mhurhangee/ep-ind-claims huggingface dataset:
A starch composition comprising amylomaltase treated starch and non-crosslinked starch whereby the weight ratio between the amylomaltase treated starch and non-crosslinked starch is between 1:9 and 9:1.
A user authentication method performed by a session management function entity, SMF, the method comprising: • receiving (S 101) a session establishment request message from a terminal device, wherein the session establishment request message is used to request to establish a session for the terminal device; • determining (S 102), based on the session establishment request message, to perform user authentication on a user using the terminal device; • if it is determined to perform the user authentication, sending (S 103) a session establishment message to a user plane function entity, UPF, wherein the session establishment message is used to establish a first session for the terminal device, and a session attribute of the first session is: a session used to transmit only a user authentication message; and • sending (S 104) an indication message to the terminal device, wherein the indication message is used to indicate the session attribute of the first session, and wherein the user authentication is used to verify the authority of the user using the terminal device. • receiving (S 101) a session establishment request message from a terminal device, wherein the session establishment request message is used to request to establish a session for the terminal device; • determining (S 102), based on the session establishment request message, to perform user authentication on a user using the terminal device; • if it is determined to perform the user authentication, sending (S 103) a session establishment message to a user plane function entity, UPF, wherein the session establishment message is used to establish a first session for the terminal device, and a session attribute of the first session is: a session used to transmit only a user authentication message; and • sending (S 104) an indication message to the terminal device, wherein the indication message is used to indicate the session attribute of the first session,
A computer-implemented method for environmental data sharing and context-based relevance determination, comprising: receiving, by an environmental condition response system of a receiving vehicle, environmental data associated with a sending vehicle; analyzing, by the environmental condition response system of the receiving vehicle, the received environmental data for relevance based on contextual information of the receiving vehicle by determining whether an estimated time of arrival of the receiving vehicle to a location associated with the received environmental data is within a time window, wherein the time window is adjusted based on a vehicle capability and/or specification of the receiving vehicle; determining, by the environmental condition response system of the receiving vehicle, a remedial action based on determining that the received environmental data received from the sending vehicle is relevant to the receiving vehicle; and in accordance with the determination that the environmental data received from the sending vehicle is relevant to the receiving vehicle, sending, by the environmental condition response system of the receiving vehicle, instructions to perform the remedial action to a corresponding vehicle component system of the receiving vehicle. receiving, by an environmental condition response system of a receiving vehicle, environmental data associated with a sending vehicle; analyzing, by the environmental condition response system of the receiving vehicle, the received environmental data for relevance based on contextual information of the receiving vehicle by determining whether an estimated time of arrival of the receiving vehicle to a location associated with the received environmental data is within a time window, wherein the time window is adjusted based on a vehicle capability and/or specification of the receiving vehicle; determining, by the environmental condition response system of the receiving vehicle, a remedial action based on determining that the received environmental data received from the sending vehicle is relevant to the receiving vehicle; and in accordance with the determination that the environmental data received from the sending vehicle is relevant to the receiving vehicle, sending, by the environmental condition response system of the receiving vehicle, instructions to perform the remedial action to a corresponding vehicle component system of the receiving vehicle.
Food-forming-apparatus comprising: a rotating drum which comprises product cavities in which a food product is formed from a food mass and a food mass feed member, which comprises a manifold and an infeed channel and at least one upstream sealing area and/or a downstream sealing area and a flexible pressure plate which is pressed against the outer surface of the drum and thereby provides a seal between the food mass member and the drum, wherein the apparatus further it comprises a multitude of pressure means (50 -55) to adjust the local pressure of the manifold relative to the drum, characterized in, that the pressure means are located side by side parallel to axis of rotation of the drum, wherein the pressure means are piston/cylinder arrangements. a rotating drum which comprises product cavities in which a food product is formed from a food mass and a food mass feed member, which comprises a manifold and an infeed channel and at least one upstream sealing area and/or a downstream sealing area and a flexible pressure plate which is pressed against the outer surface of the drum and thereby provides a seal between the food mass member and the drum, wherein the apparatus further it comprises a multitude of pressure means (50 -55) to adjust the local pressure of the manifold relative to the drum, characterized in, that the pressure means are located side by side parallel to axis of rotation of the drum, wherein the pressure means are piston/cylinder arrangements.
A dispensing pump comprising: a pump base; a dispensing head including a piston stem which is axially guided within the pump base between an extended position and a retracted position; a spring assembly captured between the pump base and the piston stem biasing the dispensing head to said extended position; and a releasable lock coupled between the pump base and the dispensing head, characterised in that the releasable lock comprises: a guide tube (126; 226; 326) coupled between the spring assembly and the pump base, and a piston stem plug disposed at a terminal end of the piston stem, the piston stem plug (128; 228; 328) slidably received within the guide tube and being slidably movable relative to the guide tube between a locked position when the dispensing head is retracted and a deployed position when the dispensing head is extended, said piston stem and piston stem plug being retained in the locked position by friction, and being retained in the deployed position by interfitting tabs. a pump base; a dispensing head including a piston stem which is axially guided within the pump base between an extended position and a retracted position; a spring assembly captured between the pump base and the piston stem biasing the dispensing head to said extended position; and a releasable lock coupled between the pump base and the dispensing head, characterised in that the releasable lock comprises: a guide tube (126; 226; 326) coupled between the spring assembly and the pump base, and a piston stem plug disposed at a terminal end of the piston stem, the piston stem plug (128; 228; 328) slidably received within the guide tube and being slidably movable relative to the guide tube between a locked position when the dispensing head is retracted and a deployed position when the dispensing head is extended, said piston stem and piston stem plug being retained in the locked position by friction, and being retained in the deployed position by interfitting tabs.
A cleaning composition useful for removing photoresist and/or sacrificial anti-reflective coating (SARC) materials from a substrate having such material(s) thereon, said composition comprising the following components: 2-15 weight % organic quaternary ammonium base; ~0.01-2 weight % alkali or alkaline earth base; 0-50 weight % solvent(s) and/or amine(s); -0.01-2 weight % surfactant; 0 - 5 weight % chelator/passivation agent; and 40-95 weight % water, wherein percentages of the components are percentages by weight, based on total weight of the composition, and wherein the total of the weight percentages of such components of the composition does not exceed 100 weight %. 2-15 weight % organic quaternary ammonium base; ~0.01-2 weight % alkali or alkaline earth base; 0-50 weight % solvent(s) and/or amine(s); -0.01-2 weight % surfactant; 0 - 5 weight % chelator/passivation agent; and 40-95 weight % water,
A process for producing metal-coated virus particles or metallic nanoparticles, said process comprising admixing virus particles, plant material with reducing power capable of reducing metal ions or metal salts into nanoparticles, and a metal salt.
An in vitro method for diagnosing or aiding in the diagnosis of a cancer in a subject, the method comprising the steps of: a) measuring the levels of gene expression of a plurality of markers, wherein the plurality of markers include 1) P2RY10, TNFAIP3, TIPARP, and CXCR1; or 2) P2RY10, TNFAIP3, CXCR1, and DNAJB1 in a population of the subject's macrophage cells; b) measuring the levels of gene expression of the plurality of markers in a population of the subject's T cells; and c) identifying an increased level of gene expression between the measured gene expression levels of the plurality of markers in step a) relative to the level in step b), wherein the increased level of gene expression indicates that the subject has said cancer. a) measuring the levels of gene expression of a plurality of markers, wherein the plurality of markers include 1) P2RY10, TNFAIP3, TIPARP, and CXCR1; or 2) P2RY10, TNFAIP3, CXCR1, and DNAJB1 in a population of the subject's macrophage cells; b) measuring the levels of gene expression of the plurality of markers in a population of the subject's T cells; and c) identifying an increased level of gene expression between the measured gene expression levels of the plurality of markers in step a) relative to the level in step b),
Aircraft, provided with a buoyancy system, said buoyancy system including a plurality of floats, each float comprising a casing that separates an internal space of the float from an external environment, such that at least one of said floats is a luminous float, characterised in that the luminous float comprises at least one internal light source arranged in said internal space of this luminous float, said casing of a luminous float being at least partially translucent.
Electrical power supply system for a programmable logic controller, comprising: - a first electrical power supply module configured to operate in a master mode in order to deliver at least one electrical supply voltage to the programmable logic controller; - a second electrical power supply module configured to operate in a slave mode in order to deliver said electrical supply voltage to the programmable logic controller in the event of failure of the first electrical power supply module; characterized in that it includes: - a control module arranged to temporarily control the switching of the first electrical power supply module to slave mode and the switching of the second electrical power supply module to master mode; - a test module arranged to test the second electrical power supply module in current when the latter is switched to master mode. - a first electrical power supply module configured to operate in a master mode in order to deliver at least one electrical supply voltage to the programmable logic controller; - a second electrical power supply module configured to operate in a slave mode in order to deliver said electrical supply voltage to the programmable logic controller in the event of failure of the first electrical power supply module; - a control module arranged to temporarily control the switching of the first electrical power supply module to slave mode and the switching of the second electrical power supply module to master mode; - a test module arranged to test the second electrical power supply module in current when the latter is switched to master mode.
A radio transmission apparatus comprising: an assignment section configured to assign in a first time slot a set of first signature sequences for use in initial random access transmissions on a per UE basis from a first signature group; assign in i-th time slot from second to L-th time slots a set of signature sequences for use in initial random access transmissions on a per UE basis from an i-th signature group; and assign first to (i-1)-th set of signature sequences for use in retransmissions of transmissions failed in preceding time slots from the first to (i-1)-th signature group, the retransmissions using the same signature sequences as the respective initial random access transmissions; wherein each said signature group comprises a plurality of signature sequences generated by cyclically shifting the same Zadoff-Chu sequence, the first to L-th Zadoff-Chu sequences used for forming different signature group being different, the plurality of signature sequences in the same signature group being orthogonal to each other, or a cross correlation between signature sequences in the same signature group being lower than a cross-correlation between signature sequences in different signature groups, L is a natural number larger than 1 and i is a natural number taking values from 2 to L; a transmitting section adapted to transmit said initial random access transmissions, said retransmissions, and identification information of the assigned signature sequences in respective time slots. an assignment section configured to assign in a first time slot a set of first signature sequences for use in initial random access transmissions on a per UE basis from a first signature group; assign in i-th time slot from second to L-th time slots a set of signature sequences for use in initial random access transmissions on a per UE basis from an i-th signature group; and assign first to (i-1)-th set of signature sequences for use in retransmissions of transmissions failed in preceding time slots from the first to (i-1)-th signature group, the retransmissions using the same signature sequences as the respective initial random access transmissions; wherein each said signature group comprises a plurality of signature sequences generated by cyclically shifting the same Zadoff-Chu sequence, the first to L-th Zadoff-Chu sequences used for forming different signature group being different, the plurality of signature sequences in the same signature group being orthogonal to each other, or a cross correlation between signature sequences in the same signature group being lower than a cross-correlation between signature sequences in different signature groups, L is a natural number larger than 1 and i is a natural number taking values from 2 to L; a transmitting section adapted to transmit said initial random access transmissions, said retransmissions, and identification information of the assigned signature sequences in respective time slots.
An implantable modular orthopaedic hip prosthesis, comprising an implantable distal stem component having (i) a tapered post formed in an outer surface thereof, the tapered post being configured to be received into a tapered bore of an implantable proximal body component, (ii) a threaded bore (40,42) having a superior end that opens into a superior surface of the distal stem component and extends inferiorly into the distal stem component, and (iii) a keyway formed in a sidewall of the distal stem component that defines the superior end of the threaded bore, characterised in that the prosthesis further comprises (iv) an alignment key secured to the superior surface of the distal stem component and extending superiorly therefrom.
A method (10, 20, 30, 40, 50, 60, 80) of optimizing optical signal quality in an optical communications link comprising a plurality of sections each comprising an optical amplification apparatus and an optical fibre span, the method comprising: for each section, determining a respective optimal optical channel power which minimizes a sum of an indication of a respective linear optical noise and an indication of a respective nonlinear optical noise (12, 22, 32, 42, 52, 64-74, 82-96); and generating and transmitting at least one control signal arranged to cause a target optical channel power of each section to be set to the respective optimal optical channel power. for each section, determining a respective optimal optical channel power which minimizes a sum of an indication of a respective linear optical noise and an indication of a respective nonlinear optical noise (12, 22, 32, 42, 52, 64-74, 82-96); and generating and transmitting at least one control signal arranged to cause a target optical channel power of each section to be set to the respective optimal optical channel power.
Quick connection arrangement for detachably connecting a media line to an connecting piece, comprising a housing, with an opening for receiving the media line, and a connecting piece opening for receiving the connecting piece, and therefore, between the media line and the connecting piece, a medium can be guided through the housing, an inner locking element for locking the connecting piece in the connecting piece opening, said inner locking element being substantially arranged within the connecting piece opening, and an outer locking element for locking the inner locking element when the connecting piece is locked, said outer locking element being substantially arranged outside the connecting piece opening, characterized in that the inner locking element has at least one release mechanism which moves the outer locking element from a substantially immovable state in the direction of the longitudinal axis A into a movable state when the connecting piece is introduced into the connecting piece opening, wherein the housing has at least one recess through which the release mechanism of the inner locking element can release a blockade mechanism of the outer locking element when the connecting piece is introduced into the connecting piece opening. an opening for receiving the media line, and a connecting piece opening for receiving the connecting piece, and therefore, between the media line and the connecting piece, a medium can be guided through the housing,
A method for preserving erythrocytes comprising the steps of: a. obtaining an erythrocyte concentrate; b. placing said erythrocyte concentrate in a container, wherein at least a portion of said container is permeable to a gas system; c. removing oxygen from the erythrocyte concentrate while said erythrocyte concentrate is in said container, said oxygen being removed from said erythrocyte concentrate and said container by diffusion of said oxygen through said container; d. subjecting said erythrocyte concentrate while in said container to said gas system by causing said gas system to diffuse through said container to said erythrocyte concentrate in said container, said gas system includes xenon at a concentration that is greater than 50% by volume and includes oxygen in a concentration of less than 5% by volume; and, e. maintaining said erythrocyte concentrate that has been subjected to the gas system at a temperature that is above the freezing point of the erythrocyte concentrate and up to a temperature of 30°C. a. obtaining an erythrocyte concentrate; b. placing said erythrocyte concentrate in a container, wherein at least a portion of said container is permeable to a gas system; c. removing oxygen from the erythrocyte concentrate while said erythrocyte concentrate is in said container, said oxygen being removed from said erythrocyte concentrate and said container by diffusion of said oxygen through said container; d. subjecting said erythrocyte concentrate while in said container to said gas system by causing said gas system to diffuse through said container to said erythrocyte concentrate in said container, said gas system includes xenon at a concentration that is greater than 50% by volume and includes oxygen in a concentration of less than 5% by volume; and, e. maintaining said erythrocyte concentrate that has been subjected to the gas system at a temperature that is above the freezing point of the erythrocyte concentrate and up to a temperature of 30°C.
A gasket for a pre-filled syringe, having a sliding side surface that is coated with an inactive resin film and further cut to form a cut, wherein the cut region is between ring-shaped ribs (4, 5) on the sliding side surface, and wherein the cut is only in the inactive resin film or wherein the cut has the same depth as the thickness of the inactive resin film or wherein the cut reaches the rubber portion through the inactive resin film. wherein the cut region is between ring-shaped ribs (4, 5) on the sliding side surface, and wherein the cut is only in the inactive resin film or wherein the cut has the same depth as the thickness of the inactive resin film or wherein the cut reaches the rubber portion through the inactive resin film.
A method for managing quality of service in a wireless communications system, comprising: receiving, by a radio access network device in a service flow manner, service data that is transmitted by a core network device from a packet data network, PDN, to a user equipment, wherein the service flow manner is that data packets of the service data are transmitted according to an Internet Protocol, IP, transmission protocol; mapping, by the radio access network device according to a quality of service, QoS, rule, the service data to t bearers between the radio access network device and the user equipment for transmission, wherein t is an integer greater than or equal to 1; and transmitting, by the radio access network, the service data to the user equipment through the t bearers in a bearer manner. receiving, by a radio access network device in a service flow manner, service data that is transmitted by a core network device from a packet data network, PDN, to a user equipment, wherein the service flow manner is that data packets of the service data are transmitted according to an Internet Protocol, IP, transmission protocol; mapping, by the radio access network device according to a quality of service, QoS, rule, the service data to t bearers between the radio access network device and the user equipment for transmission, wherein t is an integer greater than or equal to 1; and transmitting, by the radio access network, the service data to the user equipment through the t bearers in a bearer manner.