mhurhangee/ep-ind-claims huggingface dataset:
A cartridge (3, 10, 16) for extracting biological material from a biological sample (2, 9, 17), the cartridge comprising: a film (4, 11, 21) pre-loaded and contained in the cartridge (3, 10, 16), wherein the film comprises a substrate suitable for extracting biological material from the biological sample (2, 9, 17): a mechanism for attaching the cartridge (3, 10, 16) to a slide (1, 8, 15) upon which the biological sample (2, 9, 17) has been mounted, wherein the cartridge and slide form a single unit after attaching the cartridge to the slide; a mechanism for pressing the film against the biological sample (2, 9, 17) mounted on the slide (1, 8, 15) when the slide is attached to the cartridge; and a mechanism for ending the pressing of the film (4, 11, 21) against the biological sample (2, 9, 17) mounted on the slide (1, 8, 15) when the slide is attached to the cartridge; wherein the film has material properties for enabling its removal from the cartridge, or any of a groove or grooves, a temporary or permanent attachment such as a pull tab (5, 12, 23) or handle for enabling the film to be removed from the cartridge. a mechanism for attaching the cartridge (3, 10, 16) to a slide (1, 8, 15) upon which the biological sample (2, 9, 17) has been mounted, wherein the cartridge and slide form a single unit after attaching the cartridge to the slide; a mechanism for pressing the film against the biological sample (2, 9, 17) mounted on the slide (1, 8, 15) when the slide is attached to the cartridge; and a mechanism for ending the pressing of the film (4, 11, 21) against the biological sample (2, 9, 17) mounted on the slide (1, 8, 15) when the slide is attached to the cartridge; wherein the film has material properties for enabling its removal from the cartridge, or any of a groove or grooves, a temporary or permanent attachment such as a pull tab (5, 12, 23) or handle for enabling the film to be removed from the cartridge.
A polyimide copolymer comprising: a structural unit derived from dianhydride represented by Formula 1 below; and a structural unit derived from aromatic diamine including an ether group, wherein the structural unit derived from the aromatic diamine comprises a first structural unit comprising at least one of structural units represented by Formulas 5 to 7 below and a second structural unit represented by Formula 4 below, wherein a molar ratio of the first structural unit to the second structural unit is 8:2 to 2:8, and a content of the structural unit derived from dianhydride, the first structural unit and the second structural unit is 100mol% on a total repeating unit of the polyimide copolymer: in Formula 4, Y is -S(=O) 2 - or -C(CF 3) 2 -. a structural unit derived from dianhydride represented by Formula 1 below; and a structural unit derived from aromatic diamine including an ether group, wherein the structural unit derived from the aromatic diamine comprises a first structural unit comprising at least one of structural units represented by Formulas 5 to 7 below and a second structural unit represented by Formula 4 below, wherein a molar ratio of the first structural unit to the second structural unit is 8:2 to 2:8, and a content of the structural unit derived from dianhydride, the first structural unit and the second structural unit is 100mol% on a total repeating unit of the polyimide copolymer: in Formula 4, Y is -S(=O) 2 - or -C(CF 3) 2 -.
A system for predicting episodes of apnoea and/or hypopnea, the system comprising: • at least one respiratory signal sensor, J wherein the respiratory signal sensor is a respiratory pressure sensor for measuring the respiratory signal amplitude • a memory arranged for storing a series of respiratory signal measurements and a temporary identification of each of the measurements; and • a processor connected to the memory for accessing the series of measurements and to the respiratory pressure sensor so as to access the current measurement; wherein the processor has: comparison means for comparing the data series and the current measurement, determination means for determining a reduction of the current measurement below a dynamic threshold level based on historic values stored in the memory, and emission means for emitting a treatment signal if the reduction is below the threshold level, wherein said treatment signal is electrical and has a bipolar waveform comprising a positive cycle and a negative cycle, wherein one of the cycles has a maximum value which is 40% greater than the maximum value of the other cycle. • at least one respiratory signal sensor, J wherein the respiratory signal sensor is a respiratory pressure sensor for measuring the respiratory signal amplitude • a memory arranged for storing a series of respiratory signal measurements and a temporary identification of each of the measurements; and • a processor connected to the memory for accessing the series of measurements and to the respiratory pressure sensor so as to access the current measurement; comparison means for comparing the data series and the current measurement, determination means for determining a reduction of the current measurement below a dynamic threshold level based on historic values stored in the memory, and emission means for emitting a treatment signal if the reduction is below the threshold level, wherein said treatment signal is electrical and has a bipolar waveform comprising a positive cycle and a negative cycle, wherein one of the cycles has a maximum value which is 40% greater than the maximum value of the other cycle.
A quench system for high temperature reactor flows, comprising: a quench section having a frustum shape with an inlet, an outlet, and quench section wall; and a plurality of spray nozzles embedded in the quench section wall, having a spray nozzle angle perpendicular or at an oblique angle to the quench section wall; wherein the inlet is at a first end of the frustum shaped quench section and the outlet is at a second end of the frustum shaped quench section, wherein the second end is the same size or larger than the first end; wherein the quench section has a regular polygonal cross-section, and wherein the spray nozzles each have an outlet that is flush with the quench section wall; and wherein the quench section has a central axis, and the plurality of spray nozzles are distributed circumferentially around the quench section wall, and are disposed within at least two circular sections where each circular section is oriented perpendicular to the quench section central axis. a quench section having a frustum shape with an inlet, an outlet, and quench section wall; and a plurality of spray nozzles embedded in the quench section wall, having a spray nozzle angle perpendicular or at an oblique angle to the quench section wall; wherein the inlet is at a first end of the frustum shaped quench section and the outlet is at a second end of the frustum shaped quench section, wherein the second end is the same size or larger than the first end; wherein the quench section has a regular polygonal cross-section, and wherein the spray nozzles each have an outlet that is flush with the quench section wall; and wherein the quench section has a central axis, and the plurality of spray nozzles are distributed circumferentially around the quench section wall, and are disposed within at least two circular sections where each circular section is oriented perpendicular to the quench section central axis.
A security document and/or document of value (1; 45) comprising: • at least one information vector (8; 20); and • at least one masking element in the form of a strip (3; 3'; 40; 46) having at least one semi-reflecting region (7; 9; 28; 41; 42; 46) covering the information vector (8; 20) at least in part, the masking element being of a width that is less than the width of the document, characterized by the fact that the masking element is semi-reflecting over a fraction only of its surface. • at least one information vector (8; 20); and • at least one masking element in the form of a strip (3; 3'; 40; 46) having at least one semi-reflecting region (7; 9; 28; 41; 42; 46) covering the information vector (8; 20) at least in part, the masking element being of a width that is less than the width of the document, characterized by the fact that the masking element is semi-reflecting over a fraction only of its surface.
A fluid flow sensor adapted for measuring a fluid velocity over a range of fluid velocities, comprising: a plurality of cams (104, 106); an obstruction member coupled to a first cam in the plurality of cams; an arcuate appendage coupled to a second cam in the plurality of cams, wherein the arcuate appendage is configured to rotate about the second cam; and a spring coupled to at least one of the plurality of cams, wherein the plurality of cams is configured to convert a rotation of the obstruction member into a rotation of the arcuate appendage, and wherein the plurality of cams and the torsion spring are configured to linearize a rotation of the arcuate appendage over the range of fluid velocities, characterized in that the obstruction member is rotatable about the first cam relative to the fluid velocity, and in that the spring is a torsion spring. a plurality of cams (104, 106); an obstruction member coupled to a first cam in the plurality of cams; an arcuate appendage coupled to a second cam in the plurality of cams, wherein the arcuate appendage is configured to rotate about the second cam; and a spring coupled to at least one of the plurality of cams, wherein the plurality of cams is configured to convert a rotation of the obstruction member into a rotation of the arcuate appendage, and wherein the plurality of cams and the torsion spring are configured to linearize a rotation of the arcuate appendage over the range of fluid velocities, characterized in that the obstruction member is rotatable about the first cam relative to the fluid velocity, and in that the spring is a torsion spring.
A welding material for Ni-based heat resistant alloy, the welding material having a chemical composition consisting, by mass%, of: C: 0.08 to 0.12%, Si: 0.10% or less, Mn: 0.02 to 1.50%, P: 0.008% or less, S: 0.002% or less, Ni: more than 56.0% to 60.0% or less, Co: 8.0 to 12.0%, Cr: 18.0 to 22.0%, Mo: 6.0 to 10.0%, Ti: 0.01 to 0.50%, Al: 0.50 to 1.00%, N: 0.010% or less, O: 0.010% or less, Nb: 0 to 0.50%, B: 0 to 0.0050%, Ca: 0 to 0.050%, Mg: 0 to 0.050%, REM: 0 to 0.20%, and the balance: Fe and impurities, wherein a thickness of an oxide layer formed on the surface of the welding material is 30 μm or less. C: 0.08 to 0.12%, Si: 0.10% or less, Mn: 0.02 to 1.50%, P: 0.008% or less, S: 0.002% or less, Ni: more than 56.0% to 60.0% or less, Co: 8.0 to 12.0%, Cr: 18.0 to 22.0%, Mo: 6.0 to 10.0%, Ti: 0.01 to 0.50%, Al: 0.50 to 1.00%, N: 0.010% or less, O: 0.010% or less, Nb: 0 to 0.50%, B: 0 to 0.0050%, Ca: 0 to 0.050%, Mg: 0 to 0.050%, REM: 0 to 0.20%, and the balance: Fe and impurities, wherein a thickness of an oxide layer formed on the surface of the welding material is 30 μm or less.
An electronic flow meter comprising: - a flow tube provided with flow channel extending between an inlet and an outlet - an electronics housing arranged in association with the flow tube, wherein a sensor bore in fluid communication with the flow channel is provided in an inner surface of the electronic housing; - a flow sensor including a pair of ultrasound transducers mounted on a main printed circuit board arranged inside the electronics housing, the flow sensor being configured for measuring a flow rate of a fluid flowing through the flow tube, - a pressure sensor including a sensor element and an associated electronic measurement circuit; wherein a top-side of the sensor element is arranged opposite the sensor bore in fluid communication with the flow channel via the sensor bore and a backing device is provided to force the sensor element against a sealing element arranged to provide a sealing between the sensor element and the inner surface of in the electronic housing, characterized in that the electronic flowmeter further comprises a measuring tube arranged in the flow channel extending between the ultrasound transducers, and an opening of the sensor bore is provided in an interior surface of the flow tube overlapped by the measuring tube, and extending along the flow channel, the measuring tube creates a narrow passage along an outer periphery of the flow channel adjacent to the interior surface of the flow tube, and the opening of the sensor bore is provided in the interior surface of the flow tube in the narrow passage between a flow tube wall and the measuring tube. - a flow tube provided with flow channel extending between an inlet and an outlet - an electronics housing arranged in association with the flow tube, wherein a sensor bore in fluid communication with the flow channel is provided in an inner surface of the electronic housing; - a flow sensor including a pair of ultrasound transducers mounted on a main printed circuit board arranged inside the electronics housing, the flow sensor being configured for measuring a flow rate of a fluid flowing through the flow tube, - a pressure sensor including a sensor element and an associated electronic measurement circuit; wherein a top-side of the sensor element is arranged opposite the sensor bore in fluid communication with the flow channel via the sensor bore and a backing device is provided to force the sensor element against a sealing element arranged to provide a sealing between the sensor element and the inner surface of in the electronic housing, characterized in that the electronic flowmeter further comprises a measuring tube arranged in the flow channel extending between the ultrasound transducers, and an opening of the sensor bore is provided in an interior surface of the flow tube overlapped by the measuring tube, and extending along the flow channel, the measuring tube creates a narrow passage along an outer periphery of the flow channel adjacent to the interior surface of the flow tube, and the opening of the sensor bore is provided in the interior surface of the flow tube in the narrow passage between a flow tube wall and the measuring tube.
A package assembly for accommodating and dispensing a plurality of elongate consumable products comprising: a package housing for supporting said products; said package housing including a first product accommodating compartment and a second product accommodating compartment separated by a hinge; each said product accommodating compartment having an open end (30, 32) adjacent said hinge, said product accommodating compartments (12, 14) being foldable about said hinge in a book-like fashion; and a releasable closure on each compartment (12, 14) and positioned to be in aligned facing relationship for mutual engagement upon closably folding said compartments (12, 14) about said hinge; characterized in that said first and second product accommodating compartments (12, 14) being formed from separate blanks, said product accommodating compartments (12, 14) having respective edges (50, 52); said edges (50, 52) of said first and second product accommodating compartments (12, 14) being overlapped and secured together to form the assembled package housing, the overlapped portions forming said hinge; and said releasable closure is selected from the group consisting of: a clip, mating hook and loop fasteners (260, 262), magnetic fasteners (360, 362), pressure sensitive labels (460, 462), static cling film (560, 562), pressure sensitive adhesives (660, 662) and interfitting mechanical devices (760, 762; 860, 862; 960, 962). a package housing for supporting said products; said package housing including a first product accommodating compartment and a second product accommodating compartment separated by a hinge; each said product accommodating compartment having an open end (30, 32) adjacent said hinge, said product accommodating compartments (12, 14) being foldable about said hinge in a book-like fashion; and a releasable closure on each compartment (12, 14) and positioned to be in aligned facing relationship for mutual engagement upon closably folding said compartments (12, 14) about said hinge; characterized in that said first and second product accommodating compartments (12, 14) being formed from separate blanks, said product accommodating compartments (12, 14) having respective edges (50, 52); said edges (50, 52) of said first and second product accommodating compartments (12, 14) being overlapped and secured together to form the assembled package housing, the overlapped portions forming said hinge; and said releasable closure is selected from the group consisting of: a clip, mating hook and loop fasteners (260, 262), magnetic fasteners (360, 362), pressure sensitive labels (460, 462), static cling film (560, 562), pressure sensitive adhesives (660, 662) and interfitting mechanical devices (760, 762; 860, 862; 960, 962).
A liquid immunogenic composition prepared by reconstituting a lyophilized immunogenic composition comprising: (a) an isolated Staphylococcus aureus clumping factor A (ClfA) polypeptide, wherein the ClfA polypeptide comprises an N1, N2 and N3 domain, (b) an isolated Staphylococcus aureus MntC polypeptide, (c) a Capsular Polysaccharide Type 5 -CRM 197 conjugate, (d) a Capsular Polysaccharide Type 8 -CRM 197 conjugate, (e) a buffer having a pKa of 6.0 ± 0.6, and (f) a bulking agent, with an aqueous diluent, wherein said liquid immunogenic composition has a final pH of 6.0 ± 0.5.
Pressure accumulator for receiving pressurized fluids with a connection device, wherein the pressure accumulator and the connection device can be connected together fluid-conductively, wherein the pressure accumulator at a first connection segment has a transverse bore which intersects an axial bore of the pressure accumulator, characterized in that the pressure accumulator can be inserted with a first connection segment into the connection device, wherein the transverse bore is adapted for fluid-conductive connection with the connection device.
A sectional gate, the gate leaf thereof consisting of individual sections which are articulately connected to each other and are guided in lateral guides (1, 2) by means of rollers or sliding elements, wherein the lateral guides from an essentially vertical course transition to a curved course in the overhead area as wound-up layers into a parking position, wherein the curved course of the guides between neighbouring guiding portions includes such an interstice that the individual wound-up layers of sections are disposed with regard to each other at a distance in a parking position without contacting each other, characterized in that the curved extension consists of individual circular arc segments (3, 4, 5, 6) concentrically extending to each other, which are attached to a mounting plate, and by means of a butt joint, border the lateral vertical guide, and by means of guided butt joints (8, 9, 10), they border each other, wherein a first circular arc segment within the curved course includes a longitudinal extension which corresponds to a shortened half-circular arc segment and ends at a first guided butt joint, and in that circular arc segments connecting to said guided butt joint and circular arc segments (5, 6) connecting thereto, have radii which taper from circular arc segment to circular arc segment, wherein the successive circular arc segments (3, 4, 5, 6) in an alternating manner form two sets, which respectively depend upon a first and second circular arc segment centre points (15, 16) spaced apart by a distance in such a way that the second circular arc segment centre point is associated to the first set of circular arc segments (3,5) and the first circular arc segment centre point is associated to the second set of circular arc segments (4, 6), wherein the circular arc segment centre points (15, 16) are located on an imaginary line, which passes through the guided butt joints (8, 9, 10), wherein simultaneously the first circular arc segment centre point is essentially located on an imaginary line with a spacer profile and the second circular arc segment centre point is located essentially on an imaginary line with the butt joint at the lateral vertical guide.
An electrochemical device (100, 300, 800) comprising: an electrochemically active polymer layer (101, 301, 801); a ferroelectric layer (102, 302, 802); and an ion conductor layer (103, 303, 803) arranged between said electrochemically active layer and said ferroelectric layer and in contact with the electrochemically active layer, characterized in that the electrochemically active polymer layer comprises a polymer selected from the group consisting of a homopolymer or copolymer of a 3,4-dialkoxythiophene, in which said two alkoxy groups may be the same or different or together represent an optionally substituted oxy-alkylene-oxy bridge. an electrochemically active polymer layer (101, 301, 801); a ferroelectric layer (102, 302, 802); and an ion conductor layer (103, 303, 803) arranged between said electrochemically active layer and said ferroelectric layer and in contact with the electrochemically active layer, characterized in that the electrochemically active polymer layer comprises a polymer selected from the group consisting of a homopolymer or copolymer of a 3,4-dialkoxythiophene, in which said two alkoxy groups may be the same or different or together represent an optionally substituted oxy-alkylene-oxy bridge.
A product-inspection apparatus comprising: a vibration unit configured to vibrate an object to be inspected, which is an object in which a powder is contained in a container; a light source configured to apply light onto an upper surface of the powder; an imaging unit configured to take an image of the upper surface of the powder at a frame rate equal to or higher than a maximum vibration frequency of the vibration unit; and a determination unit configured to determine whether or not the object to be inspected is a quality product based on image information taken by the imaging unit, wherein when the direction of gravity is defined as a downward direction, the vibration unit is configured to vibrate a stage on which the object to be inspected is placed in the vertical direction by changing the vibration frequency stepwise, and is further configured to rotate the stage about a rotation axis extending in the vertical direction at least once at each vibration frequency; and the imaging unit is configured to take a plurality of images of the upper surface of the powder while the stage rotates once around the rotation axis. a vibration unit configured to vibrate an object to be inspected, which is an object in which a powder is contained in a container; a light source configured to apply light onto an upper surface of the powder; an imaging unit configured to take an image of the upper surface of the powder at a frame rate equal to or higher than a maximum vibration frequency of the vibration unit; and a determination unit configured to determine whether or not the object to be inspected is a quality product based on image information taken by the imaging unit, wherein when the direction of gravity is defined as a downward direction, the vibration unit is configured to vibrate a stage on which the object to be inspected is placed in the vertical direction by changing the vibration frequency stepwise, and is further configured to rotate the stage about a rotation axis extending in the vertical direction at least once at each vibration frequency; and the imaging unit is configured to take a plurality of images of the upper surface of the powder while the stage rotates once around the rotation axis.