mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting capacitor degradation in a filter circuit, the method comprising: measuring a plurality of filter circuit branch currents (i a, i b, i c) and a plurality of filter circuit voltages (v ab, v bc, v ca) associated with the filter circuit; computing a present expected DC equivalent voltage value at least partially according to the plurality of filter circuit branch currents (i a, i b, i c) and a filter capacitor impedance value; storing the present expected DC equivalent voltage value in an electronic memory; computing a present measured DC equivalent voltage value at least partially according to the plurality of filter circuit voltages (v ab, v bc, v ca); storing the present measured DC equivalent voltage value in the electronic memory; computing a voltage change value representing a voltage deviation of a stored measured DC equivalent voltage value and a stored expected DC equivalent voltage value in the electronic memory; and selectively identifying a filter capacitor degradation condition in the filter circuit at least partially according to the voltage change value. measuring a plurality of filter circuit branch currents (i a, i b, i c) and a plurality of filter circuit voltages (v ab, v bc, v ca) associated with the filter circuit; computing a present expected DC equivalent voltage value at least partially according to the plurality of filter circuit branch currents (i a, i b, i c) and a filter capacitor impedance value; storing the present expected DC equivalent voltage value in an electronic memory; computing a present measured DC equivalent voltage value at least partially according to the plurality of filter circuit voltages (v ab, v bc, v ca); storing the present measured DC equivalent voltage value in the electronic memory; computing a voltage change value representing a voltage deviation of a stored measured DC equivalent voltage value and a stored expected DC equivalent voltage value in the electronic memory; and selectively identifying a filter capacitor degradation condition in the filter circuit at least partially according to the voltage change value.
A method for transmitting, by a user equipment, UE, with which a primary cell and at least one secondary cell are configured, power headroom, PH, information in a wireless communication system, the method comprising: generating the power headroom information; and transmitting the power headroom information to a base station, characterized in that the power headroom information includes a first field including a plurality of indicators, each of the plurality of indicators indicating the presence of a second field indicating a power headroom level of a corresponding secondary cell, wherein the power headroom information further includes a type-1 power headroom field and a type-2 power headroom field for the primary cell, the type-1 power headroom field indicates a power headroom level determined based on difference between maximum transmission power for the primary cell and transmission power of the PUSCH, Physical Uplink Shared CHannel, and the type-2 power headroom field indicates a power headroom level determined based on difference between maximum transmission power for the primary cell and transmission power of the PUSCH and the PUCCH, Physical Uplink Control CHannel. generating the power headroom information; and transmitting the power headroom information to a base station, characterized in that the power headroom information includes a first field including a plurality of indicators, each of the plurality of indicators indicating the presence of a second field indicating a power headroom level of a corresponding secondary cell, wherein the power headroom information further includes a type-1 power headroom field and a type-2 power headroom field for the primary cell, the type-1 power headroom field indicates a power headroom level determined based on difference between maximum transmission power for the primary cell and transmission power of the PUSCH, Physical Uplink Shared CHannel, and the type-2 power headroom field indicates a power headroom level determined based on difference between maximum transmission power for the primary cell and transmission power of the PUSCH and the PUCCH, Physical Uplink Control CHannel.
Center shaft for an internal combustion engine of the annular piston type, the center shaft being configured to fit slidably at least partially inside a center chamber of a movable annular piston for providing a fluid flow to the center chamber of the piston and comprising: - an inlet portion at one end of the center shaft, the inlet portion comprising an inlet passageway, - an outlet portion at a second end of the center shaft, the outlet portion comprising an outlet passage way, and - an annular passage way forming portion which is arranged between the inlet and outlet portions of the center shaft and has a reduced diameter compared to that of the inlet portion and outlet portion for providing an annular passage way between the center shaft and the surrounding piston, the annular passage way connecting the inlet and outlet passage ways (26, 22), wherein: - the inlet and outlet passage ways (22, 26) extend axially through inlet and outlet portions, respectively, to reach the annular passage way forming portion, and wherein - the center shaft comprises a radial passage way (23, 25) at the end of the inlet and outlet passageways (22, 26) communicating with the ends of the annular passage way to penetrate through the outer surface of the annular passage way forming portion, characterized in that: - the center shaft comprising means for providing a fluid tight seal between the stationary center shaft and the surrounding annular piston to contain the cooling liquid in the annular passage way, - said means for providing a fluid tight seal comprise at least one self-lubricating graphite alloy seals for engaging with the surrounding piston and in that - said seals are arranged to close both ends of the annular passage way. - an inlet portion at one end of the center shaft, the inlet portion comprising an inlet passageway, - an outlet portion at a second end of the center shaft, the outlet portion comprising an outlet passage way, and - an annular passage way forming portion which is arranged between the inlet and outlet portions of the center shaft and has a reduced diameter compared to that of the inlet portion and outlet portion for providing an annular passage way between the center shaft and the surrounding piston, the annular passage way connecting the inlet and outlet passage ways (26, 22), wherein: - the inlet and outlet passage ways (22, 26) extend axially through inlet and outlet portions, respectively, to reach the annular passage way forming portion, and wherein - the center shaft comprises a radial passage way (23, 25) at the end of the inlet and outlet passageways (22, 26) communicating with the ends of the annular passage way to penetrate through the outer surface of the annular passage way forming portion, - the center shaft comprising means for providing a fluid tight seal between the stationary center shaft and the surrounding annular piston to contain the cooling liquid in the annular passage way, - said means for providing a fluid tight seal comprise at least one self-lubricating graphite alloy seals for engaging with the surrounding piston and in that - said seals are arranged to close both ends of the annular passage way.
Apparatus comprising: an impeller, comprising: an impeller frame that comprises proximal and distal end portions and at least two helical elongate elements that wind from the proximal end portion to the distal end portion; and a film of material that is coupled to the at least two helical elongate elements, such that the helical elongate elements with the material coupled thereto define at least one blade of the impeller, characterized in that: the material is elastomeric and is coupled by the at least two helical elongate elements being dipped into the elastomeric material when the elastomeric material is in a liquid state, the film of material is molded to define a hollow central lumen therethrough, and the apparatus further comprises an axial support member that passes through the hollow central lumen and is configured to support the impeller. an impeller, comprising: an impeller frame that comprises proximal and distal end portions and at least two helical elongate elements that wind from the proximal end portion to the distal end portion; and a film of material that is coupled to the at least two helical elongate elements, such that the helical elongate elements with the material coupled thereto define at least one blade of the impeller, characterized in that: the material is elastomeric and is coupled by the at least two helical elongate elements being dipped into the elastomeric material when the elastomeric material is in a liquid state, the film of material is molded to define a hollow central lumen therethrough, and the apparatus further comprises an axial support member that passes through the hollow central lumen and is configured to support the impeller. an impeller frame that comprises proximal and distal end portions and at least two helical elongate elements that wind from the proximal end portion to the distal end portion; and a film of material that is coupled to the at least two helical elongate elements, such that the helical elongate elements with the material coupled thereto define at least one blade of the impeller, characterized in that: the material is elastomeric and is coupled by the at least two helical elongate elements being dipped into the elastomeric material when the elastomeric material is in a liquid state, the film of material is molded to define a hollow central lumen therethrough, and the apparatus further comprises an axial support member that passes through the hollow central lumen and is configured to support the impeller. the material is elastomeric and is coupled by the at least two helical elongate elements being dipped into the elastomeric material when the elastomeric material is in a liquid state, the film of material is molded to define a hollow central lumen therethrough, and the apparatus further comprises an axial support member that passes through the hollow central lumen and is configured to support the impeller.
A cylinder head for an internal combustion engine, the cylinder head comprising: a cylinder head main body in which a plurality of combustion chambers (10a to 10d) is arranged; and a pipe member (110, 120) that extends along a direction in which the combustion chambers (10a to lOd) are arranged, through which a refrigerant flows, the pipe member being embedded in the cylinder head main body, wherein: the pipe member (110, 120) is provided with a first curved portion (113a to 113d and 123a to 123d) that is curved; characterized in that the first curved portion (113a to 113d and 123a to 123d) is provided with a first throttle region (115a to 115d and 125a to 125d), a sectional area of the first throttle region being partially reduced with respect to an upstream side and a downstream side of the first throttle region. a cylinder head main body in which a plurality of combustion chambers (10a to 10d) is arranged; and a pipe member (110, 120) that extends along a direction in which the combustion chambers (10a to lOd) are arranged, through which a refrigerant flows, the pipe member being embedded in the cylinder head main body, wherein: the pipe member (110, 120) is provided with a first curved portion (113a to 113d and 123a to 123d) that is curved; characterized in that the first curved portion (113a to 113d and 123a to 123d) is provided with a first throttle region (115a to 115d and 125a to 125d), a sectional area of the first throttle region being partially reduced with respect to an upstream side and a downstream side of the first throttle region. the pipe member (110, 120) is provided with a first curved portion (113a to 113d and 123a to 123d) that is curved; characterized in that the first curved portion (113a to 113d and 123a to 123d) is provided with a first throttle region (115a to 115d and 125a to 125d), a sectional area of the first throttle region being partially reduced with respect to an upstream side and a downstream side of the first throttle region.
Device (100; 201; 901; 2010; 2011; 2012; 2013; 2014; 2015; 2016; 2017; 2018; 2019) for in-vitro modelling in-vivo tissues of organs, comprising a first body portion (207; 2070; 2071; 2072; 2073; 2074; 2075 2076; 2077; 2078; 2079) with at least one access chamber (213; 2130; 2131; 2132; 2133; 2134; 2135; 2136; 2137; 2138; 2139), a second body portion (205; 2050; 2051; 2052; 2053; 2054; 2055; 2056; 2057; 2058; 2059) with at least one culturing chamber (221; 2210; 2211; 2212; 2213; 2214; 2215; 2216; 2217; 2218; 2219), and a culturing membrane (206; 2060; 2061; 2062; 2063; 2064; 2065; 2066; 2067; 2068; 2069) dividing the at least one access chamber (213; 2130; 2131; 2132; 2133; 2134; 2135; 2136; 2137; 2138; 2139) from the culturing chamber (221; 2210; 2211; 2212; 2213; 2214; 2215; 2216; 2217; 2218; 2219), characterized by further comprising a third body portion (203; 2030; 2031; 2032; 2033; 2054; 2035; 2036; 2037; 2038; 2039) with at least one actuation chamber (220; 2200; 2201; 2202; 2203; 2204; 2205; 2206; 2207; 2208; 2209) having at least one limitation cavity, and an actuation membrane (204; 2040; 2041; 2042; 2043; 2044; 2045; 2046; 2047; 2048; 2049) dividing the at least one culturing chamber (221; 2210; 2211; 2212; 2213; 2214; 2215; 2216; 2217; 2218; 2219) from the at least one actuation chamber (220; 2200; 2201; 2202; 2203; 2204; 2205; 2206; 2207; 2208; 2209), such that the culturing membrane (206; 2060; 2061; 2062; 2063; 2064; 2065; 2066; 2067; 2068; 2069) is deflectable by adjusting a pressure in the actuation chamber (220; 2200; 2201; 2202; 2203; 2204; 2205; 2206; 2207; 2208; 2209).
Process for recycling a product (1, 8, 9), wherein the product (1, 8, 9) or at least a component of the product is manufactured using a first material with a first marking material admixed, wherein the product (1, 8, 9), a component of the product or pieces of the product (1, 8, 9) are separated from other objects and/or pieces of the product (1, 8, 9) in a recycling plant by the first marking material being detected in the first material, and the product (1, 8, 9), the component of the product or pieces of the product (1, 8, 9) are separated from other objects and/or pieces of the product (1, 8, 9) in which no marking material or another second marking material is detected, wherein the product (1, 8, 9) or at least a component of the product is broken into pieces before the detection of the first and/or second marking materials, and that the product separation process is performed on pieces of the product, and wherein the first and/or second marking material is completely distributed in the first material of product (1, 8, 9) or at least in a component of the product, in particular, is substantially distributed evenly, characterized in that the first marking material in the first material is automatically detectable in a recycling plant, and that the product (1, 8, 9) is configured as the housing of a rechargeable battery or as a rechargeable battery.
A support element (1; 10; 20; 30) for slab-shaped objects, comprising a base on which the slab-shaped objects can be arranged, and a rest element for the slab-shaped objects, which is arranged substantially perpendicular to the base and is coupled removably to the base; wherein the base comprises a plurality of longitudinal members (3, 3a, 4, 4a, 4b) which defines a rest base for the base; wherein the plurality of longitudinal members (3, 3a, 4, 4a, 4b) comprises a first lateral longitudinal member, a second lateral longitudinal member and a central longitudinal member; wherein the longitudinal members (3, 3a, 4, 4a, 4b) are interconnected by a plurality of cross members, (5, 6), the plurality of cross members (5, 6) comprising a pair of central cross members and a pair of lateral cross members; wherein the cross members (5, 6) are interconnected by a plurality of further longitudinal members (11, 11a, 15, 15a, 15b, 15c, 15d, 15e, 15f); wherein the further longitudinal members comprise a first pair of further lateral longitudinal members and a second pair of further lateral longitudinal members; wherein the rest element comprises at least two uprights (8, 8a; 18) interconnected by at least a further cross member (12; 13; 13a, 13b; 14; 14a; 14b); wherein the at least a further cross member comprises a further upper cross member, at least a further intermediate cross member (13; 13a; 13b) and at least a further lower cross member (14; 14a, 14b); wherein a lower portion of a first upright and a lower portion of a second upright extend beyond the at least a further lower cross member (14; 14a, 14b) and are conformed and dimensioned so as to insert, respectively, in a first space defined both between the two members of said central cross members and between the two members of said first pair of further lateral longitudinal members, and in a second space defined both between the two members of said central cross members and between the two members of said second pair of further lateral longitudinal members; the lower portion of the first upright and the lower portion of the second upright are provided with respective appendages (23, 23a), the appendages (23, 23a) are conformed and dimensioned so as to insert in respective grooves (20, 20a) of the lateral longitudinal members (3, 3a).
Storage structure, in particular bed construction, for a vehicle, such as a caravan, comprising a storage body with a storage surface for depositing cargo or a person on the storage surface and at least one lifting device with which the storage body can be movably arranged in a direction of movement relative to the vehicle in relation to the vehicle, wherein the storage structure comprises at least one fastening device, via which the storage body can be attached to an vehicle interior wall of the vehicle in the direction of movement, characterized in that the fastening device comprises at least one fastener with which a tensile force and/or compressive force can be exerted on the storage body in an adjustable manner in order to attach the storage body to the vehicle interior wall.
A method of detecting protein S abnormalities, comprising the steps of: measuring a total protein S activity and a total protein S protein content in a specimen; and comparing the total protein S protein activity with the total protein S protein content obtained from the measurement, wherein the measuring of a total protein S activity comprises the steps of: (a) contacting said specimen with activated protein C; a surfactant; a phospholipid comprising phosphatidylcholine, phosphatidylserine and phosphatidylethanolamine; calcium ions; activated blood coagulation factor V; activated blood coagulation factor X; prothrombin; and a substrate of thrombin; (b) measuring the amount of signals produced from the substrate of thrombin as a result of reactions of the respective components of step (a); and (c) obtaining the activity of total protein S contained in said specimen based on the amount of signals measured in step (b), wherein the production of signals is suppressed according to the activity of total protein S contained in the specimen. measuring a total protein S activity and a total protein S protein content in a specimen; and comparing the total protein S protein activity with the total protein S protein content obtained from the measurement, wherein the measuring of a total protein S activity comprises the steps of: (a) contacting said specimen with activated protein C; a surfactant; a phospholipid comprising phosphatidylcholine, phosphatidylserine and phosphatidylethanolamine; calcium ions; activated blood coagulation factor V; activated blood coagulation factor X; prothrombin; and a substrate of thrombin; (b) measuring the amount of signals produced from the substrate of thrombin as a result of reactions of the respective components of step (a); and (c) obtaining the activity of total protein S contained in said specimen based on the amount of signals measured in step (b), wherein the production of signals is suppressed according to the activity of total protein S contained in the specimen. (a) contacting said specimen with activated protein C; a surfactant; a phospholipid comprising phosphatidylcholine, phosphatidylserine and phosphatidylethanolamine; calcium ions; activated blood coagulation factor V; activated blood coagulation factor X; prothrombin; and a substrate of thrombin; (b) measuring the amount of signals produced from the substrate of thrombin as a result of reactions of the respective components of step (a); and (c) obtaining the activity of total protein S contained in said specimen based on the amount of signals measured in step (b), wherein the production of signals is suppressed according to the activity of total protein S contained in the specimen.
A network access method performed by a mobile terminal, the method comprising: acquiring information of a user identification card pre-stored by the mobile terminal from a designated storage space and determining, on the basis of the pre-stored information of the user identification card, all network types supported by the user identification card of the mobile terminal; and characterised by further comprising: determining, on the basis of the network types supported by the user identification card of the mobile terminal, network identities, IDs, of Public Land Mobile Networks, PLMNs, of all the network types and adding the network IDs of the PLMNs of all the network types to an equivalent home public land mobile network, EHPLMN, list, wherein the network ID of the PLMN comprises network number segments; and when the mobile terminal arrives at a new visited place from a visited place in which a network connection is already established and starts a network search, if a target PLMN that matches a network ID in the EHPLMN list is found, establishing a communication connection between the mobile terminal and the target PLMN. acquiring information of a user identification card pre-stored by the mobile terminal from a designated storage space and determining, on the basis of the pre-stored information of the user identification card, all network types supported by the user identification card of the mobile terminal; and characterised by further comprising: determining, on the basis of the network types supported by the user identification card of the mobile terminal, network identities, IDs, of Public Land Mobile Networks, PLMNs, of all the network types and adding the network IDs of the PLMNs of all the network types to an equivalent home public land mobile network, EHPLMN, list, wherein the network ID of the PLMN comprises network number segments; and when the mobile terminal arrives at a new visited place from a visited place in which a network connection is already established and starts a network search, if a target PLMN that matches a network ID in the EHPLMN list is found, establishing a communication connection between the mobile terminal and the target PLMN. determining, on the basis of the network types supported by the user identification card of the mobile terminal, network identities, IDs, of Public Land Mobile Networks, PLMNs, of all the network types and adding the network IDs of the PLMNs of all the network types to an equivalent home public land mobile network, EHPLMN, list, wherein the network ID of the PLMN comprises network number segments; and when the mobile terminal arrives at a new visited place from a visited place in which a network connection is already established and starts a network search, if a target PLMN that matches a network ID in the EHPLMN list is found, establishing a communication connection between the mobile terminal and the target PLMN.