mhurhangee/ep-ind-claims huggingface dataset:
A window assembly for a vehicle, the window assembly comprising: - a first drive, comprising a first stator and a first rotor, the first rotor being arranged around the first stator for rotating relative to the first stator, about a first longitudinal axis fixed relative to the first stator, when the first drive is electrically powered; - a mobile window, having a transversal edge and a first longitudinal edge, the mobile window being configured for sliding relative to the first stator substantially parallel to the first longitudinal axis, between an open position where the transversal edge is positioned at a first longitudinal end of the first drive and the first longitudinal edge is positioned along the first drive, and a closed position where the transversal edge is positioned at a second longitudinal end of the first drive and where the first longitudinal edge is positioned passed the first drive along the first longitudinal axis; and - a first transmission mechanism, the mobile window being driven between the open position and the closed position by the rotation of the first rotor, via the first transmission mechanism, wherein the first transmission mechanism comprises: - a lead screw, arranged around the first rotor and secured to the first rotor; and - a nut, secured to the mobile window and geared with the lead screw. - a first drive, comprising a first stator and a first rotor, the first rotor being arranged around the first stator for rotating relative to the first stator, about a first longitudinal axis fixed relative to the first stator, when the first drive is electrically powered; - a mobile window, having a transversal edge and a first longitudinal edge, the mobile window being configured for sliding relative to the first stator substantially parallel to the first longitudinal axis, between an open position where the transversal edge is positioned at a first longitudinal end of the first drive and the first longitudinal edge is positioned along the first drive, and a closed position where the transversal edge is positioned at a second longitudinal end of the first drive and where the first longitudinal edge is positioned passed the first drive along the first longitudinal axis; and - a first transmission mechanism, the mobile window being driven between the open position and the closed position by the rotation of the first rotor, via the first transmission mechanism, - a lead screw, arranged around the first rotor and secured to the first rotor; and - a nut, secured to the mobile window and geared with the lead screw.
A microfluidic device comprising: a plurality of reaction wells; and a plurality of solid supports, each of the solid supports having a reagent attached thereto, wherein the reagent is attached to the solid support via a labile reagent/support bond such that the reagent is configured to be cleaved from the support via a cleaving operation; wherein the plurality of wells each include a solid support containment region and a reaction region, wherein the solid support containment region is configured to receive a single one of the plurality of solid supports; and wherein the microfluidic device further comprises a sealing member or an immiscible fluid to fluidically isolate each of the plurality of wells, such that, in use, reaction solution can be added to the wells and the wells are sealed with the sealing member or immiscible fluid such that the reaction wells are fluidically isolated from one another, and in each fluidically isolated reaction well a cleaving operation can be performed to separate the reagent from the solid support so as to deliver reagent to the reaction region. a plurality of reaction wells; and a plurality of solid supports, each of the solid supports having a reagent attached thereto, wherein the reagent is attached to the solid support via a labile reagent/support bond such that the reagent is configured to be cleaved from the support via a cleaving operation; wherein the plurality of wells each include a solid support containment region and a reaction region, wherein the solid support containment region is configured to receive a single one of the plurality of solid supports; and wherein the microfluidic device further comprises a sealing member or an immiscible fluid to fluidically isolate each of the plurality of wells, such that, in use, reaction solution can be added to the wells and the wells are sealed with the sealing member or immiscible fluid such that the reaction wells are fluidically isolated from one another, and in each fluidically isolated reaction well a cleaving operation can be performed to separate the reagent from the solid support so as to deliver reagent to the reaction region.
A method of characterising a sample comprising particles, the method comprising: performing a first measurement on the sample using a first particle characterisation technique; flowing the sample from the first particle characterisation technique to a particle separating device; separating the sample with the particle separating device; performing a second measurement on the separated sample; characterised by comparing the first measurement and the second measurement to determine if all the particles of the sample have passed through the separating device. performing a first measurement on the sample using a first particle characterisation technique; flowing the sample from the first particle characterisation technique to a particle separating device; separating the sample with the particle separating device; performing a second measurement on the separated sample; characterised by comparing the first measurement and the second measurement to determine if all the particles of the sample have passed through the separating device.
A method for modifying a contour (300, 400, 500) comprising a sequence of points positioned on an image, the method comprising: detecting a position of a movable indicator on the image relative to one or more points of the sequence, wherein the movable indicator is movable by a user; automatically removing at least one point from the contour (300, 400, 500), or adding at least one point to the contour (300, 400, 500), based on the shortest distance between the detected position of the movable indicator on the image and the one or more points; and automatically switching between removing at least one point from the contour and adding at least one point to the contour, based on the distance of the detected position of the movable indicator on the image from the one or more points, wherein removing at least one point from the contour (300, 400), or adding at least one point to the contour (300, 400), is based on whether the shortest distance exceeds a threshold distance, wherein at least one point is removed from the contour (300, 400) where the shortest distance is equal to or less than the threshold distance, and wherein removing at least one point from the contour comprises removing points from the contour that are positioned in the sequence of points between the detected position of the moveable indicator and the point that is the shortest distance from the detected position of the moveable indicator. detecting a position of a movable indicator on the image relative to one or more points of the sequence, wherein the movable indicator is movable by a user; automatically removing at least one point from the contour (300, 400, 500), or adding at least one point to the contour (300, 400, 500), based on the shortest distance between the detected position of the movable indicator on the image and the one or more points; and automatically switching between removing at least one point from the contour and adding at least one point to the contour, based on the distance of the detected position of the movable indicator on the image from the one or more points, wherein removing at least one point from the contour (300, 400), or adding at least one point to the contour (300, 400), is based on whether the shortest distance exceeds a threshold distance, wherein at least one point is removed from the contour (300, 400) where the shortest distance is equal to or less than the threshold distance, and wherein removing at least one point from the contour comprises removing points from the contour that are positioned in the sequence of points between the detected position of the moveable indicator and the point that is the shortest distance from the detected position of the moveable indicator.
A device system, comprising: a flow cell configured to form a sample flow of a measurement sample, wherein the measurement sample comprises particles and/or cells; a light source configured to emit an irradiation light for illuminating the sample flow; a collecting lens configured to collect both a scattered light with a forward angle and a fluorescent light from the particles and/or cells in the sample flow; and two separate detectors (206, 207); characterized in that it further comprises a receiving module configured to split the scattered light with a forward angle and the fluorescent light collected by the collecting lens into two separate optical paths toward the two separate detectors (206, 207), respectively; and the two detectors (206, 207) are configured to detect a signal of the scattered light with a forward angle and a signal of the fluorescent light. a flow cell configured to form a sample flow of a measurement sample, wherein the measurement sample comprises particles and/or cells; a light source configured to emit an irradiation light for illuminating the sample flow; a collecting lens configured to collect both a scattered light with a forward angle and a fluorescent light from the particles and/or cells in the sample flow; and two separate detectors (206, 207); characterized in that it further comprises a receiving module configured to split the scattered light with a forward angle and the fluorescent light collected by the collecting lens into two separate optical paths toward the two separate detectors (206, 207), respectively; and the two detectors (206, 207) are configured to detect a signal of the scattered light with a forward angle and a signal of the fluorescent light.
A method for dicing a substrate on a composite film, the method comprising: providing a work piece having a support film, a frame and a substrate, the substrate having a top surface and a bottom surface, the top surface of the substrate having at least one die region and at least one street region; adhering the composite film to the substrate and to the support film, the composite film having a matrix-based component and a filler component; removing substrate material from the at least one street region to expose a portion of the composite film; generating a plasma at a pressure greater than 6666.12 Pa (50 Torr); exposing the composite film to the generated plasma; chemically removing the matrix-based component of the exposed composite film during the exposure of the composite film to the generated plasma; and physically removing the filler component of the exposed composite film by applying a fluid force or aerodynamic force to the composite film through the generated plasma. providing a work piece having a support film, a frame and a substrate, the substrate having a top surface and a bottom surface, the top surface of the substrate having at least one die region and at least one street region; adhering the composite film to the substrate and to the support film, the composite film having a matrix-based component and a filler component; removing substrate material from the at least one street region to expose a portion of the composite film; generating a plasma at a pressure greater than 6666.12 Pa (50 Torr); exposing the composite film to the generated plasma; chemically removing the matrix-based component of the exposed composite film during the exposure of the composite film to the generated plasma; and physically removing the filler component of the exposed composite film by applying a fluid force or aerodynamic force to the composite film through the generated plasma.
An ophthalmic lens comprising: a contact lens formed from a first material and having a useful life period; and a usage compliance indicator embedded in the contact lens, the usage compliance indicator comprising a second material that is changeable between an invisible state and a visible state over a predetermined period of time when subjected to an external stimulus, the predetermined period of time being equal to the useful life period of the contact lens, wherein the second material comprises a photonic band gap material. a contact lens formed from a first material and having a useful life period; and a usage compliance indicator embedded in the contact lens, the usage compliance indicator comprising a second material that is changeable between an invisible state and a visible state over a predetermined period of time when subjected to an external stimulus, the predetermined period of time being equal to the useful life period of the contact lens, wherein the second material comprises a photonic band gap material.
A method for stopping a lumpy product that is fed by a continuous conveyor along a feed path in a feed direction (2, 37) to a stop location, wherein a stop (4, 35) at the stop location is initially moved from a reset position outside of the feed path into the feed path such that the product abuts against the stop (4, 35) and moves the stop in the feed direction (2, 37) by a damping length, wherein an impulse of the product is dissipated when a fluid flows through a throttle element, and wherein the stop (4, 35) is subsequently removed from the feed path and moved back into the reset position by the damping length counter to the feed direction (2, 37), characterized in that the stop (4, 35) is pivoted from the reset position into the feed path and pivoted from the feed path into the reset position about the feed direction (2, 37).
A manipulator, comprising: an elongated chassis containing a U-shaped channel defining a distal direction and a proximal direction; and an adjuster configured to slide in the U-shaped channel, the adjuster comprising: a first wheel which, on rotation, is configured to translate a guidewire positioned in the adjuster along an axis of the guidewire, wherein the first wheel comprises a first wheel axle; retaining slots configured to accept the axle, so that on rotation of the first wheel about the first wheel axle the first wheel slides in the retaining slots to engage the guidewire; a second wheel which, on rotation, is configured to rotate the guidewire positioned in the adjuster about the axis of the guidewire; and a port, distal to the first and the second wheel, configured to accept a tubular balloon and the guidewire, wherein the first wheel is configured to engage the guidewire on application of pressure to rotate the first wheel and to disengage the guidewire when no pressure is applied to rotate the first wheel. an elongated chassis containing a U-shaped channel defining a distal direction and a proximal direction; and an adjuster configured to slide in the U-shaped channel, the adjuster comprising: a first wheel which, on rotation, is configured to translate a guidewire positioned in the adjuster along an axis of the guidewire, wherein the first wheel comprises a first wheel axle; retaining slots configured to accept the axle, so that on rotation of the first wheel about the first wheel axle the first wheel slides in the retaining slots to engage the guidewire; a second wheel which, on rotation, is configured to rotate the guidewire positioned in the adjuster about the axis of the guidewire; and a port, distal to the first and the second wheel, configured to accept a tubular balloon and the guidewire, a first wheel which, on rotation, is configured to translate a guidewire positioned in the adjuster along an axis of the guidewire, wherein the first wheel comprises a first wheel axle; retaining slots configured to accept the axle, so that on rotation of the first wheel about the first wheel axle the first wheel slides in the retaining slots to engage the guidewire; a second wheel which, on rotation, is configured to rotate the guidewire positioned in the adjuster about the axis of the guidewire; and a port, distal to the first and the second wheel, configured to accept a tubular balloon and the guidewire, wherein the first wheel is configured to engage the guidewire on application of pressure to rotate the first wheel and to disengage the guidewire when no pressure is applied to rotate the first wheel.
An expression regulatory system for cell-specific expression of a gene of interest comprising: a first nucleic acid that encodes a microRNA (miR) recognition element near its 3'UTR that specifically binds a target cell-specific miR, and encodes a translation suppressor protein; and a second nucleic acid that comprises a suppressor protein interaction motif that binds the translation suppressor protein, and a gene that encodes a protein of interest, wherein the target cell is a cardiomyocyte and the target cell miR is selected from the group consisting of miR1, miR208 and miR1 plus miR208, wherein said first and second nucleic acids are modified RNA (modRNA), wherein the modRNA comprises a modification and the modification is selected from one or more of a substitution of uridine with pseudouridine, a substitution of cytidine with 5-methylcytidine, and a 3'-O-Me-m7G ppp G cap substituted at a 5' end. a first nucleic acid that encodes a microRNA (miR) recognition element near its 3'UTR that specifically binds a target cell-specific miR, and encodes a translation suppressor protein; and a second nucleic acid that comprises a suppressor protein interaction motif that binds the translation suppressor protein, and a gene that encodes a protein of interest, wherein the target cell is a cardiomyocyte and the target cell miR is selected from the group consisting of miR1, miR208 and miR1 plus miR208, wherein said first and second nucleic acids are modified RNA (modRNA), wherein the modRNA comprises a modification and the modification is selected from one or more of a substitution of uridine with pseudouridine, a substitution of cytidine with 5-methylcytidine, and a 3'-O-Me-m7G ppp G cap substituted at a 5' end.
Method for operating an electric arc furnace which comprises three electrodes (4a, 4b, 4c) and the respective currents have a phase shift of 120°, for generating an electric arc (6a, 6b, 6c), wherein an oscillation of the target value of the current fed to the electrode (4a, 4b, 4c) about a pre-determined base value (I 0) takes place, wherein due to the oscillation of the target value of the current one after another at each of the three electrodes (4a, 4b, 4c), a longer electric arc is generated specifically at the respective electrode (4a, 4b, 4c) affected by the oscillation and at the unaffected electrodes, an electric arc that is shorter relative thereto is generated, wherein the three electrodes (4a, 4b, 4c) are arranged, seen in the direction of their longitudinal axes, on a circular line and the longer electric arc in the electric arc furnace circulates recurrently round a region enclosed by the circular line.
Casting core of a casting mould for producing a cylinder of an internal combustion engine, in particular of a two-stroke engine, wherein the casting core is configured in two parts, namely a sand core and a steel core connected thereto, characterised in that the sand core engages by means of a rod in a corresponding recess on the steel core.
A reflex strip for the attachment by means of at least one fastening seam to a base material, especially to protective clothing for emergency personnel, wherein the reflex strip comprises a base strip, characterised in that the surface of the base strip, which can be arranged on the base material facing away therefrom, comprises at least one recess for accommodating at least one fastening seam.
Particle accelerator segment apparatus comprising at least one housing apparatus in the form of a vacuum apparatus and at least one position monitoring device (20, 21) for monitoring the position of at least one device to be monitored, the device to be monitored being arranged in the housing apparatus, the position monitoring device (20, 21) comprising at least one beam-type light source device and at least one light beam position detection device (13a, 13b, 14a, 14b, 23), characterised in that the at least one light beam position detection device (13a, 13b, 14a, 14b, 23) takes the form of a scattered light detection device (13a, 13b, 14a, 14b), wherein the scattered light detection device takes the form of a pair of two sensors which measure scattered light.
Test apparatus for carrying out vehicle tests on a motor vehicle to be tested for a test stand for motor vehicles, comprising a load device for applying a drive torque and/or a load torque to a wheel hub of the motor vehicle to be tested, and an adapter apparatus which, in a test position, connects the wheel hub of the motor vehicle to the load device, particularly with its shaft, and a support apparatus for the adapter apparatus, characterised in that the support apparatus and the load device comprise a common movable base, and the load device is an electric machine.
A method for testing strength of a metal roofing material, the metal roofing material comprising: a front substrate made of a metal sheet; a back substrate arranged on the back side of the front substrate; and a core material filled between the front substrate and the back substrate, the method comprising the steps of: tightening the metal roofing material to a base; and applying a load for uplifting an end portion of the metal roofing material tightened to the base to the end portion and measuring an uplift amount of the end portion, wherein a frame body, is attached to the end portion, and then the load is applied to the end portion through the frame body. tightening the metal roofing material to a base; and applying a load for uplifting an end portion of the metal roofing material tightened to the base to the end portion and measuring an uplift amount of the end portion, wherein a frame body, is attached to the end portion, and then the load is applied to the end portion through the frame body.