mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a wind turbine that comprises a series of blades, said method comprising the following steps: - determining, by means of a series of sensors, at least one parameter representative of the wind turbine operating status; - calculating a first signal sensitive to unbalanced variations in the aerodynamic profile between the blades based on the at least one parameter representative of the wind turbine operating status, the first signal being a result of a calculation of a harmonic 1p at the rotation frequency of a rotor of the wind turbine based on the at least one parameter representative of the wind turbine operating status; - comparing said first signal to a first threshold value; - determining the existence of an unbalanced variation in the aerodynamic profile between the blades if the first signal exceeds the first threshold value; - modifying at least one torque control loop if the existence of an unbalanced variation in the aerodynamic profile of the blades is determined in the former step; and - comparing the first signal to a second threshold value, where said second threshold value is a value as of which the wind turbine is disconnected, said second threshold value being greater than the first threshold value. - determining, by means of a series of sensors, at least one parameter representative of the wind turbine operating status; - calculating a first signal sensitive to unbalanced variations in the aerodynamic profile between the blades based on the at least one parameter representative of the wind turbine operating status, the first signal being a result of a calculation of a harmonic 1p at the rotation frequency of a rotor of the wind turbine based on the at least one parameter representative of the wind turbine operating status; - comparing said first signal to a first threshold value; - determining the existence of an unbalanced variation in the aerodynamic profile between the blades if the first signal exceeds the first threshold value; - modifying at least one torque control loop if the existence of an unbalanced variation in the aerodynamic profile of the blades is determined in the former step; and - comparing the first signal to a second threshold value, where said second threshold value is a value as of which the wind turbine is disconnected, said second threshold value being greater than the first threshold value.
A method for wireless communications at an access point, AP, comprising: performing measurements on the signals received from a subset of antennas of an apparatus, the apparatus being a user equipment, UE; calculating a plurality of power adjustment parameters, one for each antenna in the subset of antennas of the UE based on the measurements; and transmitting to the UE the power adjustment parameters for the subset of the antennas of the UE to calibrate the transmit power for the corresponding antenna of the UE; wherein the plurality of power adjustment parameters comprises a common power control parameter for all the antennas in the subset of antennas and a plurality of relative adjustment parameters, one for each antenna in the subset of antennas. performing measurements on the signals received from a subset of antennas of an apparatus, the apparatus being a user equipment, UE; calculating a plurality of power adjustment parameters, one for each antenna in the subset of antennas of the UE based on the measurements; and transmitting to the UE the power adjustment parameters for the subset of the antennas of the UE to calibrate the transmit power for the corresponding antenna of the UE; wherein the plurality of power adjustment parameters comprises a common power control parameter for all the antennas in the subset of antennas and a plurality of relative adjustment parameters, one for each antenna in the subset of antennas.
Worktable for a laboratory automation system, the worktable comprising: a worktop having a planar surface; a carrier profile (34, 36), which is bent from a metal sheet, for supporting the worktop; wherein the carrier profile (34, 36) has an end edge, a lower face of the worktop being positioned directly on the end edge; wherein the carrier profile (34, 36) has at least one receiving eye; wherein a bolt-shaped fixing means for fixing the worktop on the carrier profile (34, 36) projects through the worktop and is received in the receiving eye; wherein the carrier profile (34, 36) is curved in a U shape, a first limb of the carrier profile (34, 36) providing the end edge which is connected to the worktop; wherein a second limb of the carrier profile (34, 36) tapers towards the worktop, and there is a gap between the second limb and the worktop. a worktop having a planar surface; a carrier profile (34, 36), which is bent from a metal sheet, for supporting the worktop; wherein the carrier profile (34, 36) has an end edge, a lower face of the worktop being positioned directly on the end edge; wherein the carrier profile (34, 36) has at least one receiving eye; wherein a bolt-shaped fixing means for fixing the worktop on the carrier profile (34, 36) projects through the worktop and is received in the receiving eye; wherein the carrier profile (34, 36) is curved in a U shape, a first limb of the carrier profile (34, 36) providing the end edge which is connected to the worktop; wherein a second limb of the carrier profile (34, 36) tapers towards the worktop, and there is a gap between the second limb and the worktop.
A composition comprising a soluble TLR2 moiety for use for treating or preventing one or more viral or bacterial infections in the respiratory tract of a subj ect, wherein the TLR2 moiety comprises a TLR2 agonist conjugated to a solubilising agent, wherein the agent is PEG, wherein the TLR2 agonist comprises a lipid moiety selected from the group consisting of palmitolyl, myristroyl, steareoyl, lauroyl, decanoyl and combinations thereof, wherein the composition does not induce a specific humoral or cellular immune response directed against an agent that causes the infection mentioned above, and does not comprise an antigen that can elicit an immune response against an agent that causes the infection mentioned above, and wherein the composition is administered intranasally or orally to the respiratory tract. wherein the TLR2 moiety comprises a TLR2 agonist conjugated to a solubilising agent, wherein the agent is PEG, wherein the TLR2 agonist comprises a lipid moiety selected from the group consisting of palmitolyl, myristroyl, steareoyl, lauroyl, decanoyl and combinations thereof, wherein the composition does not induce a specific humoral or cellular immune response directed against an agent that causes the infection mentioned above, and does not comprise an antigen that can elicit an immune response against an agent that causes the infection mentioned above, and wherein the composition is administered intranasally or orally to the respiratory tract.
A method for use in a cellular communication system of detecting whether more than a number N of events (501, 503, 505, 507, 513, 517) have occurred within a duration of time defined by a sliding time window (511, 515, 519), wherein the event (501, 503, 505, 507, 513, 517) is either a detection of a data block error in a telecommunications device, or a reselection of a cell in a cellular communication system, the method comprising: in response to each occurrence of an event (501, 503, 505, 507, 513, 517), performing an event detection procedure that comprises: associating a timestamp with the event (501, 503, 505, 507, 513, 517); determining a value, DeltaTimeStamp, based on a difference between the timestamp associated with the event (501, 503, 505, 507, 513, 517) and an earlier timestamp associated with an Nth previous event (501, 503, 505, 507, 513, 517); and comparing Delta TimeStamp with a value representative of the duration of time defined by the sliding time window (511, 515, 519), and if a comparison criterion is satisfied then indicating that an events detected condition is true, wherein the events detected condition is defined as more than the number N of events (501, 503, 505, 507, 513, 517) occurring within the duration of time defined by the sliding time window (511, 515, 519). in response to each occurrence of an event (501, 503, 505, 507, 513, 517), performing an event detection procedure that comprises: associating a timestamp with the event (501, 503, 505, 507, 513, 517); determining a value, DeltaTimeStamp, based on a difference between the timestamp associated with the event (501, 503, 505, 507, 513, 517) and an earlier timestamp associated with an Nth previous event (501, 503, 505, 507, 513, 517); and comparing Delta TimeStamp with a value representative of the duration of time defined by the sliding time window (511, 515, 519), and if a comparison criterion is satisfied then indicating that an events detected condition is true, wherein the events detected condition is defined as more than the number N of events (501, 503, 505, 507, 513, 517) occurring within the duration of time defined by the sliding time window (511, 515, 519). associating a timestamp with the event (501, 503, 505, 507, 513, 517); determining a value, DeltaTimeStamp, based on a difference between the timestamp associated with the event (501, 503, 505, 507, 513, 517) and an earlier timestamp associated with an Nth previous event (501, 503, 505, 507, 513, 517); and comparing Delta TimeStamp with a value representative of the duration of time defined by the sliding time window (511, 515, 519), and if a comparison criterion is satisfied then indicating that an events detected condition is true, wherein the events detected condition is defined as more than the number N of events (501, 503, 505, 507, 513, 517) occurring within the duration of time defined by the sliding time window (511, 515, 519).
Locking system having a mechatronic locking cylinder and an associated mechatronic key for actuating the locking cylinder, the locking cylinder having a cylinder housing part, a cylinder core which is rotatably mounted in the cylinder housing part, a locking bit and an electronic control device, an adjusting device, a control piece, a blocking element and a coupling element being arranged on or in the cylinder core, the control piece being movable between a blocking position and an unblocking position by means of the adjusting device, the control piece, in the blocking position, blocking a movement of the blocking element into its release position and, in the unblocking position, allowing a movement of the blocking element into its release position, the blocking element moving from its blocking position into its release position by rotating the cylinder core when the control piece is in the unblocked position so that the cylinder core can be rotated, characterized in that the coupling element is coupled to the blocking element such that the coupling element is moved into its coupling position when the blocking element is moved into its release position, the coupling element, in its coupling position, coupling the cylinder core and the locking bit to one another for conjoint rotation. an adjusting device, a control piece, a blocking element and a coupling element being arranged on or in the cylinder core, the control piece being movable between a blocking position and an unblocking position by means of the adjusting device, the control piece, in the blocking position, blocking a movement of the blocking element into its release position and, in the unblocking position, allowing a movement of the blocking element into its release position, the blocking element moving from its blocking position into its release position by rotating the cylinder core when the control piece is in the unblocked position so that the cylinder core can be rotated, characterized in that the coupling element is coupled to the blocking element such that the coupling element is moved into its coupling position when the blocking element is moved into its release position, the coupling element, in its coupling position, coupling the cylinder core and the locking bit to one another for conjoint rotation.
A power conversion apparatus comprising: A plurality of power conversion units (1, 1A) including switching elements; each power conversion unit (1, 1A) comprising DC conductors (2P, 2N) for supplying a DC power, and connection conductors (3P, 3PA, 3N, 3NA) which are connected to the DC conductors (2P, 2N), the DC conductors (2P, 2N) are shaped as laminated thin-plates arranged to face each other, having a surface on which the switching elements are provided, wherein the connection conductors (3P, 3PA, 3N, 3NA) are formed to extend along the same side of one of the DC conductors (2P, 2N), characterized in that the connection conductors (3P, 3PA, 3N, 3NA) are structured so as to have a length having an inductance component which inhibits a ripple current caused by switching of the switching elements. A plurality of power conversion units (1, 1A) including switching elements; each power conversion unit (1, 1A) comprising DC conductors (2P, 2N) for supplying a DC power, and connection conductors (3P, 3PA, 3N, 3NA) which are connected to the DC conductors (2P, 2N), the DC conductors (2P, 2N) are shaped as laminated thin-plates arranged to face each other, having a surface on which the switching elements are provided, wherein the connection conductors (3P, 3PA, 3N, 3NA) are formed to extend along the same side of one of the DC conductors (2P, 2N), characterized in that the connection conductors (3P, 3PA, 3N, 3NA) are structured so as to have a length having an inductance component which inhibits a ripple current caused by switching of the switching elements.
A plant-based protein snack food product having a meat-like texture, comprising: a plurality of substantially aligned fiber strands overlaid atop one another with at least some fiber strands cross-linked with adjacent fiber strands in a vertical direction and a horizontal direction, wherein a cross-sectional area of each of the plurality of fiber strands ranges from 6 mm 2 to 8.5 mm 2, wherein the plurality of fiber strands include one or more plant protein sources and one or more dry ingredients, and wherein the product exhibits a pulling force ranging from 5,000 to 7,000 gram-force. a plurality of substantially aligned fiber strands overlaid atop one another with at least some fiber strands cross-linked with adjacent fiber strands in a vertical direction and a horizontal direction, wherein a cross-sectional area of each of the plurality of fiber strands ranges from 6 mm 2 to 8.5 mm 2, wherein the plurality of fiber strands include one or more plant protein sources and one or more dry ingredients, and wherein the product exhibits a pulling force ranging from 5,000 to 7,000 gram-force.
Drainage pump unit for aspirating body fluids by means of a suction pump, the drainage pump unit comprising a drainage pump device with a pump housing for receiving the suction pump, and a fluid collection container that can be secured releasably on the pump housing, characterized in that the pump housing has a recess being located in a wall of the pump housing directed towards the fluid collection container, and in that the drainage pump unit also comprises a pump-side attachment part, wherein the attachment part is held releasably in the recess of the pump housing, in which a drainage channel extending through the attachment part is provided which has a drainage mouth for receipt of the pump-side end of a drainage tube and an outlet which serves for connection to the fluid collection container.
A mobile terminal comprising: a communication unit adapted to communicate with a host and a device; a search unit adapted to receive content information and device information from the host; an input unit adapted to receive a content selection signal and a device selection signal; and a control unit adapted to transmit to the host a control command to control a selected content corresponding to the content selection signal to be outputted to a selected device corresponding to the device selection signal, characterized in that the control unit is adapted to generate the control command for the selected device based on a control mode and transmits the control command to the selected device or host, and wherein the control unit is adapted to receive the control mode from the host or from the selected device, if the control unit does not have the control mode for the selected device, wherein the control mode is adapted to control the selected device. a communication unit adapted to communicate with a host and a device; a search unit adapted to receive content information and device information from the host; an input unit adapted to receive a content selection signal and a device selection signal; and a control unit adapted to transmit to the host a control command to control a selected content corresponding to the content selection signal to be outputted to a selected device corresponding to the device selection signal, characterized in that the control unit is adapted to generate the control command for the selected device based on a control mode and transmits the control command to the selected device or host, and wherein the control unit is adapted to receive the control mode from the host or from the selected device, if the control unit does not have the control mode for the selected device, wherein the control mode is adapted to control the selected device.
A multi-sectional therapy wrap (100, 200, 700), the therapy wrap comprising: a first wrap section (102, 202, 702, 802) comprising a first fluid bladder (106, 206), the first fluid bladder having a first interior fence (114, 214) that defines a first fluid flow path through the first fluid bladder; a second wrap section (104, 204, 704, 804) comprising a second fluid bladder (108, 208), the second fluid bladder having a second interior fence (114, 214) that defines a second fluid flow path through the second fluid bladder, wherein the second wrap section overlaps at least a portion of the first wrap section; and a junction (112, 212, 712, 812)) connecting the first fluid bladder of the first wrap section with the second fluid bladder of the second wrap sections, the junction partitioned into a first portion and a second portion with a third interior fence (114, 217), wherein the third interior fence is aligned with both the first interior fence and the second interior fence to integrate the first fluid flow path with the second fluid flow path, and wherein the first wrap section comprises two sheets of material (220, 222) that are welded together to form the first fluid bladder, and the second wrap section comprises a third sheet welded to one of the two sheets that form the first fluid bladder. a first wrap section (102, 202, 702, 802) comprising a first fluid bladder (106, 206), the first fluid bladder having a first interior fence (114, 214) that defines a first fluid flow path through the first fluid bladder; a second wrap section (104, 204, 704, 804) comprising a second fluid bladder (108, 208), the second fluid bladder having a second interior fence (114, 214) that defines a second fluid flow path through the second fluid bladder, wherein the second wrap section overlaps at least a portion of the first wrap section; and wherein the third interior fence is aligned with both the first interior fence and the second interior fence to integrate the first fluid flow path with the second fluid flow path, and wherein the first wrap section comprises two sheets of material (220, 222) that are welded together to form the first fluid bladder, and the second wrap section comprises a third sheet welded to one of the two sheets that form the first fluid bladder.
A system for generating a slicing scheme for slicing a specimen, comprising a parameter unit for determining parameters comprising at least a position and an extension of a lesion in a specimen, based on an image dataset representing at least part of the specimen; and a slicing scheme unit for determining a slicing scheme for pathologic examination of the specimen, based on the position and extension of the lesion in the specimen and pathologic guidelines, wherein the slicing scheme defines a sequence of cuts through the specimen. a parameter unit for determining parameters comprising at least a position and an extension of a lesion in a specimen, based on an image dataset representing at least part of the specimen; and a slicing scheme unit for determining a slicing scheme for pathologic examination of the specimen, based on the position and extension of the lesion in the specimen and pathologic guidelines, wherein the slicing scheme defines a sequence of cuts through the specimen.
A thrombectomy system, comprising: an aspiration catheter having a guidewire lumen, an aspiration lumen and a high pressure irrigation lumen, the aspiration catheter having a proximal end and a distal end; and a control box fluidly connected to the aspiration catheter and configured to synchronously provide irrigation and vacuum through the aspiration catheter; said system being characterized in that the control box includes a one-way pressure/vacuum valve configured to eliminate the possibility of turning the vacuum on without activating the irrigation. an aspiration catheter having a guidewire lumen, an aspiration lumen and a high pressure irrigation lumen, the aspiration catheter having a proximal end and a distal end; and a control box fluidly connected to the aspiration catheter and configured to synchronously provide irrigation and vacuum through the aspiration catheter; said system being characterized in that the control box includes a one-way pressure/vacuum valve configured to eliminate the possibility of turning the vacuum on without activating the irrigation.
A method in a base station subsystem, BSS, the method being characterized by the steps of: - creating a Logical Link Control, LLC, entity in the BSS in response to receiving a message from a central node of a cellular radio system, which message signals a creation of the LLC entity in the BSS, - receiving one or more Logical Link Control, LLC, Packet Data Units, PDUs from a mobile station, and extracting Sub Network -PDU(s) contained in each LLC PDU and reassembling the SN-PDU(s) to recover a single N-PDU, - determining that the N-PDU comprises a request for information using the LLC entity in the BSS, - determining that content of a cache memory in the BSS corresponds to the request for information indicated by the N-PDU, and - responding to the request for information from the mobile station using the content of cache memory in the BSS. - creating a Logical Link Control, LLC, entity in the BSS in response to receiving a message from a central node of a cellular radio system, which message signals a creation of the LLC entity in the BSS, - receiving one or more Logical Link Control, LLC, Packet Data Units, PDUs from a mobile station, and extracting Sub Network -PDU(s) contained in each LLC PDU and reassembling the SN-PDU(s) to recover a single N-PDU, - determining that the N-PDU comprises a request for information using the LLC entity in the BSS, - determining that content of a cache memory in the BSS corresponds to the request for information indicated by the N-PDU, and - responding to the request for information from the mobile station using the content of cache memory in the BSS.