mhurhangee/patent-ind-claim-en huggingface dataset:
A fuel injector for a gas turbine engine comprising: an injector body having a feed arm with a nozzle body connected thereto, the feed arm having a feed arm wall; a fuel conduit fluidly connecting a fuel inlet portion of the feed arm to a fuel circuit in the nozzle body to form a fuel path through the injector body; an insulative gap defined between the fuel conduit and an inside of the feed arm wall to thermally insulate the fuel path of the injector body; and an aperture formed through the feed arm wall that provides fluid communication between the insulative gap and ambient conditions existing on an outside of the feed arm wall, characterised in that the fuel injector further comprises: a valve (405; 505; 605; 705) disposed in the aperture that allows fluid flow in one direction and inhibits fluid flow in a second direction, wherein the allowed fluid flow is the fluid flow through the aperture into the insulative gap and the inhibited fluid flow is the fluid flow from the insulative gap into the aperture. an injector body having a feed arm with a nozzle body connected thereto, the feed arm having a feed arm wall; a fuel conduit fluidly connecting a fuel inlet portion of the feed arm to a fuel circuit in the nozzle body to form a fuel path through the injector body; an insulative gap defined between the fuel conduit and an inside of the feed arm wall to thermally insulate the fuel path of the injector body; and an aperture formed through the feed arm wall that provides fluid communication between the insulative gap and ambient conditions existing on an outside of the feed arm wall, characterised in that the fuel injector further comprises: a valve (405; 505; 605; 705) disposed in the aperture that allows fluid flow in one direction and inhibits fluid flow in a second direction, wherein the allowed fluid flow is the fluid flow through the aperture into the insulative gap and the inhibited fluid flow is the fluid flow from the insulative gap into the aperture.
A controller of a robot, wherein the robot comprises: a first rotational shaft ; a first arm configured to be rotatable on a plane orthogonal to the first rotational shaft about the first rotational shaft ; a second rotational shaft disposed parallel to the first rotational shaft and provided in the first arm ; a second arm configured to be rotatable on a plane orthogonal to the second rotational shaft about the second rotational shaft ; a main shaft disposed parallel to the second rotational shaft and provided in the second arm ; an operation tool configured to be rotatable about the main shaft and provided at a tip of the main shaft , and configured to perform a predetermined operation on a workpiece; and a cable connecting the second arm to the operation tool , and wherein the controller comprises an acquisition unit configured to acquire a target position of a control object being any driving component constituting the robot ; characterized by the controller comprising a decision unit configured to decide a rotational direction of the operation tool so that the cable does not collide with a component of the robot when the control object moves to the target position. a first rotational shaft ; a first arm configured to be rotatable on a plane orthogonal to the first rotational shaft about the first rotational shaft ; a second rotational shaft disposed parallel to the first rotational shaft and provided in the first arm ; a second arm configured to be rotatable on a plane orthogonal to the second rotational shaft about the second rotational shaft ; a main shaft disposed parallel to the second rotational shaft and provided in the second arm ; an operation tool configured to be rotatable about the main shaft and provided at a tip of the main shaft , and configured to perform a predetermined operation on a workpiece; and a cable connecting the second arm to the operation tool , and wherein the controller comprises an acquisition unit configured to acquire a target position of a control object being any driving component constituting the robot ; characterized by the controller comprising a decision unit configured to decide a rotational direction of the operation tool so that the cable does not collide with a component of the robot when the control object moves to the target position.
A method for determining location on a wireless communication device , comprising: receiving a request for a location of the wireless communication device; receiving a plurality of wireless network messages, each message transmitted from a respective network edge device that is associated with a respective one of a plurality of wireless networks ; obtaining location measurement information from the received wireless network messages; obtaining location determining assistance information for each of the wireless networks associated with the received wireless network messages; determining more than one location of the wireless communication device based on the location measurement information and the location determining assistance information; determining an integrated location of the wireless communication device based on the more than one location of the wireless communication device ; validating the integrated location of the wireless communication device; storing the integrated location of the wireless communication device; the method characterized in that validating the integrated location of the wireless communication device comprises comparing the integrated location of the wireless communication device to at least one of a group of a natural structure topology database, a natural structure topographical database and a man-made structure topology database; and wherein the integrated location of the wireless communication device is stored as a tagged wireless device location. receiving a request for a location of the wireless communication device; receiving a plurality of wireless network messages, each message transmitted from a respective network edge device that is associated with a respective one of a plurality of wireless networks ; obtaining location measurement information from the received wireless network messages; obtaining location determining assistance information for each of the wireless networks associated with the received wireless network messages; determining more than one location of the wireless communication device based on the location measurement information and the location determining assistance information; determining an integrated location of the wireless communication device based on the more than one location of the wireless communication device ; validating the integrated location of the wireless communication device; storing the integrated location of the wireless communication device; the method characterized in that validating the integrated location of the wireless communication device comprises comparing the integrated location of the wireless communication device to at least one of a group of a natural structure topology database, a natural structure topographical database and a man-made structure topology database; and wherein the integrated location of the wireless communication device is stored as a tagged wireless device location.
Fastening device with a dowel and a connecting element fixed to the dowel for attaching a first furniture part to a second furniture part, wherein the dowel may be mounted in a blind hole or in a through hole of the one furniture part and may be fixed by means of the connecting element , wherein the dowel is provided with an external thread , and the dowel has tool application surfaces in which a tool may be inserted, by which the dowel may be screwed into its final position in the blind hole or in the through hole, wherein the end of the connecting element in the dowel is spherical and the dowel has a ball socket for seating and mounting of the end , characterised in that the tool application surfaces are formed by at least one slot which is open radially inwards and axially in the direction of the connecting element .
Sheet for a stretched-canvas structure to make a false ceiling or a dropped ceiling box in a room, comprising at least one flexible canvas and at least two harpoons (B) fixed along a peripheral edge of the canvas adjacent to each other, these harpoons intended to fix the canvas to a frame, characterised in that the sheet comprises a reinforcing strip fixed astride the two harpoons which are juxtaposed against each other.
A utility vehicle comprising a device for displaying a portion on a screen , the portion being concealed by an object at least in part, and the object being arranged between the portion and a vehicle driver and the screen being arranged between the vehicle driver and the object , the portion being located in a region that is recorded by a camera setup , characterised in that the device has a determination device , the determination device having a first sensor and a second sensor , the first sensor being provided and set up to determine a position of at least one eye of the vehicle driver relative to a utility vehicle cabin , and the second sensor being provided and set up to determine a position of the screen relative to the utility vehicle cabin , the first sensor and the second sensor being arranged on the screen , and the determination device determining the position of the portion in the recorded region using the position of the eye and the position of the screen , and this portion being represented by the screen .
A three-dimensional measurement apparatus for calculating three-dimensional shape information of a target object based on a reflected pattern of a pattern which is projected onto the target object and is reflected by the target object, comprising: obtaining means for obtaining a reflected pattern of a stripe pattern formed by alternately arranging a bright portion and a dark portion as first image data, and obtain the reflected pattern of a reversed stripe pattern formed by reversing the bright portion and the dark portion of the stripe pattern as second image data; determining means for determining a boundary position between the bright portion and the dark portion based on the first image data and the second image data; characterized by reliability obtaining means for obtaining a reliability indicating accuracy of the boundary position based on first luminance values of two pixels in a vicinity of the boundary position included in the first image data and second luminance values of the two pixels included in the second image data, wherein the two pixels are on different sides of the boundary position. obtaining means for obtaining a reflected pattern of a stripe pattern formed by alternately arranging a bright portion and a dark portion as first image data, and obtain the reflected pattern of a reversed stripe pattern formed by reversing the bright portion and the dark portion of the stripe pattern as second image data; determining means for determining a boundary position between the bright portion and the dark portion based on the first image data and the second image data; characterized by reliability obtaining means for obtaining a reliability indicating accuracy of the boundary position based on first luminance values of two pixels in a vicinity of the boundary position included in the first image data and second luminance values of the two pixels included in the second image data, wherein the two pixels are on different sides of the boundary position.
An article of apparel , wherein the article is a lower body article of apparel and comprises: a pelvic portion for covering a pelvic area of a wearer when the article is in an as-worn position, the pelvic portion having a waist opening ; left and right leg portions extending outward from the pelvic portion opposite the waist opening , the left and right leg portions having respective left and right leg openings , the left and right leg portions covering at least a portion of respective left and right legs of the wearer, or wherein the article is an upper body article of apparel ; and a plurality of slits in a repeating fashion, wherein a spacing between two adjacent slits in linear alignment is less than a length of a slit in non-linear alignment with the two adjacent slits and that is offset from the two adjacent slits such that the slit in non-linear alignment overlies the spacing between the two adjacent slits in linear alignment, and the slit in non-linear alignment is parallel to the two adjacent slits in linear alignment, and wherein when the article is stretched perpendicular to the orientation of the slits , the slits open to provide a direct path through the article to the body of the wearer, and characterized in that each slit includes a first side and a second side , and in a resting state of the slits first and second sides are proximate to each other and there is a gap between the first and second sides to provide continuous permeability to the article of apparel .
An analyzing system for evaluating a cleaning process in respect of a milk transporting conduit structure , comprising: a fluid inlet configured to introduce fluid into the milk transporting conduit structure , an injector configured to introduce an amount of gas (G) into the milk transporting conduit structure thus producing a temporary pressure increase therein which causes a slug (S) of fluid to be formed in and forwarded through the milk transporting conduit structure , a sensor arrangement configured to measure at least one parameter related to the slug (S), and a data processor configured to receive the at least one parameter measured by the sensor arrangement , 153), and based thereon, produce an indicator (L S , T S ) of at least one quality of the cleaning process, wherein the indicator produced by the data processor reflects a cross-sectional profile of the slug (S) at at least one position (A, B) in the milk transporting conduit structure , and wherein the sensor arrangement is configured to repeatedly forward updatings of the at least one measured parameter to the data processor , characterised in that the data processor is configured to assign a quality level to the slug (S) based on at least one slope criterion with respect to the cross-sectional profile of the slug (S) at at least one position (A; B) in the milk transporting conduit structure . a fluid inlet configured to introduce fluid into the milk transporting conduit structure , an injector configured to introduce an amount of gas (G) into the milk transporting conduit structure thus producing a temporary pressure increase therein which causes a slug (S) of fluid to be formed in and forwarded through the milk transporting conduit structure , a sensor arrangement configured to measure at least one parameter related to the slug (S), and a data processor configured to receive the at least one parameter measured by the sensor arrangement , 153), and based thereon, produce an indicator (L S , T S ) of at least one quality of the cleaning process, wherein the indicator produced by the data processor reflects a cross-sectional profile of the slug (S) at at least one position (A, B) in the milk transporting conduit structure , and wherein the sensor arrangement is configured to repeatedly forward updatings of the at least one measured parameter to the data processor , characterised in that the data processor is configured to assign a quality level to the slug (S) based on at least one slope criterion with respect to the cross-sectional profile of the slug (S) at at least one position (A; B) in the milk transporting conduit structure .
A method for 3D printing a product by means of consecutive deposition of a filiform material wherein at least one layer is a non-planar layer with respect to a plane (X-Y) that is orthogonal to the vertical direction (Z) defined by the force of gravity; said method comprising the steps of: a) providing: - a printing head configured to discharge the filiform material along the vertical direction (Z); - a platform for receiving the filiform material discharged by the printing head ; - a supporting form arranged directly or indirectly on the platform and having a deposition surface on top of which the filiform material is deposited; wherein the printing head is relatively movable with respect to the platform in a plane (X-Y) orthogonal to the vertical direction (Z) and the platform is rotatable about the axes (X, Y) that define the plane (X-Y) orthogonal to the direction (Z); b) continuous controlling the relative motion of the printing head in the plane (X-Y) and the rotation of the platform about the axes (X,Y) during the discharging of the filiform material ; wherein the deposition surface is non planar with respect to the plane (X-Y), characterized in that the step of controlling the rotation of the platform about the axes (X, Y) comprises the step of controlling the rotation of the platform simultaneously about the axes (X, Y) in such a way as to continuously align the vertical direction (Z) of material discharge, defined by an axis of a nozzle of the printing head , with an orthogonal direction (O) of the surface on which the filiform material is deposited during the deposition of the layer on the supporting form so as to obtain a non-planar layer with tridimensional geometry having curvature changes about said axes (X-Y) or a braided structure consisting of curved interlaced discharged filiform material with tridimensional geometry having curvature changes about said axes (X-Y). a) providing: - a printing head configured to discharge the filiform material along the vertical direction (Z); - a platform for receiving the filiform material discharged by the printing head ; - a supporting form arranged directly or indirectly on the platform and having a deposition surface on top of which the filiform material is deposited; wherein the printing head is relatively movable with respect to the platform in a plane (X-Y) orthogonal to the vertical direction (Z) and the platform is rotatable about the axes (X, Y) that define the plane (X-Y) orthogonal to the direction (Z); - a printing head configured to discharge the filiform material along the vertical direction (Z); - a platform for receiving the filiform material discharged by the printing head ; - a supporting form arranged directly or indirectly on the platform and having a deposition surface on top of which the filiform material is deposited; b) continuous controlling the relative motion of the printing head in the plane (X-Y) and the rotation of the platform about the axes (X,Y) during the discharging of the filiform material ;
An integrated method of constructing a complete peptide library containing all possible peptides for the specific size, the method comprising: (i) rationally designing a series of tagged peptides so that each tagged peptide contains an array of distinct peptides of different sizes, with each peptide containing an array of short peptide sequences wherein the peptide comprises 50 amino acids containing 47 distinct consecutive tetrapeptide, 46 distinct consecutive pentapeptide, 45 distinct consecutive hexapeptide, 44 distinct consecutive heptapeptide, 3 distinct consecutive 48-mer peptides, 2 distinct consecutive 49-mer peptides and 1 50-mer peptide, which constitutes 408 peptides with sizes ranging from 4 to 50 amino acids; (ii) constructing a series of expression vectors with each vector expressing a single tagged peptide; (iii) purifying the tagged peptides by binding the affinity tag to an immobilized solid surface; (iv) eluting the tagged peptides and using the library for screening. (i) rationally designing a series of tagged peptides so that each tagged peptide contains an array of distinct peptides of different sizes, with each peptide containing an array of short peptide sequences wherein the peptide comprises 50 amino acids containing 47 distinct consecutive tetrapeptide, 46 distinct consecutive pentapeptide, 45 distinct consecutive hexapeptide, 44 distinct consecutive heptapeptide, 3 distinct consecutive 48-mer peptides, 2 distinct consecutive 49-mer peptides and 1 50-mer peptide, which constitutes 408 peptides with sizes ranging from 4 to 50 amino acids; (ii) constructing a series of expression vectors with each vector expressing a single tagged peptide; (iii) purifying the tagged peptides by binding the affinity tag to an immobilized solid surface; (iv) eluting the tagged peptides and using the library for screening.
A fissionable uranium chloride fuel salt comprising 1% to 50% by molar fraction UCl 4 , from 40 % to 66 % by molar fraction NaCl, and having a melting point of less than 600°C.
A combination of a leucine source and an omega-3 polyunsaturated fatty acid source for use for reducing nausea and/or for use for reducing vomiting urges in the treatment of a subject suffering from abnormal blood plasma calcium levels.
Fuel-cell device which is intended for being operated with a fluidic fuel (12a; 12b), having a fuel-cell unit (14a; 14b) and having a reformer unit (16a; 16b) which is intended for producing at least one combustion gas (22a; 22b), wherein the fuel-cell device comprises a temperature-control unit (18a; 18b) which is intended for feeding at least a part (26a; 26b) of a cathode exhaust gas (20a; 20b) of the fuel-cell unit (14a;14b) to the reformer unit (16a; 16b) for the purpose of controlling the temperature of the reformer unit (16a; 16b), wherein the temperature-control unit (18a; 18b) has at least one heat exchanger (24a; 24b) which is at least partially formed in one piece with the reformer unit (16a; 16b) and which is intended for transferring thermal energy from the part (26a; 26b) of the cathode exhaust gas (20a; 20b) to the reformer unit (16a; 16b), characterized in that the temperature-control unit has at least one valve which is intended for regulating a volume flow of the part of the cathode exhaust gas that is fed to the reformer unit .
A hand-held training device comprising a handle member adapted to be grasped by a single hand of a person and an elongate spring member projecting upwardly from the handle member , the length and stiffness of which are selected such that the spring member performs a pendular movement upon slight movement of the handle member , characterized in that the training device consists of the handle member and the spring member , that the spring element executes a pendular movement upon slight movement of the grip element , characterized in that the training device consists of the grip element and the spring element , optionally additionally of one or more fastening elements for fastening the spring element to the grip element .