mhurhangee/ep-ind-claims huggingface dataset:
A device for mitigating vibrations of a parked wind turbine configured to be arranged around a wind turbine blade, wherein the vibration mitigating device has a length along a longitudinal direction and a cross-section substantially perpendicular to the longitudinal direction, the cross-section including a radial direction and a tangential direction; the device comprising three or more air flow modifying elements comprising a concave outer surface configured to face away from the wind turbine blade; the device further comprising a supporting structure configured to support the plurality of air flow modifying elements; wherein an angular distance between adjacent air flow modifying elements in cross-section is substantially constant. wherein the vibration mitigating device has a length along a longitudinal direction and a cross-section substantially perpendicular to the longitudinal direction, the cross-section including a radial direction and a tangential direction; the device comprising three or more air flow modifying elements comprising a concave outer surface configured to face away from the wind turbine blade; the device further comprising a supporting structure configured to support the plurality of air flow modifying elements; wherein an angular distance between adjacent air flow modifying elements in cross-section is substantially constant.
A method performed by a distributed unit, DU, in a mobile communication system, the method comprising: transmitting, to a central unit, CU, a fronthaul interface setup request message including first information for setting up a fronthaul interface with the CU; receiving, from the CU, a fronthaul interface setup response message including second information for setting up the fronthaul interface with the DU, in response to the fronthaul interface setup request message; setting up the fronthaul interface with the CU based on the first information and the second information; receiving, from the CU, a user equipment, UE, context modification request message to modify an established UE context; performing a modification of the established UE context based on the UE context modification request message; transmitting, to the CU, a UE context modification response message in response to the UE context modification request message; and performing a communication with the CU through the set-up fronthaul interface. transmitting, to a central unit, CU, a fronthaul interface setup request message including first information for setting up a fronthaul interface with the CU; receiving, from the CU, a fronthaul interface setup response message including second information for setting up the fronthaul interface with the DU, in response to the fronthaul interface setup request message; setting up the fronthaul interface with the CU based on the first information and the second information; receiving, from the CU, a user equipment, UE, context modification request message to modify an established UE context; performing a modification of the established UE context based on the UE context modification request message; transmitting, to the CU, a UE context modification response message in response to the UE context modification request message; and performing a communication with the CU through the set-up fronthaul interface.
A bias estimation apparatus for estimating a bias included in measured values by each sensor, characterized in that the bias estimation apparatus comprises: a reference model builder configured to build a reference model of the measured value packs each of which is measured values by sensors in a single measurement action; a temporary bias generator configured to generate a temporary bias pack which is temporary estimated values of the biases of sensors; a corrected measured value calculator configured to calculate corrected measured value packs each of which is the measured value pack corrected by the temporary bias pack; a similarity calculator configured to calculate a similarity of each corrected measured value pack relative to the reference model; a similarity selector configured to select a part of the similarities according to their values from among the similarities calculated by the similarity calculator; a score calculator configured to calculate a score which indicates a similarity of the whole corrected measured value packs relative to the reference model based on the selected similarities; and an estimated bias determiner configured to determine an estimated bias which is an estimated value of the bias for each sensor based on the score. a reference model builder configured to build a reference model of the measured value packs each of which is measured values by sensors in a single measurement action; a temporary bias generator configured to generate a temporary bias pack which is temporary estimated values of the biases of sensors; a corrected measured value calculator configured to calculate corrected measured value packs each of which is the measured value pack corrected by the temporary bias pack; a similarity calculator configured to calculate a similarity of each corrected measured value pack relative to the reference model; a similarity selector configured to select a part of the similarities according to their values from among the similarities calculated by the similarity calculator; a score calculator configured to calculate a score which indicates a similarity of the whole corrected measured value packs relative to the reference model based on the selected similarities; and an estimated bias determiner configured to determine an estimated bias which is an estimated value of the bias for each sensor based on the score.
An adhesive tape consisting of three layers: namely, a support layer woven from threads formed out of poly(ethylene terephthalate), a polymer coating layer that is in direct contact with the support layer, and a pressure-sensitive adhesive layer; wherein the polymer coating is an acrylic coating comprising an acrylic co-polymer based on one or more of an alkyl-acrylate where the alkyl group may contain a linear or branched C1-4 hydrocarbon group, an alkylmethacrylate where the alkyl group may contain a linear or branched C1-4 hydrocarbon group, acrylic acid, methacrylic acid, and acrylonitrile. namely, a support layer woven from threads formed out of poly(ethylene terephthalate), a polymer coating layer that is in direct contact with the support layer, and a pressure-sensitive adhesive layer; wherein the polymer coating is an acrylic coating comprising an acrylic co-polymer based on one or more of an alkyl-acrylate where the alkyl group may contain a linear or branched C1-4 hydrocarbon group, an alkylmethacrylate where the alkyl group may contain a linear or branched C1-4 hydrocarbon group, acrylic acid, methacrylic acid, and acrylonitrile.
A method for transmit diversity in a wireless communication system, comprising the following steps of: A: modulating a to-be-transmitted signal sequence to generate a symbol sequence, multiplying a vector S composing of n symbols sequentially selected from the symbol sequence by a transformation matrix A to obtain a transformation sequence X, X=A × S; and B: encoding in diversity the X to generate a diversity encoding block; assigning each symbol in the diversity encoding block to each transmission antenna to transmit; wherein the transformation matrix A is a n-order invertible matrix whose main diagonal elements are not zero, and the number of non zero elements in each column is more than one; n is the number of the transmission antennas, wherein said transformation matrix A is a product of several Givens matrices or a product of several Givens and a non-zero coefficient k, characterized in that, when n=4, said transformation matrix A is a product of two Givens matrices or a product of two Givens matrices and a non-zero coefficient k; when n=6, said transformation matrix A is a product of six Givens matrices or a product of six Givens matrices and a non-zero coefficient k; and when n=8, said transformation matrix A is a product of eight Givens matrices or a product of eight Givens matrices and a non-zero coefficient k. A: modulating a to-be-transmitted signal sequence to generate a symbol sequence, multiplying a vector S composing of n symbols sequentially selected from the symbol sequence by a transformation matrix A to obtain a transformation sequence X, X=A × S; and B: encoding in diversity the X to generate a diversity encoding block; assigning each symbol in the diversity encoding block to each transmission antenna to transmit;
A highchair comprising a base arranged to rest on a floor, a carrier mounted on said base and adjustable in a substantially vertical direction with respect to said base, and a seat comprising a substantially horizontally extending seat surface connected to said carrier, wherein said carrier extends substantially downward from the front edge of said seat surface, and wherein the highchair comprises a locking device (15, 307) for locking the seat at a desired height relative to the base, characterized in that said locking device (15, 307) is mounted between the base and the carrier and comprises a lever movable between a locked position and an unlocked position so as to lock the seat at the desired height.
A terminal device, comprising a memory, a processor, and a transceiver, wherein the transceiver is configured to send a first capability report message when the terminal device requests to attach to a first cell, wherein the first capability report message indicates a frequency band support capability and a carrier aggregation capability of the terminal device; when the processor determines that a first reconfiguration request message is received for N consecutive times and all reconfiguration fails, the transceiver is further configured to send a detach request message and complete detaching from the first cell, wherein the first reconfiguration request message is used to indicate, to the terminal device, a frequency of a secondary cell in which carrier aggregation is performed, and N is a positive integer; and the transceiver is further configured to send a second capability report message when the terminal device re-requests to attach to the first cell, wherein a first carrier aggregation capability of the terminal device is disabled in the second capability report message, and the first carrier aggregation capability comprises a carrier aggregation capability in a combination of a frequency band of the first cell and a frequency band in which the frequency of the secondary cell is located. the transceiver is configured to send a first capability report message when the terminal device requests to attach to a first cell, wherein the first capability report message indicates a frequency band support capability and a carrier aggregation capability of the terminal device; when the processor determines that a first reconfiguration request message is received for N consecutive times and all reconfiguration fails, the transceiver is further configured to send a detach request message and complete detaching from the first cell, wherein the first reconfiguration request message is used to indicate, to the terminal device, a frequency of a secondary cell in which carrier aggregation is performed, and N is a positive integer; and the transceiver is further configured to send a second capability report message when the terminal device re-requests to attach to the first cell, wherein a first carrier aggregation capability of the terminal device is disabled in the second capability report message, and the first carrier aggregation capability comprises a carrier aggregation capability in a combination of a frequency band of the first cell and a frequency band in which the frequency of the secondary cell is located.
A runtime security system, comprising: - a shared core configured to execute processes having varying levels of trustworthiness configured to receive security services requests; - an execution monitor configured to monitor the execution of the shared core further comprising a timer, a policy table, and an execution monitor state machine; - secure assets including cryptographic keys; and - immutable security service functions configured to enable access to the secure assets in response to secure services requests, characterized in that the execution monitor is configured to: detect that the shared core has received a secure boot request; verify that the secure boot request is valid during a temporary window of access depending on a policy, execution monitor state, request and requestor ID; and adjust the trustworthiness assignment of the request and allow the shared core to access security assets to securely boot when the secure boot request is valid. - a shared core configured to execute processes having varying levels of trustworthiness configured to receive security services requests; - an execution monitor configured to monitor the execution of the shared core further comprising a timer, a policy table, and an execution monitor state machine; - secure assets including cryptographic keys; and - immutable security service functions configured to enable access to the secure assets in response to secure services requests, characterized in that the execution monitor is configured to: detect that the shared core has received a secure boot request; verify that the secure boot request is valid during a temporary window of access depending on a policy, execution monitor state, request and requestor ID; and adjust the trustworthiness assignment of the request and allow the shared core to access security assets to securely boot when the secure boot request is valid. detect that the shared core has received a secure boot request; verify that the secure boot request is valid during a temporary window of access depending on a policy, execution monitor state, request and requestor ID;
A monoclonal antibody or antigen binding portion thereof that binds specifically to a Staphylococcus aureus glucosaminidase and inhibits in vivo growth of S. aureus, wherein the antibody or antigen binding portion binds to an epitope wholly or partly within the Staphylococcus aureus glucosaminidase R3 domain.
Monolithic weighing system, comprising a plurality of levers, which are joined together by thin-section joints, wherein the levers, on the one hand, and the thin-section joints, on the other hand, are made of different materials or of different material combinations, and the levers adjoining one of the thin-section joints on both sides thereof comprise a first material, and the thin-section joint comprises a second material, which is different from the first material, produced by - an additive manufacturing method, in which different materials, including said first and second materials (21, 22), are applied in layers and are joined to form a single-piece weighing system blank, wherein the weighing system blank has prospective lever regions and prospective thin-section joint regions, and - a subsequent subtractive finishing of the weighing system blank at least on the prospective thin-section joint regions, to produce the weighing system. comprising a plurality of levers, which are joined together by thin-section joints, wherein the levers, on the one hand, and the thin-section joints, on the other hand, are made of different materials or of different material combinations, and the levers adjoining one of the thin-section joints on both sides thereof comprise a first material, and the thin-section joint comprises a second material, which is different from the first material, produced by - an additive manufacturing method, in which different materials, including said first and second materials (21, 22), are applied in layers and are joined to form a single-piece weighing system blank, wherein the weighing system blank has prospective lever regions and prospective thin-section joint regions, and - a subsequent subtractive finishing of the weighing system blank at least on the prospective thin-section joint regions, to produce the weighing system. - an additive manufacturing method, in which different materials, including said first and second materials (21, 22), are applied in layers and are joined to form a single-piece weighing system blank, wherein the weighing system blank has prospective lever regions and prospective thin-section joint regions, and - a subsequent subtractive finishing of the weighing system blank at least on the prospective thin-section joint regions, to produce the weighing system.
Self-clamping cable guard for clamping power cables of a power cable bundle of a cable support arrangement in a wind turbine, wherein the self-clamping cable guard comprises three recesses arranged about a central longitudinal axis (L 40) of the self-clamping cable guard for positively clamping a power cable of the power cable bundle inside of each of the three recesses, and wherein the self-clamping cable guard comprises three wear protection plates arranged about the central longitudinal axis (L 40), wherein each of the three recesses comprises an open side for insertion of a respective power cable of the power cable bundle therein, each of the open sides of one of the three recesses being respectively limited by two of the three wear protection plates to protect the power cables clamped inside the recesses from wear. wherein the self-clamping cable guard comprises three recesses arranged about a central longitudinal axis (L 40) of the self-clamping cable guard for positively clamping a power cable of the power cable bundle inside of each of the three recesses, and wherein the self-clamping cable guard comprises three wear protection plates arranged about the central longitudinal axis (L 40), wherein each of the three recesses comprises an open side for insertion of a respective power cable of the power cable bundle therein,
A system to coordinate data exchange associated with a particular user between a plurality of nodes 103-105 without identifying the particular user, comprising: a de-identifying unit configured to: assign a first globally unique identifier, GUID, to a first combination of the particular user and a first node from the plurality of nodes; and assign a second GUID to a second combination of the particular user and a second node from the plurality of nodes, wherein the first GUID and the second GUID are only provided for services that have been authorized by the particular user; a ledger database configured to store metadata of the first node and the second node and at least one service of the first node and the second node; and a messaging unit configured to: communicate at least one message with the first node and the second node using the first GUID for the first combination and the second GUID for the second combination without sending or receiving user data or de-identified user data, wherein the at least one message contains information to coordinate exchange of the de-identified user data between the first node and the second node, wherein the de-identified user data is a subset of the user data, and wherein the system lacks access to the user data, thereby maintaining privacy of the user data. assign a first globally unique identifier, GUID, to a first combination of the particular user and a first node from the plurality of nodes; and assign a second GUID to a second combination of the particular user and a second node from the plurality of nodes, wherein the first GUID and the second GUID are only provided for services that have been authorized by the particular user; a ledger database configured to store metadata of the first node and the second node and at least one service of the first node and the second node; and a messaging unit configured to: communicate at least one message with the first node and the second node using the first GUID for the first combination and the second GUID for the second combination without sending or receiving user data or de-identified user data, wherein the at least one message contains information to coordinate exchange of the de-identified user data between the first node and the second node, wherein the de-identified user data is a subset of the user data, and wherein the system lacks access to the user data, thereby maintaining privacy of the user data.
Kettle comprising a body arranged above an electric heating base and a lid forming a chamber intended to raise the water to boiling point, said kettle comprising a steam pipe intended to convey the steam released during boiling to a steam-detection sensor, said steam pipe comprising a device for preventing leakage of water to the steam detector and to the outside in the event of said kettle being tipped over, said anti-leakage device comprising at least one valve provided with a member able to move between an open position in which the steam pipe allows the escape of steam and a closed position in which the steam pipe is closed off, characterised in that the valve comprises an elastomer body that comprises a device for regulating the pressure inside the chamber, said pressure-regulation device deforming in order to create a leak beyond a predetermined pressure able to be generated in the chamber.
An information processing apparatus for decoding a packet that is encrypted in accordance with Transport Layer Security protocols and in which a padding portion has a variable length, the information processing apparatus comprising: acquisition means for acquiring an encrypted packet on a unit data basis; decoding means for decoding the encrypted packet on the unit data basis; output means for outputting decoded data obtained through the decoding performed by the decoding means to an external device in accordance with an order in which the decoding is performed by the decoding means; and control means for restricting output to be performed by the output means in a case where a padding pattern is detected from the decoded data obtained through the decoding performed by the decoding means, wherein the control means is configured to keep restricting the output to be performed by the output means until a pattern different from the padding pattern is detected from the decoded data obtained through the decoding performed by the decoding means. acquisition means for acquiring an encrypted packet on a unit data basis; decoding means for decoding the encrypted packet on the unit data basis; output means for outputting decoded data obtained through the decoding performed by the decoding means to an external device in accordance with an order in which the decoding is performed by the decoding means; and control means for restricting output to be performed by the output means in a case where a padding pattern is detected from the decoded data obtained through the decoding performed by the decoding means, wherein the control means is configured to keep restricting the output to be performed by the output means until a pattern different from the padding pattern is detected from the decoded data obtained through the decoding performed by the decoding means.