mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transporting blood samples in a tube system with an internal diameter that is greater than the external diameter of the applied blood samples and lesser than the lengths of the applied blood samples , the method including at least the following steps: A: a blood sample with an external diameter in the range 012 mm to 018 mm and with a length in the range from 80 mm to 110 mm is introduced in a tube system that includes a dispatch station and a receiver station , and wherein B: the blood sample is dispatched from the dispatch station by means of dispatching air, characterised in that the method further includes the step C: additional blood samples are dispatched in succession at random time intervals independent of the last dispatched blood sample having reached the receiver station , and that the method further includes at least the following step between step A and step B: A1: the physical dimensions of the blood sample are checked and it is ensured that the blood sample fits the tube system , wherein the checking and securing is effected by a number of sensors indicating if the length of the blood sample is too short or too long, and where the indicating if the diameter of the blood sample is too small or too large is made by a number of sensors or by mechanical checking means where too small diameter will cause the blood sample to fall out, and where too large diameter will make the blood sample unable to get through the control and security system. A: a blood sample with an external diameter in the range 012 mm to 018 mm and with a length in the range from 80 mm to 110 mm is introduced in a tube system that includes a dispatch station and a receiver station , and wherein B: the blood sample is dispatched from the dispatch station by means of dispatching air, characterised in that the method further includes the step C: additional blood samples are dispatched in succession at random time intervals independent of the last dispatched blood sample having reached the receiver station ,
A wind turbine comprising, a tower, a nacelle mounted on the tower , and a rotor defining a rotor axis extending in a vertical center plane and configured for harvesting wind energy by rotation of blades in a rotor rotation direction about the rotor axis, the nacelle comprising a rotor-supporting assembly including a main frame , forming a load path from the rotor to the tower, and receiving a degree of torque induced by the rotation of the rotor, wherein the nacelle has a center of gravity (COG) which is offset from the center plane in a direction relative to the rotor rotation direction to counteract the torque induced by the rotation of the rotor, characterised in that one or more operative components forming part of the power conversion system are arranged to have a resultant offset COG of the nacelle.
Sequential combustion gas turbine comprising a pre-mixing burner and a reheat burner; the pre-mixing burner and/or the reheat burner comprising a vortex generating arrangement , the vortex generating arrangement comprising an air conducting channel of predetermined height (h) extending between two essentially parallel channel walls and having a predetermined direction of air flow , and further comprising a plurality of vortex generators arranged in said channel , characterized in that said vortex generators each have the shape of a right angle triangular plate, which is arranged essentially perpendicular to said channel walls and oriented relative to said direction of air flow with a predetermined off-axis angle (α, β) ≠ 0°, and that a first leg of said triangular plate is oriented perpendicular to said channel walls , and that said first leg of said triangular plate extends from one to the other of said channel walls , wherein said first leg of said triangular plate is arranged upstream with respect to said direction of air flow , thereby being a leading edge of the respective vortex generator , wherein a diagonal edge of each triangular vortex generator is arranged downstream to said direction of air flow , thereby being a trailing edge of the respective vortex generator .
A metering device for an agricultural machine for outputting granular solids from at least one storage container to at least one dispensing unit by means of a conveyor system , having a metering housing and at least one inflow opening and at least one discharge opening for the granular solid, wherein the metering housing forms a metering chamber on the inside, where in between metering chamber and the conveyor system a conveyor device rotating about a rotary axis is arranged. characterised in that the conveyor device comprises at least one first rotary slide valve having at least one first opening for controlling the inflow and/or discharge of the granular solid into or out of the conveyor device , wherein the first rotary slide valve comprises a second opening which is substantially located opposite the first opening .
A pharmaceutical composition comprising: a) 25% to 31% by weight of ibuprofen; b) 34% to 40% by weight of a hydrophobic lipid which is a mixture of saturated C 10 -C 18 triglycerides having a melting point between 41°C to 45°C and which is solid at room temperature, namely 20°C; c) 22% to 28% by weight of a hydrophobic lipid which is glycerol monolinoleate and d) 7% to 13% by weight of a stabilizing agent comprising liquid glycol polymer. a) 25% to 31% by weight of ibuprofen; b) 34% to 40% by weight of a hydrophobic lipid which is a mixture of saturated C 10 -C 18 triglycerides having a melting point between 41°C to 45°C and which is solid at room temperature, namely 20°C; c) 22% to 28% by weight of a hydrophobic lipid which is glycerol monolinoleate and d) 7% to 13% by weight of a stabilizing agent comprising liquid glycol polymer.
An unsupported catalyst composition which comprises Group VIb metal, non-noble Group VIII metal, one or more zeolites, and no refractory oxide material, wherein the metals the zeolite(s) have been combined together at one at the same time via precipitation wherein the composition is formed prior to any shaping step, wherein expressed on a percentage weight basis, the total amount of Group VIII and Group VIb metals is in the range of from 20 to 80 wt% as the oxides and based on total catalyst, wherein the metals present are nickel and molybdenum, which are in a molar ratio of nickel to molybdenum in the range of from 0.5:1 to 2.5:1; wherein the amount of molybdenum present in the zeolite pores is in the range of from 4, preferably 5, to 25 wt%, basis the composition in oxidic form, as determined using a transmission electron microscope fitted with an X-ray energy-dispersive spectrometer.
A mattress cover comprising: - a top panel , - at least one side panel , and - at least one tape edge connecting the top panel with the at least one side panel , characterized in that the mattress cover is knitted, wherein the top panel , the at least one side panel and the at least one tape edge are integrated into a seamless, one-piece knit. - a top panel , - at least one side panel , and - at least one tape edge connecting the top panel with the at least one side panel ,
Device for monitoring the connection of a conveying line to a vehicle-side connection and to a delivery-side connection , comprising at least one test unit connected to a controller , which monitors the delivery-side and/or vehicle-side connection and delivers an IO signal when the conveying line is connected to the correct delivery-side connection , wherein the controller delivers a switch-on signal for the conveying process when both ends of the conveying line are connected to the correct vehicle-side connection and the correct delivery side connection wherein sensors are signal-connected to the controller which monitor the delivery-side and the vehicle-side connection and record the correct or incorrect connection of the conveying line and comprising a database connected to the controller in which data sets are stored containing at least data relating to the medium that is conveyed via the respective vehicle-side connection , characterized in that the vehicle-side sensors record a third state in which it cannot be unequivocally ascertained whether the conveying line is connected correctly or incorrectly to the delivery-side connection , characterized in that the data sets contain data relating to the medium contained in a tank connected to the respective delivery-side connection .
A processor-implemented speech recognition method comprising: extracting a speech feature from an input speech to be recognized; estimating a first sequence (S) of first subwords corresponding to at least one portion of the input speech based on the extracted speech feature; converting the first sequence (S) to a second sequence (S') of at least one second subword by combining at least two of the first subwords; and recognizing the input speech by recognizing a remaining portion of the input speech based on the second sequence (S'); characterized in that the converting of the first sequence (S) to the second sequence (S') comprises: generating a text from the first sequence (S) using a text subword decoder ; generating the second sequence (S') of the at least one second subword by encoding the text using a text subword encoder (301; 603; 802); and in response to determining that the first sequence (S) and the second sequence (S') differ from each other, converting the first sequence (S) to the second sequence (S'). extracting a speech feature from an input speech to be recognized; estimating a first sequence (S) of first subwords corresponding to at least one portion of the input speech based on the extracted speech feature; converting the first sequence (S) to a second sequence (S') of at least one second subword by combining at least two of the first subwords; and recognizing the input speech by recognizing a remaining portion of the input speech based on the second sequence (S'); characterized in that the converting of the first sequence (S) to the second sequence (S') comprises: generating a text from the first sequence (S) using a text subword decoder ; generating the second sequence (S') of the at least one second subword by encoding the text using a text subword encoder (301; 603; 802); and in response to determining that the first sequence (S) and the second sequence (S') differ from each other, converting the first sequence (S) to the second sequence (S'). generating a text from the first sequence (S) using a text subword decoder ; generating the second sequence (S') of the at least one second subword by encoding the text using a text subword encoder (301; 603; 802); and in response to determining that the first sequence (S) and the second sequence (S') differ from each other, converting the first sequence (S) to the second sequence (S').
A display device, having a plurality of pixels, comprising: a first substrate formed with at least one metal pattern thereon; a second substrate disposed opposite to the first substrate such that the at least one metal pattern is disposed between the first substrate and the second substrate; and a polarizer provided on an outer side of the second substrate far away from the first substrate, wherein an area of an overlapping region between the metal pattern and a pixel display zone is less than an area of the pixel display zone, the pixel display zone being defined for each pixel as a zone of the pixel for emitting light, wherein the polarizer comprises a light absorption layer fully covering the at least one metal pattern, wherein an area of an overlapping region between the light absorption layer of the polarizer and the pixel display zone is less than the area of the pixel display zone, wherein the metal pattern is partly overlapped with the pixel display zone, or completely overlapped with the pixel display zone, and wherein the light absorption layer is made of polyvinyl alcohol. a first substrate formed with at least one metal pattern thereon; a second substrate disposed opposite to the first substrate such that the at least one metal pattern is disposed between the first substrate and the second substrate; and a polarizer provided on an outer side of the second substrate far away from the first substrate, wherein an area of an overlapping region between the metal pattern and a pixel display zone is less than an area of the pixel display zone, the pixel display zone being defined for each pixel as a zone of the pixel for emitting light, wherein the polarizer comprises a light absorption layer fully covering the at least one metal pattern, wherein an area of an overlapping region between the light absorption layer of the polarizer and the pixel display zone is less than the area of the pixel display zone, wherein the metal pattern is partly overlapped with the pixel display zone, or completely overlapped with the pixel display zone, and wherein the light absorption layer is made of polyvinyl alcohol.
Method for analyzing a slice-based scanned image volume of a body represented by a digital image representation comprising the steps of: - determining to which body region the slice-based scanned image volume belongs, - determining the expected vessel characteristics for occurring vessels in said body region, said characteristics comprising vessel radii, thresholds for a measure for circularity of a vessel at a given position, vessel intensity value thresholds and anatomy-driven vessel segment connection rules. - determining seed points in said image volume representing centers of vessels, - tracking of unconnected vessel segments with said seed points as the starting point by iteratively determining subsequent neighbouring seed candidates which are selected based on a value which represents the likeliness for a point of a slice based representation belonging to a vessel with said expected vessel characteristics, - iteratively extending a vessel tree by connecting said unconnected vessel segments, applying a set of connection rules on said unconnected vessel segments in each iteration step taking into account said expected vessel characteristics, terminating the iteration when none of a set of connection rules is fulfilled anymore. - determining to which body region the slice-based scanned image volume belongs, - determining the expected vessel characteristics for occurring vessels in said body region, said characteristics comprising vessel radii, thresholds for a measure for circularity of a vessel at a given position, vessel intensity value thresholds and anatomy-driven vessel segment connection rules. - determining seed points in said image volume representing centers of vessels, - tracking of unconnected vessel segments with said seed points as the starting point by iteratively determining subsequent neighbouring seed candidates which are selected based on a value which represents the likeliness for a point of a slice based representation belonging to a vessel with said expected vessel characteristics, - iteratively extending a vessel tree by connecting said unconnected vessel segments, applying a set of connection rules on said unconnected vessel segments in each iteration step taking into account said expected vessel characteristics, terminating the iteration when none of a set of connection rules is fulfilled anymore.
An electronic device for vehicles comprising: a printed circuit board that is mounted with an electronic component to configure a predetermined electronic circuit; a conductive casing that stores the printed circuit board; a connecting part that is arranged between the conductive casing and the printed circuit board , wherein a resin film for preventing from being soldered is arranged at a board surface of the printed circuit board to be capacitively coupled with the connecting part, the connecting part is configured to be capacitively coupled with a conductor pattern of the printed circuit board so as to guide radiation noise from the printed circuit board to the conductive casing , the connecting part is configured by a number of protruding parts , which are arranged to protrude to the conductive casing having a gap (D) between the conductor pattern and the protruding part , and are capacitively coupled with the conductor pattern through spacing arranged in the gap (D), the distance (D) between a ground pattern and the protruding part is larger than the thickness of the solder resist located on top of the ground pattern so there is no direct mechanical contact between the solder resist and the protruding part , and the number or size of the protruding parts is configured to allow radiation noise to be at a tolerance level. a printed circuit board that is mounted with an electronic component to configure a predetermined electronic circuit; a conductive casing that stores the printed circuit board; a connecting part that is arranged between the conductive casing and the printed circuit board , wherein a resin film for preventing from being soldered is arranged at a board surface of the printed circuit board to be capacitively coupled with the connecting part, the connecting part is configured to be capacitively coupled with a conductor pattern of the printed circuit board so as to guide radiation noise from the printed circuit board to the conductive casing , the connecting part is configured by a number of protruding parts , which are arranged to protrude to the conductive casing having a gap (D) between the conductor pattern and the protruding part , and are capacitively coupled with the conductor pattern through spacing arranged in the gap (D), the distance (D) between a ground pattern and the protruding part is larger than the thickness of the solder resist located on top of the ground pattern so there is no direct mechanical contact between the solder resist and the protruding part , and the number or size of the protruding parts is configured to allow radiation noise to be at a tolerance level.
Apparatus to produce a three-dimensional object, the apparatus comprising: particulate material ; a controller ; a printhead ; and an ultraviolet light emitting diode energy source to emit electromagnetic energy having a maximum intensity at a wavelength between about 200nm to about 405nm; wherein the controller is to: cause the printhead to deposit a liquid which absorbs ultraviolet radiation emitted by the ultraviolet light emitting diode energy source onto a layer of the particulate material ; and cause the ultraviolet light emitting diode energy source to irradiate at least a portion of the layer of the particulate material , after the liquid has been deposited onto the layer of the particulate material , thereby to heat the liquid and cause a portion of the particulate material to solidify, wherein the wavelength is greater than 100nm from an absorbance peak of the particulate material . particulate material ; a controller ; a printhead ; and an ultraviolet light emitting diode energy source to emit electromagnetic energy having a maximum intensity at a wavelength between about 200nm to about 405nm; wherein the controller is to: cause the printhead to deposit a liquid which absorbs ultraviolet radiation emitted by the ultraviolet light emitting diode energy source onto a layer of the particulate material ; and cause the ultraviolet light emitting diode energy source to irradiate at least a portion of the layer of the particulate material , after the liquid has been deposited onto the layer of the particulate material , thereby to heat the liquid and cause a portion of the particulate material to solidify, cause the printhead to deposit a liquid which absorbs ultraviolet radiation emitted by the ultraviolet light emitting diode energy source onto a layer of the particulate material ; and cause the ultraviolet light emitting diode energy source to irradiate at least a portion of the layer of the particulate material , after the liquid has been deposited onto the layer of the particulate material , thereby to heat the liquid and cause a portion of the particulate material to solidify, wherein the wavelength is greater than 100nm from an absorbance peak of the particulate material .
A laser-based treatment system facilitating automatic alignment of a laser beam, the system comprising: a beam guidance system adapted to direct a laser beam through a beam exit ; a sensor located approximately in a center of the beam exit and adapted to provide a feedback signal in response to the laser beam passing through the beam exit ; a turning mirror configured to guide the laser beam through the beam exit to the sensor ; and a processor adapted to determine a center of the beam exit based on the feedback signal and adjust the beam guidance system for directing the laser beam through the center of the beam exit . a beam guidance system adapted to direct a laser beam through a beam exit ; a sensor located approximately in a center of the beam exit and adapted to provide a feedback signal in response to the laser beam passing through the beam exit ; a turning mirror configured to guide the laser beam through the beam exit to the sensor ; and a processor adapted to determine a center of the beam exit based on the feedback signal and adjust the beam guidance system for directing the laser beam through the center of the beam exit .
A method of processing survey data of an underwater scene comprising: generating an augmented image of each of a plurality of fields of view within the scene, wherein each augmented image comprises at least: a plurality of images of a respective field of view of the scene obtained sequentially , wherein each time an image is acquired, a specific configuration and potentially differing configuration of lighting parameters and imaging parameters is used; a location tag associated with each of the plurality of images, and machine vision processed metadata associated with the plurality of images and the scene; concatenating the augmented images into a composite image based on the location tags associated therewith, including modifying the images to improve concatenation ; and linking each image and metadata in the composite image to its augmented image and to corresponding images and metadata in the other augmented images. generating an augmented image of each of a plurality of fields of view within the scene, wherein each augmented image comprises at least: a plurality of images of a respective field of view of the scene obtained sequentially , wherein each time an image is acquired, a specific configuration and potentially differing configuration of lighting parameters and imaging parameters is used; a location tag associated with each of the plurality of images, and machine vision processed metadata associated with the plurality of images and the scene; a plurality of images of a respective field of view of the scene obtained sequentially , wherein each time an image is acquired, a specific configuration and potentially differing configuration of lighting parameters and imaging parameters is used; a location tag associated with each of the plurality of images, and machine vision processed metadata associated with the plurality of images and the scene; concatenating the augmented images into a composite image based on the location tags associated therewith, including modifying the images to improve concatenation ; and linking each image and metadata in the composite image to its augmented image and to corresponding images and metadata in the other augmented images.