mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for encoding an application memory that a program, executed on a computer, has access to, using a shadow memory corresponding to the application memory, the method comprising: - creating and initializing a shadow memory divided into a plurality of segments, each segment in the application memory being mapped to a corresponding segment in the shadow memory, - for each memory block in the application memory that the program allocates, encoding a corresponding shadow memory block, in the shadow memory, by: • defining a meta segment (MS AM) preceding the first segment (S1 AM) of the memory block in the application memory, and a corresponding shadow meta segment (MS SM) in the shadow memory block, • characterised by writing in the shadow meta segment (MS SM) a first value indicative of the size of the memory block, • writing, in each subsequent segment (S1 SM, S2 SM, S3 SM,... SN SM) of the shadow memory block, a second value indicative of the offset (OFF 1,OFF 2,OFF 3,...OFF N) between the segment (S1 SM, S2 SM, S3 SM,... SN SM) and the first segment (S1 SM) of the shadow memory block. - creating and initializing a shadow memory divided into a plurality of segments, each segment in the application memory being mapped to a corresponding segment in the shadow memory, - for each memory block in the application memory that the program allocates, encoding a corresponding shadow memory block, in the shadow memory, by: • defining a meta segment (MS AM) preceding the first segment (S1 AM) of the memory block in the application memory, and a corresponding shadow meta segment (MS SM) in the shadow memory block, • characterised by writing in the shadow meta segment (MS SM) a first value indicative of the size of the memory block, • writing, in each subsequent segment (S1 SM, S2 SM, S3 SM,... SN SM) of the shadow memory block, a second value indicative of the offset (OFF 1,OFF 2,OFF 3,...OFF N) between the segment (S1 SM, S2 SM, S3 SM,... SN SM) and the first segment (S1 SM) of the shadow memory block. • defining a meta segment (MS AM) preceding the first segment (S1 AM) of the memory block in the application memory, and a corresponding shadow meta segment (MS SM) in the shadow memory block, • characterised by writing in the shadow meta segment (MS SM) a first value indicative of the size of the memory block, • writing, in each subsequent segment (S1 SM, S2 SM, S3 SM,... SN SM) of the shadow memory block, a second value indicative of the offset (OFF 1,OFF 2,OFF 3,...OFF N) between the segment (S1 SM, S2 SM, S3 SM,... SN SM) and the first segment (S1 SM) of the shadow memory block.
A semiconductor light emitting device substrate comprising: a light emitting structure forming surface on which a light emitting structure including a semiconductor layer is formed, wherein said light emitting structure forming surface comprises a flat portion that spreads along one crystal plane and a plurality of convex portion pairs, wherein said convex portion pairs comprise two convex portions which protrude from the flat portion, characterised by a bridge portion which protrudes from said flat portion, the flat portion being exposed to the light emitting structure, wherein said two convex portions are connected by the bridge portion wherein a ratio of HB 2 /HT 2 is in the range of 0.01 to 0.40, wherein HT 2 denotes the height of the vertex of the convex portion with respect to the flat portion and HB 2 denotes the height of a top surface of the bridge portion with respect to the flat portion. a light emitting structure forming surface on which a light emitting structure including a semiconductor layer is formed, wherein said light emitting structure forming surface comprises a flat portion that spreads along one crystal plane and a plurality of convex portion pairs, wherein said convex portion pairs comprise two convex portions which protrude from the flat portion,
A module for a system for the laying of railroad-tram lines, the module comprising: - a supporting slab for the tracks, with substantially parallelepiped shape, having: - an extrados corresponding to the side of the slab on which, in use, the tracks are installed, - an intrados corresponding to the side of the slab which, in use, is placed on the laying floor, - side faces, and - at least four peripheral housings, passing from the extrados to the intrados of the supporting slab, and housing respective adjustable levelling devices, characterized in that each one of said peripheral housings has a portion at the intrados of the supporting slab with a prismatic shape having a first base area, and a portion at the extrados of the supporting slab having a second base area, said second area being smaller than said first area; each one of said peripheral housings having a jacket made of PVC/PE, the module further comprising, for each peripheral housing, a corresponding levelling device sliding within said jacket at the intrados portion, wherein said levelling member comprises a sliding member and a supporting member, overlapped therebetween, said sliding member being preferably made of PVC/PE, and said supporting member being made of elastomeric material, said housings being suitable to be clogged by filling up the housings with a bedding mortar between said levelling devices and the supporting slab. - a supporting slab for the tracks, with substantially parallelepiped shape, having: - an extrados corresponding to the side of the slab on which, in use, the tracks are installed, - an intrados corresponding to the side of the slab which, in use, is placed on the laying floor, - side faces, and - at least four peripheral housings, passing from the extrados to the intrados of the supporting slab, and housing respective adjustable levelling devices, - an extrados corresponding to the side of the slab on which, in use, the tracks are installed, - an intrados corresponding to the side of the slab which, in use, is placed on the laying floor, - side faces, and - at least four peripheral housings, passing from the extrados to the intrados of the supporting slab, and housing respective adjustable levelling devices,
A multimedia apparatus, comprising: a touch screen; and a control unit configured to control the touch screen to display a progress bar to provide a user with playback position information of a content which is currently being played back, using a position indicator; characterised in that: the control unit is configured to display an enlarged progress bar instead of the progress bar, in response to receiving a user touch for more than a predetermined time at a location of the touch screen where the position indicator is displayed, and is configured to display the enlarged progress bar by enlarging a section of the progress bar which is determined based on a location of the position indicator when the user touch is received, wherein the enlarged progress bar has a finer resolution compared with the progress bar. a touch screen; and a control unit configured to control the touch screen to display a progress bar to provide a user with playback position information of a content which is currently being played back, using a position indicator; characterised in that: the control unit is configured to display an enlarged progress bar instead of the progress bar, in response to receiving a user touch for more than a predetermined time at a location of the touch screen where the position indicator is displayed, and is configured to display the enlarged progress bar by enlarging a section of the progress bar which is determined based on a location of the position indicator when the user touch is received, wherein the enlarged progress bar has a finer resolution compared with the progress bar.
A harness for breathing apparatus, comprising: at least one strap having a loop; and a structural support member having a fixing portion, the fixing portion comprising a first slot through which a portion of the strap is arranged to pass in use; characterized in that: the strap is arranged to be releasably attached to the structural support member; and in that: the fixing portion further comprises a first anchor member laterally spaced from the first slot extending in a direction substantially parallel to the first slot and arranged in use to releasably locate at least partly within the loop of the strap through a first side of the loop. at least one strap having a loop; and a structural support member having a fixing portion, the fixing portion comprising a first slot through which a portion of the strap is arranged to pass in use; characterized in that: the strap is arranged to be releasably attached to the structural support member; and in that: the fixing portion further comprises a first anchor member laterally spaced from the first slot extending in a direction substantially parallel to the first slot and arranged in use to releasably locate at least partly within the loop of the strap through a first side of the loop. the strap is arranged to be releasably attached to the structural support member; and in that: the fixing portion further comprises a first anchor member laterally spaced from the first slot extending in a direction substantially parallel to the first slot and arranged in use to releasably locate at least partly within the loop of the strap through a first side of the loop.
An occupant support comprising: at least one non-fluidizable module having a support (70, 72, 74) for supporting the non-fluidizable module on a ground surface; at least one fluidizable module also having a support (12, 102) for supporting the fluidizable module on the ground surface; the fluidizable module and the non-fluidizable module being cooperable with each other to support an occupant; and the support for the non-fluidizable module bearing less than all of the weight of the fluidizable module. at least one non-fluidizable module having a support (70, 72, 74) for supporting the non-fluidizable module on a ground surface; at least one fluidizable module also having a support (12, 102) for supporting the fluidizable module on the ground surface; the fluidizable module and the non-fluidizable module being cooperable with each other to support an occupant; and the support for the non-fluidizable module bearing less than all of the weight of the fluidizable module.
A fluid regulator, comprising: a valve body having an inlet and an outlet and defining a fluid flow passageway between the inlet and the outlet; a seat ring disposed within the fluid flow passageway; an actuator coupled to the valve body, wherein the actuator defines a first chamber and a second chamber; a flow control member disposed within the fluid flow passageway, the flow control member having a metallic sealing surface that is movable relative to an elastomeric seating surface of the seat ring, the metallic sealing surface being coupled to a disk holder via a disk retainer; a valve stem including a pathway fluidly coupling a first side of the flow control member and a second side of the flow control member, the valve stem configured to operatively couple the flow control member to the diaphragm of the actuator, the flow control member being threadably coupled to a first end of the valve stem via the disk retainer, and a second end of the valve stem opposite the first end directly coupled to the diaphragm of the actuator via a diaphragm plate (278, 280), wherein the first side of the flow control member is in fluid communication with the inlet and the second side of the flow control member is in fluid communication with a spring chamber, thereby providing a pressure-balanced trim assembly; and a biasing element disposed within the spring chamber to bias the flow control member towards the seat ring. a valve body having an inlet and an outlet and defining a fluid flow passageway between the inlet and the outlet; a seat ring disposed within the fluid flow passageway; an actuator coupled to the valve body, wherein the actuator defines a first chamber and a second chamber; a flow control member disposed within the fluid flow passageway, the flow control member having a metallic sealing surface that is movable relative to an elastomeric seating surface of the seat ring, the metallic sealing surface being coupled to a disk holder via a disk retainer; a valve stem including a pathway fluidly coupling a first side of the flow control member and a second side of the flow control member, the valve stem configured to operatively couple the flow control member to the diaphragm of the actuator, the flow control member being threadably coupled to a first end of the valve stem via the disk retainer, and a second end of the valve stem opposite the first end directly coupled to the diaphragm of the actuator via a diaphragm plate (278, 280), wherein the first side of the flow control member is in fluid communication with the inlet and the second side of the flow control member is in fluid communication with a spring chamber, thereby providing a pressure-balanced trim assembly; and a biasing element disposed within the spring chamber to bias the flow control member towards the seat ring.
A mixer arrangement for use in a chromatography system comprising: a first frequency targeting mixer including a first flow channel coupled between an inlet and an outlet and a second flow channel coupled between the inlet and the outlet, the second flow channel including a volume offset region configured to delay fluid propagation through the second flow channel, wherein the volume offset region is configured to reduce or eliminate fluidic compositional oscillations in a compositional solvent stream that depart from a desired composition at a first target frequency; and a residual noise targeting mixer fluidically connected in series to the first frequency targeting mixer, the residual noise targeting mixer configured to dampen aperiodic baseline noise in the compositional solvent stream, wherein the residual noise targeting mixer includes a mixing disk having an inlet face and an outlet face located between the plurality of flow channels, wherein the mixing disk includes a dispersive medium having a random porous structure. a first frequency targeting mixer including a first flow channel coupled between an inlet and an outlet and a second flow channel coupled between the inlet and the outlet, the second flow channel including a volume offset region configured to delay fluid propagation through the second flow channel, wherein the volume offset region is configured to reduce or eliminate fluidic compositional oscillations in a compositional solvent stream that depart from a desired composition at a first target frequency; and a residual noise targeting mixer fluidically connected in series to the first frequency targeting mixer, the residual noise targeting mixer configured to dampen aperiodic baseline noise in the compositional solvent stream, wherein the residual noise targeting mixer includes a mixing disk having an inlet face and an outlet face located between the plurality of flow channels, wherein the mixing disk includes a dispersive medium having a random porous structure.
A vibration generator vibrating a vibration target, comprising: a slip table to which the vibration target is attached; a base plate (10,110,210,310) provided under the slip table, the base plate (10,110,210,310) comprising a first base plate structural element and a second base plate structural element adjacent to the first base plate structural element in a vertical cross-sectional view of the base plate (10,110,210,310); and a flow-passage-forming element provided between the first base plate structural element and the second base plate structural element, the flow-passage-forming element including a flow passage in which a fluid flows, characterized in that the flow passage in the flow-passage-forming element comprises a vertical flow passage and a horizontal flow passage, the vertical flow passage supplying the fluid to bottom faces of the first base plate structural element and the second base plate structural element, the horizontal flow passage supplying the fluid to a side face of the first base plate structural element and a side face of the second base plate structural element opposite the side face of the first base plate structural element. a slip table to which the vibration target is attached; a base plate (10,110,210,310) provided under the slip table, the base plate (10,110,210,310) comprising a first base plate structural element and a second base plate structural element adjacent to the first base plate structural element in a vertical cross-sectional view of the base plate (10,110,210,310); and a flow-passage-forming element provided between the first base plate structural element and the second base plate structural element, the flow-passage-forming element including a flow passage in which a fluid flows, characterized in that the flow passage in the flow-passage-forming element comprises a vertical flow passage and a horizontal flow passage, the vertical flow passage supplying the fluid to bottom faces of the first base plate structural element and the second base plate structural element, the horizontal flow passage supplying the fluid to a side face of the first base plate structural element and a side face of the second base plate structural element opposite the side face of the first base plate structural element.
A device for determining a fill level of a medium inside a collecting container, with at least one measuring chamber connected in a media-conducting manner to the collecting container, in which measuring chamber an ultrasonic sensor is disposed, and with at least one pre-chamber disposed upstream of the measuring chamber, said pre-chamber comprising at least one inlet opening for the medium from the collecting container, characterised in that at least one flow damper (7, 21) for the medium is disposed in at least a partial region of the pre-chamber (3, 23), that the flow damper is at least one planar element, which comprises at least one deflection face (9, 9') with an overflow edge, that the planar element comprises, on at least one of its deflection faces (9, 9'), a plurality of damping bodies (11, 11', 11") projecting thereon, and that each damping body (11, 11', 11") has a changing cross-section in the extension direction.
A method for spoof detection for iris based biometric recognition, the method comprising: obtaining a first image of an iris at an imaging apparatus using a first exposure period; obtaining a second image of the iris at the imaging apparatus using a second exposure period; comparing incidence of reflection patterns within the first and second iris images; and determining authenticity of the imaged iris based on a result of comparing the incidence of reflection patterns within the first and second iris images; wherein an imaged iris is determined to be authentic responsive to: (a) the second exposure period being shorter than the first exposure period; (b) each of the first and second iris images being obtained under illumination of a same intensity from an illumination source incident upon the imaged iris; and (c) ascertaining that variation between (i) a first set of image characteristics of a reflection detected in the first iris image and (ii) a second set of image characteristics of the same reflection detected in the second iris image, is consistent with a predicted variation in said first and second set of image characteristics; wherein the predicted variation in the first and second set of image characteristics of a reflection comprises a prediction that the reflection imaged within the first iris image has any of (i) larger size, (ii) higher intensity, (iii) higher incidence of pixel-saturation, (iv) higher incidence of pixel-saturation caused interference with a multi-peak irradiance profile, and (v) lower clarity, when compared to the same reflection detected within the second iris image. obtaining a first image of an iris at an imaging apparatus using a first exposure period; obtaining a second image of the iris at the imaging apparatus using a second exposure period; comparing incidence of reflection patterns within the first and second iris images; and determining authenticity of the imaged iris based on a result of comparing the incidence of reflection patterns within the first and second iris images; (a) the second exposure period being shorter than the first exposure period; (b) each of the first and second iris images being obtained under illumination of a same intensity from an illumination source incident upon the imaged iris; and (c) ascertaining that variation between (i) a first set of image characteristics of a reflection detected in the first iris image and (ii) a second set of image characteristics of the same reflection detected in the second iris image, is consistent with a predicted variation in said first and second set of image characteristics;
A method, comprising: receiving a three-dimensional map of at least a part of a body of a user of a computerized system; receiving a two dimensional image of the user, the image including an eye of the user; extracting, from the 3D map and the 2D image, 3D coordinates of a head of the user; identifying, based on the 3D coordinates of the head and the image of the eye, a direction of a gaze performed by the user; and controlling a function of the computerized system by identifying an interactive item presented on a display coupled to the computerized system and in the direction of the gaze, and performing an action associated with the identified interactive item, characterized in that the action is performed in response to receiving a first sequence of three-dimensional maps indicating a motion of a limb (30, 31) toward the display, receiving a second sequence of 3D maps indicating a deceleration of the motion of the limb toward the display, and receiving a third sequence of 3D maps indicating a motion of the limb away from the display. receiving a three-dimensional map of at least a part of a body of a user of a computerized system; receiving a two dimensional image of the user, the image including an eye of the user; extracting, from the 3D map and the 2D image, 3D coordinates of a head of the user; identifying, based on the 3D coordinates of the head and the image of the eye, a direction of a gaze performed by the user; and controlling a function of the computerized system by identifying an interactive item presented on a display coupled to the computerized system and in the direction of the gaze, and performing an action associated with the identified interactive item, characterized in that the action is performed in response to receiving a first sequence of three-dimensional maps indicating a motion of a limb (30, 31) toward the display, receiving a second sequence of 3D maps indicating a deceleration of the motion of the limb toward the display, and receiving a third sequence of 3D maps indicating a motion of the limb away from the display.
Electrical architecture of a hybrid motor vehicle comprising a combustion engine driving an alternator that recharges a low-voltage on-board battery connected to the starter of the combustion engine and to the vehicle on-board network, an electric traction machine powered by a high-voltage traction battery and a hybrid transmission having coupling means that can occupy at least a first position in which the combustion engine is uncoupled from the drive train connecting the electric machine to the wheels, a second position in which the wheels are driven by the combustion engine with or without top-up from the electric machine, and a third position in which the combustion engine and the electric machine are coupled in such a way as to combine their respective torques, bound for the wheels, characterized in that the combustion engine and the alternator constitute an electricity generator set capable of supplying the energy requirements of the electric traction machine in electric mode.