mhurhangee/patent-ind-claim-en huggingface dataset:
A system for analyzing a fluidic assay, comprising: a fluidic flow-through chamber ; a magnet and a mechanism for selectively positioning the magnet in proximity to an imaging region of the fluidic flow-through chamber ; an illumination subsystem configured to illuminate the imaging region of the fluidic flow-through chamber ; and a photosensitive detection subsystem configured to image the imaging region of the fluidic flow-through chamber when illuminated, characterised in that the mechanism for selectively positioning the magnet is configured to position the magnet such that a polarizing axis of the magnet is located downstream relative to a central point of the imaging region and such that a leading edge of the magnet is located downstream relative to a leading edge of the imaging region , when the magnet is positioned in proximity to the imaging region. a fluidic flow-through chamber ; a magnet and a mechanism for selectively positioning the magnet in proximity to an imaging region of the fluidic flow-through chamber ; an illumination subsystem configured to illuminate the imaging region of the fluidic flow-through chamber ; and a photosensitive detection subsystem configured to image the imaging region of the fluidic flow-through chamber when illuminated, characterised in that the mechanism for selectively positioning the magnet is configured to position the magnet such that a polarizing axis of the magnet is located downstream relative to a central point of the imaging region and such that a leading edge of the magnet is located downstream relative to a leading edge of the imaging region , when the magnet is positioned in proximity to the imaging region.
Valve seat cage arrangement comprising a valve cage and a valve seat , wherein the valve seat can be screwed into the valve cage , wherein the valve cage has in a connection region a valve cage connection inside diameter ( DK ), in which the valve seat engages in its connection region with its valve seat connection outside diameter ( DV ) and thus forms a radial centering, a screw connection area and a shoulder , wherein the shoulder serves as an axial stop between the valve cage and the valve seat and the valve seat and the valve cage are pressed against each other with an axial contact force component, wherein the screw connection area is located between the connection area and the shoulder , wherein the valve cage port inner diameter ( DK ) and the valve seat port outer diameter ( DV ) form a fit so that the valve seat and the valve cage are centered, wherein a sealing member is provided having a first inner diameter matched to the diameter of the valve cage in a recessed portion , characterized in that the Said sealing element having a further flange-like portion extending into a region formed by said recessed shoulder disposed in said valve seat , said shoulder having a smaller outer diameter than the diameter of said recessed portion of said valve cage , wherein the flange-like portion of the sealing element is compressed between the valve cage and the valve seat and acts as an axial seal between the valve cage and the valve seat .
A call forwarding method, comprising: when a terminal receives a call carrying a phone number, determining, by the terminal which is configured to provide an interactive data service with a server using unstructured supplementary service data, whether the phone number is in a preset blacklist; and if the blacklist comprises the phone number, executing, by the terminal by means of an unstructured supplementary service data instruction, a preset first call forwarding policy, wherein the first call forwarding policy comprises that the terminal blocks or terminates the call, and does not trigger a server to forward the call to another terminal that is preset; or if the blacklist does not comprise the phone number, executing, by the terminal, a preset second call forwarding policy, wherein the terminal presets a call forwarding on busy service or an unconditional call forwarding service. when a terminal receives a call carrying a phone number, determining, by the terminal which is configured to provide an interactive data service with a server using unstructured supplementary service data, whether the phone number is in a preset blacklist; and if the blacklist comprises the phone number, executing, by the terminal by means of an unstructured supplementary service data instruction, a preset first call forwarding policy, wherein the first call forwarding policy comprises that the terminal blocks or terminates the call, and does not trigger a server to forward the call to another terminal that is preset; or if the blacklist does not comprise the phone number, executing, by the terminal, a preset second call forwarding policy, wherein the terminal presets a call forwarding on busy service or an unconditional call forwarding service.
An automotive glass product, comprising: a glazing comprising first and second glass substrates bonded together by at least one interlayer ; a first obscuration providing a first image ; and a second obscuration providing a second image separated in space from the first image , wherein the first image and the second image are at least partially aligned at an angle through the glass product, and wherein the first image and the second image provide a three-dimensional pictograph from at least one viewing angle. a glazing comprising first and second glass substrates bonded together by at least one interlayer ; a first obscuration providing a first image ; and a second obscuration providing a second image separated in space from the first image , wherein the first image and the second image are at least partially aligned at an angle through the glass product, and wherein the first image and the second image provide a three-dimensional pictograph from at least one viewing angle.
A tensioning device for tensioning a coil spring that is supported on a main shaft and at a fixed end is rotatably fixedly connected to a frame or housing part, the tensioning device comprising: - a gear drive having a first gear element that is axially displaceably guided on the main shaft and rotatably fixedly connected to a free end of the coil spring , and having a second gear element that is in drive engagement with the first gear element in order to set the first gear element in rotation about the main shaft ; - a retaining element that holds the second gear element in the position of drive engagement with the first gear element ; - a drive element that is coupled to the second gear element in order to set it in rotation; characterized in that - the gear drive is formed as a bevel gear transmission, wherein the first gear element is formed as a bevel gear and the second gear element is formed as a bevel gear pinion , and wherein the rotational axes of the two gear elements extend perpendicularly to one another; - the bevel gear is integrally connected to a guide bushing that is axially displaceably guided on the main shaft , and on its outer circumference has a guide groove in which an axially central guide pin of the bevel gear pinion is supported, wherein the guide pin is rotatably fixedly connected to the bevel gear pinion ; - the bevel gear has a central opening through which the main shaft extends, and has a cylindrical receiving section on the side facing axially away from the guide bushing , in which the free end of the coil spring is fastened. - a gear drive having a first gear element that is axially displaceably guided on the main shaft and rotatably fixedly connected to a free end of the coil spring , and having a second gear element that is in drive engagement with the first gear element in order to set the first gear element in rotation about the main shaft ; - a retaining element that holds the second gear element in the position of drive engagement with the first gear element ; - a drive element that is coupled to the second gear element in order to set it in rotation; - the gear drive is formed as a bevel gear transmission, wherein the first gear element is formed as a bevel gear and the second gear element is formed as a bevel gear pinion , and wherein the rotational axes of the two gear elements extend perpendicularly to one another; - the bevel gear is integrally connected to a guide bushing that is axially displaceably guided on the main shaft , and on its outer circumference has a guide groove in which an axially central guide pin of the bevel gear pinion is supported, wherein the guide pin is rotatably fixedly connected to the bevel gear pinion ; - the bevel gear has a central opening through which the main shaft extends, and has a cylindrical receiving section on the side facing axially away from the guide bushing , in which the free end of the coil spring is fastened.
A dual-chamber package system for absorbent articles, comprising: a retaining chamber for vertically retaining a plurality of absorbent articles , a dispensing chamber positioned underneath the retaining chamber , wherein the dispensing chamber has a front side opening , and a divider dividing the retaining chamber and the dispensing chamber , wherein at least a portion of the divider is moveable so that a bottommost absorbent article , of the plurality of absorbent articles vertically retained in the retaining chamber , is dispensable from the front side opening of the dispensing chamber , characterized in that the divider is comprised of a fixed portion , a movable portion and a hinge line positioned therebetween, wherein the movable portion is the at least portion of the divider that is moveable; wherein the fixed portion of the divider has a 1ength (L1) which is along a direction on the movable portion plane orthogonal to the hinge line ; wherein the movable portion of the divider has a 1ength (L2) which is along a direction on the movable portion plane orthogonal to the hinge line ; and wherein the ratio of the length (L2) of the movable portion to the length (L1) of the fixed portion is from 1: 1 to 1:4. a retaining chamber for vertically retaining a plurality of absorbent articles , a dispensing chamber positioned underneath the retaining chamber , wherein the dispensing chamber has a front side opening , and a divider dividing the retaining chamber and the dispensing chamber , wherein at least a portion of the divider is moveable so that a bottommost absorbent article , of the plurality of absorbent articles vertically retained in the retaining chamber , is dispensable from the front side opening of the dispensing chamber , characterized in that the divider is comprised of a fixed portion , a movable portion and a hinge line positioned therebetween, wherein the movable portion is the at least portion of the divider that is moveable; wherein the fixed portion of the divider has a 1ength (L1) which is along a direction on the movable portion plane orthogonal to the hinge line ; wherein the movable portion of the divider has a 1ength (L2) which is along a direction on the movable portion plane orthogonal to the hinge line ; and wherein the ratio of the length (L2) of the movable portion to the length (L1) of the fixed portion is from 1: 1 to 1:4.
A system configured to determine hemodynamic parameters of a patient, the system comprising: a transesophageal echocardiogram (TEE) probe including an ultrasound transducer comprising a matrix array of piezoelectric elements, the transesophageal echocardiogram (TEE) probe configured to obtain a plurality of clinically relevant views of the patient's heart from a single position; and one or more processors, operatively connected to the transesophageal echocardiogram (TEE) probe, the one or more processors configured by machine-readable instructions to: control the transesophageal echocardiogram (TEE) probe to obtain the plurality of clinically relevant views by electronically steering an ultrasound beam provided by the ultrasound transducer to cycle through the plurality of clinically relevant views of the patient's heart and provide real-time, animated image data of each of the plurality of clinically relevant views; receive the plurality of clinically relevant views of the patient's heart provided by the transesophageal echocardiogram (TEE) probe; and determine one or more hemodynamic parameters of the patient's heart based on the received plurality of clinically relevant views of the patient's heart. a transesophageal echocardiogram (TEE) probe including an ultrasound transducer comprising a matrix array of piezoelectric elements, the transesophageal echocardiogram (TEE) probe configured to obtain a plurality of clinically relevant views of the patient's heart from a single position; and one or more processors, operatively connected to the transesophageal echocardiogram (TEE) probe, the one or more processors configured by machine-readable instructions to: control the transesophageal echocardiogram (TEE) probe to obtain the plurality of clinically relevant views by electronically steering an ultrasound beam provided by the ultrasound transducer to cycle through the plurality of clinically relevant views of the patient's heart and provide real-time, animated image data of each of the plurality of clinically relevant views; receive the plurality of clinically relevant views of the patient's heart provided by the transesophageal echocardiogram (TEE) probe; and determine one or more hemodynamic parameters of the patient's heart based on the received plurality of clinically relevant views of the patient's heart. control the transesophageal echocardiogram (TEE) probe to obtain the plurality of clinically relevant views by electronically steering an ultrasound beam provided by the ultrasound transducer to cycle through the plurality of clinically relevant views of the patient's heart and provide real-time, animated image data of each of the plurality of clinically relevant views; receive the plurality of clinically relevant views of the patient's heart provided by the transesophageal echocardiogram (TEE) probe; and determine one or more hemodynamic parameters of the patient's heart based on the received plurality of clinically relevant views of the patient's heart.
A system for thermally shielding a portion of a gas turbine shroud assembly , comprising: a shroud seal support having a forward wall axially spaced from an aft wall , the forward wall exposed to combustion gases and having a front side axially spaced from a back side and a radially inner surface that extends axially between the front and back sides ; a shroud seal mounted to the shroud seal support , the shroud seal having a leading edge portion that extends towards the forward wall of the shroud seal support and a trailing edge portion that extends towards the aft wall of the shroud seal support , wherein a radial gap is defined between a top surface of the leading edge portion and the radially inner surface of the forward wall ; and a thermal shield extended from a bottom portion of the front side of the forward wall to a top surface of the shroud seal or wherein the thermal shield extends from the bottom portion of the front wall towards the leading edge portion of the shroud seal , wherein the thermal shield is oriented to face towards a flow of combustion gases . a shroud seal support having a forward wall axially spaced from an aft wall , the forward wall exposed to combustion gases and having a front side axially spaced from a back side and a radially inner surface that extends axially between the front and back sides ; a shroud seal mounted to the shroud seal support , the shroud seal having a leading edge portion that extends towards the forward wall of the shroud seal support and a trailing edge portion that extends towards the aft wall of the shroud seal support , wherein a radial gap is defined between a top surface of the leading edge portion and the radially inner surface of the forward wall ; and a thermal shield extended from a bottom portion of the front side of the forward wall to a top surface of the shroud seal or wherein the thermal shield extends from the bottom portion of the front wall towards the leading edge portion of the shroud seal , wherein the thermal shield is oriented to face towards a flow of combustion gases .
An electrode comprising: a functional layer comprising an Ln 2 MO 4 phase, where Ln is at least one lanthanide optionally doped with a metal and M is at least one 3d transition metal; the functional layer further comprising a ceria phase comprising doped ceria having the general formula Ce (1-x) A x O 2 , where A is at least one rare earth dopant, x is greater than 0.4 and no greater than the solubility limit of ceria. a functional layer comprising an Ln 2 MO 4 phase, where Ln is at least one lanthanide optionally doped with a metal and M is at least one 3d transition metal; the functional layer further comprising a ceria phase comprising doped ceria having the general formula Ce (1-x) A x O 2 , where A is at least one rare earth dopant, x is greater than 0.4 and no greater than the solubility limit of ceria.
A turbine nozzle for a turbomachine, the nozzle being sectorized and made up of sectors placed end to end, and each sector comprising two annular platforms that are coaxial, respectively an inner platform and an outer platform, which platforms are connected together by substantially radial vanes , the inner platform being connected to a substantially radial annular partition , the inner periphery of the annular partition of each sector being festooned or crenellated and comprising solid portions alternating with hollow portions , the nozzle comprising elements of abradable material and a annular support , the elements of abradable material being attached to the annular support , charaterized in that the annular support extends continuously over 360°, and comprises fastener means for fastening to the annular partitions of the sectors, the support being capable of sliding circumferentially over the partitions and being movable angularly between a mounting-and-dismounting position and a locking position in which the fastener means co-operate with the solid portions of the annular partitions of the sectors in order to hold the support on the partition.
A device to determine a state of the lacrimal layer of the eye, comprising: at least one light source arranged to form a pattern of source points for projecting a plurality of light rays onto a cornea surface and a lens-camera system arranged to receive a respective plurality of reflected light rays reflected on the cornea surface, thereby forming a pattern of image points; characterised by a computational unit arranged to determine on the basis of the image points the state of the lacrimal layer of the eye and/or to determine on the basis of the image points data representative for the state of the lacrimal layer of the eye and to provide the data representative for the state of the lacrimal layer of the eye to a user. at least one light source arranged to form a pattern of source points for projecting a plurality of light rays onto a cornea surface and a lens-camera system arranged to receive a respective plurality of reflected light rays reflected on the cornea surface, thereby forming a pattern of image points; characterised by a computational unit arranged to determine on the basis of the image points the state of the lacrimal layer of the eye and/or to determine on the basis of the image points data representative for the state of the lacrimal layer of the eye and to provide the data representative for the state of the lacrimal layer of the eye to a user.
A method of production of a high strength cold rolled steel sheet excellent in chemical convertibility comprising using; a joint cold rolled steel sheet/hot dip galvanized steel sheet facility having: a continuous annealing furnace where a cooling method of a cooling zone including part or all of a temperature range of the steel sheet of 600 to 250°C following heating for recrystallization is one or more of gas cooling, effusion cooling, and cooling pipe cooling; a hot dip galvanization pot; and a steel sheet pass line bypassing the hot dip galvanization pot, to continuously anneal cold rolled steel sheet and produce high strength cold rolled steel sheet, wherein said high strength cold rolled steel sheet contains, by mass%, Si: 1.0 to 2.0% and/or Mn: 2.0 to 3.0%, characterized by ; exposing the surface of the steel sheet in the steel sheet temperature range of 600 to 250°C on the steel sheet pass line to an iron-oxidizing atmosphere so as to make it oxidize, pickling the sheet at the annealing furnace outlet side to remove the Si or Mn or other oxide film together with the iron oxide film of the steel sheet, and then iron- or Ni-plating the sheet to 1 to 50 mg/m 2 . a joint cold rolled steel sheet/hot dip galvanized steel sheet facility having: a continuous annealing furnace where a cooling method of a cooling zone including part or all of a temperature range of the steel sheet of 600 to 250°C following heating for recrystallization is one or more of gas cooling, effusion cooling, and cooling pipe cooling; a hot dip galvanization pot; and a steel sheet pass line bypassing the hot dip galvanization pot, to continuously anneal cold rolled steel sheet and produce high strength cold rolled steel sheet, wherein said high strength cold rolled steel sheet contains, by mass%, Si: 1.0 to 2.0% and/or Mn: 2.0 to 3.0%, characterized by ; exposing the surface of the steel sheet in the steel sheet temperature range of 600 to 250°C on the steel sheet pass line to an iron-oxidizing atmosphere so as to make it oxidize, pickling the sheet at the annealing furnace outlet side to remove the Si or Mn or other oxide film together with the iron oxide film of the steel sheet, and then iron- or Ni-plating the sheet to 1 to 50 mg/m 2 .