mhurhangee/ep-ind-claims huggingface dataset:
Washing device for washing objects such as hands, comprising: - a washbasin provided with an outlet; - an inlet for supplying water; - a heater connected to the inlet and configured to heat water supplied from the inlet; and - a sprayer connected to the heater and configured to spray heated water supplied from the heater into the washbasin,, wherein the heater comprises a body of a heat-conductive material, wherein a heating element for heating the body and a channel for carrying water for heating through the body are arranged in the body, characterized in that the sprayer comprises an atomizer for forming a spray of water droplets in the washbasin, and wherein the washing device comprises an air feed that is connected to the atomizer to atomize the water. - a washbasin provided with an outlet; - an inlet for supplying water; - a heater connected to the inlet and configured to heat water supplied from the inlet; and - a sprayer connected to the heater and configured to spray heated water supplied from the heater into the washbasin,,
A sensor assembly (100, 200, 300, 400, 800) for sampling of a bodily fluid, comprising: a first substrate (110, 210, 310, 410, 610, 810) comprising at least one capillary bore (111, 211, 311, 411, 511, 811) defining a fluid path (112, 212, 312, 412, 812) extending through said first substrate from a top side (113, 313, 413, 813) to a fluid channel (114, 214, 414, 814) on a bottom side (115, 215, 415, 815) of said first substrate; a second substrate (120, 220, 320, 420, 620, 720, 820) arranged in connection with the first substrate, the fluid channel of the first substrate is in fluid communication with a first metallised via (121, 221, 421, 621, 721, 821) and a second metallised via (122, 222, 422, 622, 722, 822) formed in the second substrate, thereby extending the fluid path through the first metallised via and the second metallised via; a sensor (130, 230, 430, 830) comprising a first electrode (231, 731) and a second electrode (232, 732) arranged on the second substrate in fluid communication with the fluid channel of the first substrate; wherein the first electrode is in electric contact with the first metallised via and wherein the second electrode is in electric contact with the second metallised via. a first substrate (110, 210, 310, 410, 610, 810) comprising at least one capillary bore (111, 211, 311, 411, 511, 811) defining a fluid path (112, 212, 312, 412, 812) extending through said first substrate from a top side (113, 313, 413, 813) to a fluid channel (114, 214, 414, 814) on a bottom side (115, 215, 415, 815) of said first substrate; a second substrate (120, 220, 320, 420, 620, 720, 820) arranged in connection with the first substrate, the fluid channel of the first substrate is in fluid communication with a first metallised via (121, 221, 421, 621, 721, 821) and a second metallised via (122, 222, 422, 622, 722, 822) formed in the second substrate, thereby extending the fluid path through the first metallised via and the second metallised via; a sensor (130, 230, 430, 830) comprising a first electrode (231, 731) and a second electrode (232, 732) arranged on the second substrate in fluid communication with the fluid channel of the first substrate; wherein the first electrode is in electric contact with the first metallised via and wherein the second electrode is in electric contact with the second metallised via.
A rim cleaning station with • a conveyor for infeeding and outfeeding a complete wheel including a tire and a rim, • a centering and rotating device for centering and rotating the complete wheel, and • a cleaning device with a cleaning head which can be brought into contact with the rim during a cleaning process, characterized in that the cleaning device has a winding roller and an unwinding roller for a cleaning belt, a roller and/or belt drive and guide means for guiding the cleaning belt around the cleaning head. • a conveyor for infeeding and outfeeding a complete wheel including a tire and a rim, • a centering and rotating device for centering and rotating the complete wheel, and • a cleaning device with a cleaning head which can be brought into contact with the rim during a cleaning process, characterized in that the cleaning device has a winding roller and an unwinding roller for a cleaning belt, a roller and/or belt drive and guide means for guiding the cleaning belt around the cleaning head.
A method for making a light emitting apparatus, the method comprising: positioning on a semiconductor LED array comprising multiple semiconductor LED pixels a phosphor structure comprising multiple phosphor pixels with each phosphor pixel aligned with a corresponding semiconductor LED pixel of the array, the phosphor structure having a layer of thermally curable adhesive thereon so that, with the phosphor structure positioned on the semiconductor LED array, a corresponding segment of the adhesive is between and in contact with each phosphor pixel and a light output surface of the corresponding semiconductor LED pixel; and electrically operating selected ones of the semiconductor LED pixels to emit light and to heat the corresponding phosphor pixels to a temperature that at least partially cures corresponding discrete segments of the adhesive and bonds each one of the selected semiconductor LED pixels to the corresponding phosphor pixel. positioning on a semiconductor LED array comprising multiple semiconductor LED pixels a phosphor structure comprising multiple phosphor pixels with each phosphor pixel aligned with a corresponding semiconductor LED pixel of the array, the phosphor structure having a layer of thermally curable adhesive thereon so that, with the phosphor structure positioned on the semiconductor LED array, a corresponding segment of the adhesive is between and in contact with each phosphor pixel and a light output surface of the corresponding semiconductor LED pixel; and electrically operating selected ones of the semiconductor LED pixels to emit light and to heat the corresponding phosphor pixels to a temperature that at least partially cures corresponding discrete segments of the adhesive and bonds each one of the selected semiconductor LED pixels to the corresponding phosphor pixel.
A hot-rolled high-strength medium-thickness steel plate for double-side enameling, wherein the steel plate has a microstructure matrix of ferrite or ferrite + pearlite, wherein a Ti 4 C 2 S 2 precipitated phase and a Ti(C,N) precipitated phase are diffusively dispersed in the matrix, wherein the hot-rolled high-strength medium-thickness steel plate for double-side enameling comprises chemical elements in mass percentages: C: 0.02-0.15%, Si: 0.10-0.50%, Mn: 0.3-1.5%, S: 0.006-0.035%, Al: 0.01-0.08%, N: 0.006-0.015%, Ti: 0.08-0.20%, Cu: 0.02-0.10%, optional at least one of: B: 0.001-0.005%, V: 0.02-0.10%, and Nb: 0.01-0.30%, and a balance of iron and unavoidable impurities, wherein, among the unavoidable impurities, P≤0.02%, and Cr≤0.10%; wherein the steel plate has a thickness of 5-30 mm, a yield strength of 345-545MPa, a tensile strength of 400-600MPa, and an elongation ≥26%. C: 0.02-0.15%, Si: 0.10-0.50%, Mn: 0.3-1.5%, S: 0.006-0.035%, Al: 0.01-0.08%, N: 0.006-0.015%, Ti: 0.08-0.20%, Cu: 0.02-0.10%, optional at least one of: B: 0.001-0.005%, V: 0.02-0.10%, and Nb: 0.01-0.30%, and a balance of iron and unavoidable impurities, wherein, among the unavoidable impurities, P≤0.02%, and Cr≤0.10%; wherein the steel plate has a thickness of 5-30 mm, a yield strength of 345-545MPa, a tensile strength of 400-600MPa, and an elongation ≥26%.
A method for generating a set of filter coefficients for processing an audio signal, comprising: receiving a set of time domain binaural room impulse response, BRIR filter coefficients for binaural filtering of an input audio signal; obtaining propagation time information of the time domain BRIR filter coefficients, the propagation time information representing where an energy value larger than a threshold which is in proportion to a maximum peak value of the BRIR filter coefficients is shown; QMF converting the time domain BRIR filter coefficients subsequent to a time corresponding to the obtained propagation time information into the QMF domain to generate a set of subband filter coefficients; obtaining average reverberation time information of each subband by using a reverberation time extracted from the set of subband filter coefficients for a corresponding subband; obtaining one or more coefficients for curve fitting the average reverberation time information of each subband; obtaining flag information indicating whether a length of the set of time domain BRIR filter coefficients is larger than a predetermined value; determining a filter order of each subband, wherein the filter order is determined, based at least in part on the flag information, by using the average reverberation time information of the corresponding subband or by using the coefficients for curve fitting of the corresponding subband, and wherein the filter order is determined to be variable in a frequency domain; and truncating the set of subband filter coefficients by using the determined filter order of a corresponding subband. receiving a set of time domain binaural room impulse response, BRIR filter coefficients for binaural filtering of an input audio signal; obtaining propagation time information of the time domain BRIR filter coefficients, the propagation time information representing where an energy value larger than a threshold which is in proportion to a maximum peak value of the BRIR filter coefficients is shown; QMF converting the time domain BRIR filter coefficients subsequent to a time corresponding to the obtained propagation time information into the QMF domain to generate a set of subband filter coefficients; obtaining average reverberation time information of each subband by using a reverberation time extracted from the set of subband filter coefficients for a corresponding subband; obtaining one or more coefficients for curve fitting the average reverberation time information of each subband; obtaining flag information indicating whether a length of the set of time domain BRIR filter coefficients is larger than a predetermined value; determining a filter order of each subband, wherein the filter order is determined, based at least in part on the flag information, by using the average reverberation time information of the corresponding subband or by using the coefficients for curve fitting of the corresponding subband, and wherein the filter order is determined to be variable in a frequency domain; and truncating the set of subband filter coefficients by using the determined filter order of a corresponding subband.
A hold-open arrangement for a door, with a retaining device for holding the door open, in particular in an open position, wherein the retaining device can be transferred into a releasing state from a hold-open state by supplying electric energy, wherein the hold-open arrangement is formed to transfer the retaining device from the hold-open state into the releasing state if a defect occurs in the intended supply of the retaining device with electric power and optionally also if a specified voltage value (Uvi) for an energy accumulator unit, which serves as the supply of electric energy for the retaining device, is undercut, wherein the retaining device has an electric flow-through component, in particular a magnetic coil, and by means of the electric flow-through component the releasing state is achieved, characterized in that the hold-open arrangement has a measuring point for determining an electrical amperage (I 1), which flows through the electric flow-through component, wherein a defect is present in the intended supply of the retaining device with electric current if the measured amperage (I 1) is outside of a specified value range (I 0, I 2), wherein to carry out a measurement which is carried out for test purposes, the electric flow-through component is energized with such a polarity that the energization has no effect on the state of the retaining device and wherein the determination of the amperage is carried out at specified time intervals. wherein the hold-open arrangement is formed to transfer the retaining device from the hold-open state into the releasing state if a defect occurs in the intended supply of the retaining device with electric power and optionally also if a specified voltage value (Uvi) for an energy accumulator unit, which serves as the supply of electric energy for the retaining device, is undercut, wherein the retaining device has an electric flow-through component, in particular a magnetic coil, and by means of the electric flow-through component the releasing state is achieved, characterized in that the hold-open arrangement has a measuring point for determining an electrical amperage (I 1), which flows through the electric flow-through component, wherein a defect is present in the intended supply of the retaining device with electric current if the measured amperage (I 1) is outside of a specified value range (I 0, I 2), wherein to carry out a measurement which is carried out for test purposes, the electric flow-through component is energized with such a polarity that the energization has no effect on the state of the retaining device and wherein the determination of the amperage is carried out at specified time intervals.
A draw device for drawing a film web for a bag filling system, having a main draw drive with at least one driven main draw roller for drawing the film web and a buffer device, characterized in that for an adjustment of the tensile stress of the film web in the transport direction of the film web an auxiliary draw drive is arranged upstream of the main draw drive with at least one driven auxiliary draw roller for drawing the film web, wherein the auxiliary draw drive is arranged upstream and at the same time the buffer device is arranged downstream of the main draw drive, wherein the main draw drive can be operated with a different draw speed than the auxiliary draw drive.
Assembly unit having at least one assembly rail, on which at least one retaining clamp (2, 202) can be fixed in a releasable manner, wherein the at least one retaining clamp (2, 202) acts on the longitudinal rail edges, which delimit at least one longitudinal rail side, and, for this purpose, the at least one retaining clamp has two clamp parts (6, 7; 206, 207) which each have at least one clamp claw (8, 208), which engages behind an adjacent longitudinal rail edge of the longitudinal rail edges, which bound the longitudinal rail side, and of which a first clamp part (6, 206), which engages behind the one longitudinal rail edge, bears at least one convexity (10, 210), which is delimited by at least one run-on slope (9, 209), and a second clamp part (7, 207), which engages behind the other longitudinal rail edge, bears at least one concavity (12, 212) or aperture, which is delimited by at least one mating slope (11, 211), wherein, in the retaining position of the retaining clamp (2, 202), the convexity (10, 210) and the concavity (12, 212) or aperture of the abutting clamp parts (6, 7;, 206, 207) are positioned in a form-fitting manner on one another, wherein the first and the second clamp parts (6, 7; 206, 207) can be displaced and/or pivoted relative to one another between a retaining and pre-assembly position, in which the close-together clamp claws (8, 208) can engage behind the longitudinal rail edges, and an open position, in which the clamp claws (8, 208), in contrast, have been moved a distance apart, and wherein the displacement and/or pivoting movement of the clamp parts (6, 7; 206, 207) of the at least one retaining clamp (2, 202) from the retaining or pre-assembly position into the open position, or vice versa, takes place counter to the force of at least one spring element (13, 213).
Method for observing biological species on a culture medium contained in a container having at least one translucent face (CP, BU), the method comprising the steps consisting of: a) directing a light beam onto one portion of said translucent face, so as to define at least one illuminated region and at least one non-illuminated region of said face; and b) acquiring an image of a portion of the surface of said culture medium illuminated by said light beam, the acquisition being carried out through said or at least one said non-illuminated region of said translucent face and along an optical acquisition axis forming a non-zero angle (α) with the direction of propagation of said light beam. a) directing a light beam onto one portion of said translucent face, so as to define at least one illuminated region and at least one non-illuminated region of said face; and b) acquiring an image of a portion of the surface of said culture medium illuminated by said light beam, the acquisition being carried out through said or at least one said non-illuminated region of said translucent face and along an optical acquisition axis forming a non-zero angle (α) with the direction of propagation of said light beam.
A pre-curing polymer mold made in an intermediate imprint stamp process, wherein the polymer mold comprises a polymer carrier object covered by a chemical composition comprising photo-polymerizable monomers and/or oligomers, photo-initiators with the ability to initiate polymerization, and semi-fluorinated molecules, which are soluble in said chemical composition and are completely or partly terminated by chemical functionalities with the ability to bind covalently to said chemical composition, wherein the semi-fluorinated molecules are predominantly located on a patterned surface of the polymer mold, wherein said chemical composition is a hybrid comprising polymerizable mono- or multifunctional acrylate monomers, polymerizable mono- or multifunctional epoxides or vinyl ethers and at least one free radical photoinitiator as well as at least one cationic photoinitiator.
A method of preparing potato strips comprising: cutting whole potatoes into strips; characterized by, blanching the strips a first time; applying to the strips a solution including one or more coloring agents; drying the strips; parfrying the strips in oil; rinsing the strips with water; cooling the strips; and freezing the strips, wherein the strips, after parfrying and before freezing, are exposed to superheated steam having a temperature of about 176.7 °C (350°F) to 260°C (500°F) for about 1-3/4 to 3-1/2 minutes to reduce the moisture content of the strips. cutting whole potatoes into strips; characterized by, blanching the strips a first time; applying to the strips a solution including one or more coloring agents; drying the strips; parfrying the strips in oil; rinsing the strips with water; cooling the strips; and freezing the strips, wherein the strips, after parfrying and before freezing, are exposed to superheated steam having a temperature of about 176.7 °C (350°F) to 260°C (500°F) for about 1-3/4 to 3-1/2 minutes to reduce the moisture content of the strips.
A borescope system comprising a borescope inspection housing; an electromagnetic radiation emission system associated with the borescope inspection housing, wherein the electromagnetic radiation emission system is configured to emit electromagnetic radiation; a filter located inside of the borescope inspection housing, wherein the filter has a multilayered wedge shape and is configured to pass a number of wavelengths in a response to the electromagnetic radiation directed at a surface on a structure such that different wavelengths are passed over different sections of the filter, wherein the response is received through an opening in the borescope inspection housing; and a sensor array located behind the filter inside of the borescope inspection housing, wherein the sensor array comprises sensors configured to generate data from the number of wavelengths passed by the filter, enabling a hyperspectral analysis of the surface on the structure and wherein the borescope inspection housing, the electromagnetic radiation emission system, the filter, and the sensor array together form a borescope inspection head.
A multi-axis imaging system, comprising: an imaging gantry; a support column adapted to support the imaging gantry on one side of the gantry in a cantilevered manner; a base adapted to support the imaging gantry and the support column; a first drive mechanism adapted to translate the gantry in a vertical direction relative to the support column; a second drive mechanism adapted to rotate the gantry with respect to the support column; and a third drive mechanism adapted to translate the support column and the gantry in a horizontal direction relative to the base, characterized in that the base comprises two flexible covers that are attached to opposite sides of the support column and are wound on spools located in housings located at opposite ends of the base, and the spools are spring-loaded to maintain tension on the flexible covers as the support column translates on the base. an imaging gantry; a support column adapted to support the imaging gantry on one side of the gantry in a cantilevered manner; a base adapted to support the imaging gantry and the support column; a first drive mechanism adapted to translate the gantry in a vertical direction relative to the support column; a second drive mechanism adapted to rotate the gantry with respect to the support column; and a third drive mechanism adapted to translate the support column and the gantry in a horizontal direction relative to the base, characterized in that the base comprises two flexible covers that are attached to opposite sides of the support column and are wound on spools located in housings located at opposite ends of the base, and the spools are spring-loaded to maintain tension on the flexible covers as the support column translates on the base.
An apparatus for measuring the compressed volume of a particulate material comprising a chamber for containing a particulate material which will be evaluated; removable, fixed means at one end of said chamber to enclose said chamber and for containing said particulate material within said chamber; compression means at the other end of said chamber which further encloses and contains said particulate material within said chamber and which provides a linear force on said particulate material so that one end of said particulate material is linearly movable and said compression means will compress the particulate material in said chamber; said compression means comprising a moveable piston; means for measuring the distance between said movable piston and said fixed means so to measure the thickness of said compressed particulate material; and measuring means on the moveable piston of said chamber for measuring the applied force of said piston to said particulate material when said piston is compressing said particulate material; characterized in that the apparatus further includes a means to control the movement of the moveable piston so that the velocity and force can be varied and controlled to be stable during compression up to a pre-set maximum force and during decompression down to full expansion and its movement during compression or decompression is smooth and continuous, and the apparatus further comprises a controller configured to perform the steps - compressing the particulate material; - allowing the particulate material to decompress and determining a decompression curve, which comprises the force on the sample as a function of the sample thickness; - determining the residual void volume from the decompression curve. - compressing the particulate material; - allowing the particulate material to decompress and determining a decompression curve, which comprises the force on the sample as a function of the sample thickness; - determining the residual void volume from the decompression curve.