mhurhangee/ep-ind-claims huggingface dataset:
Process for producing propylene or butene, comprising passing a stream over an acid catalyst at a temperature of 180-300°C and a pressure of 0.01 - 3 bar g (1-300 kPa), which stream comprises 10-70wt% of diisopropyl ether, 2-10wt% of isopropanol and 20-85wt% of C 6 -C 12 olefins in the case of propylene or 30-95wt% of di-sec butyl ether, 0-20wt% of 2-butanol and 10-45wt% of C 8 -C 12 olefins in the case of butene.
A system for securely determining a location of a user, the system comprising: a situated device dock associated with an application, the situated device dock comprising: a proximity sensor arranged to detect a user portable device in proximity to the situated device dock; and a communication module arranged to communicate a session key to the user portable device in proximity to the situated device dock, the session key enabling authentication between the user portable device and the application; and a server comprising an input arranged to receive the session key from the user portable device and the server being further arranged to check that the received session key is correct, and in response to determining that the session key is correct to associate the user portable device with a known location of the situated device dock and to enable functionality within the application for the user portable device based on the known location of the situated device dock. a situated device dock associated with an application, the situated device dock comprising: a proximity sensor arranged to detect a user portable device in proximity to the situated device dock; and a communication module arranged to communicate a session key to the user portable device in proximity to the situated device dock, the session key enabling authentication between the user portable device and the application; and a proximity sensor arranged to detect a user portable device in proximity to the situated device dock; and a communication module arranged to communicate a session key to the user portable device in proximity to the situated device dock, the session key enabling authentication between the user portable device and the application; and a server comprising an input arranged to receive the session key from the user portable device and the server being further arranged to check that the received session key is correct, and in response to determining that the session key is correct to associate the user portable device with a known location of the situated device dock and to enable functionality within the application for the user portable device based on the known location of the situated device dock.
A strapping apparatus for strapping articles with a strapping band, having a base plate which is provided with a base surface for arranging on an article, having a tensioning device with which a band tension can be applied to the strapping band, the tensioning device being provided for this purpose with an actuable tensioning tool which can be brought into and out of contact with the band, having a sealing device with which, by contact with the band, two band layers can be permanently connected to each other by forming a seal between the two band layers, the sealing device being provided in this case with a counter-holder surface for bearing against one side of the band and a sealing head for bearing against another side of the band while a seal is produced, and being provided with means for clamping the band in the strapping apparatus, characterized by means for producing a twisting of the band in a band section adjoining the sealing device, at least during the production of the seal and with respect to a longitudinal direction of the band.
A method of imaging a biological sample stained with two or more stains, each stain identifying a particular biomarker within the biological sample, comprising: setting a power output of a light source for each of a plurality of image channels such that a predetermined power value is reached, wherein the predetermined power value is substantially the same for each of the plurality of image channels, and wherein the power output is independently set for each of the plurality of image channels; adjusting an exposure time of a camera to yield a target intensity at the predetermined power value, wherein the exposure time of each of the plurality of image channels is independently adjusted to yield the target intensity for that particular image channel; acquiring a series of images of the biological sample at each of the plurality of image channels based on the adjusted exposure times; and modifying, for each image of the series of acquired images, the image to compensate for differences in absorption and quantum yield of the two or more stains depicted by the image, wherein the image is adjusted by applying a set of derived image correction factors to a plurality of pixel values of the image, and wherein each of the set of derived image correction factors is derived based on a relative brightness of a corresponding stain of the two or more stains. setting a power output of a light source for each of a plurality of image channels such that a predetermined power value is reached, wherein the predetermined power value is substantially the same for each of the plurality of image channels, and wherein the power output is independently set for each of the plurality of image channels; adjusting an exposure time of a camera to yield a target intensity at the predetermined power value, wherein the exposure time of each of the plurality of image channels is independently adjusted to yield the target intensity for that particular image channel; acquiring a series of images of the biological sample at each of the plurality of image channels based on the adjusted exposure times; and modifying, for each image of the series of acquired images, the image to compensate for differences in absorption and quantum yield of the two or more stains depicted by the image, wherein the image is adjusted by applying a set of derived image correction factors to a plurality of pixel values of the image, and wherein each of the set of derived image correction factors is derived based on a relative brightness of a corresponding stain of the two or more stains.
A medical pad (100, 300, 800) comprising: a first layer (116, 316, 840/850) for containing a circulatable first thermal-exchange fluid for circulation therethrough, wherein the medical pad is operable for thermal exchange between said circulatable first thermal-exchange fluid and a patient through a first side of the first layer; a second layer (104, 304, 830) disposed on a second side of the first layer, opposite to the first side of the first layer, characterized in that the second layer comprises a plurality of chambers (108, 308, 832) that project away from the second side of the first layer, and a plurality of portions (212, 412) defined by a plurality of depressions (204, 304, 842) located in lateral side-by-side relation to corresponding portions of the first layer, enclosing a second thermal-exchange fluid within the second layer, wherein the medical pad is operable for thermal exchange between the enclosed second thermal-exchange fluid and a patient through the first side of the first layer. a first layer (116, 316, 840/850) for containing a circulatable first thermal-exchange fluid for circulation therethrough, wherein the medical pad is operable for thermal exchange between said circulatable first thermal-exchange fluid and a patient through a first side of the first layer; a second layer (104, 304, 830) disposed on a second side of the first layer, opposite to the first side of the first layer, characterized in that the second layer comprises a plurality of chambers (108, 308, 832) that project away from the second side of the first layer, and a plurality of portions (212, 412) defined by a plurality of depressions (204, 304, 842) located in lateral side-by-side relation to corresponding portions of the first layer, enclosing a second thermal-exchange fluid within the second layer, wherein the medical pad is operable for thermal exchange between the enclosed second thermal-exchange fluid and a patient through the first side of the first layer.
An anti-IgE antibody comprising: a variable heavy chain consisting of SEQ ID NO:17; a variable light chain consisting of SEQ ID NO:21; and a variant Fc region comprising at least one amino acid modification compared to a parent Fc region and wherein said amino acid modification is selected from the group consisting of S267E and S267E/L328F, according to the EU index and wherein the parent Fc region is a human IgG. a variable heavy chain consisting of SEQ ID NO:17; a variable light chain consisting of SEQ ID NO:21; and a variant Fc region comprising at least one amino acid modification compared to a parent Fc region and wherein said amino acid modification is selected from the group consisting of S267E and S267E/L328F, according to the EU index and wherein the parent Fc region is a human IgG.
Catheter, having loaded thereon an endoluminal prosthesis, said endolumial prosthesis comprising a one-piece graft sleeve, said graft sleeve having a branching portion, defining a first prosthesis lumen, said branching portion comprising two branches for deployment, respectively, in two vessel branches (12; 13) downstream of a bifurcation, and having, in its deployed state, a first diameter and being reinforced by stent elements, and a trunk portion, defining a second prosthesis lumen in fluid communication with said first prosthesis lumen, said trunk portion having, in its deployed state, a second diameter, wherein said trunk portion is essentially free from reinforcing stent-material, and wherein said catheter is configured for placing said endoluminal prosthesis at a vessel bifurcation, said catheter comprising a catheter body, having a guide wire lumen, for accommodating a guide wire, and a graft actuator lumen, a constraining sheath, for keeping radially compressed therein said loaded endoluminal prosthesis, and a graft actuator, accommodated in said graft actuator lumen, characterized in that the catheter is configured such that, in the loaded state of the endoluminal prosthesis, the catheter has loaded thereon both branches of the branching portion of the endoluminal prosthesis, wherein the catheter is not guided through the trunk portion, and that it can be kinked or curved in a region where the endoluminal prosthesis has the branching portion branching off from the trunk portion, that the graft actuator lumen terminates in an opening at said region, and that the graft actuator, on its distal end, comprises a connecting portion releasably engaging the distal end of the trunk portion.
A device, comprising: a housing; a window forming an exterior surface of the device and attached to the housing; an isolation extending along a width of the window; a light emitter within the housing and configured to emit light through the window, the light emitter positioned on a first side of the isolation; a light sensor within the housing and configured to sense light received through the window, the light sensor positioned on a second side of the isolation opposite the first side; an optical film positioned between the light sensor and the window, and comprising: a first section positioned such that the light travels through the first section and configured to selectively allow light received at and within a range of angles of incidence to pass therethrough; and a second section configured to selectively block light outside the range of angles of incidence; and a Fresnel lens positioned between the light emitter and the window. a housing; a window forming an exterior surface of the device and attached to the housing; an isolation extending along a width of the window; a light emitter within the housing and configured to emit light through the window, the light emitter positioned on a first side of the isolation; a light sensor within the housing and configured to sense light received through the window, the light sensor positioned on a second side of the isolation opposite the first side; an optical film positioned between the light sensor and the window, and comprising: a first section positioned such that the light travels through the first section and configured to selectively allow light received at and within a range of angles of incidence to pass therethrough; and a second section configured to selectively block light outside the range of angles of incidence; and a Fresnel lens positioned between the light emitter and the window. a first section positioned such that the light travels through the first section and configured to selectively allow light received at and within a range of angles of incidence to pass therethrough; and a second section configured to selectively block light outside the range of angles of incidence; and a Fresnel lens positioned between the light emitter and the window.
A production method of a metallic glass laminate, comprising thermally spraying amorphous metallic glass powder on a substrate (22, 112) to form metallic glass laminate, characterized in that at least part of the amorphous metallic glass powder is heated by thermal spraying to be converted to a supercooled liquid state and hits a substrate surface in the supercooled liquid state and in the supercooled liquid state is solidified and laminated on a substrate surface.
Electromechanical power actuator, the actuator being configured to apply an actuation force along a linear actuation axis to a friction generation device for a motor vehicle, characterized in that the actuator comprises: a primary electromagnetic coil formed to be arranged in at least one winding around the actuation axis or around an axis parallel or transversal thereto; a rotor (323; 423) magnetically connected to the primary electromagnetic coil, the rotor (323; 423) having a plurality of mass elements rotatable with the rotor and radially movable with respect to a rotation axis of the rotor (323; 423) and in relation to rotation speed of the rotor (323; 423); an acting element formed to be guided along the actuation axis and coupled to the rotor (323; 423); a coupling formed to connect the acting element to the mass elements, wherein the acting element is axially movable in relation to radial movement of the mass elements, wherein the coupling comprises an axial bearing for inhibiting torque transfer from the rotor (323; 423) to the acting element; and an energy storage device (1350; 1450), characterized in that the energy storage device (1350; 1450) is integrated into the actuator, and in that the energy storage device comprises a rotatable flywheel. a primary electromagnetic coil formed to be arranged in at least one winding around the actuation axis or around an axis parallel or transversal thereto; a rotor (323; 423) magnetically connected to the primary electromagnetic coil, the rotor (323; 423) having a plurality of mass elements rotatable with the rotor and radially movable with respect to a rotation axis of the rotor (323; 423) and in relation to rotation speed of the rotor (323; 423); an acting element formed to be guided along the actuation axis and coupled to the rotor (323; 423); a coupling formed to connect the acting element to the mass elements, wherein the acting element is axially movable in relation to radial movement of the mass elements, wherein the coupling comprises an axial bearing for inhibiting torque transfer from the rotor (323; 423) to the acting element; and an energy storage device (1350; 1450), characterized in that the energy storage device (1350; 1450) is integrated into the actuator, and in that the energy storage device comprises a rotatable flywheel.
Household electrical appliance for drying items comprising: - a drying compartment for said items; - a first channel which envisages an inlet of a fluid present in the drying compartment and an outlet for re-introducing said fluid into the drying compartment; - suction and movement means of said fluid into the first channel; - a second channel which envisages a cooling air inlet from the outside of the household electrical appliance and an air outlet to the outside of the household electrical appliance; - suction and movement means of said air into the second channel; - a heat exchanger which puts into thermal communication at least one stretch of the first channel and a stretch of the second channel and in which the cooling air takes heat away from the fluid transiting in the first channel; characterised in that it comprises purification means of the cooling air, said purification means being electrically powered and being placed along the second channel to treat the air intended to be returned to the outside of the household electrical appliance. - a drying compartment for said items; - a first channel which envisages an inlet of a fluid present in the drying compartment and an outlet for re-introducing said fluid into the drying compartment; - suction and movement means of said fluid into the first channel; - a second channel which envisages a cooling air inlet from the outside of the household electrical appliance and an air outlet to the outside of the household electrical appliance; - suction and movement means of said air into the second channel; - a heat exchanger which puts into thermal communication at least one stretch of the first channel and a stretch of the second channel and in which the cooling air takes heat away from the fluid transiting in the first channel; characterised in that it comprises purification means of the cooling air, said purification means being electrically powered and being placed along the second channel to treat the air intended to be returned to the outside of the household electrical appliance.
A zoom lens including a plurality of lens units, an interval betweer adjacent lens units of the plurality of lens units being varied during zooming, the zoom lens comprising: a first lens unit with a positive refractive power; a second lens unit with a negative refractive power; a third lens unit with a positive refractive power; and a rear group including two or more lens units, the first lens unit, the second lens unit, the third lens unit and the rear group being arranged in order from an object side to an image side, wherein the third lens unit consists of a first subunit with a positive refractive power, a second subunit with a positive refractive power which is configured to move in a direction having a component of a direction perpendicular to an optical axis during image blurring correction, and a third subunit with a negative refractive power, arranged in order from the object side to the image side, and characterized in that the following conditional expressions are satisfied: 0.01 < fxyz / fw < 4.55, and 0.60 < lis / fy < 50.00 where fw is a focal length of the zoom lens when focused at infinity at a wide angle end, fxyz is a focal length of the third lens unit, lis is a distance from a lens surface closest to the image side in the third subunit to a lens surface closest to the image side in the zoom lens at a wide angle end, and fy is a focal length of the second subunit. a first lens unit with a positive refractive power; a second lens unit with a negative refractive power; a third lens unit with a positive refractive power; and a rear group including two or more lens units, the first lens unit, the second lens unit, the third lens unit and the rear group being arranged in order from an object side to an image side, wherein the third lens unit consists of a first subunit with a positive refractive power, a second subunit with a positive refractive power which is configured to move in a direction having a component of a direction perpendicular to an optical axis during image blurring correction, and a third subunit with a negative refractive power, arranged in order from the object side to the image side, and characterized in that the following conditional expressions are satisfied: 0.01 < fxyz / fw < 4.55, and 0.60 < lis / fy < 50.00 where fw is a focal length of the zoom lens when focused at infinity at a wide angle end, fxyz is a focal length of the third lens unit, lis is a distance from a lens surface closest to the image side in the third subunit to a lens surface closest to the image side in the zoom lens at a wide angle end, and fy is a focal length of the second subunit.
A method of measuring power comprising: measuring, by a first station at a first location, an AC voltage on a power line having an AC voltage cycle; causing a synch message to be transmitted from the first station to a second station over an asynchronous network that interconnects the first and second stations at a predetermined time in the AC voltage cycle of the power line; the second station associated with a second location physically spaced from the first location; detecting the arrival of the synch message at the second station and establishing a cycle reference time based thereon; the cycle reference time indicative of a phase of the voltage cycle on the power line; measuring, by the second station, current on the power line at the second location; calculating a power drawn on the power line based on the current measured on the power line and the cycle reference time; characterized by sending a timing alert message from the first station to the second station over the asynchronous network prior to sending the synch message; wherein the synch message is the next message on the asynchronous network from the first station after the timing alert message. measuring, by a first station at a first location, an AC voltage on a power line having an AC voltage cycle; causing a synch message to be transmitted from the first station to a second station over an asynchronous network that interconnects the first and second stations at a predetermined time in the AC voltage cycle of the power line; the second station associated with a second location physically spaced from the first location; detecting the arrival of the synch message at the second station and establishing a cycle reference time based thereon; the cycle reference time indicative of a phase of the voltage cycle on the power line; measuring, by the second station, current on the power line at the second location; calculating a power drawn on the power line based on the current measured on the power line and the cycle reference time; characterized by sending a timing alert message from the first station to the second station over the asynchronous network prior to sending the synch message; wherein the synch message is the next message on the asynchronous network from the first station after the timing alert message.
A method for manufacturing a record, comprising: an image layer-forming step of forming an image layer by applying ink containing resin and a solvent A to a recording medium; a heating step of heating the image layer to a heating temperature not lower than the glass transition temperature of the resin; and a solvent-removing step of removing the solvent A from the image layer after the heating step; characterized by suppressing solvent evaporation from the image layer during the heating step. an image layer-forming step of forming an image layer by applying ink containing resin and a solvent A to a recording medium; a heating step of heating the image layer to a heating temperature not lower than the glass transition temperature of the resin; and a solvent-removing step of removing the solvent A from the image layer after the heating step; characterized by suppressing solvent evaporation from the image layer during the heating step.