mhurhangee/ep-ind-claims huggingface dataset:
A tumor diagnostic apparatus comprising: a histogram generating section configured to generate a histogram from a result of a measurement of fluorescence intensity of a cell suspension produced from a target sample, the histogram being indicative of a relation between the fluorescence intensity and a number of cells; and a determination section configured to analyze the histogram and to perform a diagnosis of a tumor in the target sample, characterized in that the determination section is configured to: detect an S phase fluorescence intensity range corresponding to S phase cells based on a fluorescence intensity peak corresponding to the number of G0/G1 phase cells and a fluorescence intensity peak corresponding to the number of G2/M cells, detect an abnormal fluorescence intensity range corresponding to tumor cells in which DNA aneuploidy has occurred, based on a change in the number of cells in the S phase fluorescence intensity range, and perform the diagnosis of the tumor in the target sample based on an index of the number of cells in a range defined by excluding the abnormal fluorescence intensity range from the S phase fluorescence intensity range. a histogram generating section configured to generate a histogram from a result of a measurement of fluorescence intensity of a cell suspension produced from a target sample, the histogram being indicative of a relation between the fluorescence intensity and a number of cells; and a determination section configured to analyze the histogram and to perform a diagnosis of a tumor in the target sample, detect an S phase fluorescence intensity range corresponding to S phase cells based on a fluorescence intensity peak corresponding to the number of G0/G1 phase cells and a fluorescence intensity peak corresponding to the number of G2/M cells, detect an abnormal fluorescence intensity range corresponding to tumor cells in which DNA aneuploidy has occurred, based on a change in the number of cells in the S phase fluorescence intensity range, and perform the diagnosis of the tumor in the target sample based on an index of the number of cells in a range defined by excluding the abnormal fluorescence intensity range from the S phase fluorescence intensity range.
A shelf assembly for a storage compartment of a refrigerator, the shelf comprising: a support frame (500, 700, 1500, 2500, 3500) fixed to a surface of the storage compartment, the support frame comprising: a frame body (510, 710, 1510, 2510, 3510) having a plurality of coupling holes (511a, 711 a, 1511, 2511a, 3511a) formed therein, spaced apart a predetermined distance from each other in a longitudinal direction; and a hole cover (530, 730, 1520, 2530, 3530) coupled to the frame body, the hole cover comprising: a fixing part (531, 533) that fixes the hole cover to an inner surface of the frame body; a plurality of opening/closing parts (537, 733, 1522, 2535, 3537) extending from the fixing part and corresponding to the plurality of coupling holes to respectively open and close the plurality of coupling holes; and a plurality of connecting parts (535, 1526, 2533, 3535) elastically connecting the plurality of opening/closing parts to the fixing part; and a shelf plate coupled to the coupling holes to partition the storage compartment; and wherein each of the plurality of opening/closing parts (537, 733, 1522, 2535, 3537) is configured to move in response to insertion of the shelf plate to selectively open only the coupling hole (511a, 711 a, 1511a, 2511a, 3511a) having the shelf plate coupled thereto, wherein the plurality of connecting parts (535, 1526, 2533, 3535) provide an elastic force to the plurality of opening/closing parts (537, 733, 1522, 2535, 3537) so as to close the plurality of coupling holes (511 a, 711a, 1511 a, 2511a, 3511a) when the shelf plate is separated from the one of the plurality of coupling holes characterized in that the support frame (500, 700, 1500, 2500, 3500) further comprises a cover holder (550, 750, 1530, 2550, 3550) pressing the fixing part of the hole cover (530, 730, 1520, 2530, 3530) against the frame body (510, 710, 1510, 2510, 3510) to fix the hole cover. a support frame (500, 700, 1500, 2500, 3500) fixed to a surface of the storage compartment, the support frame comprising: a frame body (510, 710, 1510, 2510, 3510) having a plurality of coupling holes (511a, 711 a, 1511, 2511a, 3511a) formed therein, spaced apart a predetermined distance from each other in a longitudinal direction; and a hole cover (530, 730, 1520, 2530, 3530) coupled to the frame body, the hole cover comprising: a frame body (510, 710, 1510, 2510, 3510) having a plurality of coupling holes (511a, 711 a, 1511, 2511a, 3511a) formed therein, spaced apart a predetermined distance from each other in a longitudinal direction; and a hole cover (530, 730, 1520, 2530, 3530) coupled to the frame body, the hole cover comprising: a fixing part (531, 533) that fixes the hole cover to an inner surface of the frame body; a plurality of opening/closing parts (537, 733, 1522, 2535, 3537) extending from the fixing part and corresponding to the plurality of coupling holes to respectively open and close the plurality of coupling holes; and a plurality of connecting parts (535, 1526, 2533, 3535) elastically connecting the plurality of opening/closing parts to the fixing part; and
Fan wheel for an axial fan for generating a cool air flow through a heat exchanger of a vehicle, - with a hub and several blades which are connected in each case at a blade root with the hub, - wherein the blades have in each case one blade body which possesses on a suction side of the fan wheel a front side and on a pressure side of the fan wheel a back side and which has a leading edge and a trailing edge, - wherein at least one of the blades on the pressure side of the fan wheel has a ramp which protrudes on the back side of the blade body and which, starting from a starting region, in which the blade root and the leading edge of the respective blade are located, extends in the direction of the trailing edge and a blade tip of the respective blade, - wherein the respective ramp begins at the blade root and/or at the hub, characterised in that the respective ramp extends across at least 75% of a blade length measured from the blade root to the blade tip. - with a hub and several blades which are connected in each case at a blade root with the hub, - wherein the blades have in each case one blade body which possesses on a suction side of the fan wheel a front side and on a pressure side of the fan wheel a back side and which has a leading edge and a trailing edge, - wherein at least one of the blades on the pressure side of the fan wheel has a ramp which protrudes on the back side of the blade body and which, starting from a starting region, in which the blade root and the leading edge of the respective blade are located, extends in the direction of the trailing edge and a blade tip of the respective blade, - wherein the respective ramp begins at the blade root and/or at the hub, characterised in that the respective ramp extends across at least 75% of a blade length measured from the blade root to the blade tip.
A solar cell back sheet, comprising: a substrate layer; and a resin layer that has been formed on at least one side of the substrate layer, wherein the resin layer includes a polyvinylidene fluoride (PVDF)-based polymer, which is polymerized polyvinylidene fluoride (PVDF) with a comonomer, a content of the comonomer is 5 to 50 wt%, relative to total weight of the polyvinylidene fluoride (PVDF)-based polymer, the polyvinylidene fluoride (PVDF)-based polymer has a crystallinity of 10 to 40%, wherein the crystallinity is determined by differential scanning calorimetry from the heat of fusion of the polyvinylidene fluoride (PVDF)-based polymer, and the heat of fusion is measured when the polyvinylidene fluoride (PVDF)-based polymer is specondarily heated with heating rate of 10 K/min. a substrate layer; and a resin layer that has been formed on at least one side of the substrate layer, wherein the resin layer includes a polyvinylidene fluoride (PVDF)-based polymer, which is polymerized polyvinylidene fluoride (PVDF) with a comonomer, a content of the comonomer is 5 to 50 wt%, relative to total weight of the polyvinylidene fluoride (PVDF)-based polymer, the polyvinylidene fluoride (PVDF)-based polymer has a crystallinity of 10 to 40%, wherein the crystallinity is determined by differential scanning calorimetry from the heat of fusion of the polyvinylidene fluoride (PVDF)-based polymer, and the heat of fusion is measured when the polyvinylidene fluoride (PVDF)-based polymer is specondarily heated with heating rate of 10 K/min.
Method for rotating a test object about any desired virtual axis of rotation in the XY plane in an X-ray inspection system with an X-ray source, a central beam, which runs parallel to the Y axis, a detector and a rotary table arranged in between, the axis of rotation of which forms the Z axis, wherein the rotary table is arranged on a positioning table, wherein the positioning table is movable parallel to the XY plane between the X-ray source and the detector, comprising the steps: - fixing the test object on the rotary table, - performing the rotation of the test object about the virtual axis of rotation by rotating the rotary table about the axis of rotation and by combined displacement of the positioning table along the X axis and Y axis, with the result that the rotary table moves on a circular path, - wherein the displacement of the positioning table along the X and Y axis is effected corresponding to the angle of rotation φ of the axis of rotation of the rotary table, - wherein the angle of rotation φ of the rotary table has the following relationships to the X and Y positions of the positioning table: X = R × cos φ − φ 0 + X 0 Y = R × sin φ − φ 0 + Y 0 where X: new target value along the X axis, X 0: starting value of the X axis at the starting time of the virtual axis coupling, Y: new target value along the Y axis, Y 0: starting value of the Y axis at the starting time of the virtual axis coupling, R: distance between the axis of rotation and the new virtual axis of rotation, φ: current angle of rotation of the rotary table and φ 0: starting value of the angle of rotation of the rotary table at the starting time of the virtual axis coupling. - fixing the test object on the rotary table, - performing the rotation of the test object about the virtual axis of rotation by rotating the rotary table about the axis of rotation and by combined displacement of the positioning table along the X axis and Y axis, with the result that the rotary table moves on a circular path, - wherein the displacement of the positioning table along the X and Y axis is effected corresponding to the angle of rotation φ of the axis of rotation of the rotary table, - wherein the angle of rotation φ of the rotary table has the following relationships to the X and Y positions of the positioning table: X = R × cos φ − φ 0 + X 0 Y = R × sin φ − φ 0 + Y 0 X: new target value along the X axis, X 0: starting value of the X axis at the starting time of the virtual axis coupling, Y: new target value along the Y axis, Y 0: starting value of the Y axis at the starting time of the virtual axis coupling, R: distance between the axis of rotation and the new virtual axis of rotation, φ: current angle of rotation of the rotary table and φ 0: starting value of the angle of rotation of the rotary table at the starting time of the virtual axis coupling.
Use of a cosmetic agent containing a) water, b) a mixture of xanthan gum and heat-treated xanthan gum, the heat-treated xanthan gum having been obtained by heat-treating xanthan gum having a water content of less than 25% by weight at a temperature of at least 60°C, for at least 30 minutes, c) at least one additional polysaccharide material selected from the group comprising starch, and d) additionally at least one compound of formula, HO-CH 2 -(CHOH) n -CH 2 -OH, where n means an integer from 1 to 4, for temporarily shaping and/or fixing keratinic fibers, in particular human hair. a) water, b) a mixture of xanthan gum and heat-treated xanthan gum, the heat-treated xanthan gum having been obtained by heat-treating xanthan gum having a water content of less than 25% by weight at a temperature of at least 60°C, for at least 30 minutes, c) at least one additional polysaccharide material selected from the group comprising starch, and d) additionally at least one compound of formula, HO-CH 2 -(CHOH) n -CH 2 -OH, where n means an integer from 1 to 4, for temporarily shaping and/or fixing keratinic fibers, in particular human hair.
A lighting device for vehicle lights, comprising at least: - a first LED light source extending along a line and emitting light in a first main direction of emission (Δ), - a first light guide associated with the first light source formed by a shell extending, on the one hand, in the main direction of emission and, on the other hand, perpendicular to the light source following the line formed by the latter and comprising a proximal end for light reception, directed towards the light source and, opposite the proximal end, a distal end and, between the proximal and distal ends, a lateral face of light emission and, opposite the lateral face of emission, a rear lateral face comprising means for reflecting the light towards the lateral face of emission, characterized in that it comprises, between the proximal end of the first light guide and the first light source, a scattering sleeve comprising an opaque body delimiting a transparent rectilinear scattering channel whose peripheral wall is white and that comprises an inlet opposite the light source and an outlet opposite the proximal end of the light guide. - a first LED light source extending along a line and emitting light in a first main direction of emission (Δ), - a first light guide associated with the first light source formed by a shell extending, on the one hand, in the main direction of emission and, on the other hand, perpendicular to the light source following the line formed by the latter and comprising a proximal end for light reception, directed towards the light source and, opposite the proximal end, a distal end and, between the proximal and distal ends, a lateral face of light emission and, opposite the lateral face of emission, a rear lateral face comprising means for reflecting the light towards the lateral face of emission,
A machine for peeling sausages, comprising: - a carriage assembly having a mounting plate adjustably connected to a frame; - a mounting screw assembly adjustably connected to the frame and the mounting plate; wherein the mounting screw assembly is configured to adjust the position for the carriage assembly based upon a diameter of a sausage to a precise and reproducible position; and - a knife holder assembly that is adjustably mounted to an elongated member of the carriage assembly having at least one blade holder, holding at least one knife, that is configured to adjust a height of the at least one blade holder independently of adjusting the height of the carriage assembly. - a carriage assembly having a mounting plate adjustably connected to a frame; - a mounting screw assembly adjustably connected to the frame and the mounting plate; wherein the mounting screw assembly is configured to adjust the position for the carriage assembly based upon a diameter of a sausage to a precise and reproducible position; and - a knife holder assembly that is adjustably mounted to an elongated member of the carriage assembly having at least one blade holder, holding at least one knife, that is configured to adjust a height of the at least one blade holder independently of adjusting the height of the carriage assembly.
An ink-jet recording apparatus, comprising: a plurality of recording heads (17a to 17c) having an ink ejection face in which ejection nozzles for ejecting ink onto a recording medium are open; a wipe unit reciprocatable between a first position right below the recording heads (17a to 17c) and a second position horizontally retracted from the first position, the wipe unit having a wiper (35a to 35c) for performing wiping operation whereby the ink ejection face is wiped in a predetermined direction in the first position; and an entry prevention member arranged between the recording heads (17a to 17c) in a recording medium conveying direction to prevent the recording medium from entering a gap between the recording heads (17a to 17c), the entry prevention member including a lower face, the entry prevention member being arranged in an entry prevention position where part of the lower face is flush with the ink ejection face and part of the entry prevention member projects below the ink ejection face during printing operation, characterized in that the predetermined direction is a width direction of the recording medium, the entry prevention member is configured to be movable in an up-down direction, the entry prevention member being arranged in a retracted position where the lower face is retracted above the ink ejection face during wiping operation by the wipe unit. a plurality of recording heads (17a to 17c) having an ink ejection face in which ejection nozzles for ejecting ink onto a recording medium are open; a wipe unit reciprocatable between a first position right below the recording heads (17a to 17c) and a second position horizontally retracted from the first position, the wipe unit having a wiper (35a to 35c) for performing wiping operation whereby the ink ejection face is wiped in a predetermined direction in the first position; and an entry prevention member arranged between the recording heads (17a to 17c) in a recording medium conveying direction to prevent the recording medium from entering a gap between the recording heads (17a to 17c), the entry prevention member including a lower face, the entry prevention member being arranged in an entry prevention position where part of the lower face is flush with the ink ejection face and part of the entry prevention member projects below the ink ejection face during printing operation, characterized in that the predetermined direction is a width direction of the recording medium, the entry prevention member is configured to be movable in an up-down direction, the entry prevention member being arranged in a retracted position where the lower face is retracted above the ink ejection face during wiping operation by the wipe unit.
An optical gas detector in metal, comprising a cup-shaped body, with upper mouth closed by a disc-shaped lid, the bottom of the body is flat and provided with a plurality of through holes variously arranged, which place said detector in communication with the outside environment and inside which an IR source and an IR analyser are placed, borne by an overlying circuit board, characterised in that the inner lateral surface of the body forming a first reflector wall has an irregular extension, which comprises one or more rectilinear or arched sections alternating with each other to form areas having a concave, convex or mixed-linear extension, said first reflector wall defining, in cooperation with a second convex and/or concave reflector wall (7, 7') of a shaped appendage and with one or more reflectors (3, 3', 21, 22, 23, 24, 25) pre-inserted and with alternative configurable positions and orientations in the body, and with alternative configurable positions of said IR source inside the body, a multiplicity of different alternative lengths of optical paths of the electromagnetic radiation emitted by the IR source and detected by the IR analyser.
Peeling device for cooked vegetables, particularly for boiled potatoes, for peeling-off the skin of said cooked vegetables, in which device there are provided a holding section for slipping the peeling device onto a user's finger and a peeling section, which is connected to said holding section, for removing the skin from the vegetables, characterised in that, at its end that faces towards the peeling section, the holding section is closed, on the end face, by means of a bottom section, and an arcuate clearance for receiving a fingernail of the finger supporting the peeling device is formed in said bottom section.
A testing system (900, 1000) for millimetre wave (mmW) packaged integrated circuits comprises: at least one packaged integrated circuit; a radio frequency, RF, socket configured to receive the at least one packaged integrated circuit and facilitate routing RF signals thereto via at least one input connector and at least one output connector; and at least one interface configured to couple a tester to at least one packaged integrated circuit; wherein the RF socket comprises a shield; wherein the shield comprises holes located over corresponding RF signal carrying pins, wherein the shield also comprises an extended contiguous cut-out area located adjacent to the RF signal carrying pins, and wherein the extended contiguous cut-out area revealing more than one further RF signal carrying pin. at least one packaged integrated circuit; a radio frequency, RF, socket configured to receive the at least one packaged integrated circuit and facilitate routing RF signals thereto via at least one input connector and at least one output connector; and at least one interface configured to couple a tester to at least one packaged integrated circuit; wherein the RF socket comprises a shield; wherein the shield comprises holes located over corresponding RF signal carrying pins, wherein the shield also comprises an extended contiguous cut-out area located adjacent to the RF signal carrying pins, and wherein the extended contiguous cut-out area revealing more than one further RF signal carrying pin.