mhurhangee/ep-ind-claims huggingface dataset:
A method for diagnosing renal cell carcinoma in a subject comprising the steps of: i) measuring the expression level of soluble SEMA7A in a fluid sample; ii) comparing the expression measured at step i) with its predetermined reference value, and iii) concluding that the subject suffers from RCC when the expression level of SEMA7A is higher than its predetermined reference value or concluding that the subject does not suffer from RCC when the expression level of SEMA7A is lower than its predetermined reference value.
A method for inferring schematic and topological properties of an electrical distribution grid which vary over time, comprising a Remote Hub connected at low voltage on a single phase main in a Transformer Area Network transmitting messages to an electrical distribution substation without requiring intervening apparatus to repeat or amplify a signal, said transmitting comprising the steps of: a. identifying at least one frequency band in the candidate spectrum to form at least one transmission channel on the electrical distribution grid; b. receiving, by the Remote Hub, information defining a policy for allowing said Remote Hub to transmit on the at least one transmission channel; c. obtaining a data payload; d. creating a message from the data payload and including information in the message to be transmitted to facilitate detection of the message and inference of the grid location of the transmitter; and e. transmitting the message onto the power line by injecting a modulated current signal into the at least one transmission channel. a. identifying at least one frequency band in the candidate spectrum to form at least one transmission channel on the electrical distribution grid; b. receiving, by the Remote Hub, information defining a policy for allowing said Remote Hub to transmit on the at least one transmission channel; c. obtaining a data payload; d. creating a message from the data payload and including information in the message to be transmitted to facilitate detection of the message and inference of the grid location of the transmitter; and e. transmitting the message onto the power line by injecting a modulated current signal into the at least one transmission channel.
An air conditioner comprising: a control unit configured to control an air conditioning operation and control a maintenance operation to perform maintenance on an indoor unit of the air conditioner after the air conditioning operation is stopped; and an operation unit provided for performing a stop operation to stop the maintenance operation, wherein the maintenance operation includes an irradiating operation to irradiate an irradiation area of the indoor unit with ultraviolet rays, and the control unit controls the irradiating operation to continue the irradiating operation even when the stop operation is performed by the operation unit, characterized in that: the maintenance operation includes a second maintenance operation including at least either an internal cleaning operation or a filter cleaning operation, and wherein, when the stop operation is performed, the control unit controls the second maintenance operation to stop the second maintenance operation. a control unit configured to control an air conditioning operation and control a maintenance operation to perform maintenance on an indoor unit of the air conditioner after the air conditioning operation is stopped; and an operation unit provided for performing a stop operation to stop the maintenance operation, wherein the maintenance operation includes an irradiating operation to irradiate an irradiation area of the indoor unit with ultraviolet rays, and the control unit controls the irradiating operation to continue the irradiating operation even when the stop operation is performed by the operation unit, characterized in that: the maintenance operation includes a second maintenance operation including at least either an internal cleaning operation or a filter cleaning operation, and wherein, when the stop operation is performed, the control unit controls the second maintenance operation to stop the second maintenance operation. the maintenance operation includes a second maintenance operation including at least either an internal cleaning operation or a filter cleaning operation, and wherein, when the stop operation is performed, the control unit controls the second maintenance operation to stop the second maintenance operation.
A method for selecting a cancer patient for treatment with a Wnt inhibitor, comprising testing bodily fluid or tissue from a patient that may contain tumor cells or proteins of tumor cells for the presence of an inactivating mutation in the RNF43 gene.
Method for position determination by a mobile satellite navigation receiver, wherein satellite signals for a rough determination of the position and, via a first communication connection, correction data for a fine determination of the position are received, and wherein a second communication connection is selected as substitute for the first communication connection when a) the first communication connection provides no correction data that enables interruption-free fine determination of the position, or b) the second communication connection enables the use of a satellite navigation receiver in a different operation mode, wherein the second communication connection is selected when the same enables the use of a satellite navigation receiver in a different operation mode, in which position determination with a different accuracy, reception of satellite signals with a different encryption or position determination on the basis of a different satellite navigation system is carried out. a) the first communication connection provides no correction data that enables interruption-free fine determination of the position, or b) the second communication connection enables the use of a satellite navigation receiver in a different operation mode, wherein the second communication connection is selected when the same enables the use of a satellite navigation receiver in a different operation mode, in which position determination with a different accuracy, reception of satellite signals with a different encryption or position determination on the basis of a different satellite navigation system is carried out.
A method for ensuring IP session continuity upon a handover of a mobile node from a source network to a non-3GPP network wherein the mobile node is first located in the source network and has an ongoing IP session via a packet data network gateway in the source network, while the mobile node is attached to the source network, the method comprises the steps of: establishing a tentative security association between the mobile node and a security gateway, the security gateway providing for the source network a secure communication intermediary to the non-3GPP network, and establishing a tentative tunnel between the security gateway and the packet data network gateway, when performing the handover of the mobile node to the non-3GPP network, the method further comprises the steps of: updating the tentative security association between the mobile node and the security gateway by using the mobile node's local address in the non-3GPP network, for establishing a secure tunnel between the mobile node and the security gateway, and activating the tentative tunnel between the packet data network gateway and the security gateway. establishing a tentative security association between the mobile node and a security gateway, the security gateway providing for the source network a secure communication intermediary to the non-3GPP network, and establishing a tentative tunnel between the security gateway and the packet data network gateway, updating the tentative security association between the mobile node and the security gateway by using the mobile node's local address in the non-3GPP network, for establishing a secure tunnel between the mobile node and the security gateway, and activating the tentative tunnel between the packet data network gateway and the security gateway.
A base station comprising a control device, the control device comprising: a relay processing unit configured to perform relay processing of communication performed between a service provider device (200, 600) and a terminal device, the service provider device (200, 600) providing a service to the terminal device and being provided in a radio access network; and a conversion processing unit configured to perform processing for converting an internal IP address assigned to the terminal device into an external IP address assigned to the terminal device and viceversa, wherein in the relay processing, the relay processing unit is configured to transmit said communication to the terminal device with use of said internal IP address and to the service provider device (200, 600) with use of said external IP address, wherein the control device further comprises an information exchange unit configured to exchange information with another base station relating to handover of the terminal device, the exchanged information indicating a correspondence between said internal IP address and said external IP address. a relay processing unit configured to perform relay processing of communication performed between a service provider device (200, 600) and a terminal device, the service provider device (200, 600) providing a service to the terminal device and being provided in a radio access network; and a conversion processing unit configured to perform processing for converting an internal IP address assigned to the terminal device into an external IP address assigned to the terminal device and viceversa, wherein in the relay processing, the relay processing unit is configured to transmit said communication to the terminal device with use of said internal IP address and to the service provider device (200, 600) with use of said external IP address, wherein the control device further comprises an information exchange unit configured to exchange information with another base station relating to handover of the terminal device, the exchanged information indicating a correspondence between said internal IP address and said external IP address.
A method for producing substantially cured polymeric particles, comprising: (a) forming polymeric particles having a thermoset polymer network by polymerizing a reactive mixture, dispersed within a liquid medium, containing an initiator, a crosslinking component and a non-crosslinking component, said crosslinking component comprising at least one of a first monomer, a first oligomer or a first combination thereof; and said non-crosslinking component comprising at least one of a second monomer, a second oligomer or a second combination thereof; wherein a packing of polymeric particles resulting from step (a) manifests a first static conductivity when measured after 200 hours under a given compressive stress and at a given temperature greater than 26.7°C [80°F]; and (b) subjecting the particles polymerized in step (a) to at least one post-polymerizing heat treatment at a temperature range of 120°C to 250°C, wherein said post-polymerizing heat treatment is performed as a manufacturing process step and advances curing of said polymer network of the polymeric particles forming the substantially cured polymeric particles according to an absence of an exothermic curing peak in a curve showing data obtained in a differential scanning calorimetry scan of said polymeric particles, wherein a packing of the substantially cured polymeric particles manifests a second static conductivity when measured after 200 hours under the given compressive stress and at the given temperature greater than 26.7°C [80°F]; wherein the second static conductivity is greater than the first static conductivity. (a) forming polymeric particles having a thermoset polymer network by polymerizing a reactive mixture, dispersed within a liquid medium, containing an initiator, a crosslinking component and a non-crosslinking component, said crosslinking component comprising at least one of a first monomer, a first oligomer or a first combination thereof; and said non-crosslinking component comprising at least one of a second monomer, a second oligomer or a second combination thereof; wherein a packing of polymeric particles resulting from step (a) manifests a first static conductivity when measured after 200 hours under a given compressive stress and at a given temperature greater than 26.7°C [80°F]; and (b) subjecting the particles polymerized in step (a) to at least one post-polymerizing heat treatment at a temperature range of 120°C to 250°C, wherein said post-polymerizing heat treatment is performed as a manufacturing process step and advances curing of said polymer network of the polymeric particles forming the substantially cured polymeric particles according to an absence of an exothermic curing peak in a curve showing data obtained in a differential scanning calorimetry scan of said polymeric particles, wherein a packing of the substantially cured polymeric particles manifests a second static conductivity when measured after 200 hours under the given compressive stress and at the given temperature greater than 26.7°C [80°F]; wherein the second static conductivity is greater than the first static conductivity.
Method for the acoustic measurement of a bed of a body of water by an echo sounder system attached to a watercraft, in particular a fan echo sounder, with a transmitting and receiving device in which sound waves reflected due to sound impulses transmitted by the transmitting device are received by the receiving device, wherein received signals are determined for a plurality of given receiving directions of the sound waves reflected by the bed of a body of water, characterized by that one or more disturbance signals (F1, F2,..., FN) contained as component(s) in the received signal are determined, the particular component (A_F1, A_F2,..., A_FN) is calculated for all determined disturbance signals (F1, F2,..., FN) from the received signal, a corrected received signal is determined in that the disturbance signals (F1, F2,..., FN) with the associated, calculated components (A_F1, A_F2,..., A_FN) for correcting the received signal multiplied by this received signal are subtracted, and a depth value and/or depositing value is determined using the corrected received signal.
Method for receiving a multi-carrier signal, the method comprising a demodulation step of said multi-carrier signal, characterised in that the said demodulation step comprises the steps of: - conversion of said multi-carrier signal in binary representation into a representation in a base of at least two coprime numbers on a finite space of size equal to the product of the coprime numbers, and - for each of said coprime numbers, sliding window Fourrier transform (400 to 402) of said signal in modal representation of the type "Residue Number System" RNS or "quadratic RNS" QRNS projected on the space generated by said number, called calculation step in one-dimensional modal space, - synchronisation based on said sliding window Fourrier transform. - conversion of said multi-carrier signal in binary representation into a representation in a base of at least two coprime numbers on a finite space of size equal to the product of the coprime numbers, and - for each of said coprime numbers, sliding window Fourrier transform (400 to 402) of said signal in modal representation of the type "Residue Number System" RNS or "quadratic RNS" QRNS projected on the space generated by said number, called calculation step in one-dimensional modal space, - synchronisation based on said sliding window Fourrier transform.
A power cable assembly for transferring high voltage alternating current over long distances, comprising a plurality of power cables where each power cable comprises a core, a conductor and a cable insulation, the power cable assembly further comprising shunt inductances connected to each conductor at regular intervals along the conductors, characterised in that the cables are continuous.
Connection device designed to connect a first element and a second element and to separate the first and second elements from each other on command, the device comprising: - a first base plate that can be used to fasten the connection device onto a surface of the first element, - a first connection wall forming a protuberance from the first base plate and having an internal surface delimiting an internal volume located on the side of the first base plate on a first side, and a first connection surface located on a second side opposite the first side, - a second base plate that can be used to fasten the connection device onto a surface of the second element, - a second connection wall fixed to the second base plate and having a second connection surface covering the first connection wall so as to form a space between the first and second connection surfaces (22B, 26A), - a bonding layer composed of a layer of adhesive material or a weld, formed in said space in contact with each of the first and second connection surfaces (22B, 26A), such that the shape of the bonding layer is such that, when viewed in a section in any plane locally orthogonal to the first base plate, the bonding layer extends along at least two distinct directions, characterized in that - a heat-generating material is arranged in the internal volume so as to heat the bonding layer by thermal conduction through the first connection wall. - a first base plate that can be used to fasten the connection device onto a surface of the first element, - a first connection wall forming a protuberance from the first base plate and having an internal surface delimiting an internal volume located on the side of the first base plate on a first side, and a first connection surface located on a second side opposite the first side, - a second base plate that can be used to fasten the connection device onto a surface of the second element, - a second connection wall fixed to the second base plate and having a second connection surface covering the first connection wall so as to form a space between the first and second connection surfaces (22B, 26A), - a bonding layer composed of a layer of adhesive material or a weld, formed in said space in contact with each of the first and second connection surfaces (22B, 26A), such that the shape of the bonding layer is such that, when viewed in a section in any plane locally orthogonal to the first base plate, the bonding layer extends along at least two distinct directions, characterized in that - a heat-generating material is arranged in the internal volume so as to heat the bonding layer by thermal conduction through the first connection wall.
A method performed in a machine type communication, MTC, wireless transmit/receive unit, WTRU, the method comprising: determining, by the WTRU, a paging narrowband, NB, for the WTRU to use for monitoring an MTC physical downlink control channel, M-PDCCH, for an M-PDCCH transmission, wherein the determination of the paging NB for the WTRU is based on at least the most significant bits, MSBs, of a function of a WTRU-identifier, WTRU-ID, and on a first modulo operation with a divisor of a number of NBs for paging, wherein the WTRU-ID is based on a second modulo operation with a dividend of an international mobile subscriber identity, IMSI; receiving, by the WTRU, downlink control information, DCI, in the M-PDCCH transmission on the determined paging NB for the WTRU during a paging occasion, PO; and receiving, by the WTRU, a physical downlink shared channel, PDSCH, transmission associated with the M-PDCCH transmission. determining, by the WTRU, a paging narrowband, NB, for the WTRU to use for monitoring an MTC physical downlink control channel, M-PDCCH, for an M-PDCCH transmission, wherein the determination of the paging NB for the WTRU is based on at least the most significant bits, MSBs, of a function of a WTRU-identifier, WTRU-ID, and on a first modulo operation with a divisor of a number of NBs for paging, wherein the WTRU-ID is based on a second modulo operation with a dividend of an international mobile subscriber identity, IMSI; receiving, by the WTRU, downlink control information, DCI, in the M-PDCCH transmission on the determined paging NB for the WTRU during a paging occasion, PO; and receiving, by the WTRU, a physical downlink shared channel, PDSCH, transmission associated with the M-PDCCH transmission.
Method for lowering a formwork or protective element when working on buildings, wherein the formwork or protective element is connected via a support to a guiding and holding device fastened to a part of the building, wherein the support comprises a large number of engaging elements arranged spaced apart from one another in the direction of the longitudinal extent of the support, and the guiding and holding device comprises a receiving unit having a holding element, characterised in that the support, from an initial position in which the holding element is in engagement with a first engaging element of the support, is raised substantially in the vertical direction, wherein, during the raising step, the holding element is moved temporarily, by means of a control device, into an inactive position in which the support is lowered beyond its initial position, and the holding element is then moved, by means of the control device, back into an active position, so that, when the support is lowered, a second engaging element of the support engages with the holding element of the receiving unit, wherein the support is raised and lowered by means of a linear drive element, preferably by means of a hydraulic cylinder, wherein the linear drive element comprises a connecting element which, in an active position, is brought into engagement with another of the engaging elements of the support, wherein, before the linear drive element is connected to the other of the engaging elements for the lowering step, pressure is applied via the linear drive element and the control device to the connecting element so that the connecting element is moved from an active to an inactive position in which the connecting element is disengaged from a third engaging element which is located below the other engaging element and above the first and second engaging elements.