mhurhangee/patent-ind-claim-en huggingface dataset:
A method for dynamically measuring blade position during flight of a rotorcraft , the method comprising: repeatedly illuminating a blade of the rotorcraft with coherent light while the blade is rotating, wherein repeatedly illuminating the blade of the rotorcraft comprises repeatedly illuminating the blade with a plurality of track sensors positioned at different locations upon a fuselage of the rotorcraft , wherein each of the plurality of track sensors is configured to separately illuminate the blade and to receive radiation scattered from the blade in response to the illumination, wherein each of the plurality of track sensors comprises a laser source configured during flight of the rotorcraft to repeatedly illuminate a blade of the rotorcraft with coherent light while the blade is rotating; and at least one photodetector configured to detect radiation scattered from the blade in response to illumination of the blade , wherein each of the plurality of track sensors is a chip-scale laser detection and ranging, LIDAR, sensor , wherein the chip-scale LIDAR sensor includes a splitter configured to receive the radiation generated by the laser source and to split the radiation into a first portion that is directed to and serves to illuminate the blade of the rotorcraft , and a second portion that is directed toward the at least one photodetector , wherein the splitter is configured such that the first portion includes 75% to 95% of the radiation generated by the laser source and the second portion includes the remainder of the radiation generated by the laser source; detecting radiation scattered from the blade in response to illumination of the blade ; and determining at least one of a blade pitch angle (Δθ P ), a blade flap angle (Δθ F ), a blade leading position or a blade lagging position based upon the radiation that is scattered from the blade and detected, and based upon averaging of the blade positions determined by each of the plurality of track sensors . detecting radiation scattered from the blade in response to illumination of the blade ; and determining at least one of a blade pitch angle (Δθ P ), a blade flap angle (Δθ F ), a blade leading position or a blade lagging position based upon the radiation that is scattered from the blade and detected, and based upon averaging of the blade positions determined by each of the plurality of track sensors .
A holder , in particular a dishcloth holder , for clamping between two opposite walls, in particular of a sink , comprising an elongated holding rod and at least one fixing device which is mounted on an axial end portion of the holding rod for limited axial displacement, wherein the fixing device comprises a spring element and is urged with a force in an axial direction away from the holding rod by means of the spring element , wherein the fixing device comprises a housing which includes a sleeve-shaped portion or is sleeve-shaped altogether, and wherein the fixing device comprises a clamping element and is mounted at the holding rod by means of the clamping element , wherein in the assembled state the clamping element is arranged at least partly within the holding rod and at least partly in the housing and is clamped in the holding rod and/or in the housing , characterized in that the clamping element is bulgy at least in sections and comprises a plurality of slits extending in the longitudinal direction.
Panel (A, B, C), wherein the panel has a rectangular shape ; wherein the first and third sides are provided opposite to each other and the second and fourth sides are provided opposite to each other, each of the four sides of the panel having a profile selected from the following three profiles (1-3) : - a groove-tongue profile having a continuous groove with a groove width (N5) and a groove depth (n4), and a continuous tongue with different tongue thicknesses (F2, F3) and tongue lengths (f1, f2, f5) ; - a groove profile having a continuous groove with different groove widths (N1, N2, N3) and groove depths (n1, n2, n3) ; - a groove-double tongue profile having a continuous groove with a groove width (N4) and different groove depths (n5), and a continuous double tongue with different tongue thicknesses (F1, F4, F5) and tongue lengths (f3, f4) ; wherein two opposite sides have the same profile (1-3) ; characterized in that the groove widths (N3, N4, N5) of the grooves of the three profiles (1-3) are configured such that corresponding tongues of a to be coupled groove-tongue profile or a to be coupled groove-double tongue profile can be coupled at the upper and/or at the underside (O, U) of the panel (A, B, C) in a form fitting manner, and that the profiles are vertically locked and horizontally only slide into each other. wherein the first and third sides are provided opposite to each other and the second and fourth sides are provided opposite to each other, each of the four sides of the panel having a profile selected from the following three profiles (1-3) : - a groove-tongue profile having a continuous groove with a groove width (N5) and a groove depth (n4), and a continuous tongue with different tongue thicknesses (F2, F3) and tongue lengths (f1, f2, f5) ; - a groove profile having a continuous groove with different groove widths (N1, N2, N3) and groove depths (n1, n2, n3) ; - a groove-double tongue profile having a continuous groove with a groove width (N4) and different groove depths (n5), and a continuous double tongue with different tongue thicknesses (F1, F4, F5) and tongue lengths (f3, f4) ; - a groove-tongue profile having a continuous groove with a groove width (N5) and a groove depth (n4), and a continuous tongue with different tongue thicknesses (F2, F3) and tongue lengths (f1, f2, f5) ; - a groove profile having a continuous groove with different groove widths (N1, N2, N3) and groove depths (n1, n2, n3) ; - a groove-double tongue profile having a continuous groove with a groove width (N4) and different groove depths (n5), and a continuous double tongue with different tongue thicknesses (F1, F4, F5) and tongue lengths (f3, f4) ; wherein two opposite sides have the same profile (1-3) ; characterized in that the groove widths (N3, N4, N5) of the grooves of the three profiles (1-3) are configured such that corresponding tongues of a to be coupled groove-tongue profile or a to be coupled groove-double tongue profile can be coupled at the upper and/or at the underside (O, U) of the panel (A, B, C) in a form fitting manner, and that the profiles are vertically locked and horizontally only slide into each other.
Electrical junction box for an exterior cladding panel of a building bearing at least one photovoltaic module comprising an electrical pole at one of its longitudinal ends and an electrical pole of inverse polarity at the other end, the junction box comprising: - a base , - a lateral wall surrounding the base and extending perpendicularly to the latter, the lateral wall comprising, on its external face, a peripheral edge intended to maintain the junction box in place in an opening provided in the external cladding panel, - an access hatch , situated on the lateral wall of the junction box, intended for insertion, into the junction box, of a circuit breaker , - a cable outlet , situated in the part of the junction box situated above the peripheral edge, intended to connect the electrical junction box to an electrical pole of the photovoltaic module borne by the panel, - an internal cavity delimited by the base and the wall, comprising: ∘ an electrical terminal of perpendicular axis to the base, intended for the connection of an electrical plug situated on the reverse side of an adjacent exterior cladding panel, ∘ an electrical switch connecting the electrical terminal to the cable outlet and situated opposite the access hatch. - a base , - a lateral wall surrounding the base and extending perpendicularly to the latter, the lateral wall comprising, on its external face, a peripheral edge intended to maintain the junction box in place in an opening provided in the external cladding panel, - an access hatch , situated on the lateral wall of the junction box, intended for insertion, into the junction box, of a circuit breaker , - a cable outlet , situated in the part of the junction box situated above the peripheral edge, intended to connect the electrical junction box to an electrical pole of the photovoltaic module borne by the panel, - an internal cavity delimited by the base and the wall, comprising: ∘ an electrical terminal of perpendicular axis to the base, intended for the connection of an electrical plug situated on the reverse side of an adjacent exterior cladding panel, ∘ an electrical switch connecting the electrical terminal to the cable outlet and situated opposite the access hatch. ∘ an electrical terminal of perpendicular axis to the base, intended for the connection of an electrical plug situated on the reverse side of an adjacent exterior cladding panel, ∘ an electrical switch connecting the electrical terminal to the cable outlet and situated opposite the access hatch.
A bacterially induced crystal particle , comprising: a composite shell layer , being hollow and having a thickness, characterized in that the composite shell layer comprises: a biomaterial, wherein the biomaterial is an organic substance comprising a cell wall or a cell membrane of a bacterium, wherein the bacterium is a Gram-negative bacterium; and a metallic material, wherein the metallic material is oxides, sulfides, selenides, acid salt compounds of a transition metal or any combination thereof. a composite shell layer , being hollow and having a thickness, characterized in that the composite shell layer comprises: a biomaterial, wherein the biomaterial is an organic substance comprising a cell wall or a cell membrane of a bacterium, wherein the bacterium is a Gram-negative bacterium; and a metallic material, wherein the metallic material is oxides, sulfides, selenides, acid salt compounds of a transition metal or any combination thereof. a biomaterial, wherein the biomaterial is an organic substance comprising a cell wall or a cell membrane of a bacterium, wherein the bacterium is a Gram-negative bacterium; and a metallic material, wherein the metallic material is oxides, sulfides, selenides, acid salt compounds of a transition metal or any combination thereof.
A consumable connector component for attaching a consumable to a corresponding component of a material processing head, the consumable connector component comprising: a cylindrical body including a proximal end and a distal end disposed along a longitudinal axis , a plurality of longitudinally-oriented smooth regions disposed radially about a surface of the body near the proximal end; and a plurality of longitudinally-oriented segments disposed radially about the body interspersed between the smooth regions, each segment including at least one thread disposed along the surface of the body such that the at least one thread of one segment is discontinuous from the at least one thread of an opposing segment, the thread is oriented substantially helically about the longitudinal axis, characterized in that the pitch of each thread does not create a continuous helical path from one thread region to the next. a cylindrical body including a proximal end and a distal end disposed along a longitudinal axis , a plurality of longitudinally-oriented smooth regions disposed radially about a surface of the body near the proximal end; and a plurality of longitudinally-oriented segments disposed radially about the body interspersed between the smooth regions, each segment including at least one thread disposed along the surface of the body such that the at least one thread of one segment is discontinuous from the at least one thread of an opposing segment, the thread is oriented substantially helically about the longitudinal axis, characterized in that the pitch of each thread does not create a continuous helical path from one thread region to the next.
A fluid line connector , comprising: a body having a passage ; a radio-frequency identification (RFID) tag carried by said body ; an actuator member situated adjacent said passage of said body , said actuator member acted on upon insertion of another connector into the fluid line connector ; and a switch electrically coupled with said RFID tag and situated adjacent said actuator member , said switch changing its state upon insertion of the other connector into the fluid line connector ; wherein the fluid line connector further comprises a retainer carried by said body (26, ; characterized in that the fluid line connector further comprises: a second actuator member situated adjacent said retainer , said second actuator member actuating upon movement of said retainer in a direction that is transverse to a direction of insertion of the other connector into the fluid line connector ; and a second switch electrically coupled with said RFID tag and situated adjacent said second actuator member , said second switch impinged by said second actuator member when said second actuator member is actuated. a body having a passage ; a radio-frequency identification (RFID) tag carried by said body ; an actuator member situated adjacent said passage of said body , said actuator member acted on upon insertion of another connector into the fluid line connector ; and a switch electrically coupled with said RFID tag and situated adjacent said actuator member , said switch changing its state upon insertion of the other connector into the fluid line connector ; wherein the fluid line connector further comprises a retainer carried by said body (26, ; characterized in that the fluid line connector further comprises: a second actuator member situated adjacent said retainer , said second actuator member actuating upon movement of said retainer in a direction that is transverse to a direction of insertion of the other connector into the fluid line connector ; and a second switch electrically coupled with said RFID tag and situated adjacent said second actuator member , said second switch impinged by said second actuator member when said second actuator member is actuated. a second actuator member situated adjacent said retainer , said second actuator member actuating upon movement of said retainer in a direction that is transverse to a direction of insertion of the other connector into the fluid line connector ; and a second switch electrically coupled with said RFID tag and situated adjacent said second actuator member , said second switch impinged by said second actuator member when said second actuator member is actuated.
Method performed by a User Equipment, UE, for handling separate aperiodic channel state information, CSI, reports for one or more static subframes, in which the direction of signal transmission is fixed, and one or more flexible subframes, in which the direction of signal transmission is variable, the method being characterised by : - receiving a trigger for an aperiodic CSI report as part of an uplink, UL, grant from a radio node in a static downlink, DL, subframe, said trigger indicating one or more CSI processes and implicitly indicating a CSI subframe set, out of at least two alternative CSI subframe sets; - performing an aperiodic CSI measurement for a CSI reference resource in the indicated CSI subframe set, and - reporting a result of the CSI measurement to the radio node, in a CSI reporting subframe n, wherein one of the at least two alternative CSI subframe sets relates to the one or more static subframes, and another one of the at least two alternative CSI subframe sets relates to the one or more flexible subframes, and wherein indicating one or more CSI processes and implicitly indicating a CSI subframe set out of two alternative CSI subframe sets comprises at least one of the following criteria: - the aperiodic CSI report trigger is carried over an UL grant for static or flexible UL subframes; - the Control Channel Element, CCE, index of the UL grant which carries the aperiodic CSI report trigger; - the DL subframe over which the UL grant carrying the aperiodic CSI report trigger is transmitted is a special subframe or not; - the Hybrid Automatic Repeat Request, HARQ, process ID corresponding to the UL grant carrying the aperiodic CSI report trigger; and - the CSI process identifier in the UL grant carrying the aperiodic CSI report trigger. - receiving a trigger for an aperiodic CSI report as part of an uplink, UL, grant from a radio node in a static downlink, DL, subframe, said trigger indicating one or more CSI processes and implicitly indicating a CSI subframe set, out of at least two alternative CSI subframe sets; - performing an aperiodic CSI measurement for a CSI reference resource in the indicated CSI subframe set, and - reporting a result of the CSI measurement to the radio node, in a CSI reporting subframe n, - the aperiodic CSI report trigger is carried over an UL grant for static or flexible UL subframes; - the Control Channel Element, CCE, index of the UL grant which carries the aperiodic CSI report trigger; - the DL subframe over which the UL grant carrying the aperiodic CSI report trigger is transmitted is a special subframe or not; - the Hybrid Automatic Repeat Request, HARQ, process ID corresponding to the UL grant carrying the aperiodic CSI report trigger; and - the CSI process identifier in the UL grant carrying the aperiodic CSI report trigger.
Powder module for an apparatus for additively manufacturing of three-dimensional objects, comprising a powder chamber defining a powder room , which is fillable with building material in powder form and a cover defining the powder room at its top, characterized in that the powder module comprises at least one equalization unit , configured for spreading the building material inside the powder room , wherein the powder module comprises a carrying unit defining the powder room bottom with a movable carrying element , whereby the volume of the powder room is variable dependent on a position of the carrying element .
A MEMS device comprising a fixed member and a movable member vibratably supported via a resilient body, the MEMS device comprising an impact alleviation mechanism provided at a collidable portion of the movable member and the fixed member , the impact alleviation mechanism having a stopper portion in a form of a strip protruding at an angle of 80 degrees or larger and 100 degrees or smaller to a collision direction (x) and having first and second side edges among which at least the first side edge is fixed, and wherein the stopper portion is provided to one of the fixed member and the movable member , and the impact alleviation mechanism has an elongate protruding portion (6, 6d 1 , 6d 2 , 6e) provided to the other of the fixed member and the movable member to protrude in the collision direction (x), the elongate protruding portion (6, 6d 1 , 6d 2 , 6e) has an apex most protruding in the collision direction (x), and the elongate protruding portion (6, 6d 1 , 6d 2 , 6e) and the stopper portion are configured such that in response to a larger collision force when the movable member collides with the fixed member , initially the apex of the elongate protruding portion (6, 6d 1 , 6d 2 , 6e) abuts against the stopper portion , and when the movable member further moves toward the fixed member , the elongate protruding portion (6, 6d 1 , 6d 2 , 6e) elastically deforms the stopper portion and curves the stopper portion so that a position of an outer edge of an abutment area of the elongate protruding portion (6, 6d 1 , 6d 2 , 6e) and the stopper portion approaches the first side edge of the stopper portion more closely. when the movable member collides with the fixed member , initially the apex of the elongate protruding portion (6, 6d 1 , 6d 2 , 6e) abuts against the stopper portion , and when the movable member further moves toward the fixed member , the elongate protruding portion (6, 6d 1 , 6d 2 , 6e) elastically deforms the stopper portion and curves the stopper portion so that a position of an outer edge of an abutment area of the elongate protruding portion (6, 6d 1 , 6d 2 , 6e) and the stopper portion approaches the first side edge of the stopper portion more closely.
A vision system for a motor vehicle comprising - at least one light source arranged on an emitting side adapted to generate at least one light beam ; - at least one receiving unit arranged on a receiving side with a light deflection device , wherein the light deflection device is adapted to redirect light which is incident on said light deflection device from a scanned surface in an environment of the vehicle , and a light sensing device to sense light redirected from the light deflection device ; - a data processing device ; wherein - said vision system comprises at least one optical fiber , which is adapted to guide said light beam which exits the at least one optical fiber at an emitting end of the optical fiber ; characterized in that - the emitting end of the optical fiber is angled-cut to separate the exiting light beam from a reflected light beam portion of the light beam and to redirect the reflected light beam portion into the receiving unit , said emitting end acting as a mirror receiving said reflected light beam portion and therefore acting as a beam deflector. - at least one light source arranged on an emitting side adapted to generate at least one light beam ; - at least one receiving unit arranged on a receiving side with a light deflection device , wherein the light deflection device is adapted to redirect light which is incident on said light deflection device from a scanned surface in an environment of the vehicle , and a light sensing device to sense light redirected from the light deflection device ; - a data processing device ; wherein - said vision system comprises at least one optical fiber , which is adapted to guide said light beam which exits the at least one optical fiber at an emitting end of the optical fiber ; characterized in that - the emitting end of the optical fiber is angled-cut to separate the exiting light beam from a reflected light beam portion of the light beam and to redirect the reflected light beam portion into the receiving unit , said emitting end acting as a mirror receiving said reflected light beam portion and therefore acting as a beam deflector.
A method of making a photovoltaic module with an edge seal , the photovoltaic module comprising a front cover , a back cover , and an active layer disposed between the front and back covers , the method being characterised in that it comprises: extruding one or more materials onto both the front cover and the back cover to form an edge seal on the top, bottom, and side edge of the photovoltaic module simultaneously, such that the active layer is sealed.