mhurhangee/ep-ind-claims huggingface dataset:
A conveying apparatus, comprising: an outer casing (2, 2A) for disposing the conveying apparatus on a traveling structure; a storage case disposed inside the outer casing (2, 2A), the storage case allowing a stored article to be placed therein and removed therefrom from above; a plurality of stretchable elastic members spaced apart from each other in a crosswise direction, each of the elastic members including a bridging portion that bridges between front and rear ends of the outer casing (2, 2A) in a traveling direction of the traveling structure when the conveying apparatus is disposed on the traveling structure; and a plurality of suspension devices (18, 18A, 19, 19A) spaced apart from each other at least in a fore-aft direction when the conveying apparatus is disposed on the traveling structure, each of the suspension devices (18, 18A, 19, 19A) including an upper end assuming a supported portion (18b, 19b) that is supported slidably on the respective elastic member and a lower end assuming a supporting portion (18c, 19c) that supports the storage case, wherein the suspension devices (18, 18A, 19, 19A) are pivotally rockably supported by the elastic members by means of the supported portions (18b, 19b), the storage case is supported by the suspension devices (18, 18A, 19, 19A) such that the storage case is pivotally rockable about the supporting portions (18c, 19c), and the storage case is suspended on the elastic members by the suspension devices (18, 18A, 19, 19A) under a condition in which a gap is available between the storage case and the outer casing (2, 2A). an outer casing (2, 2A) for disposing the conveying apparatus on a traveling structure; a storage case disposed inside the outer casing (2, 2A), the storage case allowing a stored article to be placed therein and removed therefrom from above; a plurality of stretchable elastic members spaced apart from each other in a crosswise direction, each of the elastic members including a bridging portion that bridges between front and rear ends of the outer casing (2, 2A) in a traveling direction of the traveling structure when the conveying apparatus is disposed on the traveling structure; and a plurality of suspension devices (18, 18A, 19, 19A) spaced apart from each other at least in a fore-aft direction when the conveying apparatus is disposed on the traveling structure, each of the suspension devices (18, 18A, 19, 19A) including an upper end assuming a supported portion (18b, 19b) that is supported slidably on the respective elastic member and a lower end assuming a supporting portion (18c, 19c) that supports the storage case, wherein the suspension devices (18, 18A, 19, 19A) are pivotally rockably supported by the elastic members by means of the supported portions (18b, 19b), the storage case is supported by the suspension devices (18, 18A, 19, 19A) such that the storage case is pivotally rockable about the supporting portions (18c, 19c), and the storage case is suspended on the elastic members by the suspension devices (18, 18A, 19, 19A) under a condition in which a gap is available between the storage case and the outer casing (2, 2A).
A millimeter-wave radar cover housing a millimeter-wave radar including an antenna and an electronic circuit configured to drive the antenna, the millimeter-wave radar cover comprising: a first site provided in front of the millimeter-wave radar to protect the millimeter-wave radar and transmit millimeter electromagnetic waves emitted from the antenna; and a second site including a housing space in which the antenna and the electronic circuit except for the first site are housed, wherein the first site is made of a stacked structural body obtained by stacking at least one layer of a first constituent material having a negative relative permittivity in the frequency band of the millimeter waves and a second constituent material having a positive relative permittivity in the frequency band of the millimeter waves, the first constituent material is formed in a lattice shape by a conductive material, and the structural body formed when the first constituent material is stacked with the second constituent material, has a relative permittivity and a relative permeability equal to each other for the frequency band of the millimeter waves, and the stacked structural body has an effective transmissivity close to one for the frequency band of the millimeter waves, and an effective transmissivity close to zero for a frequency band equal to or lower than 1 GHz, which is lower than the frequency band of the millimeter waves, the frequency band of the millimeter wave band is set in the range of 76 GHz to 81 GHz, and the first constituent material has the negative relative permittivity in the frequency band of the millimeter waves by a restricted number of conduction electrons. a first site provided in front of the millimeter-wave radar to protect the millimeter-wave radar and transmit millimeter electromagnetic waves emitted from the antenna; and a second site including a housing space in which the antenna and the electronic circuit except for the first site are housed, wherein the first site is made of a stacked structural body obtained by stacking at least one layer of a first constituent material having a negative relative permittivity in the frequency band of the millimeter waves and a second constituent material having a positive relative permittivity in the frequency band of the millimeter waves, the first constituent material is formed in a lattice shape by a conductive material, and the structural body formed when the first constituent material is stacked with the second constituent material, has a relative permittivity and a relative permeability equal to each other for the frequency band of the millimeter waves, and the stacked structural body has an effective transmissivity close to one for the frequency band of the millimeter waves, and an effective transmissivity close to zero for a frequency band equal to or lower than 1 GHz, which is lower than the frequency band of the millimeter waves, the frequency band of the millimeter wave band is set in the range of 76 GHz to 81 GHz, and the first constituent material has the negative relative permittivity in the frequency band of the millimeter waves by a restricted number of conduction electrons.
Method for providing interfaces to the world of fixed IP networks, in which user and signal data are transmitted via a network element specially provided for this purpose, wherein the network element is designed as a media distribution function and connected via interfaces to a PoC server, a PoC presence server, a conference system and a data transmission portal, wherein the media distribution function is designed to transmit media between all of the above-mentioned applications and applications servers, characterised in that the media distribution function is in addition connected via interfaces to a PoC XDMS server, an email system and an applications / games server, wherein, after authenticating a user to a client application and authenticating the client application to the IMS network, advanced services are started between the client application and the media distribution function (10, 24), which comprise functions for transmitting RTP media via the PoC server to a terminal and the following services: push-based transmission of a PoC message via PoC application, programming interface in the form of speech bursts, text to speech, instant messaging, games, applications, documents, retrieving / placing group lists, retrieving / placing contact lists, retrieving / placing access control lists, and retrieving / placing presence information.
A method of manufacturing a porous ceramic article comprising the steps of: compounding a ceramic extrusion batch comprising a base batch component, a reactive binder component, and an aqueous vehicle, the base batch component comprising inorganic constituents selected from the group consisting of oxides, oxide compounds, metal compounds and mixtures thereof that react at high temperatures to produce a refractory ceramic phase; the reactive binder component comprising at least a cellulose ether temporary binder, a surface-charged alumina colloid, at least one carbohydrate pore former, and at least one reactive high-charge- density linear polymer binder; plasticizing and forming the extrusion batch into a ceramic preform; heating the ceramic preform to initiate cross-linking reactions among the constituents of the reactive binder component and to remove water from the preform to provide a dried ceramic preform; and firing the dried ceramic preform to form a porous ceramic article from which the temporary binder, reactive binder, and carbohydrate pore former have been removed. compounding a ceramic extrusion batch comprising a base batch component, a reactive binder component, and an aqueous vehicle, the base batch component comprising inorganic constituents selected from the group consisting of oxides, oxide compounds, metal compounds and mixtures thereof that react at high temperatures to produce a refractory ceramic phase; the reactive binder component comprising at least a cellulose ether temporary binder, a surface-charged alumina colloid, at least one carbohydrate pore former, and at least one reactive high-charge- density linear polymer binder; the base batch component comprising inorganic constituents selected from the group consisting of oxides, oxide compounds, metal compounds and mixtures thereof that react at high temperatures to produce a refractory ceramic phase; the reactive binder component comprising at least a cellulose ether temporary binder, a surface-charged alumina colloid, at least one carbohydrate pore former, and at least one reactive high-charge- density linear polymer binder; plasticizing and forming the extrusion batch into a ceramic preform; heating the ceramic preform to initiate cross-linking reactions among the constituents of the reactive binder component and to remove water from the preform to provide a dried ceramic preform; and firing the dried ceramic preform to form a porous ceramic article from which the temporary binder, reactive binder, and carbohydrate pore former have been removed.
A preparation for treating neuroblastoma in a human patient having said neuroblastoma, wherein: (a) the preparation comprises a monoclonal antibody produced in CHO cells, and comprising the light chain of SEQ ID N0:3 and the heavy chain of SEQ ID N0:4 (ch14.18/CHO); (b) the preparation is to be administered to the patient without concomitantly administering IL-2 within the same treatment cycle; (c) the ch14.18/CHO antibody is administered to the patient as a continuous infusion for 24 hours per day for 10 consecutive days per cycle; and (d) the ch14.18/CHO antibody is to be administered at a daily dose of 5 to 15 mg/m 2 /day and in a total dose of 50 to 150 mg/m 2 /cycle. (a) the preparation comprises a monoclonal antibody produced in CHO cells, and comprising the light chain of SEQ ID N0:3 and the heavy chain of SEQ ID N0:4 (ch14.18/CHO); (b) the preparation is to be administered to the patient without concomitantly administering IL-2 within the same treatment cycle; (c) the ch14.18/CHO antibody is administered to the patient as a continuous infusion for 24 hours per day for 10 consecutive days per cycle; and (d) the ch14.18/CHO antibody is to be administered at a daily dose of 5 to 15 mg/m 2 /day and in a total dose of 50 to 150 mg/m 2 /cycle.
A method of tracking multiple objects with a probabilistic hypothesis density filter, the method comprising: providing a plurality of intensities based on measurements from a plurality of sensors, each intensity being associated to an object's track and including an intensity weight, a state mean vector, and a state covariance matrix of statistics of the track, for a plurality of objects at a first time; first pruning the plurality of intensities based on their respective intensity weight to remove lower weighted intensities and produce a first set of intensities; merging intensities in the first set of intensities that are identified as corresponding to the same object to produce a second set of intensities; and second pruning the second set of intensities to produce a final set of intensities, wherein second pruning includes in the final set of intensities, up to a threshold number of intensities having the largest intensity weights in the second set of intensities and excludes from the final set of intensities any remaining intensities in the second set of intensities. providing a plurality of intensities based on measurements from a plurality of sensors, each intensity being associated to an object's track and including an intensity weight, a state mean vector, and a state covariance matrix of statistics of the track, for a plurality of objects at a first time; first pruning the plurality of intensities based on their respective intensity weight to remove lower weighted intensities and produce a first set of intensities; merging intensities in the first set of intensities that are identified as corresponding to the same object to produce a second set of intensities; and second pruning the second set of intensities to produce a final set of intensities, wherein second pruning includes in the final set of intensities, up to a threshold number of intensities having the largest intensity weights in the second set of intensities and excludes from the final set of intensities any remaining intensities in the second set of intensities.
A telecommunications network comprising: a plurality of network sections, each comprising at least one network element, wherein each network section comprises a network management system for controlling the at least one network element; a data communications network for respectively connecting the network management systems to each individual network element of the corresponding network section; a system supporting the telecommunications network, wherein the network elements are arranged together with the supportive system in at least one operating site, wherein network elements of different network sections are arranged together in one of the operating sites; and an operating site management system connected to each of the network management systems and adapted to collect data of the network sections, to determine information relating to the current capacity requirements and/or the capacity requirements to be expected in the future based on the data, and to carry out a load adaptive control of the supportive system in each operating site based on the determined capacity requirements. a plurality of network sections, each comprising at least one network element, wherein each network section comprises a network management system for controlling the at least one network element; a data communications network for respectively connecting the network management systems to each individual network element of the corresponding network section; a system supporting the telecommunications network, wherein the network elements are arranged together with the supportive system in at least one operating site, wherein network elements of different network sections are arranged together in one of the operating sites; and an operating site management system connected to each of the network management systems and adapted to collect data of the network sections, to determine information relating to the current capacity requirements and/or the capacity requirements to be expected in the future based on the data, and to carry out a load adaptive control of the supportive system in each operating site based on the determined capacity requirements.
An information receiving method, comprising: receiving, by a terminal device via radio resource control, RRC, signaling, configuration information of N downlink control channel regions, wherein the N downlink control channel regions comprise a first downlink control channel region, the configuration information of the N downlink control channel regions comprises configuration information of the first downlink control channel region, and N is a positive integer; and determining, by the terminal device, the N downlink control channel regions based on the configuration information of the N downlink control channel regions, wherein the configuration information of the first downlink control channel region comprises sixth indication information, characterized by the sixth indication information indicates a quantity of bits of resource indication information of the first downlink control channel region that is included in downlink control information, DCI, the quantity of bits of the resource indication information is 0 or a positive integer, and the resource indication information of the first downlink control channel region indicates a resource that is in the first downlink control channel region and that is not available for downlink data transmission. receiving, by a terminal device via radio resource control, RRC, signaling, configuration information of N downlink control channel regions, wherein the N downlink control channel regions comprise a first downlink control channel region, the configuration information of the N downlink control channel regions comprises configuration information of the first downlink control channel region, and N is a positive integer; and determining, by the terminal device, the N downlink control channel regions based on the configuration information of the N downlink control channel regions, wherein the configuration information of the first downlink control channel region comprises sixth indication information, characterized by the sixth indication information indicates a quantity of bits of resource indication information of the first downlink control channel region that is included in downlink control information, DCI, the quantity of bits of the resource indication information is 0 or a positive integer, and the resource indication information of the first downlink control channel region indicates a resource that is in the first downlink control channel region and that is not available for downlink data transmission.
An in vitro method of aiding detection of a surface abnormality in the oesophagus of a subject, wherein said surface abnormality is selected from the group consisting of low-grade dysplasia, high-grade dysplasia, asymptomatic oesophageal adenocarcinoma and intra-mucosal cancer, the method comprising: a) providing a sample of cells from said subject, wherein said sample comprises cells collected from the surface of the subject's oesophagus; b) assaying said cells for at least four markers, at least one marker from each of subsections (i) to (iv), selected from (i) p53; (ii) c-Myc; (iii) AURKA or PLK1, preferably AURKA; and (iv) methylation of MyoD and Runx3; wherein detection of abnormal levels of at least four of said markers infers that the subject has an increased likelihood of a surface abnormality in the oesophagus. a) providing a sample of cells from said subject, wherein said sample comprises cells collected from the surface of the subject's oesophagus; b) assaying said cells for at least four markers, at least one marker from each of subsections (i) to (iv), selected from (i) p53; (ii) c-Myc; (iii) AURKA or PLK1, preferably AURKA; and (iv) methylation of MyoD and Runx3; (i) p53; (ii) c-Myc; (iii) AURKA or PLK1, preferably AURKA; and (iv) methylation of MyoD and Runx3;
Method for detecting a series arc in a photovoltaic device, operating in direct current mode, including N photovoltaic modules (100, 1,2,3), N being equal to 1 or strictly higher than 1, these modules being connected to a charging device having a capacitive behaviour for the modules, this method including: a) detecting, across n of the N modules, n being higher or equal to 1 or less or equal to N, the time evolution of the voltage, characterised in that the method further comprises: b) identifying a voltage variation between: - a first zone of stable voltage; - and a second zone of stable voltage for a duration of at least 5 μs, which immediately follows said voltage variation, and c) determining whether the voltage variation is between a minimum value Vmin higher than or equal to 0.2 V and a maximum value Vmax lower than or equal to 20 V, with a rise time of this variation between a minimum duration Tmin higher than or equal to 0.5 μs and a maximum duration Tmax lower than or equal to 5 μs. a) detecting, across n of the N modules, n being higher or equal to 1 or less or equal to N, the time evolution of the voltage, b) identifying a voltage variation between: - a first zone of stable voltage; - and a second zone of stable voltage for a duration of at least 5 μs, which immediately follows said voltage variation, and - a first zone of stable voltage; - and a second zone of stable voltage for a duration of at least 5 μs, which immediately follows said voltage variation, and c) determining whether the voltage variation is between a minimum value Vmin higher than or equal to 0.2 V and a maximum value Vmax lower than or equal to 20 V, with a rise time of this variation between a minimum duration Tmin higher than or equal to 0.5 μs and a maximum duration Tmax lower than or equal to 5 μs.
Actuator device comprising one first shape-memory alloy element and one second shape-memory alloy element, and one first actuating element (5.1) and one first spring element (3.1), wherein the one first actuating element (5.1) is operationally connected to the first shape-memory alloy element and to the second shape-memory alloy element in such a manner that when the first shape-memory alloy element is heated the first actuating element (5.1) is moved in a first direction, and when the second shape-memory alloy element is heated the first actuating element (5.1) is moved in a second direction which is counter to the first direction, characterized in that the first shape-memory alloy element and/or the second shape-memory alloy element are/is connected at least to one first spring element (3.1), wherein the first spring element (3.1) is adapted as a length compensator for the first shape-memory alloy element and/or the second shape-memory alloy element.
A duct section for an air movement duct, comprising a duct inlet section having a primary air inlet for a fan driven primary air flow, the duct section further having a peripheral air inlet downstream of the primary air inlet through which a secondary air flow is drawn into the duct section by entrainment by the passing primary air flow to form a combined air flow of both the primary and the secondary air flows, a nozzle comprising a guide vane arrangement being located downstream of the peripheral air inlet so as to be impinged by and to direct the combined air flows, wherein the guide vane arrangement of the nozzle comprises a plurality of guide vanes in spaced parallel relationship and extending transversely across the duct section, characterised in that: the guide vanes are elongate and arranged to be pivotable about their longitudinal dimension transverse to the direction of the air movement whilst remaining in the parallel relationship, the nozzle being pivotable about an axis substantially aligned with the periphery of the duct section to incline the vanes at an angle to the flow direction of the combined air flows to deflect and guide the airflows.