audio sensor configurations for configuring a plurality of audio sensors of the audience metering device, the plurality of audio sensor configurations identifying different combinations of the plurality of audio sensors to be activated; computing, by executing an instruction with a processor, a first quality metric of a first media identifier determined from first audio received via a first one of the audio sensor configurations; computing, by executing an instruction with the processor, a second quality metric of a second media identifier determined from second audio received via a second one of the audio sensor configurations, the first and second media identifiers utilizing the same media identification technique, the second quality metric being of a same type of quality metric as the first quality metric; selecting one of the first one of the audio sensor configurations or the second one of the audio sensor configurations based on a comparison of the first quality metric and the second quality metric; and performing media monitoring at the audience metering device using the selected one of the audio sensor configurations.
An optoelectronic device having - a circuit board having an upper side with a chip connection region, and wherein the circuit board is a printed circuit board, - an optoelectronic semiconductor chip which is attached to the chip connection region, - a housing body which is attached to the circuit board on the upper side of the circuit board and has a reflector region, wherein - the reflector region comprises an opening in the housing body, in which opening the optoelectronic semiconductor chip is arranged, wherein - the circuit board, on its upper side, has a wire connection region which is spaced from the chip connection region, and - the housing body has a wire region comprising an opening in the housing body, in which opening the wire connection region is arranged, wherein - the wire region is spaced from the reflector region, and the optoelectronic device is characterized in that - the housing body is formed with a plastic material which is metallized, at least in places, in the reflector region, - the optoelectronic semiconductor chip is embedded into a potting which appears white, black or colored, wherein the surface of the optoelectronic semiconductor chip, facing away from the chip connection region, is free of potting. - a circuit board having an upper side with a chip connection region, and wherein the circuit board is a printed circuit board, - an optoelectronic semiconductor chip which is attached to the chip connection region, - a housing body which is attached to the circuit board on the upper side of the circuit board and has a reflector region, wherein - the reflector region comprises an opening in the housing body, in which opening the optoelectronic semiconductor chip is arranged, wherein - the circuit board, on its upper side, has a wire connection region which is spaced from the chip connection region, and - the housing body has a wire region comprising an opening in the housing body, in which opening the wire connection region is arranged, wherein - the wire region is spaced from the reflector region, and the optoelectronic device is characterized in that - the housing body is formed with a plastic material which is metallized, at least in places, in the reflector region, - the optoelectronic semiconductor chip is embedded into a potting which appears white, black or colored, wherein the surface of the optoelectronic semiconductor chip, facing away from the chip connection region, is free of potting.
Reactor for the devolatilization of a polymer melt and polycondensation to attainment of a desired polymer chain length, comprising - a horizontally aligned reactor housing which has two end faces (2, 3) and at least one outlet for the devolatilized polymer melt and also at least one vapour port; - a compartmenting element which is arranged horizontally therein and comprises a rotor having a rotor wall which is impermeable to the polymer melt, where the rotor has at least one opening bounded by a weir arrangement in the direction of an end face (2, 3) of the reactor housing and divides the interior of the reactor housing into an inner reactor compartment and an outer reactor compartment; and - a tube which runs through the entry-side end face and ends in the interior of the rotor and by means of which the polymer melt can be introduced into the inner reactor compartment. - a horizontally aligned reactor housing which has two end faces (2, 3) and at least one outlet for the devolatilized polymer melt and also at least one vapour port; - a compartmenting element which is arranged horizontally therein and comprises a rotor having a rotor wall which is impermeable to the polymer melt, where the rotor has at least one opening bounded by a weir arrangement in the direction of an end face (2, 3) of the reactor housing and divides the interior of the reactor housing into an inner reactor compartment and an outer reactor compartment; and - a tube which runs through the entry-side end face and ends in the interior of the rotor and by means of which the polymer melt can be introduced into the inner reactor compartment.