mhurhangee/ep-ind-claims huggingface dataset:
Network entity for creating a transmission session for a user equipment device in a visited network, wherein the transmission session is configured for transmitting data between the visited network and a home network, wherein the user equipment device comprises an inactivity phase in which no transmission is sent; wherein the transmission between the visited network and the home network is observed by a roaming firewall (503, 504) that is configured to check data transmitted between the visited network and the home network and wherein the roaming firewall (503, 504) is configured to create a firewall session for the user equipment device, the firewall session comprising an idle timer for quitting the firewall session after an idle time in which no transmission is sent via the transmission session, the network entity comprising: an interface that is configured to receive a first control message, the control message comprising a timer duration value indicating a duration of the inactivity phase of the user equipment device; a processor that is configured to create a second control message according to a data transmission protocol and to include the received timer duration value into the control message so that the roaming firewall (503, 504) is able to read the timer duration value; wherein the interface is configured to transmit the second control message towards a home network entity of the home network via the roaming firewall (503, 504). an interface that is configured to receive a first control message, the control message comprising a timer duration value indicating a duration of the inactivity phase of the user equipment device; a processor that is configured to create a second control message according to a data transmission protocol and to include the received timer duration value into the control message so that the roaming firewall (503, 504) is able to read the timer duration value; wherein the interface is configured to transmit the second control message towards a home network entity of the home network via the roaming firewall (503, 504).
A method for determining object profile information in a plane, comprising: obtaining a series of three-dimensional surface measurements of the object along a measurement path that extends through the plane; and deriving from the series of surface measurements that extend through the plane, data describing at least a part of the profile of the object in the plane; wherein the data describing at least a part of the profile in the plane is derived by projecting the profile of the surface at the plane from at least some of the series of surface measurements, wherein projecting comprises projecting the surface measurement onto the plane in a direction consistent with the shape of the object between the surface measurement and the plane. obtaining a series of three-dimensional surface measurements of the object along a measurement path that extends through the plane; and deriving from the series of surface measurements that extend through the plane, data describing at least a part of the profile of the object in the plane; wherein the data describing at least a part of the profile in the plane is derived by projecting the profile of the surface at the plane from at least some of the series of surface measurements, wherein projecting comprises projecting the surface measurement onto the plane in a direction consistent with the shape of the object between the surface measurement and the plane.
A method of controlling a continuously variable transmission of a vehicle, the vehicle including an engine operative to drive the continuously variable transmission, the method including: determining a speed of the engine of the vehicle; detecting at least one of a throttle demand and a throttle valve position; determining a clutch control variable based on an operator input device, the continuously variable transmission of the vehicle including a first clutch and a second clutch, the first clutch being moveable by an actuator to modulate a gear ratio of the continuously variable transmission; calculating a target engine speed based on the at least one of the throttle demand and the throttle valve position and the clutch control variable; determining an acceleration of the vehicle; and calculating a target position of the first clutch of the continuously variable transmission based on the calculated target engine speed, the determined acceleration of the vehicle, and the determined speed of the engine. determining a speed of the engine of the vehicle; detecting at least one of a throttle demand and a throttle valve position; determining a clutch control variable based on an operator input device, the continuously variable transmission of the vehicle including a first clutch and a second clutch, the first clutch being moveable by an actuator to modulate a gear ratio of the continuously variable transmission; calculating a target engine speed based on the at least one of the throttle demand and the throttle valve position and the clutch control variable; determining an acceleration of the vehicle; and calculating a target position of the first clutch of the continuously variable transmission based on the calculated target engine speed, the determined acceleration of the vehicle, and the determined speed of the engine.
A screw pile substructure support system, comprising: a tubular pile having a centerline and a first diameter, wherein the tubular pile comprises a first cylindrical section and a second cylindrical section attached by a weld; a substantially conically shaped pile tip sharing a centerline with the tubular pile, the substantially conically shaped pile tip having a first end and a second end, the first end being connected to the tubular pile and having a second diameter; a helical flight attached to and extending along an exterior surface of the substantially conically shaped pile tip; and an end plate fixedly attached to the second end of the substantially conically shaped pile tip, the end plate having a substantially flat surface disposed perpendicular to the centerline of the tubular pile, wherein the first diameter is substantially similar to the second diameter. a tubular pile having a centerline and a first diameter, wherein the tubular pile comprises a first cylindrical section and a second cylindrical section attached by a weld; a substantially conically shaped pile tip sharing a centerline with the tubular pile, the substantially conically shaped pile tip having a first end and a second end, the first end being connected to the tubular pile and having a second diameter; a helical flight attached to and extending along an exterior surface of the substantially conically shaped pile tip; and an end plate fixedly attached to the second end of the substantially conically shaped pile tip, the end plate having a substantially flat surface disposed perpendicular to the centerline of the tubular pile, wherein the first diameter is substantially similar to the second diameter.
A resonating fiber optic gyroscope system (100A, 100B, 200), the system comprising: a fiber optic resonator (108, 208); one or more laser sources (102A, 102B, 202A, 202B, 203), wherein light from the one or more laser sources launches as a first optical beam into the fiber optic resonator and a second optical beam into the fiber optic resonator in a direction opposite to the first optical beam; an electro-optically tunable device (146, 246) in the resonator path configured to modulate the phase difference between polarization components in the first optical beam and polarization components in the second optical beam as the first optical beam and the second optical beam propagate within the fiber optic resonator; at least one photodetector (130A, 130B, 230A, 230B), wherein the polarization components of at least one of first optical beam and the second optical beam are incident on the at least one photodetector, wherein the at least one photodetector provides an electrical signal; and at least one processing unit configured to receive the electrical signal and calculate a rotation rate for the resonating fiber optic gyroscope and provide a drive signal for the electro-optically tunable device. a fiber optic resonator (108, 208); one or more laser sources (102A, 102B, 202A, 202B, 203), wherein light from the one or more laser sources launches as a first optical beam into the fiber optic resonator and a second optical beam into the fiber optic resonator in a direction opposite to the first optical beam; an electro-optically tunable device (146, 246) in the resonator path configured to modulate the phase difference between polarization components in the first optical beam and polarization components in the second optical beam as the first optical beam and the second optical beam propagate within the fiber optic resonator; at least one photodetector (130A, 130B, 230A, 230B), wherein the polarization components of at least one of first optical beam and the second optical beam are incident on the at least one photodetector, wherein the at least one photodetector provides an electrical signal; and at least one processing unit configured to receive the electrical signal and calculate a rotation rate for the resonating fiber optic gyroscope and provide a drive signal for the electro-optically tunable device.
A conducting device comprising two conducting metal materials, the surfaces of which, and (S'), respectively, are electrically interconnected with an organic material comprising conducting fibrillar organic supramolecular species comprising an association of triarylamines of formula below: wherein: - each of the groups -A 1 - and -A 2 -, either identical or different, designates a simple covalent bond or else a group -O-, -S-, -NH- -NH(C=O)-, or -NR 3 -; - each of the groups R 1, R 2 and R 3, either identical or different, represents: - an aromatic group; preferably or a benzyl group; or - a hydrocarbon chain comprising from 4 to 30 carbon atoms; or - a polyethylene glycol chain; and - R is a terminating group, which is preferably a hydrocarbon chain, comprising advantageously from 1 to 10 carbon atoms, optionally halogenated and optionally interrupted with one or more heteroatoms selected from N, O or S. - each of the groups -A 1 - and -A 2 -, either identical or different, designates a simple covalent bond or else a group -O-, -S-, -NH- -NH(C=O)-, or -NR 3 -; - each of the groups R 1, R 2 and R 3, either identical or different, represents: - an aromatic group; preferably or a benzyl group; or - a hydrocarbon chain comprising from 4 to 30 carbon atoms; or - a polyethylene glycol chain; and - an aromatic group; preferably or a benzyl group; or - a hydrocarbon chain comprising from 4 to 30 carbon atoms; or - a polyethylene glycol chain; - R is a terminating group, which is preferably a hydrocarbon chain, comprising advantageously from 1 to 10 carbon atoms, optionally halogenated and optionally interrupted with one or more heteroatoms selected from N, O or S.
Fiber optic module for installation within a patch panel, the fiber optic module comprising a first outer wall with a first rail profile on its outside surface, a second outer wall with a second rail profile on its outside surface, and at least one optical connector, wherein the first outer wall and the second outer wall run parallel to each other, and wherein the at least one optical connector is arranged between the first outer wall and the second outer wall, wherein the first rail profile and the second rail profile are complementary to each other such that the fiber optic module may be coupled to an adjacent fiber optic module, wherein the first rail profile of the fiber optic module may be coupled to the second rail profile of the adjacent fiber optic module, wherein the fiber optic module comprises at least one snap-in locking device for fixing the fiber optic module to the adjacent fiber optic module when the fiber optic modules are coupled to each other, characterized in that the snap-in locking device comprises a) a spring-loaded locking arm which protrudes from the first outer wall in extension of the longitudinal axis of the first outer wall, and a spring-loaded locking arm which protrudes from the second outer wall in extension of the longitudinal axis of the second outer wall; and/or b) a latching cavity in one of the two rail profiles (13, 15) and an associated latch spring in the other rail profile (15, 13). wherein the fiber optic module comprises at least one snap-in locking device for fixing the fiber optic module to the adjacent fiber optic module when the fiber optic modules are coupled to each other, characterized in that the snap-in locking device comprises a) a spring-loaded locking arm which protrudes from the first outer wall in extension of the longitudinal axis of the first outer wall, and a spring-loaded locking arm which protrudes from the second outer wall in extension of the longitudinal axis of the second outer wall; and/or b) a latching cavity in one of the two rail profiles (13, 15) and an associated latch spring in the other rail profile (15, 13). a) a spring-loaded locking arm which protrudes from the first outer wall in extension of the longitudinal axis of the first outer wall, and a spring-loaded locking arm which protrudes from the second outer wall in extension of the longitudinal axis of the second outer wall; and/or b) a latching cavity in one of the two rail profiles (13, 15) and an associated latch spring in the other rail profile (15, 13).
An electronic display device comprising (a) a display body with a housing and (b) a support portion located on a rear side of the display body to support the display body and comprising a fixing part, an intermediate part, and a bottom part, characterized in that: (c) a storage portion, in which an article can be placed, is integrated with the support portion for supporting the display body, (d) the support portion is fixed to the housing of the display body by the fixing part to support the display body on its rear side or is integrated with the housing of the display body; (e) the intermediate part, formed by a plate member or a linear member, extends from the fixing part so as to have a predetermined angle of inclination with respect to a front surface of the display body; (f) the bottom part, which is connected to the intermediate part, defines the storage portion in the form of a groove extending in parallel to a display screen of the display body, while a bottom of the bottom part and a lower part of the display body allow the electronic display device to stand on a table or the like. (a) a display body with a housing and (b) a support portion located on a rear side of the display body to support the display body and comprising a fixing part, an intermediate part, and a bottom part, characterized in that: (c) a storage portion, in which an article can be placed, is integrated with the support portion for supporting the display body, (d) the support portion is fixed to the housing of the display body by the fixing part to support the display body on its rear side or is integrated with the housing of the display body; (e) the intermediate part, formed by a plate member or a linear member, extends from the fixing part so as to have a predetermined angle of inclination with respect to a front surface of the display body; (f) the bottom part, which is connected to the intermediate part, defines the storage portion in the form of a groove extending in parallel to a display screen of the display body, while a bottom of the bottom part and a lower part of the display body allow the electronic display device to stand on a table or the like.
A method of detecting the presence of an insult within an absorbent article, said method comprising: monitoring a resistance of the article as the article is being worn by a wearer, wherein the resistance changes in response to an insult; determining a proportional difference in the resistance over time, wherein the proportional difference is a percent difference in the resistance of the article over time, and providing a difference indicator value corresponding to the determined proportional difference; comparing the difference indicator value to a difference threshold value to determine the presence of an insult in the article. monitoring a resistance of the article as the article is being worn by a wearer, wherein the resistance changes in response to an insult; determining a proportional difference in the resistance over time, wherein the proportional difference is a percent difference in the resistance of the article over time, and providing a difference indicator value corresponding to the determined proportional difference; comparing the difference indicator value to a difference threshold value to determine the presence of an insult in the article.
Security camera with mobile support comprising: a first body and a second body separable from each other, wherein the first body is configured to house a surveillance or security camera and the second body is configured as a support of said first body firmly attached to an anchorage point; wherein the first body comprises two facing surfaces, a first front surface and a second back surface; and where the first front surface comprises at least one opening for the passage of at least one camera lens; and where the second back surface of the first body comprises a spherical concavity; wherein the security camera comprises a ball joint assembly consisting of a sphere of the second support body which is housed in the central part of the spherical concavity; said sphere being rotary 360° with regard to the spherical concavity of the first body; characterised in that the sphere and the spherical concavity are magnetically joined closing an electronic circuit in such a way that the camera is active only when the sphere of the second support body is housed in the central part of the spherical concavity of the first body; and whereby the first body houses an accelerometer configured to self-orientate the image captured through the camera lens in such a way that means arranged for transmitting the image from the camera lens also send the position of the first body as metadata in order to correct the focusing of the camera lens until a correct focusing. a first body and a second body separable from each other, wherein the first body is configured to house a surveillance or security camera and the second body is configured as a support of said first body firmly attached to an anchorage point; wherein the first body comprises two facing surfaces, a first front surface and a second back surface; and where the first front surface comprises at least one opening for the passage of at least one camera lens; and where the second back surface of the first body comprises a spherical concavity; wherein the security camera comprises a ball joint assembly consisting of a sphere of the second support body which is housed in the central part of the spherical concavity; said sphere being rotary 360° with regard to the spherical concavity of the first body; characterised in that the sphere and the spherical concavity are magnetically joined closing an electronic circuit in such a way that the camera is active only when the sphere of the second support body is housed in the central part of the spherical concavity of the first body; and whereby the first body houses an accelerometer configured to self-orientate the image captured through the camera lens in such a way that means arranged for transmitting the image from the camera lens also send the position of the first body as metadata in order to correct the focusing of the camera lens until a correct focusing.
A tread structure in rubber or in plastic material for soles of trekking shoes, outdoor footwear, safety shoes utility shoes, of the type comprising a sheet-like body from which anti-skid raised portions extend, said sheet-like body being provided with a plurality of recesses, said recesses being defined on the exposed surface of said sheet-like body from which said anti-skid raised portions extend, said recesses being lightening bas-relief areas defining an ordered matrix of recesses characterized in that said recesses are shaped like pyramids which mutually share base lines of said pyramids arranged on a plane of said exposed surface.
A strain of Saccharomyces cerevisiae with improved ethanol production, improved xylose conversion, reduced xylitol production and increased inhibitor tolerance, wherein said strain is Taurus 04 with deposition number CBS128139.
A washing machine having a control system, a treatment tub with a discharge opening, a washing-agent dispenser device, an arrangement (6, 10) for loading liquid into the tub, a discharge duct having an inlet connected to the discharge opening of the tub, and a pump on the discharge duct, wherein the discharge duct has a substantially S-shaped development, with a lower transition region and an upper transition region, the transition regions (14a, 14b) being in an intermediate position with respect to the inlet and to an outlet of the discharge duct, the washing machine being characterized in that: - one of the discharge duct and the tub has a valve arrangement which includes a buoyant body and which is operative substantially at the discharge opening of the tub, - the control system is pre-arranged for controlling activation of the pump in the course of a process of loading of liquid into the tub, - the valve arrangement is pre-arranged for preventing outflow of liquid from the discharge opening of the tub when the level of the liquid in the discharge duct is at a height that is greater than the level of the liquid in the tub and that is comprised between the lower transition region and the upper transition region, and - in the lower transition region, an auxiliary duct, which is closed at its upper end, branches off upwards from the discharge duct. - one of the discharge duct and the tub has a valve arrangement which includes a buoyant body and which is operative substantially at the discharge opening of the tub, - the control system is pre-arranged for controlling activation of the pump in the course of a process of loading of liquid into the tub, - the valve arrangement is pre-arranged for preventing outflow of liquid from the discharge opening of the tub when the level of the liquid in the discharge duct is at a height that is greater than the level of the liquid in the tub and that is comprised between the lower transition region and the upper transition region, and - in the lower transition region, an auxiliary duct, which is closed at its upper end, branches off upwards from the discharge duct.