mhurhangee/ep-ind-claims huggingface dataset:
A method of handling an access network discovery and selection function, ANDSF, for a network of a wireless communication system, the method comprising the following steps performed by a network entity or an ANDSF server: determining an IP flow of a mobile device of the wireless communication system, the mobile device having a packet data network, PDN, connection associated to an access point name, APN, of the wireless communication system, for the mobile device to route its PDN connection from an original APN to a determined APN and configuring and providing to the mobile device an inter-system routing policy, ISRP, policy for a policy node such that a value of an AccessTechnology leaf of a Routing Rule node is configured as 3rd Generation Partnership Project, 3GPP, wherein a value of an Access Id leaf of the Routing Rule Node is configured as a CSG identity of a plurality of CSG cells, and a PrioritizedAPN node is configured under the policy node for configuring the APN, wherein the policy node is a ForFlowBased node when the value of the AccessTechnology leaf is configured as 3GPP, and wherein the policy node is a ForNonSeamlessOffload node when the value of the AccessTechnology leaf is configured as wireless local area network, WLAN. determining an IP flow of a mobile device of the wireless communication system, the mobile device having a packet data network, PDN, connection associated to an access point name, APN, of the wireless communication system, for the mobile device to route its PDN connection from an original APN to a determined APN and configuring and providing to the mobile device an inter-system routing policy, ISRP, policy for a policy node such that a value of an AccessTechnology leaf of a Routing Rule node is configured as 3rd Generation Partnership Project, 3GPP, wherein a value of an Access Id leaf of the Routing Rule Node is configured as a CSG identity of a plurality of CSG cells, and a PrioritizedAPN node is configured under the policy node for configuring the APN, wherein the policy node is a ForFlowBased node when the value of the AccessTechnology leaf is configured as 3GPP, and wherein the policy node is a ForNonSeamlessOffload node when the value of the AccessTechnology leaf is configured as wireless local area network, WLAN.
Drive system comprising - a fixed shaft, - an electric motor which has a rotor, rotatable around the shaft, and a stator, - a transmission to reduce a rotational speed of the rotor and - a drum which can be driven by the transmission at a reduced rotational speed so as to be concentrically rotatable around the shaft, wherein the rotor and the transmission are arranged inside the drum, characterized in that the stator of the electric motor is arranged outside of the drum. - a fixed shaft, - an electric motor which has a rotor, rotatable around the shaft, and a stator, - a transmission to reduce a rotational speed of the rotor and - a drum which can be driven by the transmission at a reduced rotational speed so as to be concentrically rotatable around the shaft, wherein the rotor and the transmission are arranged inside the drum,
Security element for producing valuable documents such as bank-notes, checks or the like, having: - a dielectric substrate (1, 12, 10), - a first periodic line grating structure that is embedded in the substrate (1, 12, 10) and made of a plurality of first grating webs, extending in a longitudinal direction and arranged in a first plane, which have first grating gaps located therebetween, and - a second line grating structure of the same period (d) that is embedded in the substrate (1, 12, 10) and made of second grating webs, extending in the longitudinal direction, which have second grating gaps located therebetween, - wherein the second line grating structure is located, relative to the first plane, above the first line grating structure in a parallel, second plane, - wherein the second line grating structure is formed to be inverted with respect to the first line grating structure such that, in plan view of the first plane, the second grating webs are located above the first grating gaps and the second grating gaps are located above the first grating webs, and - the security element produces a color effect in transmission observation, characterized in that - the grating webs of the first line grating structure and the grating webs of the second line grating structure are formed each from a double layer, made of a layer of a highly refractive material (3a, 7a) and a layer of a metallic material (3b, 7b). - a dielectric substrate (1, 12, 10), - a first periodic line grating structure that is embedded in the substrate (1, 12, 10) and made of a plurality of first grating webs, extending in a longitudinal direction and arranged in a first plane, which have first grating gaps located therebetween, and - a second line grating structure of the same period (d) that is embedded in the substrate (1, 12, 10) and made of second grating webs, extending in the longitudinal direction, which have second grating gaps located therebetween, - wherein the second line grating structure is located, relative to the first plane, above the first line grating structure in a parallel, second plane, - wherein the second line grating structure is formed to be inverted with respect to the first line grating structure such that, in plan view of the first plane, the second grating webs are located above the first grating gaps and the second grating gaps are located above the first grating webs, and - the security element produces a color effect in transmission observation, - the grating webs of the first line grating structure and the grating webs of the second line grating structure are formed each from a double layer, made of a layer of a highly refractive material (3a, 7a) and a layer of a metallic material (3b, 7b).
A method for facilitating communication of downlink information in a wireless communication system, the method comprising: receiving a signal indicative of a base station (502, 522) enabling or disabling a function, wherein the function is configured to transmit information carried in control channels using selected downlink information; receiving the selected downlink information at a plurality of locations, wherein the selected downlink information is information indicative of at least one of a cell identity, a system frame number, a cyclic prefix type or a closed subscriber group; and determining a resource allocation of at least one of paging information, system information or unicast data information based, at least, on the selected downlink information, wherein the determining is performed without decoding control channels corresponding to the selected downlink information and in response to receiving a signal indicative of the function being enabled. receiving a signal indicative of a base station (502, 522) enabling or disabling a function, wherein the function is configured to transmit information carried in control channels using selected downlink information; receiving the selected downlink information at a plurality of locations, wherein the selected downlink information is information indicative of at least one of a cell identity, a system frame number, a cyclic prefix type or a closed subscriber group; and determining a resource allocation of at least one of paging information, system information or unicast data information based, at least, on the selected downlink information, wherein the determining is performed without decoding control channels corresponding to the selected downlink information and in response to receiving a signal indicative of the function being enabled.
A method for measuring flow rate within a volume (175, 275, 375, 575, 875, 975) comprising: transmitting, by a transmission device, a first signal through fluid contained within the volume (175, 275, 375, 575, 875, 975), wherein the volume (175, 275, 375, 575, 875, 975) is bounded, at least in part, by an interior surface of an outer structure (20, 220, 325, 425, 305, 850, 950) and an object at least partially located within the outer structure (20, 220, 325, 425, 305, 850, 950), wherein the transmission device is located at a first location on the outer structure (20, 220, 325, 425, 305, 850, 950); measuring a first time of flight of the first signal from the first location to a second location on the outer structure (20, 220, 325, 425, 305, 850, 950); propagating a second signal through the fluid from the second location to a third location on the outer structure (20, 220, 325, 425, 305, 850, 950); measuring a second time of flight of the second signal; and determining the flow rate of the fluid within the volume (175, 275, 375, 575, 875, 975) based, at least in part, on both the first time of flight and the second time of flight; wherein the first location, the second location and the third location differ from each other. transmitting, by a transmission device, a first signal through fluid contained within the volume (175, 275, 375, 575, 875, 975), wherein the volume (175, 275, 375, 575, 875, 975) is bounded, at least in part, by an interior surface of an outer structure (20, 220, 325, 425, 305, 850, 950) and an object at least partially located within the outer structure (20, 220, 325, 425, 305, 850, 950), wherein the transmission device is located at a first location on the outer structure (20, 220, 325, 425, 305, 850, 950); measuring a first time of flight of the first signal from the first location to a second location on the outer structure (20, 220, 325, 425, 305, 850, 950); propagating a second signal through the fluid from the second location to a third location on the outer structure (20, 220, 325, 425, 305, 850, 950); measuring a second time of flight of the second signal; and determining the flow rate of the fluid within the volume (175, 275, 375, 575, 875, 975) based, at least in part, on both the first time of flight and the second time of flight; wherein the first location, the second location and the third location differ from each other.
A computer system for processing user data relating to identity authentication over an electronic communications network for a user of a digital mailbox system comprising: a processor operatively connected to a memory, the memory comprising instructions to cause the processor to execute instructions including, obtaining a name and a current address from the user electronically using the communications network; determining if the current address is a valid address utilizing an address validation system; if the current address is determined to be invalid, then performing an error routine and halting the instructions, if the current address is determined to be valid, then determining if the name and current address are associated with an existing account on the digital mailbox system, then if the name and current address are associated with an existing account, then performing an existing account routine and halting the instructions, if the name and current address are not associated with an existing account, then electronically sending the name and current address to an identity verification system and electronically receiving identity verification data. a processor operatively connected to a memory, the memory comprising instructions to cause the processor to execute instructions including, obtaining a name and a current address from the user electronically using the communications network; determining if the current address is a valid address utilizing an address validation system; if the current address is determined to be invalid, then performing an error routine and halting the instructions, if the current address is determined to be valid, then determining if the name and current address are associated with an existing account on the digital mailbox system, then if the name and current address are associated with an existing account, then performing an existing account routine and halting the instructions, if the name and current address are not associated with an existing account, then electronically sending the name and current address to an identity verification system and electronically receiving identity verification data.
An inhibitor of transmembrane 6 superfamily member 2 (TM6SF2) for use in a method of treating a hepatitis B and/or hepatitis D virus infection in a subject, the method comprising administering to the subject said inhibitor, wherein the inhibitor is a nucleic acid or a small organic molecule.
A directional lamp assembly, comprising: a light source; a reflector having a first portion and a second portion and operative to direct light emitted from the light source to a target area; a heat sink circumscribing the reflector and operative to dissipate heat produced by the light source; and a light diffusing lens disposed over the light source and operative to transmit light to the target area; wherein the second portion of the reflector is disposed radially outboard of the first portion and the first portion is disposed within a cavity of the heat sink, characterized in that the second portion of the reflector is integrally formed with the upper portion of the heat sink, wherein the light diffusing lens interacts with the light produced from the light source such that a portion of the light is transmitted through the light diffusing lens to illuminate a first portion of a target area and another portion of the light which is reflected or re-directed back by the light diffusing lens toward the second portion of the reflector is re-directed from the second portion of the reflector and transmitted through the light diffusing lens to illuminate a second portion of the target area. a light source; a reflector having a first portion and a second portion and operative to direct light emitted from the light source to a target area; a heat sink circumscribing the reflector and operative to dissipate heat produced by the light source; and a light diffusing lens disposed over the light source and operative to transmit light to the target area; wherein the second portion of the reflector is disposed radially outboard of the first portion and the first portion is disposed within a cavity of the heat sink, characterized in that the second portion of the reflector is integrally formed with the upper portion of the heat sink, wherein the light diffusing lens interacts with the light produced from the light source such that a portion of the light is transmitted through the light diffusing lens to illuminate a first portion of a target area and another portion of the light which is reflected or re-directed back by the light diffusing lens toward the second portion of the reflector is re-directed from the second portion of the reflector and transmitted through the light diffusing lens to illuminate a second portion of the target area.
A process for producing a metal body with a surface having nanoscale pores or a nanoscale structure, wherein a pulsating current is applied to a metal base body consisting of titanium or of an alloy containing titanium in an electrolysis bath, with ions being added to the electrolysis bath, which in each case consists of an element of one of main groups V to VII of the periodic system of elements or comprise such an element as a component, and wherein an alternating current or a pulsating direct current is applied to the metal base body, the amplitude of the control voltage of the current being incrementally increased in successive time intervals and having in the transient range a changing speed of at least 1 V/s.
A process for assembling aircraft control surfaces (1, 1'), in particular high lift devices and wing portions, wherein the control surface is defined by an upper skin and by a lower skin made of a laminar composite material, assembled by a front spar, a rear spar (6; 7), longitudinal stringers and transversal ribs, said upper and lower skin (2, 9) having an edge at the front spar, comprising the steps of: • forming a leading edge, in an integrated way, bending and adhering said edge of the upper skin around the front spar with an adhesive; • fastening the rear spar (6; 7), the longitudinal stringers and the transversal ribs to said upper skin by means of said adhesive, thereby implementing a constant section structure; • placing the lower skin to join the upper skin to form the control surface (1, 1') obtaining an assembly mounted on a frame, the laminar composite material of the upper and lower skins (2, 9) being not yet hardened; and • placing said assembly with said frame in an autoclave and simultaneously harden both the laminar composite material of the upper and lower skins (2, 9) and the adhesive, thereby said leading edge is defined by the front spar. • forming a leading edge, in an integrated way, bending and adhering said edge of the upper skin around the front spar with an adhesive; • fastening the rear spar (6; 7), the longitudinal stringers and the transversal ribs to said upper skin by means of said adhesive, thereby implementing a constant section structure; • placing the lower skin to join the upper skin to form the control surface (1, 1') obtaining an assembly mounted on a frame, the laminar composite material of the upper and lower skins (2, 9) being not yet hardened; and • placing said assembly with said frame in an autoclave and simultaneously harden both the laminar composite material of the upper and lower skins (2, 9) and the adhesive, thereby said leading edge is defined by the front spar.
An organic light-emitting apparatus comprising: an organic light-emitting device; and a magnetic field-applying member configured to apply a magnetic field to the organic light-emitting device, wherein the organic light-emitting device comprises: a first electrode; a second electrode facing the first electrode; and an organic layer between the first electrode and the second electrode, the organic layer comprising an emission layer, wherein the emission layer comprises a host and a dopant, and the host comprises a combination of a hole transport compound and an electron transport compound and the hole transport compound and the electron transport compound form an exciplex, and an absolute value of a difference between a singlet (S 1) energy of the exciplex and a triplet (T 1) energy of the exciplex is 0.3 eV or less, and wherein the dopant is a fluorescent dopant, and a singlet (S 1) energy of the fluorescent dopant is less than a singlet (S 1) energy of the exciplex. a first electrode; a second electrode facing the first electrode; and an organic layer between the first electrode and the second electrode, the organic layer comprising an emission layer, wherein the emission layer comprises a host and a dopant, and the host comprises a combination of a hole transport compound and an electron transport compound and the hole transport compound and the electron transport compound form an exciplex, and an absolute value of a difference between a singlet (S 1) energy of the exciplex and a triplet (T 1) energy of the exciplex is 0.3 eV or less, and wherein the dopant is a fluorescent dopant, and a singlet (S 1) energy of the fluorescent dopant is less than a singlet (S 1) energy of the exciplex.
A metal surface treating composition comprising an organosilicon compound having the general formula: wherein R is a hydrolysable group, R' is a C 1 -C 4 alkyl group, A is a Ci-Cs alkylene group, R 1, R 2, R 3 and R 4 are each independently hydrogen or a C 1 -C 6 alkyl group when they do not form a ring structure, or a pair of R 1 and R 2, R 2 and R 3, or R 3 and R 4 may bond together to form an aliphatic or aromatic ring structure, and m is an integer of 1 to 3.
Method for supporting a driver when parking a vehicle in a diagonal parking space by means of a driver assistance device, in which method a diagonal parking space is detected as a function of ambient conditions of the vehicle which are sensed by means of a sensor device of the driver assistance device, wherein, for the purpose of parking in a diagonal parking space, forward parking and reverse parking are supported by the driver assistance device, characterized in that the selection of forward parking or of reverse parking is not made possible until the vehicle has at least partially driven past the diagonal parking space, wherein in the case of forward parking an at least two-movement parking manoeuvre is carried out, and in a first movement of the parking manoeuvre reverse parking is carried out during which the rear of the vehicle is moved away from the diagonal parking space.
Manually guided cleaning and maintenance appliance, in particular for ground surface coverings, preferably ground surface coverings made of tiles or wood, comprising a motor housing, which accommodates at least one electric motor and at least one transmission, and comprising at least one drive shaft which is driven by the electric motor and acts on the at least one transmission having a transmission output shaft, wherein the cleaning and maintenance appliance comprises at least two treatment devices, a first treatment device and a second treatment device, wherein the first and second treatment device are configured such that they can be swapped with one another, preferably can be swapped without using a tool, and can be driven by the transmission output shaft, wherein the first treatment device comprises a disc in the form of a joint brush, which can be directly connected to the transmission output shaft, and a guide device, in particular a guide wheel, wherein the second treatment device is a roller in the form of a roller brush having a roller surface and the second treatment device can be arranged centrally and the brush axis of the roller brush is parallel to the motor axis and the second treatment device is driven via a belt drive.
At least one computer-readable medium containing instructions, the instructions, when loaded and executed by a processor, cause the processor to: compute a first high-pass filtered sequence from a plurality of sensor measurements provided by a sensor; accumulate a plurality of samples from the first high-pass filtered sequence associated with said sensor into a first accumulated value; compare the first accumulated value against a first threshold of accumulated values; and based upon a determination whether the first accumulated value is greater than the first threshold of accumulated values, identify whether the sensor has been approached; characterized by reset the first accumulated value when the first high-pass filtered sequence changes its sign or a result of low-pass filtering the high-pass filtered sequence changes its sign; count a number of resets of the first accumulated value, wherein a given reset occurred after the first accumulated value exceeded a predefined threshold during a defined time interval; and determine through comparing the number of resets of the accumulated value within the defined time interval to a counting threshold, whether moisture is present on the sensor or whether moisture is not present on the sensor. compute a first high-pass filtered sequence from a plurality of sensor measurements provided by a sensor; accumulate a plurality of samples from the first high-pass filtered sequence associated with said sensor into a first accumulated value; compare the first accumulated value against a first threshold of accumulated values; and based upon a determination whether the first accumulated value is greater than the first threshold of accumulated values, identify whether the sensor has been approached; characterized by reset the first accumulated value when the first high-pass filtered sequence changes its sign or a result of low-pass filtering the high-pass filtered sequence changes its sign; count a number of resets of the first accumulated value, wherein a given reset occurred after the first accumulated value exceeded a predefined threshold during a defined time interval; and determine through comparing the number of resets of the accumulated value within the defined time interval to a counting threshold, whether moisture is present on the sensor or whether moisture is not present on the sensor.