mhurhangee/ep-ind-claims huggingface dataset:
A rotation auxiliary mechanism, including: a mounting base being movably connected with a rotary arm; an elastic assembly arranged on both sides of the rotary arm and including an elastic member and a movable member connected to one end of the elastic member, the other end of the elastic member being fixed, an end of the movable member away from the elastic member abutting against the rotary arm, when the rotary arm oscillates, the elastic member can be compressed by the movable member to retain the rotary arm, and when an external force applied to the rotary arm is removed, the elastic member drives the rotary arm oscillating to a predetermined position to reset wherein an inside wall of the mounting base is provided with a groove for installing the elastic assembly, the elastic assembly is accommodated in the groove, and the movable member is slidably installed in the groove, wherein one end of the rotary arm extends along its radial direction to form an abutment portion that abuts against the movable member, and the abutment portion is located in the groove, wherein one end of the groove away from the abutment portion is closed to fix the other end of the elastic member, Z |B characterized in that the abutment portion is inclined outward by a first angle α based on the normal line of the outer wall of the rotary arm, and a closed end wall of the groove away from the one end of the abutment portion is inclined outward by a second angle β based on the normal line of the outer wall of the rotary arm, and wherein α > β. an elastic assembly arranged on both sides of the rotary arm and including an elastic member and a movable member connected to one end of the elastic member, the other end of the elastic member being fixed, an end of the movable member away from the elastic member abutting against the rotary arm, when the rotary arm oscillates, the elastic member can be compressed by the movable member to retain the rotary arm, and when an external force applied to the rotary arm is removed, the elastic member drives the rotary arm oscillating to a predetermined position to reset wherein an inside wall of the mounting base is provided with a groove for installing the elastic assembly, the elastic assembly is accommodated in the groove, and the movable member is slidably installed in the groove, wherein one end of the rotary arm extends along its radial direction to form an abutment portion that abuts against the movable member, and the abutment portion is located in the groove, wherein one end of the groove away from the abutment portion is closed to fix the other end of the elastic member, Z |B characterized in that the abutment portion is inclined outward by a first angle α based on the normal line of the outer wall of the rotary arm, and a closed end wall of the groove away from the one end of the abutment portion is inclined outward by a second angle β based on the normal line of the outer wall of the rotary arm, and wherein α > β.
A base plate for flanging conduits, said base plate being made of synthetic plastic material and suitable for being fixed to a wall face by means of using a nail gun, said base plate being formed by a hollow body, said hollow body comprising, on one hand, inner coupling means for coupling to a nail gun which comprise central fitting means for fitting inside the muzzle of a nail gun, tangential fitting means for fitting with perimetric points of the muzzle of a nail gun, which are equidistant from said central fitting means, and friction fitting means for fitting with two flaps of a nail gun parallel to one another, which are located on two opposite sides of said hollow body, said hollow body comprising, on the other hand, outer positioning means for positioning said hollow body with respect to a location line thereof and seating and consolidating means for seating and consolidating conduits in said hollow body, characterized in that said hollow body has the configuration of a truncated square pyramid with an open upper smaller base, a lower larger base and four side faces forming a mixed surface, and in that: - said seating and consolidating means for seating and consolidating conduits in said hollow body are formed by a concave arched configuration at the end of the upper area of each of said side faces of the hollow body impinging on said open upper smaller base of said hollow body, said concave arched configuration having nonslip reliefs; - said hollow body comprises threading means in order to thread clamps in said hollow body, said threading means being arranged on each of said four side faces of the hollow body and being formed by open grooves centrally arranged in the upper area of said side faces of the hollow body. - said seating and consolidating means for seating and consolidating conduits in said hollow body are formed by a concave arched configuration at the end of the upper area of each of said side faces of the hollow body impinging on said open upper smaller base of said hollow body, said concave arched configuration having nonslip reliefs; - said hollow body comprises threading means in order to thread clamps in said hollow body, said threading means being arranged on each of said four side faces of the hollow body and being formed by open grooves centrally arranged in the upper area of said side faces of the hollow body.
A method, for use in a Network Functions Virtualization, NFV, system, for providing a Network Service, NS, in response to a request from a tenant specifying NS requirements, the NS requirements defining the requested NS, the method comprising: - selecting an on-boarded NS Descriptor, NSD, from a NS catalogue based on the requested network service; - modifying NSD information of the selected on-boarded NSD; and - instantiating the NS according to the modified on-boarded NSD. - selecting an on-boarded NS Descriptor, NSD, from a NS catalogue based on the requested network service; - modifying NSD information of the selected on-boarded NSD; and - instantiating the NS according to the modified on-boarded NSD.
An optical system mount assembly, comprising: a first post; a movable mount configured to mount an optical element, wherein the moveable mount is configured to move relative to the first post assembly between a first position and a second position; a first magnetic latch system member disposed on or within the first post; and a second magnetic latch system member disposed on or within the moveable mount such that the first magnetic latch system member magnetically interacts with the second magnetic latch system member to magnetically latch the moveable mount to the first post in the first position; and characterized in that: at least one of the first magnetic latch system member and the second magnetic latch system member is adjustable such that an attraction force between the first magnetic latch system member and the second magnetic latch system member is adjustable; and wherein the second latch system member is moveable relative to the movable mount to change the distance of the second magnetic latch system member relative to the first magnetic latch system member when in the first position. a first post; a movable mount configured to mount an optical element, wherein the moveable mount is configured to move relative to the first post assembly between a first position and a second position; a first magnetic latch system member disposed on or within the first post; and a second magnetic latch system member disposed on or within the moveable mount such that the first magnetic latch system member magnetically interacts with the second magnetic latch system member to magnetically latch the moveable mount to the first post in the first position; and characterized in that: at least one of the first magnetic latch system member and the second magnetic latch system member is adjustable such that an attraction force between the first magnetic latch system member and the second magnetic latch system member is adjustable; and wherein the second latch system member is moveable relative to the movable mount to change the distance of the second magnetic latch system member relative to the first magnetic latch system member when in the first position. at least one of the first magnetic latch system member and the second magnetic latch system member is adjustable such that an attraction force between the first magnetic latch system member and the second magnetic latch system member is adjustable; and wherein the second latch system member is moveable relative to the movable mount to change the distance of the second magnetic latch system member relative to the first magnetic latch system member when in the first position.
A method for generation of an anchor key in a network device in a communication network, the method being performed by the network device and comprising: obtaining a subscription data packet associated with an application security subscription of a user network module to an anchor key management service, the anchor key management service being provided as a service subscribed to by a user equipment associated with the user network module; extracting from the subscription data packet a subscription dataset, wherein the subscription dataset comprises an identifier of an application key management network node in the communication network that is associated with a service application; sending an authentication request message that includes a subscription permanent identifier, SUPI, of the user equipment associated with the user network module; generating a base authentication key upon successful completion of an authentication process for registering the user network module with the communication network; generating the anchor key based on the base authentication key and the SUPI: generating a unique identifier for the anchor key based on the identifier of the application key management network node; and wherein the anchor key is used for the user equipment associated with the user network module and the service application to generate an application encryption key for encrypted communication therebetween. obtaining a subscription data packet associated with an application security subscription of a user network module to an anchor key management service, the anchor key management service being provided as a service subscribed to by a user equipment associated with the user network module; extracting from the subscription data packet a subscription dataset, wherein the subscription dataset comprises an identifier of an application key management network node in the communication network that is associated with a service application; sending an authentication request message that includes a subscription permanent identifier, SUPI, of the user equipment associated with the user network module; generating a base authentication key upon successful completion of an authentication process for registering the user network module with the communication network; generating the anchor key based on the base authentication key and the SUPI: generating a unique identifier for the anchor key based on the identifier of the application key management network node; and wherein the anchor key is used for the user equipment associated with the user network module and the service application to generate an application encryption key for encrypted communication therebetween. generating a unique identifier for the anchor key based on the identifier of the application key management network node; and wherein the anchor key is used for the user equipment associated with the user network module and the service application to generate an application encryption key for encrypted communication therebetween.
Electronic component, comprising: - a substrate, - at least one first electrode arranged on the substrate, - a growth layer on the side of the electrode facing the substrate, wherein - the electrode arranged on the growth layer has a metal layer with a thickness of less than or equal to 30 nm and the growth layer has a thickness which is less than or equal to 10 nm, - the electronic component is formed as an organic light-emitting diode and further has a second electrode and at least one organic functional layer (5, 13, 15, 17) arranged between the first electrode and the second electrode, and - the growth layer directly follows the organic functional layer (5, 13, 15, 17) in direction away from the substrate and the first electrode directly follows the growth layer and a functional layer, which is an anti-reflection layer, a scatter layer, a layer for colour conversion of light and/or a mechanical protective layer, directly follows the first electrode, characterized in that the growth layer is formed from Al 2 O 3, WO 3 or Re 2 O 7. - a substrate, - at least one first electrode arranged on the substrate, - a growth layer on the side of the electrode facing the substrate, wherein - the electrode arranged on the growth layer has a metal layer with a thickness of less than or equal to 30 nm and the growth layer has a thickness which is less than or equal to 10 nm, - the electronic component is formed as an organic light-emitting diode and further has a second electrode and at least one organic functional layer (5, 13, 15, 17) arranged between the first electrode and the second electrode, and - the growth layer directly follows the organic functional layer (5, 13, 15, 17) in direction away from the substrate and the first electrode directly follows the growth layer and a functional layer, which is an anti-reflection layer, a scatter layer, a layer for colour conversion of light and/or a mechanical protective layer, directly follows the first electrode, characterized in that the growth layer is formed from Al 2 O 3, WO 3 or Re 2 O 7.
A work machine comprising a bottom portion cover forming a portion of a casing, the bottom portion cover comprising: at least two strengthening structure portions (63, 64, 66) formed substantially perpendicular to a bottom surface of the bottom portion cover, the bottom portion cover characterized by comprising a drain hole located in a connecting portion connecting the bottom surface of the bottom portion cover and a strengthening structure portion (64, 66) among the at least two strengthening structure portions, the strengthening structure portion (64, 66) having an upper portion located over the drain hole, at a location at which the at least two strengthening structure portions (64, 66) are formed in a lattice shape, the at least two strengthening structure portions (64, 66) intersecting with each other substantially orthogonally in the lattice shape, the drain hole being formed at a position of intersection of the at least two strengthening structure portions (64, 66), at a location at which the at least two strengthening structure portions are not formed in a lattice shape, the drain hole being formed in a substantially middle portion of the strengthening structure portion in a width direction of the strengthening structure portion, the bottom portion cover being located at a bottom portion of the casing of a generator to support an engine of the generator, the at least two strengthening structure portions (63, 64, 66) being formed between engine-retaining structure portions for supporting the engine. at least two strengthening structure portions (63, 64, 66) formed substantially perpendicular to a bottom surface of the bottom portion cover, the bottom portion cover characterized by comprising a drain hole located in a connecting portion connecting the bottom surface of the bottom portion cover and a strengthening structure portion (64, 66) among the at least two strengthening structure portions, the strengthening structure portion (64, 66) having an upper portion located over the drain hole, at a location at which the at least two strengthening structure portions (64, 66) are formed in a lattice shape, the at least two strengthening structure portions (64, 66) intersecting with each other substantially orthogonally in the lattice shape, the drain hole being formed at a position of intersection of the at least two strengthening structure portions (64, 66), at a location at which the at least two strengthening structure portions are not formed in a lattice shape, the drain hole being formed in a substantially middle portion of the strengthening structure portion in a width direction of the strengthening structure portion, the bottom portion cover being located at a bottom portion of the casing of a generator to support an engine of the generator, the at least two strengthening structure portions (63, 64, 66) being formed between engine-retaining structure portions for supporting the engine.
An apparatus comprising: an acquisition unit (151, 161) configured to acquire specific information used to specify a physical multicast channel, PMCH, of two or more component carriers including a first component carrier; and a control unit (153, 163) configured to control transmission of the specific information on the first component carrier; wherein the specific information is scheduling information of a multicast control channel, MCCH, for the two or more component carriers; and wherein the acquisition unit (151, 161) is configured to acquire a predetermined system information block including the scheduling information, and wherein the control unit (153, 163) is configured to control transmission of the predetermined system information block in the first component carrier. an acquisition unit (151, 161) configured to acquire specific information used to specify a physical multicast channel, PMCH, of two or more component carriers including a first component carrier; and a control unit (153, 163) configured to control transmission of the specific information on the first component carrier; wherein the specific information is scheduling information of a multicast control channel, MCCH, for the two or more component carriers; and wherein the acquisition unit (151, 161) is configured to acquire a predetermined system information block including the scheduling information, and wherein the control unit (153, 163) is configured to control transmission of the predetermined system information block in the first component carrier.
A method for forming miniature size confectionery products comprising the steps of: feeding confectionery products into an extruder; extruding the products through a die plate; cutting the extruded products in a liquid filled chamber to form miniature products; dusting the discharged products with an anti-agglomerating compound; and drying the miniature products. feeding confectionery products into an extruder; extruding the products through a die plate; cutting the extruded products in a liquid filled chamber to form miniature products; dusting the discharged products with an anti-agglomerating compound; and drying the miniature products.
Hearing device comprising - a first antenna; - a first transceiver coupled to the first antenna and configured to wirelessly receive one or more audio streams from an audio system, the one or more audio streams including a first audio stream; - a primary processing unit adapted for processing an input signal according to a hearing prescription in order to alleviate a hearing loss; - an acoustic output transducer coupled to an output of the primary processing unit for conversion of an output signal from the primary processing unit into an audio output signal; - at least one microphone; - a secondary processing unit with a first input coupled to an output of the first transceiver for receiving a first wireless input signal representative of the first audio stream from the first transceiver; and - a position controller for detecting position data of the hearing device, the position controller having an output coupled to a position input of the secondary processing unit for sending a position control signal comprising an angular position value α 1 to the secondary processing unit; the position controller being configured to select a value G 1 of a first gain based on the position data of the hearing device in combination with a control signal received by the microphone, the control signal being within a selected frequency range outside the audible range; wherein the angular position value α 1 is the angle between a direction of view of a user and the direction of the first transceiver; wherein the secondary processing unit is configured to apply the first gain value to the first wireless input signal from the first transceiver; and wherein the first gain value G 1 is applied if the angular position value α 1 is below a first threshold T 1.1. - a first antenna; - a first transceiver coupled to the first antenna and configured to wirelessly receive one or more audio streams from an audio system, the one or more audio streams including a first audio stream; - a primary processing unit adapted for processing an input signal according to a hearing prescription in order to alleviate a hearing loss; - an acoustic output transducer coupled to an output of the primary processing unit for conversion of an output signal from the primary processing unit into an audio output signal; - at least one microphone; - a secondary processing unit with a first input coupled to an output of the first transceiver for receiving a first wireless input signal representative of the first audio stream from the first transceiver; and - a position controller for detecting position data of the hearing device, the position controller having an output coupled to a position input of the secondary processing unit for sending a position control signal comprising an angular position value α 1 to the secondary processing unit; the position controller being configured to select a value G 1 of a first gain based on the position data of the hearing device in combination with a control signal received by the microphone, the control signal being within a selected frequency range outside the audible range;