mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a flow cell including a fluid inlet and a fluid outlet; an array of electronic sensors (130, 132) cooperatively engaged with the flow cell, each of the electronic sensors including a field effect transistor having a gate electrode, such that when a fluid is present in the flow cell, a first subset of the array of electronic sensors is exposed to fluid within the flow cell, and a second subset of the array of electronic sensors is free of contact with the fluid within the flow cell; a reference electrode to provide a reference voltage to the first subset of the array of electronic sensors through the fluid via the fluid inlet or the fluid outlet; and a sensor electrode in electrical communication with the first subset of the array of electronic sensors through the fluid within at least one of the fluid inlet and the fluid outlet, wherein the sensor electrode has an output in electrical communication with the gate electrodes of the field effect transistors of the second subset of the array of electronic sensors. a flow cell including a fluid inlet and a fluid outlet; an array of electronic sensors (130, 132) cooperatively engaged with the flow cell, each of the electronic sensors including a field effect transistor having a gate electrode, such that when a fluid is present in the flow cell, a first subset of the array of electronic sensors is exposed to fluid within the flow cell, and a second subset of the array of electronic sensors is free of contact with the fluid within the flow cell; a reference electrode to provide a reference voltage to the first subset of the array of electronic sensors through the fluid via the fluid inlet or the fluid outlet; and a sensor electrode in electrical communication with the first subset of the array of electronic sensors through the fluid within at least one of the fluid inlet and the fluid outlet, wherein the sensor electrode has an output in electrical communication with the gate electrodes of the field effect transistors of the second subset of the array of electronic sensors.
Cartridge (2; 2'; 2") for a stereolithography machine, comprising: - a container provided with an access opening; - a reservoir containing a base material, liquid or pasty, suited to be solidified through exposure to a predefined radiation, said reservoir being permanently associated with said container; - feeding means suited to feed said base material from said reservoir towards said container, wherein the bottom of said container is at least partially transparent to said predefined radiation and is situated opposite said access opening. - a container provided with an access opening; - a reservoir containing a base material, liquid or pasty, suited to be solidified through exposure to a predefined radiation, said reservoir being permanently associated with said container; - feeding means suited to feed said base material from said reservoir towards said container, wherein the bottom of said container is at least partially transparent to said predefined radiation and is situated opposite said access opening.
Disc brake for a commercial vehicle, having - a brake carrier, engaging over a brake disc, having a flange area for fastening the brake carrier to an axle of the commercial vehicle and a receiving area for supporting at least one brake pad (23, 24), - a brake calliper held on the brake carrier so as to be axially displaceable in the direction (x) of an axis of rotation of the brake disc, - wherein brake pads (23, 24) can be positioned on both sides of the brake disc within the brake calliper, which can be pressed, in a braking operation, against the brake disc by means of an application device, - a visual wear detection means for detecting the wear of a brake disc and/or brake pad, - wherein the visual wear detection means has a material protrusion formed in the flange area of the brake carrier and a mechanically reworked planar reference surface formed on the brake calliper and orientated perpendicular to the displacement direction (x) of the brake calliper, characterised in that - the material protrusion has a plurality of mechanically reworked planar surfaces (8, 9, 10) orientated one behind the other in the displacement direction of the brake calliper and perpendicular to the displacement direction (x) of the brake calliper, - wherein the surfaces (8, 9, 10) of the material protrusion and the reference surface of the brake calliper are positioned such that they can be visually detected simultaneously from a predetermined viewing direction. - a brake carrier, engaging over a brake disc, having a flange area for fastening the brake carrier to an axle of the commercial vehicle and a receiving area for supporting at least one brake pad (23, 24), - a brake calliper held on the brake carrier so as to be axially displaceable in the direction (x) of an axis of rotation of the brake disc, - wherein brake pads (23, 24) can be positioned on both sides of the brake disc within the brake calliper, which can be pressed, in a braking operation, against the brake disc by means of an application device, - a visual wear detection means for detecting the wear of a brake disc and/or brake pad, - wherein the visual wear detection means has a material protrusion formed in the flange area of the brake carrier and a mechanically reworked planar reference surface formed on the brake calliper and orientated perpendicular to the displacement direction (x) of the brake calliper, - the material protrusion has a plurality of mechanically reworked planar surfaces (8, 9, 10) orientated one behind the other in the displacement direction of the brake calliper and perpendicular to the displacement direction (x) of the brake calliper, - wherein the surfaces (8, 9, 10) of the material protrusion and the reference surface of the brake calliper are positioned such that they can be visually detected simultaneously from a predetermined viewing direction.
Method for carrying out a hygiene program in a dryer comprising a drum for laundry items to be dried, a process air circuit, in which a fan for conveying process air is arranged, a control unit, a heat pump circuit (8, 9, 10, 11) with an evaporator, a condenser, a throttle and a compressor, and at least one sensor (5, 6, 22, 23), wherein by means of the sensor (5, 6, 22, 23) the reduction of the moisture level Fw of the laundry items is monitored, characterised in that when a predefined lower moisture level F W lowlim is reached, a rotational speed u of the fan is lowered and/or a power consumption p of a variable-power compressor is raised, so that a temperature required for the efficient killing of germs in the drum of at least 65°C is reached.
A method for preparing a polymer thin film with water repellency and oil repellency comprising the steps of: thermally decomposing a thermal initiator of a gas phase to form a radical; reacting the formed radical with a monomer mixture comprising (meth)acrylate-based monomers substituted with a fluorine-containing functional group and a reactive compound comprising at least two vinyl groups or (meth)acrylate-based functional groups to synthesize a polymer; and depositing the synthesized polymer on a substrate, wherein a ratio of deposition partial pressure of the following General Formula 1 of the reactive compound comprising at least two vinyl groups or (meth)acrylate-based functional groups to deposition partial pressure of the following General Formula 1 of the (meth)acrylate-based monomers substituted with a fluorine-containing functional group is 0.13 to 0.50: Deposition partial pressure = Pm / Psat wherein, in the General Formula 1, Psat denotes saturation vapor pressure of corresponding monomers or compounds at a surface temperature of a substrate on which the synthesized polymer is deposited, and Pm denotes partial pressure of corresponding monomers or compounds in a reactor in which the deposition is progressed. thermally decomposing a thermal initiator of a gas phase to form a radical; reacting the formed radical with a monomer mixture comprising (meth)acrylate-based monomers substituted with a fluorine-containing functional group and a reactive compound comprising at least two vinyl groups or (meth)acrylate-based functional groups to synthesize a polymer; and depositing the synthesized polymer on a substrate, wherein a ratio of deposition partial pressure of the following General Formula 1 of the reactive compound comprising at least two vinyl groups or (meth)acrylate-based functional groups to deposition partial pressure of the following General Formula 1 of the (meth)acrylate-based monomers substituted with a fluorine-containing functional group is 0.13 to 0.50: Deposition partial pressure = Pm / Psat wherein, in the General Formula 1, Psat denotes saturation vapor pressure of corresponding monomers or compounds at a surface temperature of a substrate on which the synthesized polymer is deposited, and Pm denotes partial pressure of corresponding monomers or compounds in a reactor in which the deposition is progressed. Psat denotes saturation vapor pressure of corresponding monomers or compounds at a surface temperature of a substrate on which the synthesized polymer is deposited, and Pm denotes partial pressure of corresponding monomers or compounds in a reactor in which the deposition is progressed.
A method for operating a thermal flow sensor, wherein the thermal flow sensor has at least one sensor element (101, 102, 103) and an electronic unit, comprising: - bringing a measuring medium into thermal contact with the sensor element (101, 102, 103) and periodically heating the measuring medium by means of an alternating voltage applied to the sensor element (101, 102, 103) and simultaneously detecting a maximum amplitude of a temperature profile and/or a phase shift between the profile of the alternating voltage and the profile of the temperature; - adjusting the detected maximum amplitude and/or the detected phase shift with the aid of calibration data; - determining an isoline (ILx) using the adjusted maximum amplitude and/or the adjusted phase shift on the basis of a mathematical or physical model of the thermal flow sensor, the isoline (ILx)) of a multiplicity of value pairs of thermal parameters (C p, k), in particular a thermal conductivity and a heat capacity, of the measurement medium, which value pairs are associated with the same maximum amplitude or the same phase shift; - deriving at least one measurement fluid datum from the isoline (ILx); and carrying out a flow measurement by means of the thermal flow sensor, the sensor element (101, 102, 103) supplying signal values, and converting the signal values into measured values of the effective flow velocity of the measuring medium by means of the measuring fluid information. - bringing a measuring medium into thermal contact with the sensor element (101, 102, 103) and periodically heating the measuring medium by means of an alternating voltage applied to the sensor element (101, 102, 103) and simultaneously detecting a maximum amplitude of a temperature profile and/or a phase shift between the profile of the alternating voltage and the profile of the temperature; - adjusting the detected maximum amplitude and/or the detected phase shift with the aid of calibration data; - determining an isoline (ILx) using the adjusted maximum amplitude and/or the adjusted phase shift on the basis of a mathematical or physical model of the thermal flow sensor, the isoline (ILx)) of a multiplicity of value pairs of thermal parameters (C p, k), in particular a thermal conductivity and a heat capacity, of the measurement medium, which value pairs are associated with the same maximum amplitude or the same phase shift; - deriving at least one measurement fluid datum from the isoline (ILx); and
A phytosanitary product recovering panel, comprising a recovery surface extending along a main plane, and a recovery bin located on one edge of the recovery surface so a to receive the phytosanitary product by flowing on the recovery surface, characterised in that the recovery surface is formed by a plurality of fins spaced apart from each other so that an air stream can cross the recovery surface by passing between the fins and in that the fins are tilted relative to the main plane so as to form a continuous obstacle along a direction perpendicular to the main plane.
A crosslinked thermoplastic elastomer composition comprising 5 to 70 parts by mass of a hydrogenated product of a block copolymer having at least one conjugated diene monomer unit block and at least one vinyl aromatic monomer unit block, and 20 to 150 parts by mass of a propylene-based resin, based on 100 parts by mass of the total of an ethylene-α-olefin copolymer comprising an ethylene unit and an α-olefin unit having 3 to 20 carbon atoms, and a copolymer having at least one hydrogenated copolymer block mainly composed of a conjugated diene monomer unit and a vinyl aromatic monomer unit, wherein a mass ratio ( /) of the component and the component is from 20/80 to 75/25, and wherein a combination of two or more hydrogenated products of block copolymers are employed as, wherein at least one of the hydrogenated product is (C-1 in which a content of the vinyl aromatic monomer unit block is 20% by mass or more and 50% by mass or less, and at least the other hydrogenated product is (C-2) in which a content of the vinyl aromatic monomer unit block is more than 50% by mass and 80% by mass or less.
Alloy powder of a composition formula F2 100-a-b-c-d-e-f CO a B b Si c P d Cu e C f having, as a main phase, an amorphous phase or a mixed phase structure of the amorphous phase and a crystal phase of α-Fe, where 3.5 ≤ a ≤ 4.5 at%, 6 ≤ b ≤ 15 at%, 2 ≤ c ≤ 11 at%, 3 ≤ d ≤ 5 at%, 0.5 ≤e ≤ 1.1 at%, and 0 ≤ f ≤ 2 at%, and the alloy powder having a particle diameter of 90 μm or less, achieved by sieving the powder.
An air conditioning assembly for an environmental chamber, the air conditioning assembly comprising: - a suspended ceiling for suspending below a structural ceiling of the environmental chamber to create a plenum space therebetween, said suspended ceiling being configured to cover a substantially horizontal plane of the environmental chamber whilst leaving a first perimeter gap adjacent to a wall of the environmental chamber, and a second perimeter gap adjacent to an opposing wall of the environmental chamber; - a substantially vertical wall for covering a vertical plane of the plenum space; - at least one fan within the plenum space, said at least one fan being configured to draw air from one side of the substantially vertical wall to the other side, and therefore configured to draw air from the environmental chamber and into the plenum space through the first perimeter gap, and to blow air from the plenum space and into the environmental chamber through the second perimeter gap; and, - at least one air conditioning means in fluid communication with the at least one fan, configured to condition the air flow passing through said at least one fan; characterized in that the at least one air conditioning means comprises an altitude simulator for changing the oxygen content of the air flow, and the first perimeter gap and the second perimeter gap are configured such that they span along substantially the entire edge of the suspended ceiling such that, in use, the air conditioning assembly is configured to create substantially laminar air flow throughout the environmental chamber. - a suspended ceiling for suspending below a structural ceiling of the environmental chamber to create a plenum space therebetween, said suspended ceiling being configured to cover a substantially horizontal plane of the environmental chamber whilst leaving a first perimeter gap adjacent to a wall of the environmental chamber, and a second perimeter gap adjacent to an opposing wall of the environmental chamber; - a substantially vertical wall for covering a vertical plane of the plenum space; - at least one fan within the plenum space, said at least one fan being configured to draw air from one side of the substantially vertical wall to the other side, and therefore configured to draw air from the environmental chamber and into the plenum space through the first perimeter gap, and to blow air from the plenum space and into the environmental chamber through the second perimeter gap; and, - at least one air conditioning means in fluid communication with the at least one fan, configured to condition the air flow passing through said at least one fan;
Apparatus for the transanal drainage of feces from the rectum of a patient and/or for the transanal application of enema liquid through a catheter-like element with an inflatable balloon, which is made of a thin-wall soft foil material of limited elastic deformability by preforming in form of a waisted, in particular of dumbbell or hourglass-shaped form with two terminal balloon sections (4, 5) of larger hose radius D 1 /2; D 2 /2 as well as a balloon section centrally located in between and tapered against the above of reduced hose radius, which is transanally placed so that the distal adjoining, radially expanded balloon section is placed intrarectal and the proximally adjoining, radially expanded balloon section is extracorporeal, characterized by the fact that both balloon ends are tapering and are fixed at an axial distance from each other on the lateral surface of the catheter shank, whereby the intrarectal placed balloon section in a state of forcelessness is completely surrounding the distal section of the catheter shank and is dimensioned so tightly that at an axial displacement of the catheter shank in colon direction a counteracting force is generated because of the deformation of the balloon envelope surrounding the end of the shank associated with it that cushions and/or limits the distal end of the catheter shank in its movement towards distal in such way that the latter cannot protrude from the distal or intrarectal balloon expansion surrounding the end of the shank and cannot protrude in a way potentially traumatizing the colon, in which the distal tip of the catheter shank in its undeflected passive state is coming to rest completely proximal to a plane, which is perpendicular to a symmetry axis, and which is completely tangent to the intrarectal placed balloon section.
A wireless microphone system, comprising: a pilot tone generator adapted to generate a pilot tone modulated by a predetermined waveform at a frequency designated for an Advanced Television Systems Committee, ATSC, pilot in a TV Band channel used by the wireless microphone system, wherein the pilot tone is a single tone modulated by a modulating sequence {b} = {+M, -M, +M, -M, +M, -M, +M...} with a predetermined signal period assigned such that a bandwidth of the modulated pilot tone is maintained within a narrowband centered on the location of an Advanced Television Systems Committee, ATSC, pilot for a DTV broadcast; a signal combiner that combines the pilot tone with a frequency modulation, FM, signal generated by the wireless microphone to create a combined signal; and a combined signal transmitter that broadcast the combined signal. a pilot tone generator adapted to generate a pilot tone modulated by a predetermined waveform at a frequency designated for an Advanced Television Systems Committee, ATSC, pilot in a TV Band channel used by the wireless microphone system, wherein the pilot tone is a single tone modulated by a modulating sequence {b} = {+M, -M, +M, -M, +M, -M, +M...} with a predetermined signal period assigned such that a bandwidth of the modulated pilot tone is maintained within a narrowband centered on the location of an Advanced Television Systems Committee, ATSC, pilot for a DTV broadcast; a signal combiner that combines the pilot tone with a frequency modulation, FM, signal generated by the wireless microphone to create a combined signal; and a combined signal transmitter that broadcast the combined signal.
A device, comprising a textile substrate, wherein the device comprises measuring sensors arranged to the textile substrate for measuring a physiological signal and signal transfer conductors coupled with and extended from said measuring sensors along the textile substrate for transferring signals from said measuring sensors, characterized in that the device comprises a base structure component of electronics irremovably integrated to the textile substrate, and said electronics being irremovably attached to said textile substrate via the base structure component, said base structure component being more rigid than the textile substrate structure, wherein said base structure component comprises electric contact signal transfer elements; and said signal transfer conductors being connected through said base structure component to the electronics via said electric contact signal transfer elements in a watertight manner.
A method for producing microparticles from a pressurized and heated raw material solution, the method is to prepare a raw material solution having a raw material dissolved in a solvent, which is followed by carrying out a crystallization operation by means of a poor solvent method using the raw material solution thereby obtaining microparticles of the raw material, characterized in that at a time when the raw material solution is prepared, using at least any one of curcumin and γ-oryzanol as the raw material, and using ethanol as the solvent, and a stirring operation is carried out under a pressurized state and a temperature condition of 78.3°C or higher and 130°C or lower. the method is to prepare a raw material solution having a raw material dissolved in a solvent, which is followed by carrying out a crystallization operation by means of a poor solvent method using the raw material solution thereby obtaining microparticles of the raw material, characterized in that at a time when the raw material solution is prepared, using at least any one of curcumin and γ-oryzanol as the raw material, and using ethanol as the solvent, and a stirring operation is carried out under a pressurized state and a temperature condition of 78.3°C or higher and 130°C or lower.
Gear-type fuel pump, having a shaft and a gearwheel with a hub, wherein the gearwheel is connected to the shaft by means of the following arrangement: arrangement for transmitting a torque between the shaft and the hub, wherein the hub has at least approximately the interior geometry of an equilateral n-sided polygon, the side surfaces of which at least approximately bear against a coupling portion, which is of circular overall cross section, of the shaft, and in that the shaft has at least one driver portion, which is fixed in terms of rotation relative to the coupling portion and which extends in the direction of one corner of the n-sided polygon (122, wherein the driver portion has the shape of a spherical cap and wherein the driver portion is formed on a driver element, which is accommodated in an aperture in the coupling portion of the shaft and wherein a radius of the corner is larger or smaller than the radius of the driver element engangin in the corner.