mhurhangee/patent-ind-claim-en huggingface dataset:
Aircraft component support arrangement for connecting an aircraft component to an aircraft wing , including a component support and an attachment device for attaching the component support to a wing structure , the attachment device comprising: a first connection means (60.1) for connecting the component support to the wing structure , the first connection means (60.1) comprising a first floating bearing (66.1) permitting linear movement in direction of a first axis (68.1) and angular rotation about a central point in two orthogonal directions, a second connection means (60.2) for connecting the component support to the wing structure , the second connection means (60.2) comprising a second floating bearing (66.2) permitting linear movement in direction of a second axis (68.2) and angular rotation about a central point in two orthogonal directions, a third connection means (60.3) for connecting the component support to the wing structure , the third connection means (60.3) comprising a third floating bearing (66.3) permitting linear movement in direction of a third axis (68.3) and angular rotation about a central point in two orthogonal directions, wherein the first to third connection means (60.1, 60.2, 60.3) are spaced apart from each other in two dimensions to connect the component support at three different locations to the wing structure and wherein at least one of the first to third axes (68.1, 68.2, 68.3) has a different orientation to the others of the first to third axes (68.1, 68.2, 68.3). a first connection means (60.1) for connecting the component support to the wing structure , the first connection means (60.1) comprising a first floating bearing (66.1) permitting linear movement in direction of a first axis (68.1) and angular rotation about a central point in two orthogonal directions, a second connection means (60.2) for connecting the component support to the wing structure , the second connection means (60.2) comprising a second floating bearing (66.2) permitting linear movement in direction of a second axis (68.2) and angular rotation about a central point in two orthogonal directions, a third connection means (60.3) for connecting the component support to the wing structure , the third connection means (60.3) comprising a third floating bearing (66.3) permitting linear movement in direction of a third axis (68.3) and angular rotation about a central point in two orthogonal directions, wherein the first to third connection means (60.1, 60.2, 60.3) are spaced apart from each other in two dimensions to connect the component support at three different locations to the wing structure and wherein at least one of the first to third axes (68.1, 68.2, 68.3) has a different orientation to the others of the first to third axes (68.1, 68.2, 68.3).
A wireless device , comprising: at least one antenna ; a radio operably coupled to the at least one antenna ; and a processor operably coupled to the radio ; wherein the wireless device is configured to: transition to a radio resource control, RRC, connected state with a cellular base station ; determine to fall back to a preferred RRC state rather than staying in the RRC connected state; transmit, to the cellular base station , assistance information in an RRC message including the preferred RRC state, wherein the preferred RRC state is selected from a group including an RRC inactive state and an RRC idle state and is indicated in the assistance information, wherein the assistance information indicates the determination of the UE to fall back to the preferred RRC state rather than staying in the RRC connected state; receive, from the cellular base station , an indication to transition to the preferred RRC state; and transition to the preferred RRC state. at least one antenna ; a radio operably coupled to the at least one antenna ; and a processor operably coupled to the radio ; wherein the wireless device is configured to: transition to a radio resource control, RRC, connected state with a cellular base station ; determine to fall back to a preferred RRC state rather than staying in the RRC connected state; transmit, to the cellular base station , assistance information in an RRC message including the preferred RRC state, wherein the preferred RRC state is selected from a group including an RRC inactive state and an RRC idle state and is indicated in the assistance information, wherein the assistance information indicates the determination of the UE to fall back to the preferred RRC state rather than staying in the RRC connected state; receive, from the cellular base station , an indication to transition to the preferred RRC state; and transition to the preferred RRC state. transition to a radio resource control, RRC, connected state with a cellular base station ; determine to fall back to a preferred RRC state rather than staying in the RRC connected state; transmit, to the cellular base station , assistance information in an RRC message including the preferred RRC state, wherein the preferred RRC state is selected from a group including an RRC inactive state and an RRC idle state and is indicated in the assistance information, wherein the assistance information indicates the determination of the UE to fall back to the preferred RRC state rather than staying in the RRC connected state; receive, from the cellular base station , an indication to transition to the preferred RRC state; and transition to the preferred RRC state.
A method for detecting a wind gust that affects a wind turbine , wherein the wind turbine comprises two or more blades which are coupled to a connection means so that the blades are essentially arranged in a common plane (P), the method comprising: measuring an event that at least one blade is at least partially out of the plane (P), thereby obtaining a measurement signal (M-A); providing the measurement signal (M-A) as a measurement input signal (MI) to an evaluation algorithm , wherein the evaluation algorithm comprises a likelihood estimation; providing a reference mean value and a reference standard deviation value , together with the measurement input signal (MI), to the evaluation algorithm ; elaborating a detection result from the measurement input signal (MI), the reference mean value , and the reference standard deviation value using the evaluation algorithm ; and comparing the detection result with a predefined wind gust threshold value (h) to determine , if a wind gust is detected. measuring an event that at least one blade is at least partially out of the plane (P), thereby obtaining a measurement signal (M-A); providing the measurement signal (M-A) as a measurement input signal (MI) to an evaluation algorithm , wherein the evaluation algorithm comprises a likelihood estimation; providing a reference mean value and a reference standard deviation value , together with the measurement input signal (MI), to the evaluation algorithm ; elaborating a detection result from the measurement input signal (MI), the reference mean value , and the reference standard deviation value using the evaluation algorithm ; and comparing the detection result with a predefined wind gust threshold value (h) to determine , if a wind gust is detected.
A method of transferring a micro device comprising positioning a transfer head over a micro device of 1 to 100 μm scale on a carrier substrate , and contacting the micro device with the transfer head , the method further comprising the steps of: applying alternating bipolar voltages to the transfer head to create an electrostatic grip pressure on the micro device ; picking up the micro device with the transfer head ; and releasing the micro device onto a receiving substrate .
Textile reinforcing cord comprising at least two yarns twisted together, wherein at least one of said at least two yarns is a texturized yarn comprising a plurality of first filaments made of a recycled plastic material mixed with a plurality of second filaments made of a non-recycled plastic material.
Tube assembly comprising an inner tube having an outer thread , an outer tube having an inner thread engaging the outer thread , and means for securing an angular position between the inner tube and the outer tube , the inner tube comprising at least a groove on its outer surface characterized in that the outer tube comprises a recess on its inner surface, wherein a blocking element is arranged in a space formed by the recess and the groove in overlapping relation with the groove and the recess , wherein the blocking element comprises in circumferential direction of the tubes a width corresponding to the width of the recess and the width of the groove in circumferential direction.
A balancing system for wireless adjustment of the operation settings of a ventilation system comprising an air conductor system of ventilation conduits for conducting air flow in one or more branches and a plurality of conduit inlets or outlets and one or more permanent control components for manual setting and control of the air flow in the conduit inlets or outlets and/or in the air conduit of one or more branches of the air conductor system , the balancing system comprising one or more portable, detachable adjustment components , which during the balancing of the ventilation system are attached on the conduit inlets or outlets and/or in the air conduits of the one or more branches thereby temporary replacing the permanent control components to allow adjustment of the manual damper settings controlling the air flow, and a system controller for controlling said portable, detachable adjustment components, said balancing system controller comprising a programmable processor , said balancing system controller comprising a transceiver configured to receive measured operation data from the active adjustment components, wherein the programmable processor is configured to calculate by using the operation data a damper setting value of each of the active adjustment components that controls the air flow through the conduit inlets or outlets, and adjusting by sending via the transceiver the calculated damper setting values to the active adjustment components, receive via the transceiver measured operation data based on the calculated damper setting values from the adjustment components, and to indicate via display that the ventilation system is in balance and the permanent control components can be adjusted to the calculated damper setting values and reinstated, characterized in that the balancing system controller is configured to request the operator via the display for new damper settings if the ventilation system is not in balance and/or the operation data do not fulfill specified conditions, receive at least one new damper setting value, and to send said at least one new damper setting value to one or more of the adjustment components.
An etching composition, comprising: phosphoric acid in an amount of from about 72 wt% to about 85 wt% of the composition; acetic acid in an amount of from about 0.01 wt% to about 3.5 wt% of the composition; nitric acid in an amount of from about 0.01 wt% to about 5 wt% of the composition; and water. phosphoric acid in an amount of from about 72 wt% to about 85 wt% of the composition; acetic acid in an amount of from about 0.01 wt% to about 3.5 wt% of the composition; nitric acid in an amount of from about 0.01 wt% to about 5 wt% of the composition; and water.
An audio signal processing apparatus for processing an input audio signal , the audio signal processing apparatus comprising: a filter unit comprising a plurality of filters (103a-u), each filter (103a-u) configured to filter the input audio signal to obtain a plurality of filtered audio signals , each filter (103a-u) designed according to a mode matching beamforming being applied to a surface of a half revolution; a plurality of scaling units (107a-v), each scaling unit (107a-v) configured to scale the plurality of filtered audio signals using a plurality of gain coefficients to obtain a plurality of scaled filtered audio signals ; and a plurality of adders (109a-w), each adder (109a-w) configured to combine the plurality of scaled filtered audio signals , thereby providing an output audio signal for producing a sound field having a beam directivity pattern defined by the plurality of gain coefficients. a filter unit comprising a plurality of filters (103a-u), each filter (103a-u) configured to filter the input audio signal to obtain a plurality of filtered audio signals , each filter (103a-u) designed according to a mode matching beamforming being applied to a surface of a half revolution; a plurality of scaling units (107a-v), each scaling unit (107a-v) configured to scale the plurality of filtered audio signals using a plurality of gain coefficients to obtain a plurality of scaled filtered audio signals ; and a plurality of adders (109a-w), each adder (109a-w) configured to combine the plurality of scaled filtered audio signals , thereby providing an output audio signal for producing a sound field having a beam directivity pattern defined by the plurality of gain coefficients.
Method for introducing insulating film and at least one electrical conductor into at least one groove of a component, for example a stator for an electrical machine, which method comprises the sequence of the following steps: - introducing the insulating film into the at least one groove so that respective edges of the groove are covered by the insulating film, and - introducing a number of electrical conductors into the groove , the respective insulating films being held between grooves after their introduction in order to allow introduction of the electrical conductors without the insulating films slipping or falling out, and the insulating films being released during the introduction of the electrical conductors so that they can continue to enter the respective groove , characterized in that , during the step of introducing a number of electrical conductors , the electrical conductors are introduced into the grooves by means of a number of cover slides and are guided by means of a number of guide elements which are arranged between the cover slides and are designed to be movable radially or parallel to surrounding cover slides , and in that the insulating films are held or released between the grooves by means of the guide elements . - introducing the insulating film into the at least one groove so that respective edges of the groove are covered by the insulating film, and - introducing a number of electrical conductors into the groove , the respective insulating films being held between grooves after their introduction in order to allow introduction of the electrical conductors without the insulating films slipping or falling out, and the insulating films being released during the introduction of the electrical conductors so that they can continue to enter the respective groove , characterized in that , during the step of introducing a number of electrical conductors , the electrical conductors are introduced into the grooves by means of a number of cover slides and are guided by means of a number of guide elements which are arranged between the cover slides and are designed to be movable radially or parallel to surrounding cover slides , and in that the insulating films are held or released between the grooves by means of the guide elements .
A method for controlling mode switching of a hybrid electric vehicle, comprising: acquiring a current drive state information of the hybrid electric vehicle; characterized in that performing, if the drive state information indicates that a current drive mode of the hybrid electric vehicle is a forward mode of a non-hybrid drive and in a case that a current speed reaches a speed limit, a pre-gear operation when a transmission gear of the hybrid electric vehicle is a neutral gear, to switch the transmission gear from the neutral gear to a second gear; and switching, if the drive state information meets preset switching conditions of drive modes, the hybrid electric vehicle from the non-hybrid drive mode to a hybrid drive mode when the transmission gear of the hybrid electric vehicle is the second gear, wherein performing, if the drive state information indicates that the current drive mode of the hybrid electric vehicle is the hybrid drive mode and a current speed of the hybrid electric vehicle is less than the speed limit, a reverse gear operation when the transmission gear of the hybrid electric vehicle is the second gear, to switch the transmission gear from the second gear to the neutral gear. acquiring a current drive state information of the hybrid electric vehicle; characterized in that performing, if the drive state information indicates that a current drive mode of the hybrid electric vehicle is a forward mode of a non-hybrid drive and in a case that a current speed reaches a speed limit, a pre-gear operation when a transmission gear of the hybrid electric vehicle is a neutral gear, to switch the transmission gear from the neutral gear to a second gear; and switching, if the drive state information meets preset switching conditions of drive modes, the hybrid electric vehicle from the non-hybrid drive mode to a hybrid drive mode when the transmission gear of the hybrid electric vehicle is the second gear, wherein performing, if the drive state information indicates that the current drive mode of the hybrid electric vehicle is the hybrid drive mode and a current speed of the hybrid electric vehicle is less than the speed limit, a reverse gear operation when the transmission gear of the hybrid electric vehicle is the second gear, to switch the transmission gear from the second gear to the neutral gear.
An optical system, comprising: a set of inner portions , each for mounting over an LED or LED arrangement , and each of which performs a different first optical function, wherein each inner portion has an outer contact surface ; and an outer portion , for mounting over the inner portion, and which performs a second optical function, and wherein the outer portion has a cavity with an inner contact surface , and an outer lens surface , wherein the outer portion is adapted to be mountable over each one of the set of inner portions , thereby to form an output lens when the outer portion is mounted over a selected one of the set of inner portions, which output lens has an overall optical function which depends on the selected inner portion, wherein the inner and outer portions have the same refractive index, and wherein the outer contact surface of the inner portions and the inner contact surface of the outer portion have a matching shape such that an interface between the inner portion and the outer portion does not have a lens function. a set of inner portions , each for mounting over an LED or LED arrangement , and each of which performs a different first optical function, wherein each inner portion has an outer contact surface ; and an outer portion , for mounting over the inner portion, and which performs a second optical function, and wherein the outer portion has a cavity with an inner contact surface , and an outer lens surface , wherein the outer portion is adapted to be mountable over each one of the set of inner portions , thereby to form an output lens when the outer portion is mounted over a selected one of the set of inner portions, which output lens has an overall optical function which depends on the selected inner portion, wherein the inner and outer portions have the same refractive index, and wherein the outer contact surface of the inner portions and the inner contact surface of the outer portion have a matching shape such that an interface between the inner portion and the outer portion does not have a lens function.
An outdoor display apparatus comprising: a housing ; a display module disposed inside the housing , and including a display panel on which an image is displayed; a heat-exchange module disposed on a rear surface of the display module , and configured to concentrate heat inside the housing on a rear surface of the display panel and discharge heat out of the housing ; a protective glass disposed to correspond to a display area of the display panel , and configured to transmit infrared light; and a control module configured to drive the display module , wherein the heat-exchange module comprises a heat exchange fin for separating a first cooling flow path along which outside air moves, the outside air flowing into the housing through the heat-exchange module and a second cooling flow path along which inside air moves, the inside air circulating inside the housing and exchanging heat with the outside air in the first cooling flow path to cool the display module and the control module , wherein the second cooling flow path is formed along the circumference of the display module , characterized in that the heat exchange fin has a corrugated plate structure, and the first cooling flow path and the second cooling flow path are disposed on opposite sides of the corrugated plate structure such that heat is exchanged between the opposite sides of the corrugated plate structure. a housing ; a display module disposed inside the housing , and including a display panel on which an image is displayed; a heat-exchange module disposed on a rear surface of the display module , and configured to concentrate heat inside the housing on a rear surface of the display panel and discharge heat out of the housing ; a protective glass disposed to correspond to a display area of the display panel , and configured to transmit infrared light; and a control module configured to drive the display module , wherein the heat-exchange module comprises a heat exchange fin for separating a first cooling flow path along which outside air moves, the outside air flowing into the housing through the heat-exchange module and a second cooling flow path along which inside air moves, the inside air circulating inside the housing and exchanging heat with the outside air in the first cooling flow path to cool the display module and the control module , wherein the second cooling flow path is formed along the circumference of the display module , characterized in that the heat exchange fin has a corrugated plate structure, and the first cooling flow path and the second cooling flow path are disposed on opposite sides of the corrugated plate structure such that heat is exchanged between the opposite sides of the corrugated plate structure.
Device for comminuting free-flowing feedstock - comprising a housing surrounding a comminuting chamber in which a rotor rotating about an axis of rotation is arranged, said rotor being equipped with rotor tools over its circumference, - comprising a screen holder having a screen which extends along a circumferential portion of the rotor and is intended to separate the sufficiently comminuted material, - comprising a material inlet for loading the rotor with feedstock, and - comprising a material discharge for taking off the sufficiently comminuted material, - the screen holder being pivotable from a closed first position about a first pivot axis into an open second position for opening the housing , the screen holder additionally being pivotable about a second pivot axis into an open third position, characterized in that the first pivot axis and the second pivot axis extend transversely to one another. - comprising a housing surrounding a comminuting chamber in which a rotor rotating about an axis of rotation is arranged, said rotor being equipped with rotor tools over its circumference, - comprising a screen holder having a screen which extends along a circumferential portion of the rotor and is intended to separate the sufficiently comminuted material, - comprising a material inlet for loading the rotor with feedstock, and - comprising a material discharge for taking off the sufficiently comminuted material, - the screen holder being pivotable from a closed first position about a first pivot axis into an open second position for opening the housing , the screen holder additionally being pivotable about a second pivot axis into an open third position, characterized in that the first pivot axis and the second pivot axis extend transversely to one another.