mhurhangee/ep-ind-claims huggingface dataset:
A cabinet for an appliance, comprising: a cabinet wrapper; a liner; a trim breaker operably coupled to the cabinet wrapper and to the liner so as to define therebetween an air-tight space, wherein said air-tight space is evacuated at a pressure less than atmospheric pressure such that a vacuum-insulated structure is defined, and wherein the trim breaker and the cabinet wrapper define an interface, said interface being in turn defined by a surface of a common boundary of the cabinet wrapper and the trim breaker; characterized in that the cabinet further comprises a load transfer bracket operably coupled to the interface, wherein said load transfer bracket is an L-shaped bracket having a first end fastened to the trim breaker and a second end coupled to the cabinet wrapper, the overall configuration being such that structural loading stresses are transferred to the load transfer bracket at the interface. a cabinet wrapper; a liner; a trim breaker operably coupled to the cabinet wrapper and to the liner so as to define therebetween an air-tight space, wherein said air-tight space is evacuated at a pressure less than atmospheric pressure such that a vacuum-insulated structure is defined, and wherein the trim breaker and the cabinet wrapper define an interface, said interface being in turn defined by a surface of a common boundary of the cabinet wrapper and the trim breaker; characterized in that the cabinet further comprises a load transfer bracket operably coupled to the interface, wherein said load transfer bracket is an L-shaped bracket having a first end fastened to the trim breaker and a second end coupled to the cabinet wrapper, the overall configuration being such that structural loading stresses are transferred to the load transfer bracket at the interface.
A user interface for a vehicle adapted to present visible information (3a, 3b, 3b', 3b") and adapted to capture user input; the user interface comprises - a two-dimensional display for displaying information on a display portion, and - an optical faceplate comprising a contact surface, a three-dimensional display surface for displaying information (3b, 3b', 3b"), and an optic light guide material provided between the contact surface and the three-dimensional display surface; the user interface is characterised in that - the faceplate is integrated into the display so that an areal extension of the three-dimensional display surface and/or an areal extension of the contact surface is smaller than an areal extension of the display, and so that the contact surface is arranged to receive light emitted from the display; in that - the user interface comprises a context determination device adapted to determine a context according to a state of the vehicle, the information that is visible on the display portion, the information (3b, 3b', 3b") that is visible on the three-dimensional display surface, and/or user input captured by the user interface; and in that - the user interface is adapted to display contextually dependent information (3a, 3b, 3b', 3b") so that the information that is visible on the display portion and the information (3b, 3b', 3b") that is visible on the three-dimensional display surface depend on the determined context. - a two-dimensional display for displaying information on a display portion, and - an optical faceplate comprising a contact surface, a three-dimensional display surface for displaying information (3b, 3b', 3b"), and an optic light guide material provided between the contact surface and the three-dimensional display surface; - the faceplate is integrated into the display so that an areal extension of the three-dimensional display surface and/or an areal extension of the contact surface is smaller than an areal extension of the display, and so that the contact surface is arranged to receive light emitted from the display; in that - the user interface comprises a context determination device adapted to determine a context according to a state of the vehicle, the information that is visible on the display portion, the information (3b, 3b', 3b") that is visible on the three-dimensional display surface, and/or user input captured by the user interface; and in that - the user interface is adapted to display contextually dependent information (3a, 3b, 3b', 3b") so that the information that is visible on the display portion and the information (3b, 3b', 3b") that is visible on the three-dimensional display surface depend on the determined context.
Digital printing method for printing an image, using a printing system capable of printing a plurality of density levels, on a print medium in a print direction, said print medium having a width direction perpendicular on the print direction, characterised in that the method comprises: - printing at least one left control strip in a left zone of a print medium, seen in the width direction, and at least one right control strip in a right zone of said print medium, seen in the width direction, said left control strip comprising at least one left patch and said right control strip comprising at least one right patch, wherein settings are used which are intended for printing the same colour and/or density level for a left patch of said at least one left patch and for a corresponding right patch of said at least one right patch; - measuring a density level and/or colour of at least said printed left patch and right patch; - adjusting said printing system based on a difference between the measured density levels and/or colours of said left patch and said right patch in order to perform a left-right correction in said image to be printed in order to reduce or eliminate left/right differences in colour and/or density; - printing the image using said adjusted printing system. - printing at least one left control strip in a left zone of a print medium, seen in the width direction, and at least one right control strip in a right zone of said print medium, seen in the width direction, said left control strip comprising at least one left patch and said right control strip comprising at least one right patch, wherein settings are used which are intended for printing the same colour and/or density level for a left patch of said at least one left patch and for a corresponding right patch of said at least one right patch; - measuring a density level and/or colour of at least said printed left patch and right patch; - adjusting said printing system based on a difference between the measured density levels and/or colours of said left patch and said right patch in order to perform a left-right correction in said image to be printed in order to reduce or eliminate left/right differences in colour and/or density; - printing the image using said adjusted printing system.
A device for treatment of exhaust gases comprising: a housing; a fragile structure, namely metal or ceramic monolith, resiliently mounted within said housing; and a flexible and substantially non-expanding mounting mat disposed in a gap between said housing and said monolith, wherein said mounting mat comprises melt-formed, leached and heat treated glass fibers containing at least 67 percent by weight silica and a holding pressure performance increasing surface treatment by application of inorganic particulate material to at least portions of the fiber surface comprising colloidal dispersions of alumina, silica, zirkonia and mixtures thereof, wherein the substantially non-expanding mounting mat does not readily expand in response to the application of heat, but some expansion of the mounting mat occurs in response to the application of heat based upon the coefficient of thermal expansion. a housing; a fragile structure, namely metal or ceramic monolith, resiliently mounted within said housing; and a flexible and substantially non-expanding mounting mat disposed in a gap between said housing and said monolith, wherein said mounting mat comprises melt-formed, leached and heat treated glass fibers containing at least 67 percent by weight silica and a holding pressure performance increasing surface treatment by application of inorganic particulate material to at least portions of the fiber surface comprising colloidal dispersions of alumina, silica, zirkonia and mixtures thereof, wherein the substantially non-expanding mounting mat does not readily expand in response to the application of heat, but some expansion of the mounting mat occurs in response to the application of heat based upon the coefficient of thermal expansion.
A monitoring method for preventing collisions of a liftable (h) upper tool of a flat bed punching and/or embossing machine with a break brush (42, 46) which is movable to be positioned in and reverse to a transport direction, wherein a first step comprises determining the position of a fixing frame for receiving said upper tool and a second step comprises checking whether the position of said break brush (42, 46) is compatible with the position of said fixing frame, wherein said first step is carried out by a sensor and said second step is carried out by a machine control of said flat bed punching and/or embossing machine.
A process for producing aluminum oxide out of aluminum hydrate in a calcination reaction at temperatures between 700 to 1500 °C in a reactor, which is heated directly and/or indirectly by a heat carrier, characterized in that the heat carrier is heated by solar radiation in a high temperature receiver.
A fat-continuous spread comprising a margarine fat, the margarine fat comprising: a liquid vegetable oil in an amount of 30 to 80 wt% and a hardstock fat in an amount of 20 to 70 wt%, the hardstock fat being an interesterified mixture of one or more fats, the hardstock fat having a solid fat content of 47 to 76 % at 10°C, 23 to 54 % at 20C, 5 to 26 % at 30°C and less than 14 wt% at 35°C, wherein the hardstock fat is non-hydrogenated and wherein in the hardstock fat the combined amount of saturated fatty acids having a length of C12 and C14 is 12 to 24 wt%, the combined amount of saturated fatty acids having a length of C16 and C18 is 28 to 50 wt%, the amount of saturated fatty acids with a length of C18 is 6 to 12 wt%, and the total amount of fully saturated fatty acids is less than 72 wt%. a liquid vegetable oil in an amount of 30 to 80 wt% and a hardstock fat in an amount of 20 to 70 wt%, the hardstock fat being an interesterified mixture of one or more fats, the hardstock fat having a solid fat content of 47 to 76 % at 10°C, 23 to 54 % at 20C, 5 to 26 % at 30°C and less than 14 wt% at 35°C, wherein the hardstock fat is non-hydrogenated and wherein in the hardstock fat the combined amount of saturated fatty acids having a length of C12 and C14 is 12 to 24 wt%, the combined amount of saturated fatty acids having a length of C16 and C18 is 28 to 50 wt%, the amount of saturated fatty acids with a length of C18 is 6 to 12 wt%, and the total amount of fully saturated fatty acids is less than 72 wt%.
A seal cartridge comprising: a frame that houses one or more seals; and a top cap adapted to be coupled to the frame and that includes a main body and a latch ring, wherein the latch ring is grounded to the main body and has first and second latches located at opposite angular positions around the circumference of the latch ring, wherein the first and second latches extend distally from the latch ring and are configured to releasably couple the seal cartridge to a trocar, and characterised in that the latch ring is grounded to the main body at two first angular positions located angularly opposite each other around the circumference of the latch ring, and the first and second latches are located at second angular positions around the circumference of the latch ring angularly offset from the first angular positions so that the latches angularly interpose the two first angular positions, such that applying a radial load on the first and second latches simultaneously in opposite radial directions causes the latch ring to flex in torsion at intermediate portions that angularly interpose the first and second angular positions (316, 318), and the latches to rotate radially inward relative to the main body. a frame that houses one or more seals; and a top cap adapted to be coupled to the frame and that includes a main body and a latch ring, wherein the latch ring is grounded to the main body and has first and second latches located at opposite angular positions around the circumference of the latch ring, wherein the first and second latches extend distally from the latch ring and are configured to releasably couple the seal cartridge to a trocar, and characterised in that the latch ring is grounded to the main body at two first angular positions located angularly opposite each other around the circumference of the latch ring, and the first and second latches are located at second angular positions around the circumference of the latch ring angularly offset from the first angular positions so that the latches angularly interpose the two first angular positions, such that applying a radial load on the first and second latches simultaneously in opposite radial directions causes the latch ring to flex in torsion at intermediate portions that angularly interpose the first and second angular positions (316, 318), and the latches to rotate radially inward relative to the main body.
Mould for curing a tyre, comprising: - a plurality of circumferentially distributed sectors that are intended to mould the tread of said tyre, - at least one sipe blade intended to mould a void in said tread, said sipe blade extending over two adjacent sectors such that said sipe blade comprises a part (40a, 40b) in each of the two sectors, the two parts of the sipe blade being separated, in the closed position of the mould, by a space made in such a way as to cause the creation of a flash during the curing of a tyre, said parts of the sipe blade comprising cutting means that are able to cut off said flash during the opening of the mould. - a plurality of circumferentially distributed sectors that are intended to mould the tread of said tyre, - at least one sipe blade intended to mould a void in said tread, said sipe blade extending over two adjacent sectors such that said sipe blade comprises a part (40a, 40b) in each of the two sectors, the two parts of the sipe blade being separated, in the closed position of the mould, by a space made in such a way as to cause the creation of a flash during the curing of a tyre, said parts of the sipe blade comprising cutting means that are able to cut off said flash during the opening of the mould.
A method for discriminating between sensitive and resistant tumours to a treatment with EGFR inhibitor drugs comprising: - in vitro testing whether tumour material expresses the hMena +11a splicing variant of hMena, the tumour positive to said testing being sensitive to the treatment wherein the tumour is an epithelial tumour i.e. breast, colorectal, ovarian, pancreatic, lung cancer. - in vitro testing whether tumour material expresses the hMena +11a splicing variant of hMena, the tumour positive to said testing being sensitive to the treatment
A stand alone integrated temperature sensor device comprising: a temperature sensor (110, 120) comprising a sensor element, preferably a semiconductor diode, and a sensor conditioning circuit providing an analog signal corresponding to an ambient temperature; an analog-to-digital converter coupled to the sensor conditioning circuit and receiving the analog temperature signal; and a timer and control circuit which is configured to control the temperature sensor device to perform a sequence of measurement periods after which the temperature sensor device is switched into a low power mode during shut-down time periods, wherein the timer and control circuit is programmable to set the length of the shut-down period (T SHDN_TMR), wherein each measurement period is followed by the shut-down time period, characterized in that a number m is programmable within the stand alone integrated temperature sensor device, wherein the number m represents a number of temperature measurements to be performed during each measurement period, wherein during a measurement period the analog signal from the temperature sensor (110, 120) is subsequently converted m times with the analog-to-digital converter. a temperature sensor (110, 120) comprising a sensor element, preferably a semiconductor diode, and a sensor conditioning circuit providing an analog signal corresponding to an ambient temperature; an analog-to-digital converter coupled to the sensor conditioning circuit and receiving the analog temperature signal; and a timer and control circuit which is configured to control the temperature sensor device to perform a sequence of measurement periods after which the temperature sensor device is switched into a low power mode during shut-down time periods, wherein the timer and control circuit is programmable to set the length of the shut-down period (T SHDN_TMR), wherein each measurement period is followed by the shut-down time period, characterized in that a number m is programmable within the stand alone integrated temperature sensor device, wherein the number m represents a number of temperature measurements to be performed during each measurement period, wherein during a measurement period the analog signal from the temperature sensor (110, 120) is subsequently converted m times with the analog-to-digital converter.
An autostereoscopic display, comprising: a) a display panel, b) a parallax barrier that is arranged on a viewing side of the display panel, wherein the parallax barrier comprises a first e-ink plane having a plurality of e-ink particles that are pivotable around a tilt axis by a tilting angle and wherein the e-ink particles are light-transmissive in a first direction and opaque in a second direction, and c) a control unit that is configured to tilt all e-ink particles so as to set the e-ink particles to a common tilting angle and to synchronize a reproduction of a picture by the display panel and the tilt of the e-ink particles so as to provide a stereoscopic view to a user. a) a display panel, b) a parallax barrier that is arranged on a viewing side of the display panel, wherein the parallax barrier comprises a first e-ink plane having a plurality of e-ink particles that are pivotable around a tilt axis by a tilting angle and wherein the e-ink particles are light-transmissive in a first direction and opaque in a second direction, and c) a control unit that is configured to tilt all e-ink particles so as to set the e-ink particles to a common tilting angle and to synchronize a reproduction of a picture by the display panel and the tilt of the e-ink particles so as to provide a stereoscopic view to a user.
A method, comprising: transferring a sample from an injector source of a system to a first compression volume; increasing pressure in the system at a controlled rate while splitting an entirety of the sample into a first portion that is transferred to a column of the system and a second portion that is transferred to a second compression volume of the system, wherein the first compression volume, the second compression volume, and the column are coupled by a tee; separating chemical compounds of the sample from one another as a first portion of the sample moves through the column; and conducting gas chromatography mass spectrometry analysis of the first portion of the sample with a detector. transferring a sample from an injector source of a system to a first compression volume; increasing pressure in the system at a controlled rate while splitting an entirety of the sample into a first portion that is transferred to a column of the system and a second portion that is transferred to a second compression volume of the system, wherein the first compression volume, the second compression volume, and the column are coupled by a tee; separating chemical compounds of the sample from one another as a first portion of the sample moves through the column; and conducting gas chromatography mass spectrometry analysis of the first portion of the sample with a detector.
A computer-implemented method for analyzing tread surface data to assess one or more parameters of a tread of a tire, comprising: obtaining a tread surface map for the tread of the tire, the tread surface map comprising a plurality of data points, each data point providing a tread height for the tread of the tire; processing, with a computing device, the tread surface map to generate a convex hull, the convex hull being a three-dimensional shell that wraps the tread surface map, the convex hull being convex at all points around the convex hull; determining, with the computing device, a relative tread depth map (410, 420) based at least in part on the tread surface map and the convex hull, the relative tread depth map being determined as the difference between the convex hull and the tread surface map; and analyzing the relative tread depth map (410, 420) to assess one or more parameters of the tread of the tire; wherein the method comprises modifying the tread surface map prior to processing the tread surface map to generate the convex hull; wherein modifying the tread surface map prior to processing the tread surface map to generate a convex hull comprises extending the tread surface map in the circumferential direction at both circumferential ends of the initial tread surface map, wherein the extensions at each circumferential end includes data points of the opposite circumferential end. obtaining a tread surface map for the tread of the tire, the tread surface map comprising a plurality of data points, each data point providing a tread height for the tread of the tire; processing, with a computing device, the tread surface map to generate a convex hull, the convex hull being a three-dimensional shell that wraps the tread surface map, the convex hull being convex at all points around the convex hull; determining, with the computing device, a relative tread depth map (410, 420) based at least in part on the tread surface map and the convex hull, the relative tread depth map being determined as the difference between the convex hull and the tread surface map; and analyzing the relative tread depth map (410, 420) to assess one or more parameters of the tread of the tire; wherein the method comprises modifying the tread surface map prior to processing the tread surface map to generate the convex hull; wherein modifying the tread surface map prior to processing the tread surface map to generate a convex hull comprises extending the tread surface map in the circumferential direction at both circumferential ends of the initial tread surface map, wherein the extensions at each circumferential end includes data points of the opposite circumferential end.
A sealing member to be interposed between parts, said sealing member being composed of rubber foam and is formed with needle holes in a compressing direction, the needle holes being formed by at least one needle punch having a shank of between 1 mm and 3mm in thickness and a blade (7C, 7C') of between 0.2mm and 3mm in thickness; characterised in that: the at least one needle punch having a gauge of between 20 and 150 needles per square centimeter; and in that: the sealing member has a ratio (A/B) of the permeability A in the compressing direction in a non-compressed state to the permeability B in a direction perpendicular to the compressing direction at a 50% compressed state in the compressing direction is between 1 and 40. the at least one needle punch having a gauge of between 20 and 150 needles per square centimeter; and in that: the sealing member has a ratio (A/B) of the permeability A in the compressing direction in a non-compressed state to the permeability B in a direction perpendicular to the compressing direction at a 50% compressed state in the compressing direction is between 1 and 40. the sealing member has a ratio (A/B) of the permeability A in the compressing direction in a non-compressed state to the permeability B in a direction perpendicular to the compressing direction at a 50% compressed state in the compressing direction is between 1 and 40.