mhurhangee/ep-ind-claims huggingface dataset:
A portable electronic device comprising: a first modem that supports a first Radio Access Technology, RAT; a second modem that supports a second RAT; an determining module that determines a number of ping-pongs in which an access change between the first modem and the second modem of the portable electronic device is repeatedly made for a predetermined first time (301, 303); a comparing module that compares a number of ping-pongs determined by the determining module with a predetermined reference number of ping-pongs; and a providing module that provides a Packet Service, PS, through the second modem for a predetermined second time when the determined number of ping-pongs by the determining module is equal to or greater than the predetermined reference number of ping-pongs, wherein the determining module is set to determine an electric intensity of a signal received by the portable electronic device from a first Base Station, BS, supporting the first RAT as a reference electric intensity when the determined number of ping-pongs by the determining module is equal to or greater than the predetermined reference number of ping-pongs, and wherein the providing module is set to provide the PS through the first modem when an electric intensity of a signal received from a second BS supporting the first RAT for the second time is equal to or greater than the reference electric intensity. a first modem that supports a first Radio Access Technology, RAT; a second modem that supports a second RAT; an determining module that determines a number of ping-pongs in which an access change between the first modem and the second modem of the portable electronic device is repeatedly made for a predetermined first time (301, 303); a comparing module that compares a number of ping-pongs determined by the determining module with a predetermined reference number of ping-pongs; and a providing module that provides a Packet Service, PS, through the second modem for a predetermined second time when the determined number of ping-pongs by the determining module is equal to or greater than the predetermined reference number of ping-pongs, wherein the determining module is set to determine an electric intensity of a signal received by the portable electronic device from a first Base Station, BS, supporting the first RAT as a reference electric intensity when the determined number of ping-pongs by the determining module is equal to or greater than the predetermined reference number of ping-pongs, and wherein the providing module is set to provide the PS through the first modem when an electric intensity of a signal received from a second BS supporting the first RAT for the second time is equal to or greater than the reference electric intensity.
Air duct for motor vehicles, in particular for connecting a hot component to a cold component, first connecting means being provided at a first end of the duct for fixing the air duct in an airtight manner to a hot component, and second connecting means being provided at the second end of the duct for fixing the duct in an airtight manner to a cold component, wherein at least one flexible duct section is provided between the first and the second connecting means (3, 5), and wherein the duct has a free duct cross-section, wherein support rings of a material which is dimensionally stable relative to the flexible duct material are provided, which surround the free duct cross-section and stabilize the flexible duct section in its cross-sectional shape, wherein the duct has a curvature, from which an inner curvature of the duct and an outer curvature of the duct result, CHARACTERIZED IN THAT the support rings have a smaller width in the longitudinal direction of the duct in the region of the inner curvature than in the region of the outer curvature of the duct.
A head for a personal care device comprising a carrier having a front surface; at least one cleaning element, being an integral cleaning element, partly embedded in the carrier and thus having an embedded cleaning element portion and a non-embedded cleaning element portion, the non-embedded cleaning element portion extending from the front surface of the carrier between a base end on the front surface and a free end and the embedded cleaning element portion extending from the front surface between a top end on the front surface and a bottom end, wherein the base end of the non-embedded cleaning element portion has a base end cross-sectional shape and a base end cross-sectional area, and the top end of the embedded cleaning element portion has a top end cross-sectional shape that preferably is different to the base end cross-sectional shape and a top end cross-sectional area that is by at least 20% larger than the base end cross-sectional area; and wherein an integral arm connects the bottom end of the embedded cleaning element portion with a center point in the carrier, the center point being laterally displaced from the bottom end, the integral arm being completely embedded in the carrier. a carrier having a front surface; at least one cleaning element, being an integral cleaning element, partly embedded in the carrier and thus having an embedded cleaning element portion and a non-embedded cleaning element portion, the non-embedded cleaning element portion extending from the front surface of the carrier between a base end on the front surface and a free end and the embedded cleaning element portion extending from the front surface between a top end on the front surface and a bottom end, wherein the base end of the non-embedded cleaning element portion has a base end cross-sectional shape and a base end cross-sectional area, and the top end of the embedded cleaning element portion has a top end cross-sectional shape that preferably is different to the base end cross-sectional shape and a top end cross-sectional area that is by at least 20% larger than the base end cross-sectional area; and wherein an integral arm connects the bottom end of the embedded cleaning element portion with a center point in the carrier, the center point being laterally displaced from the bottom end, the integral arm being completely embedded in the carrier.
An in vitro method of inhibiting bacterial conjugation or bacterial horizontal gene transfer, the in vitro method comprising contacting bacteria with an effective amount of a bile acid or a bile salt, wherein said bile acid comprises glycocholic acid or salt thereof, wherein said effective amount does not affect viability of said bacteria and comprises said bile acid or bile salt at a concentration of 1-5 % Weight/Volume (w/v), thereby inhibiting the bacterial conjugation or bacterial horizontal gene transfer.
Method for determination of dairy products produced in accordance with Regulation No. 834/2007 comprising the steps: - Analysis of the dairy product sample to be evaluated, - Identification of at least one glycation product in the dairy product sample to be evaluated, - Quantification of the identified glycation product with at least one reference substance, - Determination of significant deviations between quantified glycation product and product-specific reference values, wherein a significant deviation of the glycation product content in the dairy product sample is a deviation by the confidence interval calculated from the standard deviation of the reference value, and wherein the identified glycation product is pyrraline and/or methylglyoxal hydroimidazolone. - Analysis of the dairy product sample to be evaluated, - Identification of at least one glycation product in the dairy product sample to be evaluated, - Quantification of the identified glycation product with at least one reference substance, - Determination of significant deviations between quantified glycation product and product-specific reference values, wherein a significant deviation of the glycation product content in the dairy product sample is a deviation by the confidence interval calculated from the standard deviation of the reference value, and wherein the identified glycation product is pyrraline and/or methylglyoxal hydroimidazolone.
A modular valve trim assembly comprising: a single-piece bonnet including an integral cage and an integral seat; and a plug irremovably located within the single-piece bonnet; and a stem integrally formed with the plug as a single-piece plug member, wherein a portion of the stem protrudes externally from a cavity of the single-piece bonnet, wherein the plug is wholly located within the integral cage of the single-piece bonnet and the plug is movable relative to the integral seat and, wherein the plug is configured to mate with the integral seat of the single-piece bonnet when the plug is in a closed position. a single-piece bonnet including an integral cage and an integral seat; and a plug irremovably located within the single-piece bonnet; and a stem integrally formed with the plug as a single-piece plug member, wherein a portion of the stem protrudes externally from a cavity of the single-piece bonnet, wherein the plug is wholly located within the integral cage of the single-piece bonnet and the plug is movable relative to the integral seat and,
Aqueous, binder-free pigment dispersions comprising at least one organic and/or inorganic pigment, one or more dispersants and/or surfactants, at least one compound of the formula in which R 1 is H, C 1 -C 4 -alkyl, CH 2 CH 2 OH or CH 2 CH(CH 3)OH, and water. at least one organic and/or inorganic pigment, one or more dispersants and/or surfactants, at least one compound of the formula in which R 1 is H, C 1 -C 4 -alkyl, CH 2 CH 2 OH or CH 2 CH(CH 3)OH, and water.
A polymer blend comprising a polyamide-filled EVA copolymer composition, said polyamide-filled EVA copolymer composition consisting essentially of (a) 40 wt% to 95 wt% of an EVA copolymer component comprising one or more EVA copolymers wherein the EVA copolymer comprises at least 40% by weight copolymerized vinyl acetate monomer units; and (b) 5 wt% to 60 wt% of a polyamide component comprising one or more polyamides having a melting peak temperature of at least 160°C, wherein i) the polyamide-filled EVA copolymer composition has a Mooney viscosity (ML 1+4, 100°C) determined according to ASTM D1646 of 5 to 200, and ii) the weight percentages of the EVA copolymer and polyamide components are based on the combined weight of the EVA copolymers and polyamides in the polyamide-filled EVA copolymer composition. (a) 40 wt% to 95 wt% of an EVA copolymer component comprising one or more EVA copolymers wherein the EVA copolymer comprises at least 40% by weight copolymerized vinyl acetate monomer units; and (b) 5 wt% to 60 wt% of a polyamide component comprising one or more polyamides having a melting peak temperature of at least 160°C,
A gram-positive bacterium comprising a polycistronic expression unit, said polycistronic expression unit comprising an endogenous gene and one or more exogenous genes, wherein said endogenous gene and said one or more exogenous genes are transcriptionally controlled by a promoter endogenous to the gram-positive bacterium, wherein said promoter is (i) a ribosomal gene promoter selected from the group consisting of: (a) an rpmD promoter, (b) an rpsD promoter, (c) an rpsL promoter, (d) an rpsG promoter, (e) an rplR promoter, (f) an rpsE promoter, (g) an rpsK promoter, (h) an rplJ promoter, (i) an rplL promoter, (j) an rpsB promoter, (k) an rplD promoter, (l) an rplW promoter, (m) an rplB promoter, (n) an rplO promoter, (o) an rplK promoter, (p) an rpsH promoter, (q) an rpsM promoter, (r) an rpsS promoter, (s) an rplU promoter, (t) an rplV promoter, (u) an rplP promoter (v) an rplN promoter, (w) an rpsJ promoter, (x) an rplX promoter, (y) an rplE promoter, (z) an rplF promoter, and (aa) an rplM promoter; (ii) a glycolysis gene promoter promoter selected from the group consisting of: (a) an fbaA promoter, and (b) a pgk promoter; or (iii) a dpsA promoter of said gram-positive bacterium. (i) a ribosomal gene promoter selected from the group consisting of: (a) an rpmD promoter, (b) an rpsD promoter, (c) an rpsL promoter, (d) an rpsG promoter, (e) an rplR promoter, (f) an rpsE promoter, (g) an rpsK promoter, (h) an rplJ promoter, (i) an rplL promoter, (j) an rpsB promoter, (k) an rplD promoter, (l) an rplW promoter, (m) an rplB promoter, (n) an rplO promoter, (o) an rplK promoter, (p) an rpsH promoter, (q) an rpsM promoter, (r) an rpsS promoter, (s) an rplU promoter, (t) an rplV promoter, (u) an rplP promoter (v) an rplN promoter, (w) an rpsJ promoter, (x) an rplX promoter, (y) an rplE promoter, (z) an rplF promoter, and (aa) an rplM promoter; (a) an rpmD promoter, (b) an rpsD promoter, (c) an rpsL promoter, (d) an rpsG promoter, (e) an rplR promoter, (f) an rpsE promoter, (g) an rpsK promoter, (h) an rplJ promoter, (i) an rplL promoter, (j) an rpsB promoter, (k) an rplD promoter, (l) an rplW promoter, (m) an rplB promoter, (n) an rplO promoter, (o) an rplK promoter, (p) an rpsH promoter, (q) an rpsM promoter, (r) an rpsS promoter, (s) an rplU promoter, (t) an rplV promoter, (u) an rplP promoter (v) an rplN promoter, (w) an rpsJ promoter, (x) an rplX promoter, (y) an rplE promoter, (z) an rplF promoter, and (aa) an rplM promoter; (ii) a glycolysis gene promoter promoter selected from the group consisting of: (a) an fbaA promoter, and (b) a pgk promoter; or (a) an fbaA promoter, and (b) a pgk promoter; or (iii) a dpsA promoter
A rack for mounting on a bicycle, comprising: a platform, said platform having a top surface, a recess, and a structure (14, 18, 20) for removably mounting said platform with respect to the frame of a bicycle; and left and right skirts (52, 54) mounted on said platform so that they can be carried on said platform in a stored position; characterized in that the rack further comprises a post comprising a T-bar having a shank and a cross bar, the shank being pivotally mounted in the recess so that the T-bar is movable between an extended operative position in which at least a part of the T-bar extends upwardly through the recess and above the top surface of the platform and a retracted position wherein the T-bar lies completely in the recess; further comprising a pocket in which the shank is mounted and a pivot pin engaged through the pocket and the shank; wherein said skirts (52, 54) are positionable in a deployed position to inhibit grocery bags engaged on said post from engaging the rear wheel of the bicycle. a platform, said platform having a top surface, a recess, and a structure (14, 18, 20) for removably mounting said platform with respect to the frame of a bicycle; and left and right skirts (52, 54) mounted on said platform so that they can be carried on said platform in a stored position; characterized in that the rack further comprises a post comprising a T-bar having a shank and a cross bar, the shank being pivotally mounted in the recess so that the T-bar is movable between an extended operative position in which at least a part of the T-bar extends upwardly through the recess and above the top surface of the platform and a retracted position wherein the T-bar lies completely in the recess; further comprising a pocket in which the shank is mounted and a pivot pin engaged through the pocket and the shank; wherein said skirts (52, 54) are positionable in a deployed position to inhibit grocery bags engaged on said post from engaging the rear wheel of the bicycle.
Fitting for a displaceable wing of windows or doors, in which the displaceable wing can be moved with the aid of an actuating handle and an actuating gear system of the displaceable wing for opening parallel to the blind-frame plane into a parked position of an adjacent fixed-position wing or a fixed panel, wherein in each case upper and lower running rails (5, 6) of the fitting, for the guide elements of the fitting which are arranged on the wing and for at least one running element of the fitting, are seated for parallel displacement, wherein the guide elements and the running element are arranged offset with respect to one another transversely with respect to the running direction of the wing and can be controlled in each case via guides (9, 10) which run parallel to one another on the running rail (5, 6), and the guide of the guide elements comprises a controller, exhibiting a control curve, for parking and displacing, which is arranged at the respective ends (15, 16) of the opening range of the frame, and, by way of the controller, under sustained force draws the wing to the frame, and in reverse movement the wing can be conveyed under sustained force into a parallel opening position, wherein the running rollers allocated to the running element are mounted such as to be axially displaceable on a shaft for parking transversely to the running direction, and at least one running element can be fastened to the lower horizontal wing beam such that it can be positioned freely, and the guide elements are arranged at the respective ends (19, 20) of the wing, characterized in that the actuating gear system comprises a link, wherein the link, at the transition from the opened parallel position into the closed position, is mounted in positive fit and axially displaceable on a bolt of a latch engagement arranged at the frame, and during this transition is in a sustained latched position.
A method (900, 1200) of folding an unmanned aerial vehicle including a plurality of arms radially extending from a central body (10, 10i, 1005, 1100, 1110) of the unmanned aerial vehicle, wherein each arm supports one or more propulsion assemblies that provide a propulsion force while the unmanned aerial vehicle is in flight, the method (900, 1200) comprising: folding a first subset of the arms vertically, wherein the first subset of the arms comprises a first arm and a second arm; and folding a second subset of the arms horizontally; characterized in that folding the first subset of the arms vertically comprises vertically folding the first arm and the second arm respectively coupled to a front side and a rear side of the central body (10, 10i, 1005, 1100, 1110) from extending radially from the central body (10, 10i, 1005, 1100, 1110) toward a lower portion of the central body (10, 10i, 1005, 1100, 1110) to extend in vertical direction. folding a first subset of the arms vertically, wherein the first subset of the arms comprises a first arm and a second arm; and folding a second subset of the arms horizontally; characterized in that folding the first subset of the arms vertically comprises vertically folding the first arm and the second arm respectively coupled to a front side and a rear side of the central body (10, 10i, 1005, 1100, 1110) from extending radially from the central body (10, 10i, 1005, 1100, 1110) toward a lower portion of the central body (10, 10i, 1005, 1100, 1110) to extend in vertical direction.
A pressure sensor for a medical injection system, the sensor comprising: a cuff including an outer surface and an inner surface, the inner surface being configured to fit around a tubing line (122, 322) of the system, the tubing line defining a lumen (220, 320); a transducer embedded in the cuff between the inner surface of the cuff and the outer surface of the cuff; and a force transmitting member coupled to the transducer and exposed at the inner surface of the cuff, such that an outer surface (202, 302) of the tubing line, when properly fitted within the cuff, contacts the force transmitting member; further comprising a microprocessor coupled to the transducer thereof for receipt of transducer signals, characterized by the microprocessor being programmed to characterize a transducer signal in response to the force transmitting member, after the tubing line is fitted within the cuff, and while the lumen of the tubing line is open to atmospheric pressure, to detect whether or not the tubing line is properly fitted within the cuff, and/or to determine a characteristic of the tubing line, wherein the microprocessor is adapted to send a signal to an injector of the injection system, after detecting that the cuff is properly fitted around the tubing line, the signal unlocking the injector for operation. a cuff including an outer surface and an inner surface, the inner surface being configured to fit around a tubing line (122, 322) of the system, the tubing line defining a lumen (220, 320); a transducer embedded in the cuff between the inner surface of the cuff and the outer surface of the cuff; and a force transmitting member coupled to the transducer and exposed at the inner surface of the cuff, such that an outer surface (202, 302) of the tubing line, when properly fitted within the cuff, contacts the force transmitting member; further comprising a microprocessor coupled to the transducer thereof for receipt of transducer signals, characterized by the microprocessor being programmed to characterize a transducer signal in response to the force transmitting member, after the tubing line is fitted within the cuff, and while the lumen of the tubing line is open to atmospheric pressure, to detect whether or not the tubing line is properly fitted within the cuff, and/or to determine a characteristic of the tubing line, wherein the microprocessor is adapted to send a signal to an injector of the injection system, after detecting that the cuff is properly fitted around the tubing line, the signal unlocking the injector for operation.
Method for operating a driver assistance device in a motor vehicle by - capturing an image of an environmental region of the motor vehicle by means of a camera of the driver assistance device, and - capturing sensor data to the environmental region by means of ultrasonic sensors (3 to 6) with an individual detection range (7 to 10) covering partial segment of the environmental region, characterized in that an object located in the environmental region is identified in the image by means of an electronic computing device of the driver assistance device, and the sensor data of the sensors (3 to 6) is used for identifying the object in the image, wherein the identification of the object in the image includes that at least one region of the object depicted in the image is surrounded by a bounding box (19, 20, 21) and the object is identified in the image both based on the sensor data of the sensors (3 to 6) and based on the image of the camera by means of the computing device while in the image a first bounding box is generated based on the sensor data of the sensors (3 to 6) as well as a second bounding box is generated based on the image of the camera and the two bounding boxes (19, 20) are combined to a common bounding box. - capturing an image of an environmental region of the motor vehicle by means of a camera of the driver assistance device, and - capturing sensor data to the environmental region by means of ultrasonic sensors (3 to 6) with an individual detection range (7 to 10) covering partial segment of the environmental region,