mhurhangee/ep-ind-claims huggingface dataset:
An ultrasound diagnosis apparatus comprising: a data acquisition unit configured to acquire flow data of blood flow in real-time from a region of interest of an object; a parameter setting unit configured to analyze power data in the blood flow of the ROI by using the acquired flow data in real-time, calculate an average value of the power data of the blood flow with respect to time, and set a power threshold or a power ceiling based on the calculated average value of the power data; an image generator configured to generate a color flow image of the ROI by using the power data that has a value that is greater than or equal to the set power threshold or less than the set power ceiling among the power data of blood flow through the ROI; and a display configured to display the color flow image, wherein the parameter setting unit is further configured to set the power threshold to increase as the average value of power data of blood flow through the ROI increases and to decrease as the average value of the power data decreases. a data acquisition unit configured to acquire flow data of blood flow in real-time from a region of interest of an object; a parameter setting unit configured to analyze power data in the blood flow of the ROI by using the acquired flow data in real-time, calculate an average value of the power data of the blood flow with respect to time, and set a power threshold or a power ceiling based on the calculated average value of the power data; an image generator configured to generate a color flow image of the ROI by using the power data that has a value that is greater than or equal to the set power threshold or less than the set power ceiling among the power data of blood flow through the ROI; and a display configured to display the color flow image, wherein the parameter setting unit is further configured to set the power threshold to increase as the average value of power data of blood flow through the ROI increases and to decrease as the average value of the power data decreases.
An electrical distribution device assembly comprising: a drawout substructure having at least first and second opposing side portions (6,7); a telescoping rail unit mounted to one of the first and second opposing side portions (6,7), the telescoping rail unit including a carrier rail having a carrier rail support surface and a loading rail having a loading rail support surface, the loading rail being slidably supported by the carrier rail to define an extended deployed configuration where both carrier rail and loading rail extend beyond a front edge of the drawout substructure and a retracted stowed configuration where both carrier rail and loading rail are completely contained within the drawout substructure; the carrier rail includes first and second pin members and that provide a sliding interface for the loading rail; an electrical device supported upon at least one of the carrier rail and the loading rail, wherein the electrical device is selectively shiftable into and out from the drawout substructure via the telescoping rail unit; and an electrical device rest mounted to the one of the first and second opposing side portions (6,7) of the drawout substructure, the electrical device rest being vertically offset from the telescoping rail unit and arranged such that the electrical device is shiftable from the at least one of the carrier rail and the loading rail to the electrical device rest, whereby the first pin member is vertically offset relative to the second pin member of the carrier rail. a drawout substructure having at least first and second opposing side portions (6,7); a telescoping rail unit mounted to one of the first and second opposing side portions (6,7), the telescoping rail unit including a carrier rail having a carrier rail support surface and a loading rail having a loading rail support surface, the loading rail being slidably supported by the carrier rail to define an extended deployed configuration where both carrier rail and loading rail extend beyond a front edge of the drawout substructure and a retracted stowed configuration where both carrier rail and loading rail are completely contained within the drawout substructure; the carrier rail includes first and second pin members and that provide a sliding interface for the loading rail; an electrical device supported upon at least one of the carrier rail and the loading rail, wherein the electrical device is selectively shiftable into and out from the drawout substructure via the telescoping rail unit; and an electrical device rest mounted to the one of the first and second opposing side portions (6,7) of the drawout substructure, the electrical device rest being vertically offset from the telescoping rail unit and arranged such that the electrical device is shiftable from the at least one of the carrier rail and the loading rail to the electrical device rest, whereby the first pin member is vertically offset relative to the second pin member of the carrier rail.
A device to detect a gesture performed by an object in touch-less communication with the device, the device comprising: two or more ambient light sensors arranged at respective first surface locations of the device, each of the two or more ambient light sensors configured to sense light intensity at the respective first surface locations; and one or more processors configured to operate one or more light sources at respective second surface locations of the device based on the light intensity sensed by the two or more ambient light sensors, and detect the gesture based on the light intensity sensed by each of the two or more ambient light sensors, characterized in that the one or more processors are further configured to monitor an ambient light level based on the light intensity sensed by the two or more ambient light sensors, initiate the control of the one or more light sources when the ambient light level drops below a minimum threshold level for a first period of time, and calibrate the two or more ambient light sensors when the ambient light level drops below the minimum threshold level for the first period of time by adjusting the brightness of each corresponding light source as needed. two or more ambient light sensors arranged at respective first surface locations of the device, each of the two or more ambient light sensors configured to sense light intensity at the respective first surface locations; and one or more processors configured to operate one or more light sources at respective second surface locations of the device based on the light intensity sensed by the two or more ambient light sensors, and detect the gesture based on the light intensity sensed by each of the two or more ambient light sensors, characterized in that the one or more processors are further configured to monitor an ambient light level based on the light intensity sensed by the two or more ambient light sensors, initiate the control of the one or more light sources when the ambient light level drops below a minimum threshold level for a first period of time, and calibrate the two or more ambient light sensors when the ambient light level drops below the minimum threshold level for the first period of time by adjusting the brightness of each corresponding light source as needed.
A steering lock device, comprising: a frame provided with at least a cylinder cylindrical part in which a cylinder lock is arranged; a frame cover assembled to the frame to close an opening-end side of the cylinder cylindrical part; a lock member arranged in a guide hole provided in the frame so as to be slidable between a locked position and an unlocked position; a trigger configured to be displaced as the frame cover drops from the frame; an auxiliary lock device configured to allow the lock member to be held in the locked position as the trigger is displaced under a condition that the lock member is positioned in the locked position; a housed component arranged in a housing chamber defined by the frame cover and the frame or in the guide hole; characterized by a trigger coupling member that couples the housed component and the trigger, wherein when the housed component is displaced by an external force which acts on the frame cover, the trigger is displaced via the trigger coupling member. a frame provided with at least a cylinder cylindrical part in which a cylinder lock is arranged; a frame cover assembled to the frame to close an opening-end side of the cylinder cylindrical part; a lock member arranged in a guide hole provided in the frame so as to be slidable between a locked position and an unlocked position; a trigger configured to be displaced as the frame cover drops from the frame; an auxiliary lock device configured to allow the lock member to be held in the locked position as the trigger is displaced under a condition that the lock member is positioned in the locked position; a housed component arranged in a housing chamber defined by the frame cover and the frame or in the guide hole; characterized by a trigger coupling member that couples the housed component and the trigger, wherein when the housed component is displaced by an external force which acts on the frame cover, the trigger is displaced via the trigger coupling member.
Device for connecting a conductor to an electrical terminal, of the type comprising at least one flexible spring leaf having a first portion intended to press the said conductor, as it is plugged into a connection chamber, against a conducting surface electrically connected to the said terminal, comprising: - elastic retaining means for keeping the said first portion of leaf some distance away from the conducting surface, the said first portion of leaf being prestressed and kept in a position equilibrium in a disconnection situation; - release means for releasing the said first portion of leaf which are activated as the conductor is being plugged in, overturning the position of equilibrium, the released first portion of leaf coming to press the plugged-in conductor against the conducting surface in a connection situation; the leaf being a strip with no roughnesses comprising transverse folds delimiting leaf portions, the retaining means and the release means that retain/release the first portion of leaf being provided in an elastic second portion of leaf that is one piece with the first portion of leaf, an intermediate portion connecting the said first and second portions (31, 32) of leaf, the connection device is characterized in that the intermediate portion comprises a securing zone for securing to a wall of the connection chamber connecting said first and second portions (31, 32) of leaf, and in that it comprises relocking means for relocking the first portion of leaf in the position of equilibrium. - elastic retaining means for keeping the said first portion of leaf some distance away from the conducting surface, the said first portion of leaf being prestressed and kept in a position equilibrium in a disconnection situation; - release means for releasing the said first portion of leaf which are activated as the conductor is being plugged in, overturning the position of equilibrium, the released first portion of leaf coming to press the plugged-in conductor against the conducting surface in a connection situation; the leaf being a strip with no roughnesses comprising transverse folds delimiting leaf portions, the retaining means and the release means that retain/release the first portion of leaf being provided in an elastic second portion of leaf that is one piece with the first portion of leaf, an intermediate portion connecting the said first and second portions (31, 32) of leaf, the connection device is characterized in that the intermediate portion comprises a securing zone for securing to a wall of the connection chamber connecting said first and second portions (31, 32) of leaf, and in that it comprises relocking means for relocking the first portion of leaf in the position of equilibrium.
Magnet module for fixing to a shaft, having a magnet holder of injection moulded plastic to be fixed to the shaft, and having a magnet element, the magnet holder and the magnet element being implemented as clearly delimited components, the magnet element being injection moulded into the plastic of the magnet holder and the magnet holder being connectable to the shaft, the magnet holder being formed hollow-cylindrically in the form of a sleeve, an end of the magnet module being formed by the magnet element and the magnet holder having a cylindrical recess and being capable of being pushed onto the shaft with this cylindrical recess, characterized in that a pot-like magnet module is formed and, on the circumferential surface of the cylindrical recess in the magnet holder there is arranged a spring element, which generates a spring force transversely with respect to the shaft axis, and the spring element is inserted into an insertion groove in the circumferential surface of the cylindrical recess.
Pedestrian safety system for a motor vehicle having a hood and a windscreen, said safety system comprising an airbag with an outer skin extending from a front end to a rear end when the airbag is in its fully deployed state with the rear end being positioned in front of the windscreen at least in sections, said airbag skin comprising an upper wall and a lower wall, wherein the airbag further comprises a plurality of shaping tether elements (20a, 20b) connecting the upper wall and the lower wall, said shaping tether elements (20a, 20b) each extending from a first end to a second end with the first ends being closer to the rear end of the outer skin than the second ends, characterized in that the height of each shaping tether element (20a, 20b) rises at least in a rear section of the airbag from its first end towards its second end.
A method of removably attaching a support foot to a lower surface of a fastening tool, comprising: moving the support foot toward the fastening tool so that the support foot engages the lower surface; and deflecting a portion of the support foot over a portion of the lower surface or deflecting a portion of the lower surface over a portion of the support foot. moving the support foot toward the fastening tool so that the support foot engages the lower surface; and deflecting a portion of the support foot over a portion of the lower surface or deflecting a portion of the lower surface over a portion of the support foot.
A composite conductive wire comprising at least one outer copper sheath, characterised in that it further comprises: - a first tube made up of a first metallic material in contact with and being located inside said copper sheath; - a second tube made up of a second metallic material in contact with and being located inside said first tube; - a fibre made up of a third metallic material in contact with and being located inside said second tube; - the copper and the first material being immiscible with each other, the first and second materials being immiscible with each other, the second and third materials being immiscible with each other; - the radial dimensions of the tubes and of the fibre being sub-micron sized. - a first tube made up of a first metallic material in contact with and being located inside said copper sheath; - a second tube made up of a second metallic material in contact with and being located inside said first tube; - a fibre made up of a third metallic material in contact with and being located inside said second tube; - the copper and the first material being immiscible with each other, the first and second materials being immiscible with each other, the second and third materials being immiscible with each other; - the radial dimensions of the tubes and of the fibre being sub-micron sized.
A manufacturing process for producing a smooth-sided strand-based product, comprising the steps of: blending cellulosic strands with one or more additives or chemicals; forming a mat from said cellulosic strands; and applying heat and pressure to the mat in a primary pressing process to form a board; characterized in that the manufacturing process comprises: trimming the board to form a master blank; while the master blank is still hot from the primary pressing process, and prior to application of one or more overlays to a surface of the master blank, applying a water-based spray to the surface of the master blank; storing the master blank for a settling period sufficient to allow the surface to pre-telegraph, i.e. to swell; after the settling period, sanding the surface; applying one or more overlays to the surface; and applying heat and pressure to the master blank in a secondary pressing process to adhere the one or more overlays to the surface of the master blank. blending cellulosic strands with one or more additives or chemicals; forming a mat from said cellulosic strands; and applying heat and pressure to the mat in a primary pressing process to form a board; trimming the board to form a master blank; while the master blank is still hot from the primary pressing process, and prior to application of one or more overlays to a surface of the master blank, applying a water-based spray to the surface of the master blank; storing the master blank for a settling period sufficient to allow the surface to pre-telegraph, i.e. to swell; after the settling period, sanding the surface; applying one or more overlays to the surface; and applying heat and pressure to the master blank in a secondary pressing process to adhere the one or more overlays to the surface of the master blank.
Method for producing a packaging laminate comprising the steps of - co-extruding a first laminate layer consisting of a substrate layer having an HDPE content of at least 60 vol.%, preferably at least 70 vol.% and very particularly preferably at least 80 vol.%, a connecting layer and a barrier layer consisting of a barrier polymer, preferably polyamide or ethylene vinyl alcohol copolymer, having a thickness of maximum 20% of the total thickness of the first laminate layer, wherein the connecting layer is arranged between the substrate layer and the barrier layer, - bidirectionally stretching the co-extruded first laminate layer, - connecting the bidirectionally stretched first laminate layer to a second laminate layer having a polyethylene content of at least 80 vol.%, wherein the second laminate layer is connected to the barrier layer of the first laminate layer. - co-extruding a first laminate layer consisting of a substrate layer having an HDPE content of at least 60 vol.%, preferably at least 70 vol.% and very particularly preferably at least 80 vol.%, a connecting layer and a barrier layer consisting of a barrier polymer, preferably polyamide or ethylene vinyl alcohol copolymer, having a thickness of maximum 20% of the total thickness of the first laminate layer, wherein the connecting layer is arranged between the substrate layer and the barrier layer, - bidirectionally stretching the co-extruded first laminate layer, - connecting the bidirectionally stretched first laminate layer to a second laminate layer having a polyethylene content of at least 80 vol.%, wherein the second laminate layer is connected to the barrier layer of the first laminate layer.
An insecticidal U 1 -agatoxin-Ta1b variant polypeptide, wherein the TVP comprises an amino acid sequence as set forth in any one of SEQ ID NOs: 2-15, 49-53, or 77-110, or an agriculturally acceptable salt thereof, or the TVP is encoded by a polynucleotide sequence as set forth in any one of SEQ ID NOs: 17-30, 54-58, or 117-150, or a complementary nucleotide sequence thereof. the TVP comprises an amino acid sequence as set forth in any one of SEQ ID NOs: 2-15, 49-53, or 77-110, or an agriculturally acceptable salt thereof, or the TVP is encoded by a polynucleotide sequence as set forth in any one of SEQ ID NOs: 17-30, 54-58, or 117-150, or a complementary nucleotide sequence thereof.
A pharmaceutical composition comprising a therapeutically effective amount of an anti-human interleukin-4-receptor (IL-4R) antibody or antigen-binding fragment thereof for use in a method of treating moderate-to-severe atopic dermatitis in a patient, wherein the patient is resistant, non-responsive or inadequately responsive to topical corticosteroids or topical calcineurin inhibitors.
A wireless transmit/receive unit, WTRU, comprising: means for performing physical downlink control channel, PDCCH, monitoring using a first beam; means for receiving a medium access control, MAC, command from a base station that indicates a reference signal for a second beam for PDCCH monitoring; and means for, on a condition that the MAC command is received: sending an acknowledgement, ACK, to the base station, and performing PDCCH monitoring using the second beam. means for performing physical downlink control channel, PDCCH, monitoring using a first beam; means for receiving a medium access control, MAC, command from a base station that indicates a reference signal for a second beam for PDCCH monitoring; and means for, on a condition that the MAC command is received: sending an acknowledgement, ACK, to the base station, and performing PDCCH monitoring using the second beam. sending an acknowledgement, ACK, to the base station, and performing PDCCH monitoring using the second beam.
A wheelchair for overcoming obstacles, in particular steps and stairs, having a plurality of castors, the castors being arranged in at least two rows, and the rows are arranged on a left and a right side of the wheelchair; with a chassis on or in which a seat is arranged, the seat being mounted on or in the chassis by means of a tilting device so that it remains in a substantially horizontal sitting position when overcoming an obstacle; and each castor being arranged on the chassis by means of at least one suspension in each case, in that the suspension encloses an angle of < 90° with respect to the tread surface of a step in the direction of travel, wherein the suspension on the individual castors is in the form of guide tubes. and the rows are arranged on a left and a right side of the wheelchair; with a chassis on or in which a seat is arranged, the seat being mounted on or in the chassis by means of a tilting device so that it remains in a substantially horizontal sitting position when overcoming an obstacle; and each castor being arranged on the chassis by means of at least one suspension in each case, in that the suspension encloses an angle of < 90° with respect to the tread surface of a step in the direction of travel, wherein the suspension on the individual castors is in the form of guide tubes.