mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a Mobility Management Entity, MME, device for maintaining User Plane, UP, session status information of a user equipment, UE, in an edge cloud, thereby ensuring continuity of execution for at least one function performed by at least one network device outside the edge cloud when a handover of the UE has occurred, the UE having been served by a source base station before the handover, and being served by a target base station after the handover, the source base station and the target base station being located at an edge site, the method being characterized by: upon determining that a handover of the UE has occurred, adding a status-information-acquisition, SIA, mechanism to a handover signaling chain, the SIA mechanism providing UP session status information of the UE to an UP target gateway, an UP source gateway intermediating traffic between the source base station and the at least one network device before the handover, and the UP target gateway intermediating traffic between the target base station and the at least one network device after the handover, the UP source gateway being different from the UP target gateway, wherein the UP session status information of the UE is used by the UP source gateway and the UP target gateway to determine UE-related data to be reported to the at least one network device for the execution of the at least one function, before and after the handover, respectively, and wherein the SIA mechanism either includes the MME device retrieving the UP session status information of the UE, from the UP source gateway, and then providing the UP session status information of the UE to the UP target gateway, or the MME device requiring the UP source gateway to provide the UP session status information of the UE to the UP target gateway. upon determining that a handover of the UE has occurred, adding a status-information-acquisition, SIA, mechanism to a handover signaling chain, the SIA mechanism providing UP session status information of the UE to an UP target gateway, an UP source gateway intermediating traffic between the source base station and the at least one network device before the handover, and the UP target gateway intermediating traffic between the target base station and the at least one network device after the handover, the UP source gateway being different from the UP target gateway, wherein the UP session status information of the UE is used by the UP source gateway and the UP target gateway to determine UE-related data to be reported to the at least one network device for the execution of the at least one function, before and after the handover, respectively, and wherein the SIA mechanism either includes the MME device retrieving the UP session status information of the UE, from the UP source gateway, and then providing the UP session status information of the UE to the UP target gateway, or the MME device requiring the UP source gateway to provide the UP session status information of the UE to the UP target gateway.
A coating material for the production of a corrosion-resistant coating on an oxidized and/or hydroxylated metallic surface comprising - at least one binder comprising reactive groups, - at least one particulate metal comprising oxide and/or hydroxyl groups, and - at least one platelet-shaped non-metallic particle comprising oxide and/or hydroxyl groups, wherein the binder is able to form a covalent bond with an oxidized and/or hydroxylated metallic surface and the oxide and/or hydroxyl groups of the at least one particulate metal and of the at least one platelet-shaped non-metallic particle, wherein the at least one binder being selected from the group consisting of alkoxysilanes, siloxanes, alkyl titanates, titanates, alkyl zirconates, zirconates and mixtures thereof, and wherein the standard potential of the at least one particulate metal is less than -0.04 V. - at least one binder comprising reactive groups, - at least one particulate metal comprising oxide and/or hydroxyl groups, and - at least one platelet-shaped non-metallic particle comprising oxide and/or hydroxyl groups, wherein the binder is able to form a covalent bond with an oxidized and/or hydroxylated metallic surface and the oxide and/or hydroxyl groups of the at least one particulate metal and of the at least one platelet-shaped non-metallic particle, wherein the at least one binder being selected from the group consisting of alkoxysilanes, siloxanes, alkyl titanates, titanates, alkyl zirconates, zirconates and mixtures thereof, and wherein the standard potential of the at least one particulate metal is less than -0.04 V.
An electromagnetic flowmeter for measuring the flow of a medium through a measuring pipe, comprising: - first and second electrodes (24, 26) arranged on opposite sides of said measuring pipe and coupled electrically or capacitively to said medium, - a differential amplifier for amplifying the potential difference in signals (54, 52) from the electrodes (24, 26) and for providing the amplified output to a flow detection circuitry, - means for passing a test signal as a common mode signal to said first and second electrodes (24, 26), wherein said test signal comprises a sequence of symmetrical pulses whose average value over a flow detection period is zero so that the measurement of the flow is not disturbed by the test signal, - a third electrode arranged at the top of said measuring pipe for receiving a response signal in response to the test signal passed to said first and second electrodes (24, 26), - means for detecting whether said third electrode is in contact with said medium based upon said response signal. - first and second electrodes (24, 26) arranged on opposite sides of said measuring pipe and coupled electrically or capacitively to said medium, - a differential amplifier for amplifying the potential difference in signals (54, 52) from the electrodes (24, 26) and for providing the amplified output to a flow detection circuitry, - means for passing a test signal as a common mode signal to said first and second electrodes (24, 26), wherein said test signal comprises a sequence of symmetrical pulses whose average value over a flow detection period is zero so that the measurement of the flow is not disturbed by the test signal, - a third electrode arranged at the top of said measuring pipe for receiving a response signal in response to the test signal passed to said first and second electrodes (24, 26), - means for detecting whether said third electrode is in contact with said medium based upon said response signal.
A flower pot (10; 50) comprising: an outer pot body (12; 52); an inner pot body (14; 54) housed in the outer pot body (12; 52) with a gap as a water supply portion (15; 55); a folding portion provided on an upper end surface of a sidewall of the inner pot body; and a sealing portion (16; 56) formed of an elastic member (16a; 56a) and provided between the folding portion and an upper end surface of a sidewall of the outer pot body (12; 52), wherein an inner bottom surface of the outer pot body (12; 52) and an outer bottom surface of the inner pot body (14; 54) are provided with a threaded portion as a vertical position changeable member, the water stored in the water supply portion (15; 55) is supplied to the inner pot body (14; 54) through a nonwoven fabric member, characterized in that the planar shape of the nonwoven fabric member is a circular shape including a protruding portion, and the nonwoven fabric member is a planar member having the same thickness, the circular part of the nonwoven fabric member is housed in a bottom of the inner pot body (14; 54), a through-hole is provided in the bottom of the inner pot body (14; 54), and the protruding portion of the nonwoven fabric member reaches the gap as the water supply portion (15; 55) through the through-hole. an outer pot body (12; 52); an inner pot body (14; 54) housed in the outer pot body (12; 52) with a gap as a water supply portion (15; 55); a folding portion provided on an upper end surface of a sidewall of the inner pot body; and a sealing portion (16; 56) formed of an elastic member (16a; 56a) and provided between the folding portion and an upper end surface of a sidewall of the outer pot body (12; 52), wherein an inner bottom surface of the outer pot body (12; 52) and an outer bottom surface of the inner pot body (14; 54) are provided with a threaded portion as a vertical position changeable member, the water stored in the water supply portion (15; 55) is supplied to the inner pot body (14; 54) through a nonwoven fabric member, characterized in that the planar shape of the nonwoven fabric member is a circular shape including a protruding portion, and the nonwoven fabric member is a planar member having the same thickness, the circular part of the nonwoven fabric member is housed in a bottom of the inner pot body (14; 54), a through-hole is provided in the bottom of the inner pot body (14; 54), and the protruding portion of the nonwoven fabric member reaches the gap as the water supply portion (15; 55) through the through-hole.
A method of processing a set of 'k' floating point numbers to perform addition and/or subtraction, k ≥ 3, using a hardware implementation, each floating-point number comprising a mantissa (m i) and an exponent (e i), wherein the method comprises: receiving the set of 'k' floating point numbers in a first format, each floating-point number in the first format comprising a mantissa (m i) with a bit-length of 'b' bits; creating a set of 'k' numbers (y i) based on the mantissas of the 'k' floating-point numbers, the numbers having a bit-length of 'n' bits obtained by adding both extra most-significant bits and extra least-significant bits to the bit length `b' of the mantissa (m i), wherein the 'n' bits comprises a number of magnitude bits, wherein 'n' is b + ⌈ log 2 k ⌉ + ⌈ log 2 k − 1 ⌉ + x bits, where x is an integer, and x ≥ 1 and x ≤ 3; identifying a maximum exponent (e max) among the exponents (e i); aligning the magnitude bits of the numbers (y i) based on the maximum exponent (e max); and processing the set of 'k' numbers concurrently. receiving the set of 'k' floating point numbers in a first format, each floating-point number in the first format comprising a mantissa (m i) with a bit-length of 'b' bits; creating a set of 'k' numbers (y i) based on the mantissas of the 'k' floating-point numbers, the numbers having a bit-length of 'n' bits obtained by adding both extra most-significant bits and extra least-significant bits to the bit length `b' of the mantissa (m i), wherein the 'n' bits comprises a number of magnitude bits, wherein 'n' is b + ⌈ log 2 k ⌉ + ⌈ log 2 k − 1 ⌉ + x bits, where x is an integer, and x ≥ 1 and x ≤ 3; identifying a maximum exponent (e max) among the exponents (e i); aligning the magnitude bits of the numbers (y i) based on the maximum exponent (e max); and processing the set of 'k' numbers concurrently.
A two-part cyanoacrylate adhesive comprising a) a first part comprising - a cyanoacrylate component; - a peroxide catalyst; - a stabilizer; - a thickener; and b) a second part comprising - a (meth)acrylate component; - a graphene oxide; - an adhesion promoter; - a metal salt; and - a fumed silica. a) a first part comprising - a cyanoacrylate component; - a peroxide catalyst; - a stabilizer; - a thickener; and - a cyanoacrylate component; - a peroxide catalyst; - a stabilizer; - a thickener; and b) a second part comprising - a (meth)acrylate component; - a graphene oxide; - an adhesion promoter; - a metal salt; and - a fumed silica. - a (meth)acrylate component; - a graphene oxide; - an adhesion promoter; - a metal salt; and - a fumed silica.
A method for producing polycrystalline silicon, comprising the steps of: a) depositing polycrystalline silicon by bringing material gas containing a chlorosilane compound and hydrogen into contact with a polycrystalline silicone core wire; b) separating, into a chlorosilane condensate and a gas component, exhaust gas which is discharged through the step a), the chlorosilane condensate containing fine silicon powder secondarily produced in the exhaust gas in the step a), and c) removing the fine silicon powder by passing the chlorosilane condensate containing the fine silicon powder through a filter. a) depositing polycrystalline silicon by bringing material gas containing a chlorosilane compound and hydrogen into contact with a polycrystalline silicone core wire; b) separating, into a chlorosilane condensate and a gas component, exhaust gas which is discharged through the step a), the chlorosilane condensate containing fine silicon powder secondarily produced in the exhaust gas in the step a), and c) removing the fine silicon powder by passing the chlorosilane condensate containing the fine silicon powder through a filter.
An auxiliary mobility system for a wheelchair, which comprises a frame, at least one wheel-bearing part and at least one steering element or handlebar, said bearing part being associated with the frame such that the wheel-bearing part can rotate concentrically about its own axial axis under the action of the steering element, the frame has two parallel plates, between which a sleeve is positioned and secured; wherein the bearing part comprises a fork; the fork is housed inside the sleeve and concentrically therewith; characterized in that the auxiliary mobility system comprises means for rotating the bearing part and the sleeve with respect to the frame concentrically, in relation to a horizontal axis perpendicular to the longitudinal direction of the movement of the chair and to the wheel; wherein the rotation means of the bearing part are embodied by openings in the manner of holes on the plates or the sleeve and protrusions in the sleeve connected to the bearing part or on the plates and adapted to fit in said openings, such that the bearing part may pivot in relation to the frame itself; and wherein the system comprises means for vertically regulating the vertical distance of the frame in relation to the rolling floor of the chair, the vertical regulation means being embodied by an implement movable along guides enabled in the two parallel plates of the frame and having tightening means for fixing the implement in its travel along the guides. wherein the bearing part comprises a fork; the fork is housed inside the sleeve and concentrically therewith; characterized in that the auxiliary mobility system comprises means for rotating the bearing part and the sleeve with respect to the frame concentrically, in relation to a horizontal axis perpendicular to the longitudinal direction of the movement of the chair and to the wheel; wherein the rotation means of the bearing part are embodied by openings in the manner of holes on the plates or the sleeve and protrusions in the sleeve connected to the bearing part or on the plates and adapted to fit in said openings, such that the bearing part may pivot in relation to the frame itself; and wherein the system comprises means for vertically regulating the vertical distance of the frame in relation to the rolling floor of the chair, the vertical regulation means being embodied by an implement movable along guides enabled in the two parallel plates of the frame and having tightening means for fixing the implement in its travel along the guides.
A method of wireless communication performed by a user equipment, UE, comprising: suspending communication in a first radio access technology, RAT, to access a second RAT; and the method characterized by determining, based on a Doppler estimate from before suspending the communication, whether to report a Channel Quality Indicator, CQI, based on channel conditions before the suspension of the first RAT or to report the CQI based on channel conditions after resuming the communication in the first RAT. suspending communication in a first radio access technology, RAT, to access a second RAT; and the method characterized by determining, based on a Doppler estimate from before suspending the communication, whether to report a Channel Quality Indicator, CQI, based on channel conditions before the suspension of the first RAT or to report the CQI based on channel conditions after resuming the communication in the first RAT.
Module of impact absorbing barrier for a motorcycle race track, in the shape of a rectangular panel vertically positioned in a mounted state, the panel comprising a horizontally arranged base, a parallel, horizontal ridge, two sides (5, 6) and two parallel surfaces, and a strip fixed along to the base, one end of the strip extending beyond the outline of the panel, wherein the panel (1, 12, 26) consists of a three layers, parallel to each other and parallel to said two parallel panel surfaces, the first layer being a sliding layer (7, 19, 31) made from polyvinyl chloride, adjoined to a first side of an absorbing layer (8, 20, 32), made from elastic material, and on the other side of the absorbing layer (8, 20, 32) adjoined by a support layer (9, 21, 33) made from wood-based material, wherein the sliding layer (7, 9, 31) and the absorbing layer (8, 20, 32) are continuous.
A method of forming a foamed part, the method comprising: providing a polymer processing system comprising a polymer processing space; mixing polymeric material and a blowing agent within the polymer processing space to produce an unfoamed mixture; providing a mold having at least one expandable mold cavity in fluid communication with the polymer processing space; injecting a volume of the mixture of polymeric material and blowing agent from the polymer processing space and into the expandable mold cavity; expanding the mold cavity to form a foamed preform part; inserting the foamed preform part into a press mold cavity; and press-forming the foamed preform part within the press mold cavity to form a unitary finished part, wherein press-forming the foamed preform part comprises a lateral displacement of a first movable wall portion of the press mold cavity perpendicular with respect to a second opposing stationary wall portion of the press mold cavity, and wherein the lateral displacement comprises an asymmetric lateral displacement of the first movable wall portion of the press mold cavity with respect to the second opposing stationary wall portion of the press mold cavity by rotation of the first movable wall portion with respect to the second opposing stationary wall portion. providing a polymer processing system comprising a polymer processing space; mixing polymeric material and a blowing agent within the polymer processing space to produce an unfoamed mixture; providing a mold having at least one expandable mold cavity in fluid communication with the polymer processing space; injecting a volume of the mixture of polymeric material and blowing agent from the polymer processing space and into the expandable mold cavity; expanding the mold cavity to form a foamed preform part; inserting the foamed preform part into a press mold cavity; and press-forming the foamed preform part within the press mold cavity to form a unitary finished part, wherein press-forming the foamed preform part comprises a lateral displacement of a first movable wall portion of the press mold cavity perpendicular with respect to a second opposing stationary wall portion of the press mold cavity, and wherein the lateral displacement comprises an asymmetric lateral displacement of the first movable wall portion of the press mold cavity with respect to the second opposing stationary wall portion of the press mold cavity by rotation of the first movable wall portion with respect to the second opposing stationary wall portion.
An exercise apparatus for the performance of hamstring eccentrics and/or concentrics comprising: a) a collapsible frame comprising: i. a main support spar running centrally the length of the apparatus with an extended horizontal bar substantially perpendicular to the main support spar attached at its centre to the lower end of the main support spar, and ii. an extended vertical bar, substantially perpendicular both to the main support spar and to the horizontal bar, attached somewhere along its length to the upper end of the main support spar, so as to fix the main support spar in position, the vertical bar having a horizontal bar attached perpendicularly to its lower end, such that, in combination with the horizontal bar at the opposite end of the main support spar, a stable platform for the apparatus is formed; the apparatus characterized by b) a kneeling pad fixed to the upper surface of the main support spar; and c) a foot anchor (3,4,6) attached to the upper end of the vertical bar, proximal to the upper end of the kneeling pad, the foot anchor (3,4,6) being linked to the frame in such a manner as to allow it to be height adjusted with respect to the kneeling pad; wherein the main support spar is fixable in an inclined position making an angle with respect to the horizontal which ranges between 5° to 20°. a) a collapsible frame comprising: i. a main support spar running centrally the length of the apparatus with an extended horizontal bar substantially perpendicular to the main support spar attached at its centre to the lower end of the main support spar, and ii. an extended vertical bar, substantially perpendicular both to the main support spar and to the horizontal bar, attached somewhere along its length to the upper end of the main support spar, so as to fix the main support spar in position, the vertical bar having a horizontal bar attached perpendicularly to its lower end, such that, in combination with the horizontal bar at the opposite end of the main support spar, a stable platform for the apparatus is formed; the apparatus characterized by i. a main support spar running centrally the length of the apparatus with an extended horizontal bar substantially perpendicular to the main support spar attached at its centre to the lower end of the main support spar, and ii. an extended vertical bar, substantially perpendicular both to the main support spar and to the horizontal bar, attached somewhere along its length to the upper end of the main support spar, so as to fix the main support spar in position, the vertical bar having a horizontal bar attached perpendicularly to its lower end, such that, in combination with the horizontal bar at the opposite end of the main support spar, a stable platform for the apparatus is formed; b) a kneeling pad fixed to the upper surface of the main support spar; and c) a foot anchor (3,4,6) attached to the upper end of the vertical bar, proximal to the upper end of the kneeling pad, the foot anchor (3,4,6) being linked to the frame in such a manner as to allow it to be height adjusted with respect to the kneeling pad;