mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for isolating one or more target cells from a fluid sample, the apparatus comprising: a first chamber for receiving the fluid sample with a first opening at the top of the first chamber and a second opening at the bottom of the first chamber, the first opening configured to receive the fluid sample, the second opening configured to align with a removable filter, the removable filter having a first surface facing the interior of the first chamber and a second surface opposite the first surface, the removable filter defining a plurality of pores configured to retain the one or more target cells from the fluid sample on the first surface and/or in the plurality of pores and to pass any non-target cells and fluid from the fluid sample through the plurality of pores, each pore of the plurality of pores having a first diameter in the first surface, the first diameter being smaller than a diameter of the one or more target cells, and a second diameter in the second surface, the second diameter being greater than the first diameter; a second chamber in communication with the first chamber through the plurality of pores for receiving the any non-target cells and the fluid from the fluid sample, the second chamber comprising a hydrophilic microporous wick structure configured to contact the removable filter and draw the any non-target cells and the fluid from the fluid sample by capillary forces such that the any non-target cells and the fluid from the fluid sample are drawn into the second chamber and the one or more target cells are isolated on the first surface of the removable filter. a first chamber for receiving the fluid sample with a first opening at the top of the first chamber and a second opening at the bottom of the first chamber, the first opening configured to receive the fluid sample, the second opening configured to align with a removable filter, the removable filter having a first surface facing the interior of the first chamber and a second surface opposite the first surface, the removable filter defining a plurality of pores configured to retain the one or more target cells from the fluid sample on the first surface and/or in the plurality of pores and to pass any non-target cells and fluid from the fluid sample through the plurality of pores, each pore of the plurality of pores having a first diameter in the first surface, the first diameter being smaller than a diameter of the one or more target cells, and a second diameter in the second surface, the second diameter being greater than the first diameter; a second chamber in communication with the first chamber through the plurality of pores for receiving the any non-target cells and the fluid from the fluid sample, the second chamber comprising a hydrophilic microporous wick structure configured to contact the removable filter and draw the any non-target cells and the fluid from the fluid sample by capillary forces such that the any non-target cells and the fluid from the fluid sample are drawn into the second chamber and the one or more target cells are isolated on the first surface of the removable filter.
A fragrance precursor compound comprising one or more of the compounds derived from the reaction of X-OH and an aldehyde or ketone, said fragrance precursor compounds being of the formula X-O-C (R*)(OR**) wherein R is a C 6-24 alkyl group, a C 6-24 aralkyl group or a C 6-24 alkaryl group; R* is H or a C 6-24 alkyl group, a C 6-24 aralkyl group or a C 6-24 alkaryl group; optionally wherein the C 6-24 alkyl, C 6-24 alkaryl or C 6-24 aralkyl groups are branched and/or comprise substituents which do not adversely affect the fragrance activity of the aldehyde or ketone; R** is H or X; X-O representing a moiety derived from X-OH, and wherein X-OH is a polymer; wherein the polymer is a polyalkylene glycol ester.
A module for converting voltage between a high-voltage electrical network of an aircraft, especially a high-voltage DC network, and at least one energy storage element of said aircraft, especially a super-capacitor, said conversion module being able to reversibly perform a conversion between a DC voltage E of the high-voltage electrical network of the aircraft and a DC voltage V S of the energy storage element of the aircraft, characterized in that said voltage V S of the aircraft storage element being floating with respect to the voltage E of the high-voltage electrical network of the aircraft and centered with respect to the earth of the aircraft, the module comprising an input module, comprising two filters each able to receive a DC voltage E/2, a first arm and a second arm comprising switches, and control means for said switches, the control means operating by cycle of a switching period T and being able to control at least one first switch of the first arm and at least one second switch of the second arm in an identical manner but shifted by a half-period T/2 so that the first switch is open when the second switch is closed and vice versa.
Method for operating a server, comprising the following steps of: - setting up a communication connection between the server and a vehicle in a parking area via a communication network, wherein the communication network is formed by means of a communication infrastructure of the parking area, - checking, via the communication connection, whether software stored on a processing device of the vehicle needs to be updated, - depending on the checking process, transmitting update data for updating the software to the vehicle by means of the server via the communication connection, with the result that the software can be updated on the basis of the update data while the vehicle is in the parking area, - wherein the checking process comprises determining whether the processing device has a malfunction and, if so, whether an update of the software suffices to eliminate the malfunction, or - wherein the checking process comprises determining whether the processing device had a malfunction and, if so, whether an update of the software suffices to eliminate the malfunction, or - wherein the checking process comprises determining whether the processing device has a malfunction and whether the processing device had a malfunction and, if so, whether an update of the software suffices to eliminate the malfunction, - wherein the server transmits the update data to the vehicle only while the vehicle is at a standstill. - setting up a communication connection between the server and a vehicle in a parking area via a communication network, wherein the communication network is formed by means of a communication infrastructure of the parking area, - checking, via the communication connection, whether software stored on a processing device of the vehicle needs to be updated, - depending on the checking process, transmitting update data for updating the software to the vehicle by means of the server via the communication connection, with the result that the software can be updated on the basis of the update data while the vehicle is in the parking area, - wherein the checking process comprises determining whether the processing device has a malfunction and, if so, whether an update of the software suffices to eliminate the malfunction, or - wherein the checking process comprises determining whether the processing device had a malfunction and, if so, whether an update of the software suffices to eliminate the malfunction, or - wherein the checking process comprises determining whether the processing device has a malfunction and whether the processing device had a malfunction and, if so, whether an update of the software suffices to eliminate the malfunction, - wherein the server transmits the update data to the vehicle only while the vehicle is at a standstill.
Method for producing an immunoglobulin or polypeptide comprising at least the CH2 domain and the CH3 domain of a full length immunoglobulin heavy chain with defined glycostructure comprising the following steps: - providing an affinity chromatography column eluate containing the immunoglobulin or immunoglobulin fragment, - incubating the affinity chromatography column eluate with an α-galactosidase of plant origin, which cleaves off the (α1,3)glycosidically bound galactose residue at the non-reducing end of the glycostructure in the CH2 domain of the immunoglobulin or immunoglobulin fragment, - applying the incubated affinity chromatography eluate to a protein A chromatography material and recovering the immunoglobulin or immunoglobulin fragment from the protein A chromatography material and thereby producing an immunoglobulin or immunoglobulin fragment with defined glycostructure. - providing an affinity chromatography column eluate containing the immunoglobulin or immunoglobulin fragment, - incubating the affinity chromatography column eluate with an α-galactosidase of plant origin, which cleaves off the (α1,3)glycosidically bound galactose residue at the non-reducing end of the glycostructure in the CH2 domain of the immunoglobulin or immunoglobulin fragment, - applying the incubated affinity chromatography eluate to a protein A chromatography material and recovering the immunoglobulin or immunoglobulin fragment from the protein A chromatography material and thereby producing an immunoglobulin or immunoglobulin fragment with defined glycostructure.
A gas barrier film comprising a resin layer disposed on an inorganic layer formed on at least one surface of a substrate film, the resin layer containing polyvinyl alcohol and a silicon compound, wherein b* and a* values of the film measured based on JIS Z8722 are -1.0 to 1.0 and -1.0 to 1.0, respectively, wherein the inorganic layer comprises at least one layer of a PVD inorganic layer formed by physical vapor deposition in the presence of introduced oxygen, wherein the inorganic layer is composed of silicon oxide, wherein the haze value is 0.1 to 4.0% as determinded according to JIS K7136:2000, the gas barrier film has a water vapor transmission rate of less than 0.5 g/m 2 /24 h/atm at 60°C, 90% RH.
A receiver for receiving a wireless multicarrier signal comprising a plurality of subcarriers within a frequency band of the multicarrier signal, the receiver comprising: a filter module configured to perform an inverse sideband suppression filter operation for a first frequency block within the frequency band of the multicarrier signal, the first frequency block comprising a first group of subcarriers, the first frequency block consisting in one first physical resource block of the multicarrier signal, the first frequency block being filtered with a first frequency block specific sideband suppression filter for sideband suppression outside of said first frequency block, and configured to perform an inverse sideband suppression filter operation for at least a second frequency block within the frequency band of the multicarrier signal, the second frequency block comprising a second group of subcarriers, the second frequency block consisting in one second physical resource block of the multicarrier signal, the second frequency block being filtered with a second frequency block specific sideband suppression filter for sideband suppression outside of said second frequency block. configured to perform an inverse sideband suppression filter operation for a first frequency block within the frequency band of the multicarrier signal, the first frequency block comprising a first group of subcarriers, the first frequency block consisting in one first physical resource block of the multicarrier signal, the first frequency block being filtered with a first frequency block specific sideband suppression filter for sideband suppression outside of said first frequency block, and configured to perform an inverse sideband suppression filter operation for at least a second frequency block within the frequency band of the multicarrier signal, the second frequency block comprising a second group of subcarriers, the second frequency block consisting in one second physical resource block of the multicarrier signal, the second frequency block being filtered with a second frequency block specific sideband suppression filter for sideband suppression outside of said second frequency block.
Formulation for use in the treatment of migraine with aura comprising as active ingredients: i) an extract of Tanacetum parthenium, in a percentage by weight in the range 0.2 -0.45% wt, wherein the extract comprises parthenolide; ii) magnesium cations in a percentage by weight in the range 0.35-0.55% wt; iii) 5-hydroxy-tryptophan in a percentage by weight in the range 0.1 -0.35% wt. i) an extract of Tanacetum parthenium, in a percentage by weight in the range 0.2 -0.45% wt, wherein the extract comprises parthenolide; ii) magnesium cations in a percentage by weight in the range 0.35-0.55% wt; iii) 5-hydroxy-tryptophan in a percentage by weight in the range 0.1 -0.35% wt.
Mobile display device (100, 200) for enabling a user (300, 310) to obtain either three-dimensional -3D- or two-dimensional -2D-viewing of content, comprising: - a 3D display for enabling the 3D viewing of the content; - a 2D display for enabling the 2D viewing of the content; - a display processor for displaying the content as 3D content on the 3D display and for displaying the content as 2D content on the 2D display; - the 3D display and the 2D display being arranged on opposite faces (122, 142) of the device for enabling the user to obtain either the 3D viewing or the 2D viewing of the content by turning the device about-face; wherein the display processor is arranged for: - displaying an indicator on the 2D display when displaying originally 3D content on the 2D display for alerting the user to turn the device about-face to obtain 3D viewing of the content on the 3D display; or - displaying the indicator on the 3D display when displaying originally 2D content on the 3D display for alerting the user to turn the device about-face to obtain 2D viewing of the content on the 2D display. - a 3D display for enabling the 3D viewing of the content; - a 2D display for enabling the 2D viewing of the content; - a display processor for displaying the content as 3D content on the 3D display and for displaying the content as 2D content on the 2D display; - the 3D display and the 2D display being arranged on opposite faces (122, 142) of the device for enabling the user to obtain either the 3D viewing or the 2D viewing of the content by turning the device about-face; wherein the display processor is arranged for: - displaying an indicator on the 2D display when displaying originally 3D content on the 2D display for alerting the user to turn the device about-face to obtain 3D viewing of the content on the 3D display; or - displaying the indicator on the 3D display when displaying originally 2D content on the 3D display for alerting the user to turn the device about-face to obtain 2D viewing of the content on the 2D display.
A levelling and aligning device for installing tiles comprising: a main body comprising a supporting base and at least one vertical member connected to the supporting base along a preferential fracturing line and extending along an axis substantially perpendicular to the base, the vertical member having a substantially plane main shape having a predetermined thickness (s); and a wedge for levelling the tiles; the first vertical member having an opening extending from the supporting base, designed to receive the levelling wedge, and a contact portion designed to engage with the levelling wedge; characterized in that the first vertical member comprises at least one pair of first side tabs, located at the ends of the first vertical member extending parallel to the axis, having a thickness greater than the thickness (s) of the first member; the pair of first side tabs being interposable between two tiles facing each other, for forming with the relative thickness a corresponding reciprocal distance between the tiles. a main body comprising a supporting base and at least one vertical member connected to the supporting base along a preferential fracturing line and extending along an axis substantially perpendicular to the base, the vertical member having a substantially plane main shape having a predetermined thickness (s); and a wedge for levelling the tiles; the first vertical member having an opening extending from the supporting base, designed to receive the levelling wedge, and a contact portion designed to engage with the levelling wedge; characterized in that the first vertical member comprises at least one pair of first side tabs, located at the ends of the first vertical member extending parallel to the axis, having a thickness greater than the thickness (s) of the first member; the pair of first side tabs being interposable between two tiles facing each other, for forming with the relative thickness a corresponding reciprocal distance between the tiles.
A hybrid receiver comprising 1) a moving coil type receiver comprising a first magnetic flux path comprising a permanent magnet (111, 604, 605), a ring-shaped inner yoke or pole piece (103, 612, 613) and a ring-shaped outer yoke or pole piece (101, 601, 602), wherein a first air gap for a voice coil (105, 610, 611) is formed between the ring-shaped inner yoke or pole piece (103, 612, 613) and the ring-shaped outer yoke or pole piece (101, 601, 602), and 2) a moving armature type receiver comprising a second magnetic flux path comprising the permanent magnet (111, 604, 605), a moving armature (106, 614) and a centre yoke or pole piece (102, 603), wherein a second air gap is formed between the moving armature (106, 614) and the centre yoke or pole piece (102, 603), wherein the first and second magnetic flux paths, at least partly, share a common magnetic circuit comprising the permanent magnet (111, 604, 605), and wherein a first diaphragm (108, 113, 608, 609) of the moving coil type receiver is suspended in a high compliance suspension member (108, 113, 608, 609), and wherein a second diaphragm (112, 616) of the moving armature type receiver is suspended in a low compliance suspension member (107, 615) which rests on the ring-shaped inner yoke or pole piece (103, 612, 613). 1) a moving coil type receiver comprising a first magnetic flux path comprising a permanent magnet (111, 604, 605), a ring-shaped inner yoke or pole piece (103, 612, 613) and a ring-shaped outer yoke or pole piece (101, 601, 602), wherein a first air gap for a voice coil (105, 610, 611) is formed between the ring-shaped inner yoke or pole piece (103, 612, 613) and the ring-shaped outer yoke or pole piece (101, 601, 602), and 2) a moving armature type receiver comprising a second magnetic flux path comprising the permanent magnet (111, 604, 605), a moving armature (106, 614) and a centre yoke or pole piece (102, 603), wherein a second air gap is formed between the moving armature (106, 614) and the centre yoke or pole piece (102, 603),
A self-fanning bristle for a toothbrush, which bristle is comprised of a monofilament made of plastic, wherein the bristle body - which is preferably cloverleaf-shaped in cross section - has multiple longitudinal ribs arranged in a star shape or peripherally, which longitudinal ribs project laterally from a core section of the bristle body, wherein the bristle body is shaped such that a ratio of a diameter P inner of a core cylindrical shell that is inscribed by the troughs between the longitudinal ribs to an external diameter P outer of a cylindrical shell enclosing the longitudinal ribs amounts to 0.5 +/- 0.15, the longitudinal ribs have an outer contour corresponding to a semicircular cylinder, and the bristle body including its core section has a homogeneous material structure and microstructure, characterized in that the bristle has three longitudinal ribs.
A micro-electromechanical device fabrication method, comprising: depositing a first conductive layer over a substrate; patterning the first conductive layer to expose one or more portions of the substrate and form a first electrical contact and a contact electrode; depositing a first sacrificial layer over the first electrical contact, the contact electrode, and the one or more exposed portions of the substrate; patterning the first sacrificial layer to expose the first electrical contact; depositing a second conductive layer over the first sacrificial layer and in contact with the first electrical contact; depositing an insulating layer over the second conductive layer; patterning the insulating layer to expose portions of the second conductive layer such that a remaining portion of the insulating layer is laterally spaced from location where the second conductive layer contacts the first electrical contact; depositing a reinforcing layer over the second conductive layer and the remaining portion of the insulating layer; patterning the reinforcing layer and the second conductive layer to expose the remaining portion of the insulating layer; removing at least some of the remaining portion of the insulating layer; and removing the first sacrificial layer. depositing a first conductive layer over a substrate; patterning the first conductive layer to expose one or more portions of the substrate and form a first electrical contact and a contact electrode; depositing a first sacrificial layer over the first electrical contact, the contact electrode, and the one or more exposed portions of the substrate; patterning the first sacrificial layer to expose the first electrical contact; depositing a second conductive layer over the first sacrificial layer and in contact with the first electrical contact; depositing an insulating layer over the second conductive layer; patterning the insulating layer to expose portions of the second conductive layer such that a remaining portion of the insulating layer is laterally spaced from location where the second conductive layer contacts the first electrical contact; depositing a reinforcing layer over the second conductive layer and the remaining portion of the insulating layer; patterning the reinforcing layer and the second conductive layer to expose the remaining portion of the insulating layer; removing at least some of the remaining portion of the insulating layer; and removing the first sacrificial layer.