mhurhangee/ep-ind-claims huggingface dataset:
A method for generating a customized AI machine-learning model to perform tasks using artificial intelligence, comprising: providing, by one or more computing systems (460, 470) and to a client system of a user, a user interface for display, the user interface comprising a first set of options for selecting an artificial intelligence - AI - task for integration into a user application, a second set of options for selecting one or more devices on which the user wants to deploy the selected AI task, and a third set of options (106, 108, 110) for selecting one or more performance constraints specific to the selected devices; receiving, by the one or more computing systems and from the client system of the user, user specifications based on user selections in the first set of options, the second set of options, and the third set of options; generating, by the one or more computing systems, a custom AI model based on the user specifications; and sending, by the one or more computing systems and to the client system of the user, the custom AI model for integrating into the user application, wherein the custom AI model once integrated enables the user application to perform the selected AI task on the selected devices. providing, by one or more computing systems (460, 470) and to a client system of a user, a user interface for display, the user interface comprising a first set of options for selecting an artificial intelligence - AI - task for integration into a user application, a second set of options for selecting one or more devices on which the user wants to deploy the selected AI task, and a third set of options (106, 108, 110) for selecting one or more performance constraints specific to the selected devices; receiving, by the one or more computing systems and from the client system of the user, user specifications based on user selections in the first set of options, the second set of options, and the third set of options; generating, by the one or more computing systems, a custom AI model based on the user specifications; and sending, by the one or more computing systems and to the client system of the user, the custom AI model for integrating into the user application, wherein the custom AI model once integrated enables the user application to perform the selected AI task on the selected devices.
A temperature sensor holder which is adapted to mount a temperature sensor, - wherein the temperature sensor is adapted to measure a temperature of a coil of a stator, in which a rotor is rotatably incorporated inside, the stator comprising a stator core, the coil wound around the stator core, and an insulator ensuring insulation between the stator core and the coil, - wherein the temperature sensor holder comprises a holder fixing portion for fixing the temperature sensor to the insulator; - wherein a sensor holding portion is formed integrally with the holder fixing portion and adapted to hold the temperature sensor on a coil end portion of the coil from a direction of a rotation axis of the rotor, and - wherein in the sensor holding portion: - a storage groove adapted to store the temperature sensor is formed; and - at a groove bottom of the storage groove, a sensor pressing portion is formed which is adapted to press the temperature sensor to the coil end portion from the direction of the rotation axis of the rotor. - wherein the temperature sensor is adapted to measure a temperature of a coil of a stator, in which a rotor is rotatably incorporated inside, the stator comprising a stator core, the coil wound around the stator core, and an insulator ensuring insulation between the stator core and the coil, - wherein the temperature sensor holder comprises a holder fixing portion for fixing the temperature sensor to the insulator; - wherein a sensor holding portion is formed integrally with the holder fixing portion and adapted to hold the temperature sensor on a coil end portion of the coil from a direction of a rotation axis of the rotor, and - wherein in the sensor holding portion: - a storage groove adapted to store the temperature sensor is formed; and - at a groove bottom of the storage groove, a sensor pressing portion is formed which is adapted to press the temperature sensor to the coil end portion from the direction of the rotation axis of the rotor. - a storage groove adapted to store the temperature sensor is formed; and - at a groove bottom of the storage groove, a sensor pressing portion is formed which is adapted to press the temperature sensor to the coil end portion from the direction of the rotation axis of the rotor.
Use of a sesquiterpene in the manufacture of a component of animal feed or feed additive for use in the prevention of diseases caused by Clostridium sp, wherein the sesquiterpene is selected from the group consisting of farnesyl acetone, farnesyl acetate, trans-trans farnesol, α-cedrene, α-cubebene, α-copaene, γ-humulene, bisabolene/farnesene, β-humulene, (-) iso-ledene, (+) ledene, β-cedrene, longifolene, aromadendrene, allo-aromadendrene, cedrylacetate, farnesal, α-bisabolol, germacrone, nerolidol, cedrene-9-ol, (-) globulol, (-) epiglobulol, and cedrol.
A histology processing cassette comprising a box comprising a compartment for holding a biological tissue sample, the box having a bottom face comprising at least in part a sample support surface and being transmissible to radiation, an open top face, and two side walls, a back wall and a front wall, the box having dimensions greater than a standard size histology processing cassette, being a cassette having internal dimensions of 28 to 32 mm x 25 to 28 mm x 5 to 6 mm, and comprising a recess to which access is gained through an aperture in the front wall the recess being adapted to receive a said standard size cassette which has a front wall comprising a unique identifier for the biological tissue sample wherein the compartment is located in an upper portion of the box and the recess is located in a lower portion of the box and under the sample support surface, the arrangement being such that once the said standard size cassette is inserted in the recess the unique identifier on the front wall of the standard size cassette is readable.
A method for transmitting a first physical uplink shared channel, PUSCH, or a second PUSCH in a wireless communication, the method performed by a user equipment, UE, and comprising: determining whether a transmission of the first PUSCH overlaps with a transmission of the second PUSCH in time; based on determining that the transmission of the first PUSCH overlaps with the transmission of the second PUSCH in time, determining whether to transmit the first PUSCH or to transmit the second PUSCH; and based on determining to transmit the second PUSCH, transmitting the second PUSCH to a base station, wherein, based on that the transmission of the first PUSCH, which includes a report of semi-persistent channel state information, CSI, overlaps in time with the transmission of the second PUSCH, which includes an uplink shared channel, the LTE determines to transmit the second PUSCH instead of transmitting the first PUSCH, wherein the transmission of the first PUSCH and the transmission of the second PUSCH are in response to a downlink control information, DCI, detected by the UE, and wherein the report of the semi-persistent CSI is transmitted based on a predetermined periodicity during a predetermined time duration. determining whether a transmission of the first PUSCH overlaps with a transmission of the second PUSCH in time; based on determining that the transmission of the first PUSCH overlaps with the transmission of the second PUSCH in time, determining whether to transmit the first PUSCH or to transmit the second PUSCH; and based on determining to transmit the second PUSCH, transmitting the second PUSCH to a base station, wherein, based on that the transmission of the first PUSCH, which includes a report of semi-persistent channel state information, CSI, overlaps in time with the transmission of the second PUSCH, which includes an uplink shared channel, the LTE determines to transmit the second PUSCH instead of transmitting the first PUSCH, wherein the transmission of the first PUSCH and the transmission of the second PUSCH are in response to a downlink control information, DCI, detected by the UE, and wherein the report of the semi-persistent CSI is transmitted based on a predetermined periodicity during a predetermined time duration.
Gas turbine of the axial flow type, comprising a rotor with alternating rows of air-cooled blades and rotor heat shields, and a stator with alternating rows of air-cooled vanes and stator heat shields mounted on a vane carrier, whereby the stator coaxially surrounds the rotor to define a hot gas path in between, such that the rows of blades and stator heat shields, and the rows of vanes and rotor heat shields are opposite to each other, respectively, and a row of vanes and the next row of blades in the downstream direction define a turbine stage, the blades are provided with outer blade platforms at their tips, within a turbine stage means are provided to direct cooling air that has already been used to cool the airfoils of the vanes of the turbine stage, into a first cavity located between the outer blade platforms and the opposed stator heat shields for protecting the stator heat shields against the hot gas and for cooling the outer blade platforms, the vanes each comprise an outer vane platform, the directing means comprises a second cavity for collecting the cooling air, which exits the vane airfoil, and the directing means further comprises means (43, 44) for discharging the collected cooling air radially into said first cavity, characterised in that the cooling air passes through the vanes, and the outer blade platforms are provided on their outer side with parallel teeth extending in the circumferential direction, and said first cavity is bordered by said parallel teeth.
A road vehicle for transporting goods comprising: - a chassis, - at least one axle mounted on the chassis and supporting wheels, - at least two pneumatic suspensions supporting said axle and each comprising a suspension bag, - a pneumatic system comprising at least one gas storage tank and means (36, 44; 80) for automatically regulating the filling of the suspension bags with said gas and the emptying of said suspension bags, and - a manual actuation control means (48; 68; 82) for actuating the pneumatic system, characterised in that the vehicle further comprises: - a tail lift movable between a stowed position and an extended position, - at least one detection means for detecting the stowed position and/or the extended position of the tail lift, and - inhibition means (51; 51, 72; 44; 51, 92) for rendering the manual actuation of the control means (48; 68; 82) inoperative, in the presence of a signal from the detection means representative of the extended position of the tail lift, to prevent at least the emptying of the suspension bags. - a chassis, - at least one axle mounted on the chassis and supporting wheels, - at least two pneumatic suspensions supporting said axle and each comprising a suspension bag, - a pneumatic system comprising at least one gas storage tank and means (36, 44; 80) for automatically regulating the filling of the suspension bags with said gas and the emptying of said suspension bags, and - a manual actuation control means (48; 68; 82) for actuating the pneumatic system, characterised in that the vehicle further comprises: - a tail lift movable between a stowed position and an extended position, - at least one detection means for detecting the stowed position and/or the extended position of the tail lift, and - inhibition means (51; 51, 72; 44; 51, 92) for rendering the manual actuation of the control means (48; 68; 82) inoperative, in the presence of a signal from the detection means representative of the extended position of the tail lift, to prevent at least the emptying of the suspension bags.
Space craft, such as a satellite, capable of being put into orbit around a planet, comprising a body, at least one pair of arms called supporting arms, a first device mounted on a first supporting arm and a second device mounted on a second supporting arm, a craft in which the first arm is rotatably mounted on the body of the craft about an axis of rotation, the second arm is fixed to the body, and in which at least one of the first device and second device is offset with respect to the axis of rotation of the first arm, the pair of supporting arms comprising a hollow module for rotatably mounting the first arm on the body, the mounting module comprising an opening through which the axis of rotation and the second supporting arm pass, the craft being characterized in that it comprises means for controlling a sun-synchronous rotation of the first arm about the axis of rotation, the first device being capable of being interposed between the sun and the second device throughout the orbit of the craft, so that the second device is at least partially in the shadow of the first device throughout the orbit of the craft.
A computer-implemented method for anonymizing a facial image, the method comprises: - detecting one or more sets of facial keypoints (302, 308, 410) in the facial image (304, 802) for determining one or more areas comprising skin-pixels and one or more areas comprising pixels related to non-skin information; - calculating parameters of the facial image (304, 802) and standardizing the facial image; - preparing a masked facial image (504, 812) by separating the determined one or more areas comprising skin-pixels and one or more areas comprising pixels related to non-skin information, and characterized by: - generating a synthetic image comprising photo-realistic skin patterns by synthesizing a skin pattern background to fill the separated one or more areas comprising pixels related to non-skin information of the facial image; and - obtaining an anonymized facial image by concatenating the masked facial image (504, 812) with the generated synthetic image comprising photo-realistic skin patterns for filling the separated one or more areas comprising pixels related to non-skin information. - detecting one or more sets of facial keypoints (302, 308, 410) in the facial image (304, 802) for determining one or more areas comprising skin-pixels and one or more areas comprising pixels related to non-skin information; - calculating parameters of the facial image (304, 802) and standardizing the facial image; - preparing a masked facial image (504, 812) by separating the determined one or more areas comprising skin-pixels and one or more areas comprising pixels related to non-skin information, and characterized by: - generating a synthetic image comprising photo-realistic skin patterns by synthesizing a skin pattern background to fill the separated one or more areas comprising pixels related to non-skin information of the facial image; and - obtaining an anonymized facial image by concatenating the masked facial image (504, 812) with the generated synthetic image comprising photo-realistic skin patterns for filling the separated one or more areas comprising pixels related to non-skin information. - generating a synthetic image comprising photo-realistic skin patterns by synthesizing a skin pattern background to fill the separated one or more areas comprising pixels related to non-skin information of the facial image; and - obtaining an anonymized facial image by concatenating the masked facial image (504, 812) with the generated synthetic image comprising photo-realistic skin patterns for filling the separated one or more areas comprising pixels related to non-skin information.
A method for opening and/or using at least one vehicle, comprising the steps of: a) receiving, by a mobile terminal, in particular a smart phone, an identification identifier assigned to a target vehicle; b) transmitting the identification identifier, in particular over a mobile radio network, to a server; c) receiving a key data set from the server, in particular from a mobile terminal; d) transmitting the key data set and/or a code generated based on the key data set as a remote code to the target vehicle, in particular over a direct connection and/or an ad hoc network between the target vehicle and the mobile terminal; e) receiving the remote code by the target vehicle; f) generating at least one local code by the target vehicle; g) comparing the remote code with the at least one local code by the target vehicle; h) opening and/or enabling the target vehicle and/or executing a vehicle command on the target vehicle, when at least one of the local codes complies with the remote code, characterized in that the key data set comprises a seed key (45, 45', 45"), wherein the key data set is received from the mobile terminal, and the mobile terminal generates the remote code (43, 43', 43") while using the seed key (45, 45', 45") by means of a pseudo random number generator. a) receiving, by a mobile terminal, in particular a smart phone, an identification identifier assigned to a target vehicle; b) transmitting the identification identifier, in particular over a mobile radio network, to a server; c) receiving a key data set from the server, in particular from a mobile terminal; d) transmitting the key data set and/or a code generated based on the key data set as a remote code to the target vehicle, in particular over a direct connection and/or an ad hoc network between the target vehicle and the mobile terminal; e) receiving the remote code by the target vehicle; f) generating at least one local code by the target vehicle; g) comparing the remote code with the at least one local code by the target vehicle; h) opening and/or enabling the target vehicle and/or executing a vehicle command on the target vehicle, when at least one of the local codes complies with the remote code,
A blow-by gas recirculation structure comprising: - a cylinder head including an intake manifold mounting surface and a cylinder block mounting surface with a first intake passage (21 A) extending between a first intake opening formed in the intake manifold mounting surface and a first intake port formed in the cylinder block mounting surface, and a second intake passage (21 B) extending between a second intake opening formed in the intake manifold mounting surface and a second intake port formed in the cylinder block mounting surface, - the cylinder head further including at least one blow-by gas passage for recirculating blow-by gas to the first intake passage, - the intake manifold mounting surface further having at least one enlarged recess fluidly connected between the blow-by gas passage and the first intake passage, the enlarged recess being disposed between the first and second intake openings and at least partially aligned with centers of the first and second intake openings, characterised in that said recess portion is formed between the first intake and second intake passages in order to reduce the wall thickness between the first intake and second intake passages and suppress occurrence of shrinkage cavities during casting of the cylinder head, wherein - the intake manifold mounting surface further includes at least one communication groove fluidly connecting the first intake passage to the enlarged recess such that the blow-by gas that flows into the enlarged recess is recirculated to the first intake passage through the communication groove. - a cylinder head including an intake manifold mounting surface and a cylinder block mounting surface with a first intake passage (21 A) extending between a first intake opening formed in the intake manifold mounting surface and a first intake port formed in the cylinder block mounting surface, and a second intake passage (21 B) extending between a second intake opening formed in the intake manifold mounting surface and a second intake port formed in the cylinder block mounting surface, - the cylinder head further including at least one blow-by gas passage for recirculating blow-by gas to the first intake passage, - the intake manifold mounting surface further having at least one enlarged recess fluidly connected between the blow-by gas passage and the first intake passage, the enlarged recess being disposed between the first and second intake openings and at least partially aligned with centers of the first and second intake openings, characterised in that said recess portion is formed between the first intake and second intake passages in order to reduce the wall thickness between the first intake and second intake passages and suppress occurrence of shrinkage cavities during casting of the cylinder head, - the intake manifold mounting surface further includes at least one communication groove fluidly connecting the first intake passage to the enlarged recess such that the blow-by gas that flows into the enlarged recess is recirculated to the first intake passage through the communication groove.
Device for protecting an operator from being injured by a machine tool, comprising at least one sensor unit (12.1, 12.2, 12.3, 12.4, 12.5) arranged on a clothing unit (10.1, 10.2, 10.3, 10.4, 10.5) for detecting at least one characteristic variable and comprising at least one evaluation unit (14.1, 14.2) for evaluating the at least one detected characteristic variable, wherein the sensor unit (12.1, 12.2, 12.3, 12.4, 12.5) is provided to detect person-related characteristic variables, wherein the sensor unit (12.1, 12.2, 12.3, 12.4, 12.5) is worked into a woven or knitted fabric of the clothing unit (10.1, 10.2, 10.3, 10.4, 10.5), and comprising a reception unit (18.1, 18.2) for receiving the at least one detected person-related characteristic variable from the evaluation unit (14.1, 14.2), characterized in that the reception unit (18.1, 18.2) is arranged within the clothing unit (10.1, 10.2, 10.3, 10.4, 10.5), wherein the reception unit (18.1, 18.2) has a communication unit (20.1, 20.2) for transferring the at least one detected person-related characteristic variable to the machine tool and the machine tool is deactivatable in a manner dependent on the at least one predetermined person-related characteristic variable.