mhurhangee/ep-ind-claims huggingface dataset:
A light diffusing optical fiber, said fiber including a core comprising silica or silica-based glass, a primary cladding, an outer surface, and a plurality of nano-sized structures situated within said core or at a core-cladding boundary, said nano-sized structures having a size and composition selected to provide a scattering induced attenuation greater than 50 dB/km for a selected wavelength between 200 nm and 2000 nm and to scatter guided light away from said core and through said outer surface as a substantially uniform emission of radiation over a length of said fiber, wherein said nano-sized structures have a cross-sectional size of between 10 nm and 1 μm, and a length between 1 mm and 50 m.
A showerhead assembly for a vapor deposition process, comprising: a showerhead plate comprising a top surface, a bottom surface, and a radius extending from the center to the outer edge of the showerhead plate; a first plurality of holes in fluid communication with the top surface and the bottom surface, positioned within a first zone extending from the center of the showerhead plate to about 25% of the radius of the showerhead plate, and each hole comprises a diameter of less than 2,54 mm (0.1 inches); and a second plurality of holes in fluid communication with the top surface and the bottom surface, positioned within a second zone extending from about 25% of the radius of the showerhead plate to about the outer edge of the showerhead plate, and each hole comprises a diameter of greater than 2,54 mm (0.1 inches); wherein the hole density and the hole diameters of both the first and second plurality of holes increase radially extending towards the outer edge. a showerhead plate comprising a top surface, a bottom surface, and a radius extending from the center to the outer edge of the showerhead plate; a first plurality of holes in fluid communication with the top surface and the bottom surface, positioned within a first zone extending from the center of the showerhead plate to about 25% of the radius of the showerhead plate, and each hole comprises a diameter of less than 2,54 mm (0.1 inches); and a second plurality of holes in fluid communication with the top surface and the bottom surface, positioned within a second zone extending from about 25% of the radius of the showerhead plate to about the outer edge of the showerhead plate, and each hole comprises a diameter of greater than 2,54 mm (0.1 inches); wherein the hole density and the hole diameters of both the first and second plurality of holes increase radially extending towards the outer edge.
Rail vehicle with a bicycle storage space characterised in that mounted in the area of the bicycle storage space is a holder for an electronic device (2.1), in particular for the power adapter (2.1) of an battery charger of an electric bicycle, - with a main body which extends from an upper end (3.1) in the vertical direction to a lower end (3.2) and which has a front side - with at least one wing which is connected to the main body and extends at least in sections away from the main body, wherein the at least one wing together with the main body forms a receiving space for receiving the electronic device (2.1) and at least partially engages behind the receiving space starting from the main body, wherein the receiving space narrows in direction from the upper end (3.1) to the lower end (3.2) of the main body, wherein the receiving space is provided with a insertion opening (5.1) arranged in the area of the upper end (3.1) of the main body and a removal opening (5.2) arranged in the area of the lower end (3.2) of the main body, wherein the receiving space has a barrier-free gap extending essentially in the vertical direction which connects the insertion opening (5.1) with the removal opening (5.2) and wherein the wing(s) together with the main body is/are designed in one piece and formed from a single sheet metal formed part. - with a main body which extends from an upper end (3.1) in the vertical direction to a lower end (3.2) and which has a front side - with at least one wing which is connected to the main body and extends at least in sections away from the main body,
A mobile terminal comprising: (a) a camera unit executing a minute movement mode, in which a subject is captured while a lens is moved back and forth in an optical axis direction, and outputting a plurality of images with different angles of view; (b) a storage unit storing the plurality of images output from the camera unit; (c) an angle-of-view correction unit taking any one image of the plurality of images stored in the storage unit as a base image and correcting the other images of the plurality of images so that the angles of view of the other images match the angle of view of the base image; (d) a display outputting the base image and the other images corrected by the angle-of-view correction unit; and (e) a focus assessment unit determining whether or not the lens is at an in-focus position based on whether or not an amount of change in contrast of the plurality of images stored in the storage unit exceeds a predetermined threshold, wherein (f) if the amount of change in contrast of the plurality of images exceeds the threshold, the focus assessment unit determines, as a new in-focus position, a position of the lens at which the maximum image contrast is obtained based on contrasts of the plurality of images, and (g) the angle-of-view correction unit takes an image, which corresponds to the new in-focus position of the lens, as the base image of the plurality of images which will be obtained by next minute movement mode. (a) a camera unit executing a minute movement mode, in which a subject is captured while a lens is moved back and forth in an optical axis direction, and outputting a plurality of images with different angles of view; (b) a storage unit storing the plurality of images output from the camera unit; (c) an angle-of-view correction unit taking any one image of the plurality of images stored in the storage unit as a base image and correcting the other images of the plurality of images so that the angles of view of the other images match the angle of view of the base image; (d) a display outputting the base image and the other images corrected by the angle-of-view correction unit; and (e) a focus assessment unit determining whether or not the lens is at an in-focus position based on whether or not an amount of change in contrast of the plurality of images stored in the storage unit exceeds a predetermined threshold, wherein (f) if the amount of change in contrast of the plurality of images exceeds the threshold, the focus assessment unit determines, as a new in-focus position, a position of the lens at which the maximum image contrast is obtained based on contrasts of the plurality of images, and (g) the angle-of-view correction unit takes an image, which corresponds to the new in-focus position of the lens, as the base image of the plurality of images which will be obtained by next minute movement mode.
A fuel cell system, comprising: a cell stack assembly including a plurality of cathode components and a plurality of anode components; a first reactant blower having an outlet situated to provide a first reactant to the cathode components; and a second reactant blower having an outlet situated to provide a second reactant to the anode components, the second reactant blower comprising a fan portion that moves the second reactant through the outlet, a motor portion that drives the fan portion and a bearing portion associated with the fan portion and the motor portion, the motor portion having a motor coolant inlet characterized in that the motor coolant inlet is directly coupled with the outlet of the first reactant blower to receive an amount of first reactant controlled with a mass flow control valve for cooling the motor portion. a cell stack assembly including a plurality of cathode components and a plurality of anode components; a first reactant blower having an outlet situated to provide a first reactant to the cathode components; and a second reactant blower having an outlet situated to provide a second reactant to the anode components, the second reactant blower comprising a fan portion that moves the second reactant through the outlet, a motor portion that drives the fan portion and a bearing portion associated with the fan portion and the motor portion, the motor portion having a motor coolant inlet characterized in that the motor coolant inlet is directly coupled with the outlet of the first reactant blower to receive an amount of first reactant controlled with a mass flow control valve for cooling the motor portion.
Method for estimating a position in at least two coordinate systems, having the steps of: - receiving sensor data for a position estimation in a relative local first coordinate system; and - performing a position estimation in the first coordinate system using the sensor data; - providing position information (BI, LP) resulting from the position estimation from the first coordinate system for a position estimation in an absolute global second coordinate system; - fusing data from a global navigation satellite system and the position information (BI, LP) provided to form a position estimation in the second coordinate system; - determining correlations between states for two points in time, wherein a state clone of a state measured in the second coordinate system is generated in the first coordinate system for determining the correlations; and - outputting position estimations (LP, GP) in the first coordinate system and in the second coordinate system to at least one external application. - receiving sensor data for a position estimation in a relative local first coordinate system; and - performing a position estimation in the first coordinate system using the sensor data; - providing position information (BI, LP) resulting from the position estimation from the first coordinate system for a position estimation in an absolute global second coordinate system; - fusing data from a global navigation satellite system and the position information (BI, LP) provided to form a position estimation in the second coordinate system; - determining correlations between states for two points in time, wherein a state clone of a state measured in the second coordinate system is generated in the first coordinate system for determining the correlations; and - outputting position estimations (LP, GP) in the first coordinate system and in the second coordinate system to at least one external application.
An isolated monoclonal antibody, or antigen-binding fragment thereof, that binds specifically to a glycated epitope of K41-glycated human CD59, wherein the epitope includes a reduced ketoamine of the glycated K41.
A method of operating an integrated inserter and infusion set, wherein the integrated inserter and infusion set comprises a top and bottom, wherein a body, and needle and needle hub are provided captured between the top and bottom, wherein the needle is bonded to the needle hub, a drive spring captured between the top of the set, and the body to urge the body and needle hub toward a skin surface when released, a user-accessible release tab disposed to prevent movement of the needle hub toward the skin surface until pulled from the set the method comprising: pulling the release tab free from the set whereby the needle hub is released and the drive spring urges the body and needle hub toward the skin surface wherein the drive spring is configured to prevent retraction or rearward movement of the needle hub after insertion. a top and bottom, wherein a body, and needle and needle hub are provided captured between the top and bottom, wherein the needle is bonded to the needle hub, a drive spring captured between the top of the set, and the body to urge the body and needle hub toward a skin surface when released, a user-accessible release tab disposed to prevent movement of the needle hub toward the skin surface until pulled from the set pulling the release tab free from the set whereby the needle hub is released and the drive spring urges the body and needle hub toward the skin surface wherein the drive spring is configured to prevent retraction or rearward movement of the needle hub after insertion.
An underlayment for a floor comprising: a) a dimpled substrate comprising a generally planar top side, an opposed bottom side, and a plurality of dimples formed therein, each dimple bounded by a dimple wall, and comprising a dimple opening along the top side; and b) a smoothing layer bonded to the top side of the dimpled substrate and overlaying and occluding the dimple openings; wherein the dimpled substrate includes a first layer bonded to the smoothing layer, and a second layer bonded to the first layer; characterized in that the first layer is a plastic structural layer, and the second layer is a foam layer. a) a dimpled substrate comprising a generally planar top side, an opposed bottom side, and a plurality of dimples formed therein, each dimple bounded by a dimple wall, and comprising a dimple opening along the top side; and b) a smoothing layer bonded to the top side of the dimpled substrate and overlaying and occluding the dimple openings;
Flexible structure (10, 20, 30) for transferring heat between a heating device and an object to be heated in a trace heating system, the flexible structure having a longitudinal shape with a longitudinal axis and characterised in that it comprises an expanded graphite structure which forms at least a portion of a surface area of the flexible structure (10, 20, 30).
An electric discharge machining apparatus for machining a work piece by supplying a current pulse to a machining gap formed between the work piece and a tool electrode while alternately switching between a straight polarity, in which the work piece is a positive potential and the tool electrode is a negative potential, and a reverse polarity, in which the work piece is the negative potential and the tool electrode is the positive potential, the electric discharge machining apparatus comprising: a power supply having a positive pole and a negative pole; a first switch disposed between the positive pole of the power supply and the work piece; a second switch disposed between the work piece and the negative pole of the power supply; a third switch disposed between the tool electrode and the negative pole of the power supply; a fourth switch disposed between the positive pole of the power supply and the tool electrode, and characterised by; a pulse generating device controlling the first switch, the second switch, the third switch, and the fourth switch, wherein while one of the first switch and the third switch is on, the pulse generating device repeats an on/off switching operation of the other switch of the first switch and the third switch so as to supply a series of current pulses with the straight polarity to the machining gap, and while one of the second switch and the fourth switch is on, the pulse generating device repeats an on/off switching operation of the other switch of the second switch and the fourth switch so as to supply a series of current pulses with the reverse polarity to the machining gap. a power supply having a positive pole and a negative pole; a first switch disposed between the positive pole of the power supply and the work piece; a second switch disposed between the work piece and the negative pole of the power supply; a third switch disposed between the tool electrode and the negative pole of the power supply; a fourth switch disposed between the positive pole of the power supply and the tool electrode, and characterised by; a pulse generating device controlling the first switch, the second switch, the third switch, and the fourth switch, wherein while one of the first switch and the third switch is on, the pulse generating device repeats an on/off switching operation of the other switch of the first switch and the third switch so as to supply a series of current pulses with the straight polarity to the machining gap, and while one of the second switch and the fourth switch is on, the pulse generating device repeats an on/off switching operation of the other switch of the second switch and the fourth switch so as to supply a series of current pulses with the reverse polarity to the machining gap.
A computer system for device registration and discovery of a content-centric network, CCN, the system comprising: a processor; and a storage device coupled to the processor and storing instructions which when executed by the processor cause the processor to perform a method, the method comprising: receiving, by the computer system, an interest for registration of a client device, wherein the interest includes at least a unique identifier associated with the client device; generating a content object in response to the interest, wherein the content object includes at least a name assigned to the client device, a routable name prefix allowing the device to be reached by other devices, and one or more name prefixes for the client device to publish data under, wherein the one or more name prefixes are different from the routable name prefix; and sending the content object to the client device, thereby enabling the client device to publish data and to be discovered by other client devices in the CCN. a processor; and a storage device coupled to the processor and storing instructions which when executed by the processor cause the processor to perform a method, the method comprising: receiving, by the computer system, an interest for registration of a client device, wherein the interest includes at least a unique identifier associated with the client device; generating a content object in response to the interest, wherein the content object includes at least a name assigned to the client device, a routable name prefix allowing the device to be reached by other devices, and one or more name prefixes for the client device to publish data under, wherein the one or more name prefixes are different from the routable name prefix; and sending the content object to the client device, thereby enabling the client device to publish data and to be discovered by other client devices in the CCN. receiving, by the computer system, an interest for registration of a client device, wherein the interest includes at least a unique identifier associated with the client device; generating a content object in response to the interest, wherein the content object includes at least a name assigned to the client device, a routable name prefix allowing the device to be reached by other devices, and one or more name prefixes for the client device to publish data under, wherein the one or more name prefixes are different from the routable name prefix; and sending the content object to the client device, thereby enabling the client device to publish data and to be discovered by other client devices in the CCN.
A linkage assembly for coupling a plunger of an actuator to a manually operated input member, the linkage assembly comprising a pushrod; and a resilient member coupled to the pushrod, the resilient member having an outer end which is engagable with the plunger when the pushrod is spaced apart from the plunger, the resilient member deforming to allow the pushrod to directly engage the plunger when the pushrod is moved towards the plunger, characterized in that the resilient member is formed by a solid elastomeric element which is received by a blind bore which is included in the pushrod and opens towards the plunger, wherein an outer end of the solid elastomeric element is external to the blind bore when the pushrod is spaced apart from the plunger.
An implantable medical device retrieval system comprising: an elongate outer tubular member including a longitudinally extending lumen terminating in a distal cup, wherein the distal cup is configured to receive the IMD; and a retrieval assembly comprising: a retrieval member comprising an elongate member terminating in at least one snare, wherein the at least one snare is moveable between an expanded configuration and a contracted configuration; and a fixed-curve catheter comprising a resilient material forming a distal curve and defining a lumen in which the retrieval member extends in sliding engagement, wherein the fixed-curve catheter extends in sliding engagement within the lumen of the elongate outer tubular member, wherein the fixed-curve catheter is rotatable relative to the elongate outer tubular member. an elongate outer tubular member including a longitudinally extending lumen terminating in a distal cup, wherein the distal cup is configured to receive the IMD; and a retrieval assembly comprising: a retrieval member comprising an elongate member terminating in at least one snare, wherein the at least one snare is moveable between an expanded configuration and a contracted configuration; and a fixed-curve catheter comprising a resilient material forming a distal curve and defining a lumen in which the retrieval member extends in sliding engagement, wherein the fixed-curve catheter extends in sliding engagement within the lumen of the elongate outer tubular member, a retrieval member comprising an elongate member terminating in at least one snare, wherein the at least one snare is moveable between an expanded configuration and a contracted configuration; and a fixed-curve catheter comprising a resilient material forming a distal curve and defining a lumen in which the retrieval member extends in sliding engagement, wherein the fixed-curve catheter extends in sliding engagement within the lumen of the elongate outer tubular member, wherein the fixed-curve catheter is rotatable relative to the elongate outer tubular member.
A carbon nanotube-sulfur composite comprising: a linear conductive carbon nanotube aggregate; and sulfur impregnated on an external surface and in an inside of the linear conductive carbon nanotube aggregate, wherein a tap density of the linear conductive carbon nanotube aggregate is 0.01 g/cc or more and 1 g/cc or less, and wherein the linear conductive carbon nanotube aggregate is a particulate having a particle diameter of 500 micrometers or less. a linear conductive carbon nanotube aggregate; and sulfur impregnated on an external surface and in an inside of the linear conductive carbon nanotube aggregate, wherein a tap density of the linear conductive carbon nanotube aggregate is 0.01 g/cc or more and 1 g/cc or less, and wherein the linear conductive carbon nanotube aggregate is a particulate having a particle diameter of 500 micrometers or less.
A method for pre-hatch determination of the sex of an embryo in an avian egg, comprising the steps of a. introducing into the egg an antibody designed to match with a sex specific antigen on the embryo, which antibody is labelled, b. allowing the labelled antibody to migrate to and bind with the sex specific antigen on the embryo, c. detecting binding of the labelled antibodies on the embryo using detection means positioned outside of the egg. a. introducing into the egg an antibody designed to match with a sex specific antigen on the embryo, which antibody is labelled, b. allowing the labelled antibody to migrate to and bind with the sex specific antigen on the embryo, c. detecting binding of the labelled antibodies on the embryo using detection means positioned outside of the egg.