mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by an initiating wireless device comprising: (a) initiating a fine timing measurement, also referred to as FTM, procedure between the initiating wireless device and a responding wireless device in an indoor wireless local area network ,also referred to as WLAN; and (b) exchanging FTM frames with the responding wireless device and thereby receiving a first set of timestamps from the responding wireless device , the first set of timestamps associated with transmission and reception times of exchanged FTM frames at the responding wireless device; characterized by : (c) receiving a second set of timestamps associated with the exchanged FTM frames from one or more listening wireless devices , and wherein the second set of timestamps is associated with reception times of the exchanged FTM frames at the one or more listening wireless devices, and wherein the one or more listening wireless decices is not the initiating wireless device or the responding wireless device; (d) determining location information based on the first set and the second set of timestamps. (a) initiating a fine timing measurement, also referred to as FTM, procedure between the initiating wireless device and a responding wireless device in an indoor wireless local area network ,also referred to as WLAN; and (b) exchanging FTM frames with the responding wireless device and thereby receiving a first set of timestamps from the responding wireless device , the first set of timestamps associated with transmission and reception times of exchanged FTM frames at the responding wireless device; (c) receiving a second set of timestamps associated with the exchanged FTM frames from one or more listening wireless devices , and wherein the second set of timestamps is associated with reception times of the exchanged FTM frames at the one or more listening wireless devices, and wherein the one or more listening wireless decices is not the initiating wireless device or the responding wireless device; (d) determining location information based on the first set and the second set of timestamps.
An antibody for use in a method of treating or preventing pancreatic cancer characterized by pancreatic cancer cells expressing CLDN18.2, said method comprising administering to a patient (i) the antibody and (ii) an agent stabilizing or increasing expression of CLDN18.2, wherein (a) the antibody binds to CLDN18.2 and mediates killing of cells expressing CLDN18.2, wherein the antibody comprises an antibody heavy chain comprising the amino acid sequence represented by SEQ ID NO: 32 and an antibody light chain comprising the amino acid sequence represented by SEQ ID NO: 39, and (b) the agent is a chemotherapeutic agent selected from the group consisting of gemcitabine and a prodrug or salt thereof, wherein the prodrug is an ester, wherein, optionally, the method further comprises administering at least one further chemotherapeutic agent. (a) the antibody binds to CLDN18.2 and mediates killing of cells expressing CLDN18.2, wherein the antibody comprises an antibody heavy chain comprising the amino acid sequence represented by SEQ ID NO: 32 and an antibody light chain comprising the amino acid sequence represented by SEQ ID NO: 39, and (b) the agent is a chemotherapeutic agent selected from the group consisting of gemcitabine and a prodrug or salt thereof, wherein the prodrug is an ester,
An apparatus for denoising an image, the apparatus having a processor and an imaging device having an image sensor , the image sensor capturing an input image, the processor being configured to: • receive the input image, • implement a trained artificial intelligence model to form an estimate of a first noise pattern in the input image and form an output image by subtracting the estimate of the first noise pattern from the input image, the model being configured to: ∘ form estimates of noise patterns in the input image, wherein each noise pattern among the noise patterns in the input image is characteristic to a different type of image sensor among a plurality of types of image sensors , the plurality of types of image sensors comprising a specific image sensor type, and ∘ form the estimate of the first noise pattern characteristic to the specific image sensor type by means of a projection onto a trained noise manifold; and the apparatus is further configured to: • receive an indication of the specific image sensor type of the image sensor that captured the input image, and • provide that indication as an input to the model, and the model is configured to generate the estimate of the first noise pattern in dependence on the indication. • receive the input image, • implement a trained artificial intelligence model to form an estimate of a first noise pattern in the input image and form an output image by subtracting the estimate of the first noise pattern from the input image, the model being configured to: ∘ form estimates of noise patterns in the input image, wherein each noise pattern among the noise patterns in the input image is characteristic to a different type of image sensor among a plurality of types of image sensors , the plurality of types of image sensors comprising a specific image sensor type, and ∘ form the estimate of the first noise pattern characteristic to the specific image sensor type by means of a projection onto a trained noise manifold; and ∘ form estimates of noise patterns in the input image, wherein each noise pattern among the noise patterns in the input image is characteristic to a different type of image sensor among a plurality of types of image sensors , the plurality of types of image sensors comprising a specific image sensor type, and ∘ form the estimate of the first noise pattern characteristic to the specific image sensor type by means of a projection onto a trained noise manifold; and • receive an indication of the specific image sensor type of the image sensor that captured the input image, and • provide that indication as an input to the model, and the model is configured to generate the estimate of the first noise pattern in dependence on the indication.
A system for measuring one or more seed levels in a bin, the system comprising: a data storage device configured to store a determined seed type in a bin; a data processor configured to retrieve from the data storage device a reference bin level versus reference phase for the determined seed type; a measurement unit configured to determine an observed phase as a primary phase difference between a detected phase of a received primary signal derived from a transmitted primary signal and a phase of the transmitted primary signal; an estimator , wherein one of the estimator or the data processor is configured to determine an estimated bin level of seeds, where the estimated bin level is established as the reference bin level that corresponds to the respective reference phase that is closest in value to the observed phase; and a display for displaying the estimated bin level to an operator. a data storage device configured to store a determined seed type in a bin; a data processor configured to retrieve from the data storage device a reference bin level versus reference phase for the determined seed type; a measurement unit configured to determine an observed phase as a primary phase difference between a detected phase of a received primary signal derived from a transmitted primary signal and a phase of the transmitted primary signal; an estimator , wherein one of the estimator or the data processor is configured to determine an estimated bin level of seeds, where the estimated bin level is established as the reference bin level that corresponds to the respective reference phase that is closest in value to the observed phase; and a display for displaying the estimated bin level to an operator.
Sports shoe intended to be mechanically connected to a sports device, comprising: - a one-piece shell made of a rigid material, and made up ∘ of a plate delimited by an upper surface and a lower surface , the upper surface being intended to cover the sole of the foot of the user, the plate comprising a front part extending, from the front end of the plate, over one quarter of the total length (L21) thereof, and a rear part extending, from the rear end of the plate, over half of the total length thereof, ∘ of a side wall and of a medial wall , each wall extending on the side of the upper surface of the plate, in the rear part of the plate, from, respectively, a lateral edge and medial edge of the plate, each wall being delimited by an internal surface and an external surface , ∘ no wall extending from the side of the upper surface of the plate from an edge of the plate in the front part thereof, - an upper comprising a flexible panel intended to cover at least part of the top of the foot of the user, the flexible panel being attached to the shell, characterized in that the flexible panel covers a peripheral band of the underside surface of the front part of the plate, a part of the external surface of the lateral wall and a part of the external surface of the medial wall. - a one-piece shell made of a rigid material, and made up ∘ of a plate delimited by an upper surface and a lower surface , the upper surface being intended to cover the sole of the foot of the user, the plate comprising a front part extending, from the front end of the plate, over one quarter of the total length (L21) thereof, and a rear part extending, from the rear end of the plate, over half of the total length thereof, ∘ of a side wall and of a medial wall , each wall extending on the side of the upper surface of the plate, in the rear part of the plate, from, respectively, a lateral edge and medial edge of the plate, each wall being delimited by an internal surface and an external surface , ∘ no wall extending from the side of the upper surface of the plate from an edge of the plate in the front part thereof, ∘ of a plate delimited by an upper surface and a lower surface , the upper surface being intended to cover the sole of the foot of the user, the plate comprising a front part extending, from the front end of the plate, over one quarter of the total length (L21) thereof, and a rear part extending, from the rear end of the plate, over half of the total length thereof, ∘ of a side wall and of a medial wall , each wall extending on the side of the upper surface of the plate, in the rear part of the plate, from, respectively, a lateral edge and medial edge of the plate, each wall being delimited by an internal surface and an external surface , ∘ no wall extending from the side of the upper surface of the plate from an edge of the plate in the front part thereof, - an upper comprising a flexible panel intended to cover at least part of the top of the foot of the user, the flexible panel being attached to the shell,
A system for fixating an anchor in a hard tissue opening , the system being a system for fixating a suture anchor with a suture comprising: the suture anchor with a proximal face, a securing element comprising a proximal face and a material having thermoplastic properties and being an element separate from the suture anchor , an anchoring tool capable of being energized in a way suitable for liquefaction of the material having thermoplastic properties the anchoring tool having a distal face adapted to the proximal face of the securing element for transmission of energy to the securing element and for moving the securing element in axial direction relative to the suture anchor, characterized in that in order to retain the suture the suture anchor comprises a pair of opposite axial suture grooves connected to each other by a transversal suture groove or transversal eyelet or an axial suture channel in the anchor combined with a transversal suture groove or transversal eyelet and in that the system further comprises a pusher tool having a distal face adapted to the proximal face of the suture anchor for engaging the suture anchor and for transmitting a pushing force to the suture anchor and/or for holding the suture anchor in a hard tissue opening. the suture anchor with a proximal face, a securing element comprising a proximal face and a material having thermoplastic properties and being an element separate from the suture anchor , an anchoring tool capable of being energized in a way suitable for liquefaction of the material having thermoplastic properties the anchoring tool having a distal face adapted to the proximal face of the securing element for transmission of energy to the securing element and for moving the securing element in axial direction relative to the suture anchor, characterized in that in order to retain the suture the suture anchor comprises a pair of opposite axial suture grooves connected to each other by a transversal suture groove or transversal eyelet or an axial suture channel in the anchor combined with a transversal suture groove or transversal eyelet and in that the system further comprises a pusher tool having a distal face adapted to the proximal face of the suture anchor for engaging the suture anchor and for transmitting a pushing force to the suture anchor and/or for holding the suture anchor in a hard tissue opening.
A method of coupling a process pressure transmitter to a pressure of an industrial process fluid, comprising: obtaining a metal flange configured to couple to a process vessel , the metal flange including a laser structured joining region ; wherein the structured joining region is configured to promote bonding between the polymer diaphragm and the metal face, and wherein the structured joining region is fabricated by a microstructure treatment wherein the microstructure treatment in particular comprises a laser treatment; obtaining a polymer diaphragm having a gasket surface area ; attaching the gasket surface area of the polymer diaphragm to the metal flange by heating and melting the polymer diaphragm by heating the metal flange by a laser beam by heating and melting the polymer diaphragm by means of heat conduction by heating a backside of the metal flange facing away from the polymer diaphragm by the laser beam such that the metal flange absorbs energy from the laser beam; applying a pressure of a process fluid carried in the process vessel to the polymer diaphragm ; coupling the pressure applied to the polymer diaphragm to a pressure sensor using a capillary passageway ; and measuring the process pressure using the pressure sensor . obtaining a metal flange configured to couple to a process vessel , the metal flange including a laser structured joining region ; wherein the structured joining region is configured to promote bonding between the polymer diaphragm and the metal face, and wherein the structured joining region is fabricated by a microstructure treatment wherein the microstructure treatment in particular comprises a laser treatment; obtaining a polymer diaphragm having a gasket surface area ; attaching the gasket surface area of the polymer diaphragm to the metal flange by heating and melting the polymer diaphragm by heating the metal flange by a laser beam by heating and melting the polymer diaphragm by means of heat conduction by heating a backside of the metal flange facing away from the polymer diaphragm by the laser beam such that the metal flange absorbs energy from the laser beam; applying a pressure of a process fluid carried in the process vessel to the polymer diaphragm ; coupling the pressure applied to the polymer diaphragm to a pressure sensor using a capillary passageway ; and measuring the process pressure using the pressure sensor .
Submarine power cable comprising an electrical conductor surrounded by an insulation , said insulation being surrounded by a metallic moisture barrier , characterized in that said insulation comprises a first semi-conductive layer , an electrically insulated laver surrounding said first layer , and a second semi-conductive layer surrounding said electrically insulated layer , and the cable further comprises: - a semi-conductive adhesive layer surrounding said metallic moisture barrier , and - a semi-conductive polymeric jacket able to be in electrical contact with sea water, and surrounding said semi-conductive adhesive layer , wherein the metallic moisture barrier is a welded metallic tube, and is not corrugated, and wherein the overlaying of the metallic moisture barrier , the semi-conductive adhesive layer and the semi-conductive polymeric jacket forms a 3-layer sheath. - a semi-conductive adhesive layer surrounding said metallic moisture barrier , and - a semi-conductive polymeric jacket able to be in electrical contact with sea water, and surrounding said semi-conductive adhesive layer ,
A method, comprising: receiving , by one or more processors from a first antenna located in a first housing of a first earbud worn by a user , a first signal from a beacon; receiving , by the one or more processors from a second antenna located in a second housing of a second earbud worn by the user , the second housing being separate from the first housing, a second signal from the beacon; determining , by the one or more processors based on the first signal and the second signal, at least one signal strength; determining , by the one or more processors based on the at least one signal strength, a position of the user relative to the beacon; receiving, by the one or more processors, motion data from one or more sensors indicating a movement of the user ; and correlating, by the one or more processors, the motion data with the first signal and the second signal, wherein determining the position of the user relative to the beacon is further based on the correlated motion data. receiving , by one or more processors from a first antenna located in a first housing of a first earbud worn by a user , a first signal from a beacon; receiving , by the one or more processors from a second antenna located in a second housing of a second earbud worn by the user , the second housing being separate from the first housing, a second signal from the beacon; determining , by the one or more processors based on the first signal and the second signal, at least one signal strength; determining , by the one or more processors based on the at least one signal strength, a position of the user relative to the beacon; receiving, by the one or more processors, motion data from one or more sensors indicating a movement of the user ; and correlating, by the one or more processors, the motion data with the first signal and the second signal, wherein determining the position of the user relative to the beacon is further based on the correlated motion data.
A heating device (H) comprising at least one heating section for thermally conditioning preforms consisting of thermoplastic material to a temperature profile suitable for a blow moulding, wherein the heating device (H) has a transport means for transporting the preforms along a transport path (T) of the heating device (H), and wherein the transport means has handling means for holding and handling a respective individual preform , characterised in that the transport means is formed and set up in such a way that, in at least one first portion of the transport path (T), the preforms are guided in a single row, and, in at least one second portion of the transport path, are guided in two adjacent rows, wherein at least one of the heating sections is arranged in one of the second portions, and the heating section comprises at least one heating means comprising two heating channels running parallel in the transport direction (R) of the preforms , wherein each heating channel is in each case assigned to one of the two adjacent rows of preforms , wherein the heating means has radiant heaters for temperature-conditioning the preforms , and the radiant heaters are arranged between the two heating channels.
A piston unit for a hydraulic cylinder, which can be accommodated inside a cylinder tube and is capable of performing an axial stroke movement parallel to the longitudinal axis of the cylinder tube during operation, the piston unit comprising a piston rod , a piston and a plurality of cylinder formed bodies , wherein the piston rod has a first radial groove along an outer circumference and wherein the piston has a second radial groove along an inner circumference, wherein the first and second radial groove have the same axial position and axial extent, wherein the first and second radial groove form a common circumferential annular space which has a rectangular hollow crosssection, wherein the piston has an access channel which is bounded by the outer circumference of the piston on the outside and by the second radial groove on the inside, wherein the access channel provides an access to the annular space , and wherein the plurality of cylinder formed bodies are arranged in the annular space in such a manner that a longitudinal axis of the cylinder formed bodies is aligned parallel to a longitudinal axis of the piston rod and of the piston , wherein the front surfaces of the cylinder formed bodies have a positive fit with the axial walls of the annular space , wherein the cylinder formed bodies can be introduced into the annular space via the access channel , wherein the piston rod engages in a blind hole of the piston and is in two-dimensional pressure contact with the piston , characterized in that the piston rod is sealed against the piston by means of a circumferential sealing ring .
A steering apparatus capable of adjusting a position of a steering wheel (H) by moving a column that holds a shaft of the steering wheel (H) relative to a vehicle body, the steering apparatus comprising: a turning lever for locking and unlocking the column relative to the vehicle body; a cam that converts a turning movement of the turning lever into a movement in an axial direction of the turning movement, thereby locking and unlocking the column ; and a sleeve that holds the cam and slides with respect to the cam when the turning lever turns, wherein: grease (A) is applied to a sliding surface between the sleeve and the cam; the cam includes a moving cam that rotates together with the turning lever and a fixed cam that moves in the axial direction due to the rotation of the moving cam ; the sleeve slides with respect to the moving cam and the grease (A) is applied to a sliding surface between the sleeve and the moving cam ; and the sleeve is rotationally movable, but is fixed axially, relative to the moving cam while the sleeve is axially movable, but is fixed rotationally, relative to the fixed cam . a turning lever for locking and unlocking the column relative to the vehicle body; a cam that converts a turning movement of the turning lever into a movement in an axial direction of the turning movement, thereby locking and unlocking the column ; and a sleeve that holds the cam and slides with respect to the cam when the turning lever turns, wherein: grease (A) is applied to a sliding surface between the sleeve and the cam; the cam includes a moving cam that rotates together with the turning lever and a fixed cam that moves in the axial direction due to the rotation of the moving cam ; the sleeve slides with respect to the moving cam and the grease (A) is applied to a sliding surface between the sleeve and the moving cam ; and the sleeve is rotationally movable, but is fixed axially, relative to the moving cam while the sleeve is axially movable, but is fixed rotationally, relative to the fixed cam . grease (A) is applied to a sliding surface between the sleeve and the cam; the cam includes a moving cam that rotates together with the turning lever and a fixed cam that moves in the axial direction due to the rotation of the moving cam ; the sleeve slides with respect to the moving cam and the grease (A) is applied to a sliding surface between the sleeve and the moving cam ; and the sleeve is rotationally movable, but is fixed axially, relative to the moving cam while the sleeve is axially movable, but is fixed rotationally, relative to the fixed cam .