mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for providing molecular data, comprising: - receiving (REC-CT-IMG) a computed tomography image (CT-IMG) of at least a part of a lung of a patient, wherein the computed tomography image (CT-IMG) depicts at least one lung nodule, - determining (DET-PTCH) a nodule patch (CT-PTCH) by processing the computed tomography image (CT-IMG), advantageously with a second trained function (TF-2) configured to localize lung nodules depicted in computed tomography images (CT-IMG), - determining (DET-NBD) nodule-based data by processing the nodule patch (CT-PTCH) with a third trained (TF-3) function, wherein the nodule-based data relates to a biomarker within the genome of the patient, the transcriptome of the patient, the proteome of the patient and/or the metabolome of the patient, - determining (DET-FD) feature data by processing the computed tomography image (CT-IMG) with a fourth trained function (TF-4), wherein the feature data relates to imaging biomarkers not related to lung nodules, - determining (DET-MD) the molecular data by processing first input data (ID-1) with a first trained function (TF-1), wherein the first input data (ID-1) comprises said nodule-based data and said feature data, wherein the molecular data relates to the biomarker within a genome of the patient, a transcriptome of the patient, a proteome of the patient and/or a metabolome of the patient, - providing (PROV-MD) the molecular data. - receiving (REC-CT-IMG) a computed tomography image (CT-IMG) of at least a part of a lung of a patient, wherein the computed tomography image (CT-IMG) depicts at least one lung nodule, - determining (DET-PTCH) a nodule patch (CT-PTCH) by processing the computed tomography image (CT-IMG), advantageously with a second trained function (TF-2) configured to localize lung nodules depicted in computed tomography images (CT-IMG), - determining (DET-NBD) nodule-based data by processing the nodule patch (CT-PTCH) with a third trained (TF-3) function, wherein the nodule-based data relates to a biomarker within the genome of the patient, the transcriptome of the patient, the proteome of the patient and/or the metabolome of the patient, - determining (DET-FD) feature data by processing the computed tomography image (CT-IMG) with a fourth trained function (TF-4), wherein the feature data relates to imaging biomarkers not related to lung nodules, - determining (DET-MD) the molecular data by processing first input data (ID-1) with a first trained function (TF-1), wherein the first input data (ID-1) comprises said nodule-based data and said feature data, wherein the molecular data relates to the biomarker within a genome of the patient, a transcriptome of the patient, a proteome of the patient and/or a metabolome of the patient, - providing (PROV-MD) the molecular data.
Method for working out at least the eccentricity of a rotating element which is mounted in a fixed frame, comprising the steps of using at least one fixed light source emitting a beam of light in the direction of a fixed sensor, arranging the light source with respect to the rotating element and with respect to the sensor in a way so as to induce an interaction between the beam of light and the sensor, which depends on the angular position and the radial position of the rotating element and using computing and processing means for providing a value of the radial position dependence on the output signal of the sensor, characterized in that it comprises the steps of: - a) arranging on the path of the beam of light an annular code-disc surrounding the rotating element and which is integral in rotation with the rotating element, said code-disc comprising a two dimensional regular pattern interlaced with an absolute code, said two dimensional regular pattern being positioned regularly along the radial and along the tangential direction of said code disc so that the regular pattern extends along a annular area of said code-disc, - b) and using an image casted by the code-disc on the sensor for determining the eccentricity of the code-disc in dependence on the angular position of the rotating element. - a) arranging on the path of the beam of light an annular code-disc surrounding the rotating element and which is integral in rotation with the rotating element, said code-disc comprising a two dimensional regular pattern interlaced with an absolute code, said two dimensional regular pattern being positioned regularly along the radial and along the tangential direction of said code disc so that the regular pattern extends along a annular area of said code-disc, - b) and using an image casted by the code-disc on the sensor for determining the eccentricity of the code-disc in dependence on the angular position of the rotating element.
A method of controlling an engine speed of a hybrid vehicle including a motor that is connected to a transmission, an engine that is selectively connected to the motor through an engine clutch, and a hybrid starter-generator that is connected to the engine, the method comprising: calculating a torque for synchronizing an engine speed with a motor speed when a driving mode of the hybrid vehicle is converted from an electric vehicle mode to a hybrid electric vehicle mode; comparing an available torque of the HSG with the torque for synchronizing the engine speed with the motor speed; and maintaining the electric vehicle mode when the available torque of the HSG is greater than the torque for synchronizing the engine speed with the motor speed. calculating a torque for synchronizing an engine speed with a motor speed when a driving mode of the hybrid vehicle is converted from an electric vehicle mode to a hybrid electric vehicle mode; comparing an available torque of the HSG with the torque for synchronizing the engine speed with the motor speed; and maintaining the electric vehicle mode when the available torque of the HSG is greater than the torque for synchronizing the engine speed with the motor speed.
Mobile communication network for routing data of at least one mobile communication device of a user supporting data communication in at least two categories of data, a first category of data comprising machine-to-machine data and a second category of data comprising user data, wherein the mobile communication network comprises a first gateway server configured to establish a data connection for transmitting data between the mobile communication device and a machine-to-machine service center, and a second gateway server configured to establish a data connection for transmitting user data between the mobile communication device and a data network, wherein the mobile communication network further comprises a proxy server configured to receive from the mobile communication device a request for establishing a data connection for transmitting data and to check whether the mobile communication device belongs to a predetermined group of mobile communication devices, and wherein the proxy server is configured to determine whether the data comprises data of the first or second category and to forward the request to the first gateway server in case it is determined that the data comprises data of the first category or to the second gateway server in case it is determined that the data comprises data of the second category, if the proxy server has determined that the mobile communication device belongs to the predetermined group of mobile communication devices, and the proxy server is configured to forward the request to the first gateway server independent of the category of the data, if the proxy server has determined that the mobile communication device does not belong the predetermined group.
A fine particle collecting filter comprising a honeycomb structure in which a plurality of honeycomb segments are integrally joined by a joining material, each of the honeycomb segments having porous partition walls to define and form a plurality of cells extending from an inlet end surface that becomes an inlet side of an exhaust gas to an outlet end surface that becomes an outlet side of the exhaust gas, and plugging portions to plug open ends on the side of the outlet end surface of the predetermined cells and open ends on the side of the inlet end surface of the remaining cells, the fine particle collecting filter having a constitution where the exhaust gas allowed to flow from the inlet end surface into the cells passes the partition walls, and then flows out from the outlet end surface to the outsides of the cells, wherein in the partition walls, SiC which is an aggregate is bound by Si which is a binding agent, at least one of an average open diameter of the pores which are open in a surface of each of the partition walls that becomes the inlet side of the exhaust gas passing the partition wall and an average open diameter of the pores which are open in a surface of the partition wall that becomes the outlet side of the exhaust gas passing the partition wall is from 0.1 to 5 μm, an average pore diameter of the whole partition wall is from 10 to 30 μm, and a thermal conductivity of the partition walls at room temperature is from 50 to 80 W/mK; a porosity of the partition walls is from 34 to 43%; a cell density of the honeycomb structure is from 23 to 50 cells/cm 2; and a thickness of the partition walls is from 150 to 180 μm.
Pneumatic vehicle tyre, in particular for commercial vehicles, comprising a tread rubber with at least five circumferential ribs (1, 2, 3) - at least one central circumferential rib, two middle circumferential ribs and two shoulder-side circumferential ribs - which are separated from one another by circumferential grooves (4, 5), which have a depth that corresponds to the profile depth provided as a maximum, wherein in the at least one central circumferential rib and the middle circumferential ribs there are formed shallow depressions (10, 11), which have a depth of 1 mm to 4 mm and at least in certain portions a width of at least 5 mm and the bottoms of which are provided with a multiplicity of radial elevations, which in each case run parallel to one another and extend at most up to the level of the outer surface of the tread rubber, wherein the depressions (10, 11) have portions (10a, 10b, 10c, 11a, 11b, 11c) which open out into circumferential grooves (4, 5), characterized in that the bottoms of all the depressions (10, 11) are completely covered or provided with the rib-like elevations, wherein the depressions formed in the middle circumferential ribs have a width that becomes smaller in the direction of the outer side of the profile, and wherein the portions (10a, 10c, 11a) of the depressions (10, 11) that open out into the circumferential grooves delimiting at least one central circumferential rib end on projections protruding into the circumferential grooves by up to 2.5 mm.
Mounting arrangement for mounting an optical member to an oblong luminaire, comprising a plurality of mounting members (10, 20), arranged to be fixed to end caps of the oblong luminaire which end caps are provided at the narrow sides of the luminaire and to accommodate the optical member, wherein the plurality of mounting members (10, 20) comprises: a) two mirror symmetrical mounting members of a first type which are provided to be combined to one end cap of said luminaire, the first type of mounting member being provided to accommodate the optical member pivotable; and b) two mirror symmetrical mounting members of a second type which are provided to be combined to the other end cap of said luminaire, the second type of mounting member being arranged to combine snap-fittingly with the optical member, preferably with a "clicking" sound. a) two mirror symmetrical mounting members of a first type which are provided to be combined to one end cap of said luminaire, the first type of mounting member being provided to accommodate the optical member pivotable; and b) two mirror symmetrical mounting members of a second type which are provided to be combined to the other end cap of said luminaire, the second type of mounting member being arranged to combine snap-fittingly with the optical member, preferably with a "clicking" sound.
An information processing apparatus comprising: an external device acquisition part configured to acquire a card ID from a smart card; an external authentication part that controls an external authentication server to perform authentication based on the card ID and acquires authenticated user information corresponding to the card ID when the card ID is successfully authenticated by the authentication server; a registration part that registers the authenticated user information acquired by the external authentication part in a user information managing part as the registered user information; a display unit; a mainframe authentication part including the user information managing part that manages registered user information and an authentication part that controls the display unit to display an authentication screen for prompting authentication and compares the user authentication information input by the user via the authentication screen with the authenticated user information registered in the user information managing part to perform user authentication. an external device acquisition part configured to acquire a card ID from a smart card; an external authentication part that controls an external authentication server to perform authentication based on the card ID and acquires authenticated user information corresponding to the card ID when the card ID is successfully authenticated by the authentication server; a registration part that registers the authenticated user information acquired by the external authentication part in a user information managing part as the registered user information; a display unit; a mainframe authentication part including the user information managing part that manages registered user information and an authentication part that controls the display unit to display an authentication screen for prompting authentication and compares the user authentication information input by the user via the authentication screen with the authenticated user information registered in the user information managing part to perform user authentication.
A co-surfactant comprising at least one kind of a compound represented by a Chemical Formula: wherein R 1 is an aliphatic hydrocarbon group having 1 or more and 33 or less carbon atoms, R 2 is an aliphatic hydrocarbon group having 1 or more and 33 or less carbon atoms, a total number of carbon atoms of R 1 and R 2 is 6 or more and 34 or less, X is a single bond, and one of A 1 and A 2 is -OH and the other is -O-CH 2 -CH -CH 2 OH or -O-CH(-CH 2 -OH) 2; wherein each of the aliphatic hydrocarbon groups of R 1 and R 2 have no substituent. wherein R 1 is an aliphatic hydrocarbon group having 1 or more and 33 or less carbon atoms, R 2 is an aliphatic hydrocarbon group having 1 or more and 33 or less carbon atoms, a total number of carbon atoms of R 1 and R 2 is 6 or more and 34 or less, X is a single bond, and one of A 1 and A 2 is -OH and the other is -O-CH 2 -CH -CH 2 OH or -O-CH(-CH 2 -OH) 2; wherein each of the aliphatic hydrocarbon groups of R 1 and R 2 have no substituent.
Vehicle for machining a rail by grinding and/or planing, comprising a mobile chassis and a metal abrasive module for grinding and/or planning a rail, the metal abrasive module comprising - an eccentric drive performing an eccentric movement, - at least two abrasive blocks connected with the eccentric drive, and - a force exerting drive pressing at least one abrasive block onto the rail, wherein the metal abrasive module and/or at least one of the abrasive blocks is tiltable around an axis parallel to the rail, and wherein at least one of the abrasive blocks is individually pressable onto the rail. comprising a mobile chassis and a metal abrasive module for grinding and/or planning a rail, the metal abrasive module comprising - an eccentric drive performing an eccentric movement, - at least two abrasive blocks connected with the eccentric drive, and - a force exerting drive pressing at least one abrasive block onto the rail, - an eccentric drive performing an eccentric movement, - at least two abrasive blocks connected with the eccentric drive, and - a force exerting drive pressing at least one abrasive block onto the rail, wherein the metal abrasive module and/or at least one of the abrasive blocks is tiltable around an axis parallel to the rail, and wherein at least one of the abrasive blocks is individually pressable onto the rail.
A method for automatically scoring a game of darts, comprising the steps of: obtaining an image of a dartboard; detecting a visual disturbance in the image; identifying a validly thrown dart if the visual disturbance includes a moving phase with predetermined characteristics and a stationary phase, wherein the moving phase includes a period during which the dart is in flight and the stationary phase corresponds to the phase in which the dart is stationary relative to the dartboard; and calculating a score for the validly thrown dart based on its stationary position relative to the dartboard. obtaining an image of a dartboard; detecting a visual disturbance in the image; identifying a validly thrown dart if the visual disturbance includes a moving phase with predetermined characteristics and a stationary phase, wherein the moving phase includes a period during which the dart is in flight and the stationary phase corresponds to the phase in which the dart is stationary relative to the dartboard; and calculating a score for the validly thrown dart based on its stationary position relative to the dartboard.
An electro-optical radiation collector (300,400,500,600) for arc flash detection, comprising: a cap (302,402,602), including: an inner surface, and an outer surface; a first EO conductor cable (320,420) having an end (326,427,526) thereof configured for receiving EO radiation; and a second EO conductor cable (321,421) having an end (327, 426, 527) thereof configured for receiving EO radiation, wherein the cap (302,402,602) is configured to secure the end (326,427,526) of the first EO conductor (320,420) and the end (327, 426, 527) of the second EO conductor (321,421), wherein the inner surface comprises a reflective portion, wherein the reflective portion is configured to reflect EO radiation within the cap (300, 400 500,600) to the second EO conductor (321, 421), characterized in, that the reflective portion is configured to transmit EO radiation incident on the outer surface through the inner surface to the second EO conductor (321,421). a cap (302,402,602), including: an inner surface, and an outer surface; an inner surface, and an outer surface; a first EO conductor cable (320,420) having an end (326,427,526) thereof configured for receiving EO radiation; and a second EO conductor cable (321,421) having an end (327, 426, 527) thereof configured for receiving EO radiation, wherein the cap (302,402,602) is configured to secure the end (326,427,526) of the first EO conductor (320,420) and the end (327, 426, 527) of the second EO conductor (321,421), wherein the inner surface comprises a reflective portion, wherein the reflective portion is configured to reflect EO radiation within the cap (300, 400 500,600) to the second EO conductor (321, 421), characterized in, that the reflective portion is configured to transmit EO radiation incident on the outer surface through the inner surface to the second EO conductor (321,421).
A haptic feedback device (100, 200) which provides haptic feedback to a user touching a panel, the haptic feedback device (100, 200) comprising: the panel; a position obtaining unit (102, 202) configured to obtain a position touched on the panel by the user; a driving signal generation unit configured to generate a driving signal; an actuator which provides haptic feedback to the user by vibrating the panel in accordance with the driving signal; characterized in that the haptic feedback device (100, 200) comprises a carrier signal generation unit configured to generate a carrier signal having a first frequency component when the position touched by the user is a first position, and generate a carrier signal having a second frequency component when the position touched by the user is a second position; an acoustic signal generation unit configured to generate an acoustic signal having a plurality of harmonics which correspond to a predetermined fundamental frequency; wherein the driving signal generation unit is configured to generate the driving signal by adding together the carrier signal and the acoustic signal. the panel; a position obtaining unit (102, 202) configured to obtain a position touched on the panel by the user; a driving signal generation unit configured to generate a driving signal; an actuator which provides haptic feedback to the user by vibrating the panel in accordance with the driving signal; a carrier signal generation unit configured to generate a carrier signal having a first frequency component when the position touched by the user is a first position, and generate a carrier signal having a second frequency component when the position touched by the user is a second position; an acoustic signal generation unit configured to generate an acoustic signal having a plurality of harmonics which correspond to a predetermined fundamental frequency; wherein the driving signal generation unit is configured to generate the driving signal by adding together the carrier signal and the acoustic signal.
A smoking article comprising: a smokable material; and a filter downstream of the smokable material, wherein the filter comprises a seamless crushable capsule comprising a core and a breakable shell surrounding the core, wherein the core comprises a mixture including one or more lipid compounds, and one or more humectants that are capable of interacting with one or more smoke constituents to reduce the concentration of the one or more smoke constituents in mainstream smoke, and wherein the one or more lipid compounds account for 50% or more of the weight of the mixture, and wherein the one or more humectants account for 2% to 15% of the weight of the mixture. a smokable material; and a filter downstream of the smokable material, wherein the filter comprises a seamless crushable capsule comprising a core and a breakable shell surrounding the core, wherein the core comprises a mixture including one or more lipid compounds, and one or more humectants that are capable of interacting with one or more smoke constituents to reduce the concentration of the one or more smoke constituents in mainstream smoke, and wherein the one or more lipid compounds account for 50% or more of the weight of the mixture, and wherein the one or more humectants account for 2% to 15% of the weight of the mixture.
Eraser for removal of smears of writing, painting and/or drawing instruments at least consisting of at least one binder and at least one softener, characterised in that the at least one softener is formed as polyolester, the eraser comprises, as fillers, organic fillers and the organic fillers are wood flour, kernel flour and/or products derived therefrom.