mhurhangee/ep-ind-claims huggingface dataset:
A manufacturing process for a fresh dairy product, comprising at least: a) the addition, to a milk mixture, of one or more satietogenic proteins selected from seric milk proteins, and optionally from vegetable proteins and/or milk proteins selected from milk powder and caseins, such that - said satietogenic proteins are added at a rate of 2 to 5 times the quantity of proteins contained in the initial mixture; and - said satietogenic proteins contain at least 16% by weight of particulate seric proteins having a diameter of approximately 1 μm relative to the satietogenic proteins. b) thermal treatment then homogenisation of the resulting mixture or, reciprocally, homogenisation then thermal treatment of the resulting mixture; c) fermentation of the mixture coming from step b), resulting in acidification; d) cooling of the fermented mixture; and e) optionally, packaging of the resulting mixture; the product obtained containing no more than - 0.5 g of sugars per 100 g of product if solid; - 2.5 g of sugars per 100 ml if liquid; the product obtained containing - less than 3 g of fats per 100 g of product when the product is solid; - less than 1.5 g of fats per 100 ml of product when liquid; the product obtained contributing from 40 to 120 kcal per 100 g. a) the addition, to a milk mixture, of one or more satietogenic proteins selected from seric milk proteins, and optionally from vegetable proteins and/or milk proteins selected from milk powder and caseins, such that - said satietogenic proteins are added at a rate of 2 to 5 times the quantity of proteins contained in the initial mixture; and - said satietogenic proteins contain at least 16% by weight of particulate seric proteins having a diameter of approximately 1 μm relative to the satietogenic proteins. - said satietogenic proteins are added at a rate of 2 to 5 times the quantity of proteins contained in the initial mixture; and - said satietogenic proteins contain at least 16% by weight of particulate seric proteins having a diameter of approximately 1 μm relative to the satietogenic proteins. b) thermal treatment then homogenisation of the resulting mixture or, reciprocally, homogenisation then thermal treatment of the resulting mixture; c) fermentation of the mixture coming from step b), resulting in acidification; d) cooling of the fermented mixture; and e) optionally, packaging of the resulting mixture; - 0.5 g of sugars per 100 g of product if solid; - 2.5 g of sugars per 100 ml if liquid; - less than 3 g of fats per 100 g of product when the product is solid; - less than 1.5 g of fats per 100 ml of product when liquid;
A coin depositing and dispensing machine, said machine comprising: a front face; a coin input unit for input of coins into the machine; a coin processing unit, which is arranged to receive coins input through the coin input unit, to determine a denomination of coins, and sort coins according to denomination; a storage unit comprising at least one container for storing coins of a specific denomination; and a coin output unit, comprising a first element and a second element, the second element being arranged to carry the first element, wherein the first element in a first position is arranged in relation to the at least one container for receiving coins output from the at least one container, characterized in that the first element, when the coin output unit is in a closed state and the second element is in a closed position, is displaceable in relation to the second element from the first position in a direction towards the front face to a second position in a vicinity of the front face, and wherein the second element, when the first element is in the second position, is displaceable in relation to the front face from said closed position to an open position when the coin output unit is in an open state for carrying the first element to an output position, where the first element at least partially protrudes from the front face. a front face; a coin input unit for input of coins into the machine; a coin processing unit, which is arranged to receive coins input through the coin input unit, to determine a denomination of coins, and sort coins according to denomination; a storage unit comprising at least one container for storing coins of a specific denomination; and a coin output unit, comprising a first element and a second element, the second element being arranged to carry the first element, wherein the first element in a first position is arranged in relation to the at least one container for receiving coins output from the at least one container, characterized in that the first element, when the coin output unit is in a closed state and the second element is in a closed position, is displaceable in relation to the second element from the first position in a direction towards the front face to a second position in a vicinity of the front face, and wherein the second element, when the first element is in the second position, is displaceable in relation to the front face from said closed position to an open position when the coin output unit is in an open state for carrying the first element to an output position, where the first element at least partially protrudes from the front face.
A pair of boards consisting of two boards joined together along their longitudinal narrow sides profiled in the longitudinal direction, the profiling being a profiling already carried out in the sawmill in the fresh state of the boards, characterized in that the boards originate from the same tree trunk, preferably from the same tree trunk cut to a standard raw wood length, with substantially the same moisture content and conicity and are cut from layers of the tree trunk corresponding to one another, opposite layers of the tree trunk in relation to a longitudinal axis of the tree trunk, wherein a guide chamfer is formed on the boards to be joined, wherein the two boards have been joined in the fresh state of the boards and wherein the two boards are arranged in a neutral growth ring position in relation to one another, wherein preferably the pair of boards is provided with guide chamfers parallel to one another on its two narrow longitudinal sides.
A polymer for enhancing drug performance and improving processability comprising hydroxypropyl methyl cellulose acetate succinate (HPMC-AS), wherein a percentage of a total degree of substitution of succinoyl is - less than 12% at a C6-OH position (%C 6 DS Suc < 12%), and - greater than 53% at a C3-OH position (%C 3 DS Suc > 53%); and a percentage of a total DS of acetyl is greater than 32% at a C6-OH position (%C 6 DS Ac > 32%). a percentage of a total degree of substitution of succinoyl is - less than 12% at a C6-OH position (%C 6 DS Suc < 12%), and - greater than 53% at a C3-OH position (%C 3 DS Suc > 53%); and - less than 12% at a C6-OH position (%C 6 DS Suc < 12%), and - greater than 53% at a C3-OH position (%C 3 DS Suc > 53%); and a percentage of a total DS of acetyl is greater than 32% at a C6-OH position (%C 6 DS Ac > 32%).
Electric switch of the normally closed type comprising: - a housing comprising an upper part made of insulating material and a complementary lower part that supports a fixed internal contact track; - an internal contact blade that is supported by the upper part and that is resiliently deformable in order to assume: * a bottom rest position, in which it is in downwards resilient abutment on the lower fixed contact track in order to establish an electric switching way; * a first high non-stable position (NOi), in which the electric switching way is interrupted; and * a second high stable position (NOs), in which the electric switching way is interrupted and in which the internal contact blade is locked by retractable locking means (46, 86); - a actuator to control the deformation of the internal contact blade, which actuator, from a rest position in which the internal contact blade is in its bottom rest position and towards which it is resiliently returned, is pivotably mounted, about a horizontal axis, between: * a first angular actuating position, in which the internal contact blade is in its first high non-stable position; and * a second angular actuating position, in which the internal contact blade is in its second high stable position. - a housing comprising an upper part made of insulating material and a complementary lower part that supports a fixed internal contact track; - an internal contact blade that is supported by the upper part and that is resiliently deformable in order to assume: * a bottom rest position, in which it is in downwards resilient abutment on the lower fixed contact track in order to establish an electric switching way; * a first high non-stable position (NOi), in which the electric switching way is interrupted; and * a second high stable position (NOs), in which the electric switching way is interrupted and in which the internal contact blade is locked by retractable locking means (46, 86); * a bottom rest position, in which it is in downwards resilient abutment on the lower fixed contact track in order to establish an electric switching way; * a first high non-stable position (NOi), in which the electric switching way is interrupted; and * a second high stable position (NOs), in which the electric switching way is interrupted and in which the internal contact blade is locked by retractable locking means (46, 86); - a actuator to control the deformation of the internal contact blade, which actuator, from a rest position in which the internal contact blade is in its bottom rest position and towards which it is resiliently returned, is pivotably mounted, about a horizontal axis, between: * a first angular actuating position, in which the internal contact blade is in its first high non-stable position; and * a second angular actuating position, in which the internal contact blade is in its second high stable position. * a first angular actuating position, in which the internal contact blade is in its first high non-stable position; and * a second angular actuating position, in which the internal contact blade is in its second high stable position.
A method for a node of a wireless communication network of responding to wireless communication network access requests from wireless terminals (14, 16, 18, 20, 24, 26), comprising: monitoring network access traffic capacity; receiving at least one of high-priority access requests and low-priority access requests on an access channel; transmitting an explicit access response message in response to one of the access requests; the method being characterized by including in the explicit access response message an implicit reject response, on a grant channel in which implicit reject response one or more wireless terminals (18, 20, 24) are implicitly identified, operative to cause the one or more wireless terminals (18, 20, 24) being implicitly identified in the implicit reject response and having transmitted a low-priority access request and monitoring the grant channel for a corresponding network response during a predetermined response monitor duration, to refrain from transmitting a further access request for a predetermined low-priority request deferral duration. monitoring network access traffic capacity; receiving at least one of high-priority access requests and low-priority access requests on an access channel; transmitting an explicit access response message in response to one of the access requests; the method being characterized by including in the explicit access response message an implicit reject response, on a grant channel in which implicit reject response one or more wireless terminals (18, 20, 24) are implicitly identified, operative to cause the one or more wireless terminals (18, 20, 24) being implicitly identified in the implicit reject response and having transmitted a low-priority access request and monitoring the grant channel for a corresponding network response during a predetermined response monitor duration, to refrain from transmitting a further access request for a predetermined low-priority request deferral duration.
A semipermeable membrane support for forming a semipermeable membrane thereon, having a thickness difference between measurement thickness at 0.80 N/cm 2 and measurement thickness at 1.27 N/cm 2 of 1.0 to 5.0 % based on the measurement thickness at 0.80 N/cm 2, wherein the semipermeable membrane support is formed of a nonwoven fabric produced by a wet papermaking method containing at least a main fiber and a binder synthetic fiber, each having a fiber diameter of 5 to 20 μm and a fiber length of 3 to 10 mm, the main fiber is a synthetic fiber selected from polyolefin-based, polyamide-based, polyacrylic, vinylon-based, vinylidene-based, polyvinyl chloride-based, polyester-based, benzoate-based, polychlal-based and phenol-based fiber, the binder fiber is selected from composite fibers such as core-shell type fibers, side-by-side type fibers and radially split-type fibers and undrawn fibers, and the semipermeable membrane support has an air permeability of 0.5 to 25.0 cc/cm 2 ·sec. the semipermeable membrane support is formed of a nonwoven fabric produced by a wet papermaking method containing at least a main fiber and a binder synthetic fiber, each having a fiber diameter of 5 to 20 μm and a fiber length of 3 to 10 mm, the main fiber is a synthetic fiber selected from polyolefin-based, polyamide-based, polyacrylic, vinylon-based, vinylidene-based, polyvinyl chloride-based, polyester-based, benzoate-based, polychlal-based and phenol-based fiber, the binder fiber is selected from composite fibers such as core-shell type fibers, side-by-side type fibers and radially split-type fibers and undrawn fibers, and the semipermeable membrane support has an air permeability of 0.5 to 25.0 cc/cm 2 ·sec.
A method of controlling crosstalk between an activating channel associated with a first network terminal of a communication system and a plurality of active channels associated with respective other network terminals of the communication system, the method being implemented in an access node of the communication system, the method comprising the steps of: detecting a control signal sent by the first network terminal over the activating channel in a designated phase of an initialization process of the first network terminal where the control signal sent by the first network terminal comprises a value that is selected by the first network terminal from a set of two or more values and prior to said detecting the particular selected value is unknown to the access node; determining an error signal from the detected control signal; correlating the error signal with one or more corresponding signals sent by respective ones of the other network terminals over the active channels; estimating crosstalk from one or more of the active channels into the activating channel based on the correlation; and configuring a vectoring signal processing module of the access node to control the estimated crosstalk, wherein the designated phase of the initialization process comprises at least one of a channel discovery phase and a training phase. detecting a control signal sent by the first network terminal over the activating channel in a designated phase of an initialization process of the first network terminal where the control signal sent by the first network terminal comprises a value that is selected by the first network terminal from a set of two or more values and prior to said detecting the particular selected value is unknown to the access node; determining an error signal from the detected control signal; correlating the error signal with one or more corresponding signals sent by respective ones of the other network terminals over the active channels; estimating crosstalk from one or more of the active channels into the activating channel based on the correlation; and configuring a vectoring signal processing module of the access node to control the estimated crosstalk, wherein the designated phase of the initialization process comprises at least one of a channel discovery phase and a training phase.
A method for implementing network storage, the method comprising: receiving, at a network device, data sent from a network attached storage, NAS, client over an Internet Protocol,IP, network, wherein the received data has a protocol for transmitting over the IP network and includes write data and a write request that indicates writing the write data from the NAS client to a NAS device; parsing the received data; and transmitting a write request indicator based on results from the parsing step and using a protocol for transmitting to a NAS device over a Fibre Channel, FC, network, wherein the transmitted write request indicator indicates that the NAS device is to read data that corresponds to the received write data from a Transport Control Protocol, TCP, offload engine for performing a data integrity check, wherein the TCP offload engine is associated with the network device. receiving, at a network device, data sent from a network attached storage, NAS, client over an Internet Protocol,IP, network, wherein the received data has a protocol for transmitting over the IP network and includes write data and a write request that indicates writing the write data from the NAS client to a NAS device; parsing the received data; and transmitting a write request indicator based on results from the parsing step and using a protocol for transmitting to a NAS device over a Fibre Channel, FC, network, wherein the transmitted write request indicator indicates that the NAS device is to read data that corresponds to the received write data from a Transport Control Protocol, TCP, offload engine for performing a data integrity check, wherein the TCP offload engine is associated with the network device.
A medical device accessory (100, 200), comprising: an interface configured to connect the medical device accessory with a medical device for administration of a medical treatment using the medical device and the medical device accessory; a plurality of electrical contacts (116, 118, 120, 122 and 124) proximate the interface, the electrical contacts comprising a lead electrical contact adapted to receive a voltage from a power source associated with the medical device and one or more identifying electrical contacts; and at least one conductor (126, 128) providing an electrical connection between the lead electrical contact and the one or more identifying electrical contacts; wherein a spatial arrangement of the one or more identifying electrical contacts connected to the lead electrical contact identifies a characteristic of the medical device accessory, wherein a conductor of the at least one conductor is configured for alignment with a severing element associated with the medical device and characterized in that said conductor is mechanically severable upon disconnection of the medical device accessory with the medical device. an interface configured to connect the medical device accessory with a medical device for administration of a medical treatment using the medical device and the medical device accessory; a plurality of electrical contacts (116, 118, 120, 122 and 124) proximate the interface, the electrical contacts comprising a lead electrical contact adapted to receive a voltage from a power source associated with the medical device and one or more identifying electrical contacts; and at least one conductor (126, 128) providing an electrical connection between the lead electrical contact and the one or more identifying electrical contacts; wherein a spatial arrangement of the one or more identifying electrical contacts connected to the lead electrical contact identifies a characteristic of the medical device accessory, wherein a conductor of the at least one conductor is configured for alignment with a severing element associated with the medical device and characterized in that said conductor is mechanically severable upon disconnection of the medical device accessory with the medical device.
An air distributor for generating a stepped constrained wind in a circulating fluidized bed gasifier with a higher flow rate in the middle and a lower flow rate on the periphery, such that an internally circulating flow is formed within the furnace chamber in which a middle constrained gas stream moves upwardly and a periphery gas stream overflows downwardly, the air distributor comprising: an air distributor body, a gas-material mixture through hole and a plurality of vent holes located within the air distributor body, the gas-material mixture through hole extending from a top surface of the air distributor body into the air distributor body, outlets of the plurality of vent holes being in communication with a bottom of the gas-material mixture through hole, and inlets of the plurality of vent holes being located at a bottom surface of the air distributor body, characterized in that the vent holes are designed to have winding paths.
System for processing digital data comprising: - a set of slave processing units (14, 16) for the execution of elementary functions; - an interconnection module which is designed to communicate with a data transfer network (SoC) via specific interfaces and to transfer data between the processing units, on the one hand, and the data transfer network, on the other hand; and - a unit for controlling the interconnection module in order to control the said data transfer, and in that the set of processing units comprises a set of programmable processing units and a set of unprogrammable hardware processing units (14a,..., 14n), where the said unprogrammable hardware processing units are configured to carry out several computations at the same time, where the transfer of data between the interconnection module and the unprogrammable hardware processing units (14a, 14n) is carried out in the form of data transfer queues (Wr Queues, Rd Queues) in parallel. - a set of slave processing units (14, 16) for the execution of elementary functions; - an interconnection module which is designed to communicate with a data transfer network (SoC) via specific interfaces and to transfer data between the processing units, on the one hand, and the data transfer network, on the other hand; and - a unit for controlling the interconnection module in order to control the said data transfer, and in that the set of processing units comprises a set of programmable processing units and a set of unprogrammable hardware processing units (14a,..., 14n), where the said unprogrammable hardware processing units are configured to carry out several computations at the same time,
Satellite system for providing a navigation service comprising a ground segment (A1, A2, A3, A4) and a user segment (C1, C2, C3, C4), wherein the ground segment (A1, A2, A3, A4) provides information (SiS_Acc, SiS_Cont, SiS_IntS, SiS_IntD, SiS_MA, SiS_AL, SiS_VRL, TTA) to enable the user segment (C1, C2, C3, C4) to autonomously determine a user position performance (U_Acc, U_Cont, U_Int), characterized in that the ground segment comprises a SiS continuity risk assessment determining a signal in space continuity risk (SiS_Cont), the signal in space continuity risk (SiS_Cont) refers to the probability of having, in a coming bounded time interval, a discontinuity of the signal in space for a given satellite, the information (SiS_Cont) comprises at least the parameter signal in space continuity risk (SiS_Cont), the user position performance (U_Cont) comprises the parameter user position continuity risk (U_Cont), and the user position continuity risk (U_Cont) refers to the probability of having, in a coming bounded time interval, a discontinuity of the positioning service.