mhurhangee/ep-ind-claims huggingface dataset:
A light emitting diode light bulb (100-x), comprising: a base (180-x); at least one support structure (111-x) coupled to the base and formed into a shape that defines contours for a luminous surface (112-x) and an open volume (190-x); at least one LED assembly (120-x) comprising two or more electrically connected LEDs (121-x), the LED assembly attached to and in physical contact with the support structure along a length of the support structure to form the luminous surface, wherein the support structure has openings (113-x) between neighboring segments of the LED assembly; and a coating disposed over at least a portion of the LED assembly, the coating having a surface that is exposed to ambient air, the coating surface having a surface texture that provides a surface area at least three times greater than an untextured surface of the same size, wherein a light output per surface area of the LED light bulb is between about 0.3 lumens and 30 lumens per cm 2 of an exterior surface area of the LED light bulb. a base (180-x); at least one support structure (111-x) coupled to the base and formed into a shape that defines contours for a luminous surface (112-x) and an open volume (190-x); at least one LED assembly (120-x) comprising two or more electrically connected LEDs (121-x), the LED assembly attached to and in physical contact with the support structure along a length of the support structure to form the luminous surface, wherein the support structure has openings (113-x) between neighboring segments of the LED assembly; and a coating disposed over at least a portion of the LED assembly, the coating having a surface that is exposed to ambient air, the coating surface having a surface texture that provides a surface area at least three times greater than an untextured surface of the same size, wherein a light output per surface area of the LED light bulb is between about 0.3 lumens and 30 lumens per cm 2 of an exterior surface area of the LED light bulb.
A method for eliminating the defects acridity, haze and sediment formation in pomegranate juices and for ensuring color stability, characterized in that it includes the process steps of conversion of the pomegranate juices, i. as the first process step, with tannase and lactonase enzymes - converting gallotannins to gallic acids with tannase enzyme, - converting ellagitannins to hexahydroxydiphenic acid with the tannase enzyme, converting this acid to ellagic acid with the lactonase enzyme ii. as the second process step, converting proteins that cause problems into amino acids with the protease enzymes. i. as the first process step, with tannase and lactonase enzymes - converting gallotannins to gallic acids with tannase enzyme, - converting ellagitannins to hexahydroxydiphenic acid with the tannase enzyme, converting this acid to ellagic acid with the lactonase enzyme - converting gallotannins to gallic acids with tannase enzyme, - converting ellagitannins to hexahydroxydiphenic acid with the tannase enzyme, converting this acid to ellagic acid with the lactonase enzyme ii. as the second process step, converting proteins that cause problems into amino acids with the protease enzymes.
A method of decreasing combustion dynamics in a gas turbine, the gas turbine including a combustion liner cap assembly including a cylindrical outer sleeve supporting internal structure therein, and a plurality of fuel nozzle openings formed through the internal structure, wherein a first set of circumferentially spaced cooling holes is formed through the cylindrical outer sleeve; and the method comprising increasing airflow through the combustion liner cap assembly to stabilize the combustion flame by forming a second set of circumferentially spaced cooling holes through the cylindrical outer sleeve, wherein the second set of cooling holes is axially spaced from the first set of cooling holes, so as to reduce one of the characteristic combustion dynamic frequencies of the gas turbine.
A mobile terminal comprising: a first means for operating a wireless connection between the mobile terminal and an access point in an active mode, the access point being coupled to a network; characterised by a second means for transitioning the connection from the active mode to a power-saving mode by entering the mobile terminal in a power-saving mode of a bearer of the connection, and by directing the access point to reduce traffic flowing from the network across the connection to the mobile terminal when the mobile terminal is otherwise capable of receiving the traffic, wherein the second means is configured to direct the access point to reduce traffic by sending the access point a request to enter the mobile terminal in the power-saving mode, the request comprising at least one power-saving parameter, such that the access point selects at least one power-saving technique based upon the at least one power-saving parameter and thereafter reduces traffic in accordance with the selected at least one power-saving technique. a first means for operating a wireless connection between the mobile terminal and an access point in an active mode, the access point being coupled to a network; characterised by a second means for transitioning the connection from the active mode to a power-saving mode by entering the mobile terminal in a power-saving mode of a bearer of the connection, and by directing the access point to reduce traffic flowing from the network across the connection to the mobile terminal when the mobile terminal is otherwise capable of receiving the traffic, wherein the second means is configured to direct the access point to reduce traffic by sending the access point a request to enter the mobile terminal in the power-saving mode, the request comprising at least one power-saving parameter, such that the access point selects at least one power-saving technique based upon the at least one power-saving parameter and thereafter reduces traffic in accordance with the selected at least one power-saving technique.
A carton for containing a plurality of articles, the carton comprising: a plurality of panels (10, 20, 30, 40) that extend at least partially around an interior of the carton, the plurality of panels comprising a top panel, a bottom panel, a first side panel, and a second side panel; at least two end flaps (12, 22, 32, 42) respectively foldably attached to respective panels of the plurality of panels (10, 20, 30, 40), wherein the end flaps are overlapped with respect to one another and thereby at least partially form a closed end of the carton, the at least two end flaps comprising at least one side end flap (22, 42), and a handle in the closed end of the carton for grasping and carrying the carton, the at least one side end flap (22, 42) of the at least two end flaps comprises a main panel (46, 48) for closing the closed end of the carton and an extension panel (61, 63) foldably attached to the main panel (46, 48), characterized in that the at least two end flaps comprise at least one top end flap, wherein the extension panel (61, 63) is positioned above the handle to reinforce the carton when the at least one top end flap is closed, the extension panel (61, 63) being downwardly folded between the top end flap and the main panel (46, 48) of the side end flap (22, 42). a plurality of panels (10, 20, 30, 40) that extend at least partially around an interior of the carton, the plurality of panels comprising a top panel, a bottom panel, a first side panel, and a second side panel; at least two end flaps (12, 22, 32, 42) respectively foldably attached to respective panels of the plurality of panels (10, 20, 30, 40), wherein the end flaps are overlapped with respect to one another and thereby at least partially form a closed end of the carton, the at least two end flaps comprising at least one side end flap (22, 42), and a handle in the closed end of the carton for grasping and carrying the carton, the at least one side end flap (22, 42) of the at least two end flaps comprises a main panel (46, 48) for closing the closed end of the carton and an extension panel (61, 63) foldably attached to the main panel (46, 48), characterized in that the at least two end flaps comprise at least one top end flap, wherein the extension panel (61, 63) is positioned above the handle to reinforce the carton when the at least one top end flap is closed, the extension panel (61, 63) being downwardly folded between the top end flap and the main panel (46, 48) of the side end flap (22, 42).
Apparatus comprising a tool, gripping means and a hollow connecting member extending along a first axis (X-X), said gripping means being associable with a first end portion of said connecting member, said tool being associated with a second end portion of said connecting member, said apparatus being able to assume a non-operating configuration, wherein at least said gripping means are arranged close to said connecting member, and at least one operating configuration, wherein said gripping means extend from said first end portion of said connecting member, said apparatus further comprising a traction element, extending within said connecting member and connected with a first end to tensioning means adapted to be moved between a first position, wherein said traction element is tensioned so as to maintain said at least one operating configuration of said tool, and a second position, wherein the tension on said traction element is released so as to allow said apparatus to be moved between said at least one operating configuration and said non-operating configuration, characterized in that said gripping means are removably connected to said connecting member by means of said traction element, said tensioning means being arranged on said gripping means and being associated through a second end with said second end portion of said connecting member.
A method of identifying if a subject is sufficiently prepared to permit successful colonoscopic examination, the method comprising the steps of: (a) obtaining a stool sample from a subject having undergone preparation for a colonoscopic examination; (b) analysing the sample using an analytic technique comprising Field Asymmetric Ion Mobility Spectrometer analysis which detects volatile organic compounds collected or derived from the stool sample to detect the presence and/or amount of faecal matter, if any, in the stool sample; and (c) from the analysis in step (b), identifying whether the subject has been sufficiently prepared. (a) obtaining a stool sample from a subject having undergone preparation for a colonoscopic examination; (b) analysing the sample using an analytic technique comprising Field Asymmetric Ion Mobility Spectrometer analysis which detects volatile organic compounds collected or derived from the stool sample to detect the presence and/or amount of faecal matter, if any, in the stool sample; and (c) from the analysis in step (b), identifying whether the subject has been sufficiently prepared.
Connection profile, suitable for sealing a horizontal transition between a component of a building, preferably a parapet covering, and a thermal insulation or plaster layer, characterised by a base leg designed to be insertable between the component and the thermal insulation and having a receptacle for a sealing tape expandable in the direction of the component and held in a compressed initial state by a removable retaining means, a plastering leg, which is designed to protrude from the base leg on the side facing away from the sealing strip and comprises a plaster removal edge, and a weatherboard, which is designed to protrude from the connection profile, forms an acute angle with the plaster leg and ends in a drip edge. a base leg designed to be insertable between the component and the thermal insulation and having a receptacle for a sealing tape expandable in the direction of the component and held in a compressed initial state by a removable retaining means, a plastering leg, which is designed to protrude from the base leg on the side facing away from the sealing strip and comprises a plaster removal edge, and a weatherboard, which is designed to protrude from the connection profile, forms an acute angle with the plaster leg and ends in a drip edge.
A substrate for an organic electronic device, comprising: a base layer; a scattering layer that is on the base layer and that comprises a binder comprising poly(amic acid) or polyimide and a scattering particle; and a planarized layer on the scattering layer, wherein the poly(amic acid) or polyimide binder has a refractive index of 1.7 or more with respect to light having a wavelength of 633 nm, and wherein a refractive index of a scattering particle is different from that of the binder within the range from 0.5 to 4.0 and wherein the scattering layer is formed using a composition prepared by mixing said binder and said scattering particle and wherein the planarized layer has a refractive index from 1.8 to 3.5 with respect to light having a wavelength of 400 to 450 nm in a vacuum state. a base layer; a scattering layer that is on the base layer and that comprises a binder comprising poly(amic acid) or polyimide and a scattering particle; and a planarized layer on the scattering layer, wherein the poly(amic acid) or polyimide binder has a refractive index of 1.7 or more with respect to light having a wavelength of 633 nm, and wherein a refractive index of a scattering particle is different from that of the binder within the range from 0.5 to 4.0 and wherein the scattering layer is formed using a composition prepared by mixing said binder and said scattering particle and wherein the planarized layer has a refractive index from 1.8 to 3.5 with respect to light having a wavelength of 400 to 450 nm in a vacuum state.
An airbag for restraining a vehicle occupant in an automotive vehicle, comprising an inflatable cushion portion for damping an occupant impact and two inflatable tube portions laterally opposed in the mounted state of the airbag which are arranged on the occupant side on the cushion portion, characterized in that the tube portions are connected to each other by a slide layer arranged on the occupant side on the cushion portion and are laterally movable at least in portions relative to the cushion portion. an inflatable cushion portion for damping an occupant impact and two inflatable tube portions laterally opposed in the mounted state of the airbag which are arranged on the occupant side on the cushion portion, characterized in that the tube portions are connected to each other by a slide layer arranged on the occupant side on the cushion portion and are laterally movable at least in portions relative to the cushion portion.
A coil module for the production of a coil assembly having - a carrier, -- which has a polygonal basic shape having a number N of corners (p 1 to p N), wherein: 4 ≤ N ≤ 12, and wherein the polygonal basic shape is rotationally symmetrical with an angle of 360°·2/N, -- which comprises a magnetic material, - a coil arranged on the carrier, wherein the carrier comprises side regions (S 1 to S N), characterized in that a respective fastening element (B 1, B 2) is arranged in at least two of the side regions (S 1 to S N). - a carrier, -- which has a polygonal basic shape having a number N of corners (p 1 to p N), wherein: 4 ≤ N ≤ 12, and wherein the polygonal basic shape is rotationally symmetrical with an angle of 360°·2/N, -- which comprises a magnetic material, -- which has a polygonal basic shape having a number N of corners (p 1 to p N), wherein: 4 ≤ N ≤ 12, and wherein the polygonal basic shape is rotationally symmetrical with an angle of 360°·2/N, -- which comprises a magnetic material, - a coil arranged on the carrier,
Respiratory valve, comprising a valve housing with a chamber, the chamber having an inlet opening and a respiration opening arranged on respective inlet and respiration sides of said chamber, wherein the chamber is limited by an arcuated or aslant interior wall section, extending from a lower part of said chamber and into an upper part of said chamber, which arcuated or aslant interior wall section is terminated in said upper part of said chamber and under the respiration opening, and wherein the respiratory valve further comprises an outlet opening, said outlet opening having an outlet opening width, said outlet opening being arranged in said arcuated or aslant interior wall section, and an elongated and in a direction of depth of said housing pliable or movable valve flap in the form of a plate element having a lower part connected to said lower part of said chamber, under the outlet opening, which plate element at the outlet opening is sufficiently wide to cover the outlet opening, and being terminated in an upper part of said chamber, characterized in that the valve flap in the form of a plate element is arranged within said chamber, which plate element is adapted to be positioned, in a rest position, in a distance from said arcuated or aslant interior wall section, and, in a work position, proximal to a part of said arcuated or aslant interior wall section, in order to substantially cover and close in the work position the outlet opening and establish a passageway between the respiration opening and inlet opening.
A manufacturing device for manufacturing a solid component out of a component blank by at least one cycloid machining step, wherein the component blank is designed as an intermediate product and has a plurality of rough pockets, having a component rotating device for rotating the solid component about a component rotation axis, having a chisel, wherein the chisel has a tool cutting lip, wherein the tool cutting lip has a wedge angle, having a tool rotating device for rotating the chisel about a tool rotation axis, wherein the tool rotation axis is arranged offset to the component rotation axis, having an infeed device for varying an infeed distance between the component rotation axis and the tool rotation axis, having a control device for controlling the component rotating device, the tool rotating device and the infeed device such that the tool cutting lip of the chisel is guided along a cycloidal path relative to the component blank rotating about the component rotation axis in a component rotation direction for machining the rough pockets, characterised in that a radial vector to the tool rotation axis which extends through the cutting edge of the tool cutting lip of the chisel divides the tool cutting lip into a clearance angle section and a rake angle section, wherein the radial vector passes through the angular range, which is defined by the wedge angle, and divides said angular range into the clearance angle section and into the rake angle section, wherein the clearance angle section extends from the radial vector to the boundary of the wedge angle, and wherein the rake angle section extends in the opposite direction from the radial vector to the other boundary of the wedge angle, wherein the clearance angle section is designed at least twice as large as the rake section.
A process for the solidification of a natural rubber latex comprising the following steps: a) contacting the natural rubber latex, said natural rubber latex having a pH between 7.2 and 13, with a polyquaternary polymer, obtaining a suspension of solid natural rubber particles in a liquid phase comprising a latex serum; b) separating the solid natural rubber particles from the liquid phase of the suspension obtained in the previous step; characterized in that said process does not require a pH adjustment of the natural rubber latex before it is contacted with said polyquaternary polymer. a) contacting the natural rubber latex, said natural rubber latex having a pH between 7.2 and 13, with a polyquaternary polymer, obtaining a suspension of solid natural rubber particles in a liquid phase comprising a latex serum; b) separating the solid natural rubber particles from the liquid phase of the suspension obtained in the previous step;
A reciprocal quantum logic, RQL, phase-mode flip-flop (100; 200; 500) comprising: a storage loop configured to receive a data input signal on a data input line as positive or negative single flux quantum, SFQ, pulse (302, 402) and to store the data input signal in the storage loop, the storage loop being configured to contain one of -Φ 0, zero, or +Φ 0 of current (304, 404); a comparator configured to receive a logical clock input signal on a logical clock input line (LCLK) and to compare the received logical clock input signal with the stored data input signal; and an output signal line configured to transmit an output signal corresponding to a logical "1" or logical "0" value based on the comparison. a storage loop configured to receive a data input signal on a data input line as positive or negative single flux quantum, SFQ, pulse (302, 402) and to store the data input signal in the storage loop, the storage loop being configured to contain one of -Φ 0, zero, or +Φ 0 of current (304, 404); a comparator configured to receive a logical clock input signal on a logical clock input line (LCLK) and to compare the received logical clock input signal with the stored data input signal; and an output signal line configured to transmit an output signal corresponding to a logical "1" or logical "0" value based on the comparison.
A processor-based method of co-registering an angiographic and an intravascular representation of a blood vessel comprising: retrieving a set of stored optical coherence tomography image data generated by an optical coherence tomography system in response to distance measurements of the blood vessel obtained during a pullback of a probe through the blood vessel, the set of optical coherence tomography image data comprising a plurality of cross-sectional images at a plurality of positions along the blood vessel; retrieving frames of stored angiography data generated by an angiography system during the pullback of the probe through the blood vessel using an optical coherence tomography system, the frames of angiography data comprising a plurality of two-dimensional images obtained at different points in time during the pullback; preprocessing one or more of the frames of the angiography data; generating vessel centerlines for the frames of angiography data; tracking a marker in the frames of angiography data; co-registering the angiography data and the optical coherence tomography image data; and generating a confidence score for the co-registration between the angiography data and the optical coherence tomography image data. retrieving a set of stored optical coherence tomography image data generated by an optical coherence tomography system in response to distance measurements of the blood vessel obtained during a pullback of a probe through the blood vessel, the set of optical coherence tomography image data comprising a plurality of cross-sectional images at a plurality of positions along the blood vessel; retrieving frames of stored angiography data generated by an angiography system during the pullback of the probe through the blood vessel using an optical coherence tomography system, the frames of angiography data comprising a plurality of two-dimensional images obtained at different points in time during the pullback; preprocessing one or more of the frames of the angiography data; generating vessel centerlines for the frames of angiography data; tracking a marker in the frames of angiography data; co-registering the angiography data and the optical coherence tomography image data; and generating a confidence score for the co-registration between the angiography data and the optical coherence tomography image data.