mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a User equipment, UE , in a wireless communication system, the method comprising: receiving, a notification message from an Access and Mobility Function, AMF, through a non-3GPP, N3GPP, access network, if the UE is in a CONNECTED mode over the N3GPP access network and in an IDLE mode over a 3GPP access network, wherein the notification message is a Non-Access Stratum, NAS, message; and transmitting a notification response message to the AMF through the N3GPP access network, if the UE is unable to transmit a service request to the AMF through the 3GPP access network in response to the notification message, otherwise, transmitting a service request message to the AMF through the 3GPP access network in response to the notification message. receiving, a notification message from an Access and Mobility Function, AMF, through a non-3GPP, N3GPP, access network, if the UE is in a CONNECTED mode over the N3GPP access network and in an IDLE mode over a 3GPP access network, wherein the notification message is a Non-Access Stratum, NAS, message; and transmitting a notification response message to the AMF through the N3GPP access network, if the UE is unable to transmit a service request to the AMF through the 3GPP access network in response to the notification message, otherwise, transmitting a service request message to the AMF through the 3GPP access network in response to the notification message.
Roofing element comprising: a container into which rainwater running off the roof can be introduced, in that it further comprises: - a receptacle adapted to be able to receive and hold said container in place and to be able to be fixed to the framework of a building, said receptacle having a base and peripheral side walls making it possible to hold said container, and in that each container comprises at least one connector adapted to be able to be connected to at least one connector of a separate container of a separate roofing element so as to enable a flow of the water between said containers, said roofing element being configured to enable said rainwater to be collected and stored on the roof. a container into which rainwater running off the roof can be introduced, in that it further comprises: - a receptacle adapted to be able to receive and hold said container in place and to be able to be fixed to the framework of a building, said receptacle having a base and peripheral side walls making it possible to hold said container, - a receptacle adapted to be able to receive and hold said container in place and to be able to be fixed to the framework of a building, said receptacle having a base and peripheral side walls making it possible to hold said container, and in that each container comprises at least one connector adapted to be able to be connected to at least one connector of a separate container of a separate roofing element so as to enable a flow of the water between said containers, said roofing element being configured to enable said rainwater to be collected and stored on the roof.
Fuel supply system for boilers having a storage container for fuel pellets or wood chips with a discharge opening, a rotary valve coupled to the discharge opening, which rotary valve has a rotatably mounted valve body , a fuel-side valve cover , a boiler-side valve cover and a drive motor , and wherein an inlet opening is provided in the fuel-side valve cover and an outlet opening is provided in the boiler-side valve cover , which outlet opening is arranged above the inlet opening and is adjoined by a chute leading to a boiler , characterised in that a filling wheel is connected to the valve body in a rotationally fixed manner and is arranged on the side of the valve cover opposite the valve body .
Platform for accessing a hydraulic machine via a suction tube , this hydraulic machine belonging to an installation for converting hydraulic energy into mechanical or electrical energy, or reciprocally, this platform including: - a load-bearing element designed to slide along a longitudinal axis (X1) to enter an opening (O26) of the suction tube and including an extremity that is designed to be immobilized in the suction tube , - floor elements that are placed on the load-bearing element , at least some of the floor elements being articulated with the load-bearing element about axes (X2, X3) substantially parallel to the longitudinal axis (X1) and being movable in rotation about these axes (X2, X3) between a folded configuration and a deployed configuration in which they define at least a portion of a floor of the platform , characterized in that the lower surfaces of the floor elements carry longitudinal beams that are designed to be selectively fitted into the seats of the suction tube , said longitudinal beams including an automatic engagement mechanism (M1) which includes a rod and elastic loading means pushing the rod towards the seat of the suction tube wherein the elastic loading means are a spring that is designed to move the rod in a direction (F7) substantially parallel to the length of the longitudinal beam and oriented towards the wall of the suction tube . - a load-bearing element designed to slide along a longitudinal axis (X1) to enter an opening (O26) of the suction tube and including an extremity that is designed to be immobilized in the suction tube , - floor elements that are placed on the load-bearing element , at least some of the floor elements being articulated with the load-bearing element about axes (X2, X3) substantially parallel to the longitudinal axis (X1) and being movable in rotation about these axes (X2, X3) between a folded configuration and a deployed configuration in which they define at least a portion of a floor of the platform ,
A device comprising: a structure defining a detector surface for supporting biological or chemical samples ; a sensor array comprising light sensors , and circuitry to transmit data signals based on photons detected by the light sensors ; and a guide array comprising light guides ; wherein light guides of the guide array are arranged to receive excitation light of an light energy exciter and emissions signal light from the detector surface , wherein the emissions signal light is fluorescence of a fluorophore of the biological or chemical sample being excited by the excitation light , wherein the light guides extend toward respective light sensors of the sensor array and comprise filter material that is configured to block the excitation light and that is configured to permit the emissions signal light to propagate toward the respective light sensors , wherein the detector surface includes reaction recesses , each reaction recess comprising an index of refraction and a dimension (D), provided by the diameter of the reaction recess at a top elevation of reaction recess and sufficient to cancel background light energy incident on the detector surface in a detection band of the sensor array , wherein the background light energy incident on the detector surface is fluorescence range noise not attributable to the emissions signal light , and defining in each reaction recess one or more reaction sites for supporting the biological or chemical samples . a structure defining a detector surface for supporting biological or chemical samples ; a sensor array comprising light sensors , and circuitry to transmit data signals based on photons detected by the light sensors ; and a guide array comprising light guides ; wherein light guides of the guide array are arranged to receive excitation light of an light energy exciter and emissions signal light from the detector surface , wherein the emissions signal light is fluorescence of a fluorophore of the biological or chemical sample being excited by the excitation light , wherein the light guides extend toward respective light sensors of the sensor array and comprise filter material that is configured to block the excitation light and that is configured to permit the emissions signal light to propagate toward the respective light sensors , wherein the detector surface includes reaction recesses , each reaction recess comprising an index of refraction and a dimension (D), provided by the diameter of the reaction recess at a top elevation of reaction recess and sufficient to cancel background light energy incident on the detector surface in a detection band of the sensor array , wherein the background light energy incident on the detector surface is fluorescence range noise not attributable to the emissions signal light , and defining in each reaction recess one or more reaction sites for supporting the biological or chemical samples .
A method of resetting a human stem cell to a more naive state, the method comprising: (a) inducing a more naive state in the human stem cell by (i) optionally expressing or introducing one or more heterologous reprogramming factors into the cell, (ii) culturing the cell in a resetting medium, wherein the resetting medium comprises a MEK inhibitor, a tankyrase inhibitor, and a STAT3 activator and (b) sustaining the cell in a naive culture medium, wherein the naive culture medium comprises a MEK inhibitor, a PKC inhibitor a GSK3 inhibitor, and a STAT3 activator. (a) inducing a more naive state in the human stem cell by (i) optionally expressing or introducing one or more heterologous reprogramming factors into the cell, (ii) culturing the cell in a resetting medium, wherein the resetting medium comprises a MEK inhibitor, a tankyrase inhibitor, and a STAT3 activator and (i) optionally expressing or introducing one or more heterologous reprogramming factors into the cell, (ii) culturing the cell in a resetting medium, wherein the resetting medium comprises a MEK inhibitor, a tankyrase inhibitor, and a STAT3 activator and (b) sustaining the cell in a naive culture medium, wherein the naive culture medium comprises a MEK inhibitor, a PKC inhibitor a GSK3 inhibitor, and a STAT3 activator.
1. Hinge for a branch of glasses, comprising a knuckle integral with a base intended to be fixed to the frame of the pair of glasses, a mortise arranged in the branch , in which this knuckle is intended to be engaged, and a screw , or similar member, intended to be engaged through the branch and the knuckle so as to assembling the branch to the knuckle and forming the pivot axis of the branch ; characterized in that : - the knuckle has a convex edge , in an arc of a circle centered on the pivot axis of the branch , and forms a notch on the internal side of the knuckle , delimited, on one side, by the base or by the portion of the knuckle connected to this base , and, on the other side, by said edge ; - the hinge comprises a shoe intended to bear against said edge , forming a wall bearing against this edge and having the same curvature as this edge , this bearing wall extending over an arc representing at least a quarter of the arc along which the edge extends; - the hinge comprises elastic means urging the pad towards said edge , so that said bearing wall is pressed against this edge, - said notch is dimensioned so as to partially accommodate the pad in the folding position of the branch along the frame. - the knuckle has a convex edge , in an arc of a circle centered on the pivot axis of the branch , and forms a notch on the internal side of the knuckle , delimited, on one side, by the base or by the portion of the knuckle connected to this base , and, on the other side, by said edge ; - the hinge comprises a shoe intended to bear against said edge , forming a wall bearing against this edge and having the same curvature as this edge , this bearing wall extending over an arc representing at least a quarter of the arc along which the edge extends; - the hinge comprises elastic means urging the pad towards said edge , so that said bearing wall is pressed against this edge, - said notch is dimensioned so as to partially accommodate the pad in the folding position of the branch along the frame.
Apparatus for cutting and conveying a strip of material for producing electrical energy storage devices; the apparatus comprises: - a first conveying unit configured to convey said strip along a conveying path (CP); - a cutting unit , arranged downstream of the first conveying unit and characterised by comprising a support element , which comprises in turn a first portion movable along a first direction (PD) parallel to the conveying path (CP), and a second portion movable at least along a second direction (TD) transverse to the conveying path (CP); the cutting unit further comprising a blade , mounted on board the second portion of the support element and configured to transversely cut the strip of material during the movement of the second portion of the support element ; wherein the first portion of the support element and the second portion of the support element are configured to move at least partially synchronously along the direction (PD) parallel to the conveying path (CP); the cutting and conveying apparatus further comprising a first actuator system configured to cause, by means of a rotary motion, an intermittent motion of at least the first portion of the support element . - a first conveying unit configured to convey said strip along a conveying path (CP); - a cutting unit , arranged downstream of the first conveying unit and characterised by comprising a support element , which comprises in turn a first portion movable along a first direction (PD) parallel to the conveying path (CP), and a second portion movable at least along a second direction (TD) transverse to the conveying path (CP); the cutting unit further comprising a blade , mounted on board the second portion of the support element and configured to transversely cut the strip of material during the movement of the second portion of the support element ; wherein the first portion of the support element and the second portion of the support element are configured to move at least partially synchronously along the direction (PD) parallel to the conveying path (CP); the cutting and conveying apparatus further comprising a first actuator system configured to cause, by means of a rotary motion, an intermittent motion of at least the first portion of the support element .
A switching apparatus comprising a plurality of current-conductive branches connected in parallel between first and second terminals , each current-conductive branch including at least one respective electrical connection member in series connection with at least one respective gas tube switch between the first and second terminals , wherein the inductance value of each electrical connection member is configured to balance the inductance values of the current-conductive branches , wherein the gas tube switches are positioned in a symmetrical arrangement about a reference axis extending through the terminals , wherein each current-conductive branch includes a first electrical connection member that connects an electrode of the gas tube switch to the first terminal , and a second electrical connection member that connects another electrode of the gas tube switch to the second terminal , wherein the first electrical connection member includes electrically conductive wiring and a series reactor , and the second electrical connection member 42 includes electrically conductive wiring, and each series reactor is arranged as a coil, characterised in that the number of coil turns in each reactor is defined to configure the inductance value of each reactor so as to balance the inductance values of the current-conductive branches , with the number of coil turns in each reactor defined by taking into consideration the stray inductance present in the respective electrical connection member so as to achieve a balance between the overall inductance values of the current-conductive branches . each current-conductive branch includes a first electrical connection member that connects an electrode of the gas tube switch to the first terminal , and a second electrical connection member that connects another electrode of the gas tube switch to the second terminal , wherein the first electrical connection member includes electrically conductive wiring and a series reactor , and the second electrical connection member 42 includes electrically conductive wiring, and each series reactor is arranged as a coil, characterised in that the number of coil turns in each reactor is defined to configure the inductance value of each reactor so as to balance the inductance values of the current-conductive branches , with the number of coil turns in each reactor defined by taking into consideration the stray inductance present in the respective electrical connection member so as to achieve a balance between the overall inductance values of the current-conductive branches .
Method for controlling a vehicle during unexpected braking with braking forces (FAr, FAI) acting differently on each side on a steerable vehicle axle , comprising at least the following steps: - determining whether there is unintentional braking with braking forces (FAr, FAI) acting differently on each side on the steerable vehicle axle (St1), the vehicle yawing in a yaw direction (RG) at a braking yaw rate (GB) due to the braking forces (FAr, FAI) acting differently on each side on the steerable vehicle axle ; - determining the yaw direction (RG) in which the vehicle will yaw as a result of the braking forces (FAr, FAI) acting differently on each side (St2); - specifying and setting a steering angle requirement (LSoll) as soon as unintentional braking with braking forces (FAr, FAI) acting differently on each side on the steerable vehicle axle is determined, the steering angle requirement (LSoll) being specified depending on the determined yaw direction (RG) in such a way that the braking yaw rate (GB) is compensated for (St3, St4) after setting the steering angle requirement (LSoll) on the steerable vehicle axle , characterized in that the steering angle requirement (LSoll) is specified depending on the tires (KB) of the vehicle and/or the road conditions (KF) and/or an axle load (KL) and/or a track width (SW) of the steerable vehicle axle . - determining whether there is unintentional braking with braking forces (FAr, FAI) acting differently on each side on the steerable vehicle axle (St1), the vehicle yawing in a yaw direction (RG) at a braking yaw rate (GB) due to the braking forces (FAr, FAI) acting differently on each side on the steerable vehicle axle ; - determining the yaw direction (RG) in which the vehicle will yaw as a result of the braking forces (FAr, FAI) acting differently on each side (St2); - specifying and setting a steering angle requirement (LSoll) as soon as unintentional braking with braking forces (FAr, FAI) acting differently on each side on the steerable vehicle axle is determined, the steering angle requirement (LSoll) being specified depending on the determined yaw direction (RG) in such a way that the braking yaw rate (GB) is compensated for (St3, St4) after setting the steering angle requirement (LSoll) on the steerable vehicle axle , characterized in that the steering angle requirement (LSoll) is specified depending on the tires (KB) of the vehicle and/or the road conditions (KF) and/or an axle load (KL) and/or a track width (SW) of the steerable vehicle axle . the steering angle requirement (LSoll) being specified depending on the determined yaw direction (RG) in such a way that the braking yaw rate (GB) is compensated for (St3, St4) after setting the steering angle requirement (LSoll) on the steerable vehicle axle , characterized in that the steering angle requirement (LSoll) is specified depending on the tires (KB) of the vehicle and/or the road conditions (KF) and/or an axle load (KL) and/or a track width (SW) of the steerable vehicle axle .
A portion capsule for producing a beverage, having a substantially frustaconical or cylindrical capsule base body , which has a cavity for receiving a raw beverage material , and a membrane closing the cavity , wherein the capsule base body has a capsule base , wherein the capsule base has an output opening which is sealed with a pierceable film , and wherein the portion capsule is designed to be filter-free, characterized in that the film has a tensile strength of less than 80 N/mm 2 and comprises an extension of between 1 and 30 percent.
A method for determining at least one gripping region on an object , wherein the object is to be gripped by a gripper in a gripping pose in the gripping region, wherein the gripping pose comprises a position of the gripper suitable for gripping on the object to be gripped, having the following method steps: a) provision of at least one robot and one gripper which is guided by the robot, and at least one object which is to be gripped by the robot by means of the gripper ; b) definition of an object coordinate system of the object to be gripped by the gripper ; c) configuration of a first and a second gripping pose by manually positioning the gripper at the object ; d) calculation of at least one further gripping pose at the object in the object coordinate system of the object based on provided structural data of the object and on the first and second gripping pose, wherein the at least one further gripping pose lies between the configurated gripping poses; and e) determination of a first gripping region in the object coordinate system of the object , wherein the gripping region comprises the region, which is available to the gripper in the first, the second and the at least one further gripping pose. a) provision of at least one robot and one gripper which is guided by the robot, and at least one object which is to be gripped by the robot by means of the gripper ; b) definition of an object coordinate system of the object to be gripped by the gripper ; c) configuration of a first and a second gripping pose by manually positioning the gripper at the object ; d) calculation of at least one further gripping pose at the object in the object coordinate system of the object based on provided structural data of the object and on the first and second gripping pose, wherein the at least one further gripping pose lies between the configurated gripping poses; and e) determination of a first gripping region in the object coordinate system of the object , wherein the gripping region comprises the region, which is available to the gripper in the first, the second and the at least one further gripping pose.
A sunscreen composition, comprising: a polymer composition comprising a linear, ultraviolet radiation absorbing polyether comprising a covalently bound UV-chromophore; and at least one additional UV screening compound, wherein at least one of the additional UV screening compounds is an organic non-polymeric UV absorbing compound, and wherein the concentration of additional UV absorbing compounds is 15% or more by weight. a polymer composition comprising a linear, ultraviolet radiation absorbing polyether comprising a covalently bound UV-chromophore; and at least one additional UV screening compound, wherein at least one of the additional UV screening compounds is an organic non-polymeric UV absorbing compound, and wherein the concentration of additional UV absorbing compounds is 15% or more by weight.