mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal (100; 210) comprising: a camera being arranged for capturing a first image, a radio transceiver being arranged for: discovering at least one wireless device capable of effecting wireless communications with the mobile terminal, and determining a bearing and a distance from the mobile terminal to a position of each of the discovered wireless devices, processing means being arranged for: projecting the position of each of the discovered wireless devices onto the first image, identifying, by image processing the first image, at least one object suitable for pairing, improving the accuracy of the projected position by correlating the projected position of each of the discovered wireless devices with the identified objects suitable for pairing, and creating a second image by overlaying symbols, onto the first image, at the projected positions of the discovered wireless devices, and a display being arranged for displaying the second image, the processing means being further arranged for pairing, in response to a request from a user of the mobile terminal selecting one of the discovered wireless devices, the selected discovered wireless device with the mobile terminal. a camera being arranged for capturing a first image, a radio transceiver being arranged for: discovering at least one wireless device capable of effecting wireless communications with the mobile terminal, and determining a bearing and a distance from the mobile terminal to a position of each of the discovered wireless devices, discovering at least one wireless device capable of effecting wireless communications with the mobile terminal, and determining a bearing and a distance from the mobile terminal to a position of each of the discovered wireless devices, processing means being arranged for: projecting the position of each of the discovered wireless devices onto the first image, identifying, by image processing the first image, at least one object suitable for pairing, improving the accuracy of the projected position by correlating the projected position of each of the discovered wireless devices with the identified objects suitable for pairing, and creating a second image by overlaying symbols, onto the first image, at the projected positions of the discovered wireless devices, and projecting the position of each of the discovered wireless devices onto the first image, identifying, by image processing the first image, at least one object suitable for pairing, improving the accuracy of the projected position by correlating the projected position of each of the discovered wireless devices with the identified objects suitable for pairing, and creating a second image by overlaying symbols, onto the first image, at the projected positions of the discovered wireless devices, and a display being arranged for displaying the second image, the processing means being further arranged for pairing, in response to a request from a user of the mobile terminal selecting one of the discovered wireless devices, the selected discovered wireless device with the mobile terminal.
A method comprising: - providing acquisition data (34, 38) of a patient, comprising at least acquisition data of a bone structure of the patient in a given functional position, - providing a knowledge base (22,43,47), comprising at least data related to structures of the same type as the bone structure of the patient, - determining, at least from said acquisition data, a patient-specific three-dimensional geometry of the bone structure, - determining, from said acquisition data and said knowledge base, patient-specific mechanical characteristics of the bone structure, - determining, at least from the acquisition data, a patient-specific position-specific mechanical load applied to the bone structure in said functional given position, - assembling the three-dimensional geometry, the mechanical characteristics and the mechanical load into a patient-specific position-specific finite-element model of the bone structure. - providing acquisition data (34, 38) of a patient, comprising at least acquisition data of a bone structure of the patient in a given functional position, - providing a knowledge base (22,43,47), comprising at least data related to structures of the same type as the bone structure of the patient, - determining, at least from said acquisition data, a patient-specific three-dimensional geometry of the bone structure, - determining, from said acquisition data and said knowledge base, patient-specific mechanical characteristics of the bone structure, - determining, at least from the acquisition data, a patient-specific position-specific mechanical load applied to the bone structure in said functional given position, - assembling the three-dimensional geometry, the mechanical characteristics and the mechanical load into a patient-specific position-specific finite-element model of the bone structure.
A collection container of a refuse collection vehicle, the collection container comprising at least three chambers (2, 3, 4) with as many corresponding tailgates (7,8,9) in front thereof for collecting and compacting refuse, whereby the tailgates are arranged to be turnable around a rotation axis (14, 15, 16) on an edge of a loading and emptying opening provided for each chamber at the tail end of the collection container, so as to free each chamber for emptying the refuse collected therein, characterised in that the collection container further comprises a bin lift, with which refuse bins are arranged to be tipped over a hopper (10, 11, 12) of a tailgate, and in that two outer tailgates (7, 8) are turnable around a substantially vertical axis (14, 15), while middle tailgates situated between the said two outer tailgates are turnable around a horizontal axis.
A method, comprising: responding to a signal (701; 702; 703; 707; 709; 711), transmitted by a device (10; 20; 100; 200) belonging to a pedestrian and comprising a request to cross a road at a pedestrian crossing, by controlling motion of an autonomous or semi-autonomous vehicle to redirect the vehicle to travel along a different route so that the vehicle is no longer scheduled to traverse the pedestrian crossing, in order to enable the pedestrian to cross the road at the pedestrian crossing.
Diagnostic apparatus for detecting delamination in the thickness of a laminated composite panel having a non-constant thickness along its length, said apparatus comprising an ultrasonic probe, comprising a free-running wheel intended to be brought into contact with a face of said panel and adapted to be moved over the length of said face, the wheel enclosing a liquid which is neutral to ultrasonic waves and a plurality of elementary transducers (36a, 36b,..., 36n), said device comprising an electronic device connected to each of said transducers to control the emission and reception of ultrasonic pulses by said probe by the activation of at least one elementary transducer (36a, 36b,..., 36n), the apparatus further comprising a display device having at least a first indicator which can be activated by the electronic device when the latter detects the presence of delamination in the panel, characterized in that said electronic device is configured to calculate, in a coupling mode implemented at regular time intervals, the value of an indicator of the coupling of said probe with said face, and to switch, if the value of the coupling indicator is equal to a predetermined value, from the coupling mode to a scanning mode, the value of the coupling indicator being linked to the deformation of the wheel applied to said face, the scanning mode being such that, during emission, the electronic device transmits the same pulsed signal successively to the elementary transducers according to a predetermined activation sequence for the elementary transducers, and such that, during reception, the electronic device analyzes the signals received by the elementary transducers so as to detect delamination in a predetermined depth range of the thickness of said panel, said range varying between a minimum depth and a maximum depth, the maximum depth being less than half the known thickness of said panel.
Belt for reducing the drag of a hull of a floating vessel, whereby the belt comprises a belt body extending in a length direction, whereby the belt comprises a sequence of bubble generators which are embedded in the belt body, whereby the belt comprises an air channel for supplying pressurised air to the bubble generators, whereby the air channel extends in the length direction, whereby the bubble generators are connected to the air channel, wherein the belt body is made of a flexible material, characterized in that the belt comprises at least one tensioning cable for tensioning the belt around the hull of the floating vessel.
A connector module for an electronic rack, comprising: a frame having mounts configured for attaching the frame onto the electronic rack; a plurality of channels formed in the frame to accept fluid connectors; a plurality of fluid connectors slidably mounted in the channels to match a spatial orientation of an inlet connector and an outlet connector of a server chassis in the electronic rack and to be secured in said spatial orientation before mounting the server chassis in the electronic rack by engaging two of said fluid connectors with the inlet connector and the outlet connector, such that each of the fluid connectors is slidable to different positions along the corresponding channel; and a locking mechanism affixing the fluid connector in a fixed location within the channel corresponding to one of said different positions. a frame having mounts configured for attaching the frame onto the electronic rack; a plurality of channels formed in the frame to accept fluid connectors; a plurality of fluid connectors slidably mounted in the channels to match a spatial orientation of an inlet connector and an outlet connector of a server chassis in the electronic rack and to be secured in said spatial orientation before mounting the server chassis in the electronic rack by engaging two of said fluid connectors with the inlet connector and the outlet connector, such that each of the fluid connectors is slidable to different positions along the corresponding channel; and a locking mechanism affixing the fluid connector in a fixed location within the channel corresponding to one of said different positions.
A bearing member comprising a coating layer on an internal circumferential surface of a shaft hole configured to mount a shaft body, wherein the coating layer comprises a metal layer whose surface is formed unevenly, and a resin layer formed on the metal layer, and a part of the metal layer is exposed on a surface of the resin layer, and wherein the metal layer has an exposure rate at an end portion of the shaft hole greater than an exposure rate of the metal layer at a center portion of the shaft hole, in a direction along an axis of the shaft hole, and wherein an exposure rate of the metal layer is a ratio of the part of the metal layer, which is exposed on the surface of the resin layer, to a surface area of the coating layer. wherein the coating layer comprises a metal layer whose surface is formed unevenly, and a resin layer formed on the metal layer, and a part of the metal layer is exposed on a surface of the resin layer, and wherein the metal layer has an exposure rate at an end portion of the shaft hole greater than an exposure rate of the metal layer at a center portion of the shaft hole, in a direction along an axis of the shaft hole, and wherein an exposure rate of the metal layer is a ratio of the part of the metal layer, which is exposed on the surface of the resin layer, to a surface area of the coating layer.
An EMI shielded window assembly comprising: an EMI-shielded window having an outer perimeter, said window comprising an electrically-conductive wire mesh laminated between adjacent glass or plastic sheets; an overmolded electrically conductive plastic bezel providing an environmentally secure seal around the outer perimeter of the window; and a busbar being a strip of metal, which contacts an exposed portion of the wire mesh and the bezel, providing electrical conductivity between the wire mesh and bezel. an EMI-shielded window having an outer perimeter, said window comprising an electrically-conductive wire mesh laminated between adjacent glass or plastic sheets; an overmolded electrically conductive plastic bezel providing an environmentally secure seal around the outer perimeter of the window; and a busbar being a strip of metal, which contacts an exposed portion of the wire mesh and the bezel, providing electrical conductivity between the wire mesh and bezel.
A computer program for performing a homology analysis for analyzing a captured image of tissue for the presence of cancer, the computer program comprising instructions which, when executed on a computer, cause said computer to perform: a) a binarizing step of carrying out a binarizing process a plurality of times with respect to a single captured image so as to generate a plurality of binarized images, the binarizing process being carried out in such a manner that each time a binarization reference value (Th1, Th2) is varied, the binarizing process is carried out; b) a region number calculating step of calculating a region number, which indicates the number of hole-shaped regions, with respect to each of the plurality of binarized images which have been generated in the binarizing step; and c) a cancer determining step of determining a type of cancer occurring in a cell included in the tissue, wherein feature values (Th2, size of cell nucleus, Th1, b1max) are extracted from the captured image or the binarized images and wherein the type of cancer is determined by comparing the feature values to corresponding predetermined threshold values (50, 60 or 48, 30, 25), the feature values including a binarization reference value which has been applied when generating that one of the plurality of binarized images with respect to which the region number has a given value. a) a binarizing step of carrying out a binarizing process a plurality of times with respect to a single captured image so as to generate a plurality of binarized images, the binarizing process being carried out in such a manner that each time a binarization reference value (Th1, Th2) is varied, the binarizing process is carried out; b) a region number calculating step of calculating a region number, which indicates the number of hole-shaped regions, with respect to each of the plurality of binarized images which have been generated in the binarizing step; and c) a cancer determining step of determining a type of cancer occurring in a cell included in the tissue, wherein feature values (Th2, size of cell nucleus, Th1, b1max) are extracted from the captured image or the binarized images and wherein the type of cancer is determined by comparing the feature values to corresponding predetermined threshold values (50, 60 or 48, 30, 25), the feature values including a binarization reference value which has been applied when generating that one of the plurality of binarized images with respect to which the region number has a given value.
A laundry detergent multi-compartment pouch having a plurality of water-soluble films forming a plurality of compartments the pouch comprising two side-by-side compartments superposed onto a compartment wherein at least two different compartments contain two different compositions, characterised in that the side by side compartments are superposed onto a single compartment wherein the two side-by-side compartments contain liquid compositions and wherein the single compartment contains a liquid composition; wherein at least one liquid composition comprises a non-ionic surfactant having a cloud point above 60°C.
A method in a wireless device for minimizing user plane interruption delay during a handover from dual connectivity with a master node, MN, and a secondary node, SN, to a target network node, the method comprising: operating in dual connectivity with the MN and the SN; receiving a reconfiguration instruction from the MN, the reconfiguration instruction comprising: a new configuration wherein the target network node for the handover is the SN; and an indication of a trigger used to switch to the new configuration; receiving the trigger from the SN; and switching to the new configuration. operating in dual connectivity with the MN and the SN; receiving a reconfiguration instruction from the MN, the reconfiguration instruction comprising: a new configuration wherein the target network node for the handover is the SN; and an indication of a trigger used to switch to the new configuration; a new configuration wherein the target network node for the handover is the SN; and an indication of a trigger used to switch to the new configuration; receiving the trigger from the SN; and switching to the new configuration.
Vehicle safety device having a gas generator, the gas generator having a pipe, and a feed pipe being attached to the pipe of the gas generator, the pipe of the gas generator and the feed pipe being pushed into one another, and the inner pipe having a greater wall thickness in its end section which is connected to the outer pipe than in its middle pipe section which adjoins it, characterized in that the inner pipe is upset-forged on its end section which is connected to the outer pipe.
Method of cleaning or filtering beer, having the following steps: applying beer onto an obliquely positioned filter, so that the beer runs down along the obliquely positioned filter and liquid contained therein passes through openings of the filter into a collecting space beneath the filter and solids contained in the beer slide downwards along the obliquely positioned filter, and routing the filtered beer out of the collecting space, characterized in that the beer is subjected to pressure by way of carbon dioxide during filtering, so that a difference in pressure generated between an upstream side and a downstream side of the filter. applying beer onto an obliquely positioned filter, so that the beer runs down along the obliquely positioned filter and liquid contained therein passes through openings of the filter into a collecting space beneath the filter and solids contained in the beer slide downwards along the obliquely positioned filter, and routing the filtered beer out of the collecting space, characterized in that the beer is subjected to pressure by way of carbon dioxide during filtering, so that a difference in pressure generated between an upstream side and a downstream side of the filter.
Motor vehicle comprising: - a bodywork with at least one hollow body; - a filler insert with an expanded foaming product, placed in at least one hollow body; - a fitting insert of equipment, housed in an opening in at least one hollow body; characterized by the hole in at least one hollow body is at a distance from the closing insert of less than 15mm; and the attachment insert includes an inner face in at least one hollow body, the foaming product expanded in that hollow body contacting and marrying the inner face of the attachment insert. - a bodywork with at least one hollow body; - a filler insert with an expanded foaming product, placed in at least one hollow body; - a fitting insert of equipment, housed in an opening in at least one hollow body;
A bushing comprising a condenser core arranged to house an electrical conductor along a central axis of the condenser core, wherein the condenser core has a tapering end portion arranged to be in contact with a fluid dielectric having higher dielectric withstand strength than air, the tapering end portion presenting a surface having a first portion with a first inclination (I-1) in the axial direction and a second portion with a second inclination in the axial direction, which second inclination differs from the first inclination (I-1), wherein the first portion and the second portion define planes that intersect the central axis wherein the tapering end portion of the condenser core comprises conductive layers (C-1, C-2, C-3, C4) concentrically arranged around the central axis, wherein the conductive layers (C-1, C-2, C-3, C4) are arranged in a stair-like formation axially, with an innermost conductive layer (C-1) having an edge (E-1) defining the first step and the outermost conductive layer (C-4) having an edge (E-4) defining the last step, and each conductive layer (C-2, C-3) between the innermost conductive layer (C-1) and the outermost conductive layer having an edge (E-2, E-3) defining at least part of an intermediate step, wherein the surface acts as an external surface or cover of the conductive layers, and wherein the radial distance Δr(x) between the edges of the conductive layers and the surface of the condenser core varies in the axial direction X in the tapering end portion of the bushing, wherein the tangent between the edge (E-1) of the innermost conductive layer (C-1) and the edge (E-4) of the outermost conductive layer (C-4) is not tangential to at least one edge (E-2, E-3) of a conductive layer (C-2, C-3) arranged between the innermost conductive layer (C-1) and the outermost conductive layer (C-2). wherein the tapering end portion of the condenser core comprises conductive layers (C-1, C-2, C-3, C4) concentrically arranged around the central axis, wherein the conductive layers (C-1, C-2, C-3, C4) are arranged in a stair-like formation axially, with an innermost conductive layer (C-1) having an edge (E-1) defining the first step and the outermost conductive layer (C-4) having an edge (E-4) defining the last step, and each conductive layer (C-2, C-3) between the innermost conductive layer (C-1) and the outermost conductive layer having an edge (E-2, E-3) defining at least part of an intermediate step, wherein the surface acts as an external surface or cover of the conductive layers, and wherein the radial distance Δr(x) between the edges of the conductive layers and the surface of the condenser core varies in the axial direction X in the tapering end portion of the bushing, wherein the tangent between the edge (E-1) of the innermost conductive layer (C-1) and the edge (E-4) of the outermost conductive layer (C-4) is not tangential to at least one edge (E-2, E-3) of a conductive layer (C-2, C-3) arranged between the innermost conductive layer (C-1) and the outermost conductive layer (C-2).