mhurhangee/patent-ind-claim-en huggingface dataset:
Wind turbine rotor blade , which is formed by two rotor blade segments , wherein the first rotor blade segment has a plurality of first bearing sleeves at a first terminal end , each of which has a first internal thread , the second rotor blade segment has a plurality of second bearing sleeves at a second connection end assigned to the first terminal , within each of which a second internal thread is arranged, wherein each second internal thread is axially displaceable with respect to a longitudinal axis of the corresponding second bearing sleeve , and into each pair of first and second bearing sleeves a connecting bolt is screwed into the two corresponding internal threads , so that the two rotor blade segments are mechanically connected to each other at the connection ends . the second rotor blade segment has a plurality of second bearing sleeves at a second connection end assigned to the first terminal , within each of which a second internal thread is arranged, wherein each second internal thread is axially displaceable with respect to a longitudinal axis of the corresponding second bearing sleeve , and into each pair of first and second bearing sleeves a connecting bolt is screwed into the two corresponding internal threads , so that the two rotor blade segments are mechanically connected to each other at the connection ends .
A method for exterior sound field control of a sound reproduction device comprising a plurality of loudspeakers located on a limited loudspeaker surface , controlling the emitted sound field by said loudspeakers within a limited reproduction subspace , the method comprising the steps of: - locating a plurality of first microphones on a limited microphone surface ; - computing loudspeaker alimentation signals from a first audio input signal and first filter coefficients ; - alimenting the plurality of loudspeakers with the loudspeaker alimentation signals for emitting the sound field ; - capturing the sound field by the plurality of first microphones creating reproduced signals ; - computing target signals describing a target sound field from the first audio input signal ; and - adjusting the first filter coefficients that modify the alimentation signals of said loudspeakers so as to minimize the difference between the reproduced signals and the target signals , said method being characterized by determining the limited microphone surface by: - defining a closed loudspeaker surface comprising the limited loudspeaker surface and defining a conical reproduction surface enclosing the limited reproduction subspace such that an apex of said conical reproduction surface is comprised within the closed loudspeaker surface and such that the limited loudspeaker surface consists of the intersection of the inner volume of the conical reproduction surface and the closed loudspeaker surface ; and - defining a closed microphone surface that encloses the closed loudspeaker surface , wherein the limited microphone surface consists of the intersection of the inner volume of the conical reproduction surface and the closed microphone surface . - locating a plurality of first microphones on a limited microphone surface ; - computing loudspeaker alimentation signals from a first audio input signal and first filter coefficients ; - alimenting the plurality of loudspeakers with the loudspeaker alimentation signals for emitting the sound field ; - capturing the sound field by the plurality of first microphones creating reproduced signals ; - computing target signals describing a target sound field from the first audio input signal ; and - adjusting the first filter coefficients that modify the alimentation signals of said loudspeakers so as to minimize the difference between the reproduced signals and the target signals , - defining a closed loudspeaker surface comprising the limited loudspeaker surface and defining a conical reproduction surface enclosing the limited reproduction subspace such that an apex of said conical reproduction surface is comprised within the closed loudspeaker surface and such that the limited loudspeaker surface consists of the intersection of the inner volume of the conical reproduction surface and the closed loudspeaker surface ; and - defining a closed microphone surface that encloses the closed loudspeaker surface ,
A dispensing device for dispensing a hot drink, comprising: a hot water device for providing hot water, a preparing and dispensing unit configured for preparing and dispensing the hot drink, comprising: a capsule holder for holding a capsule in a capsule chamber , a dispensing opening for dispensing a hot drink, and a dispensing channel for passing a hot drink from the capsule chamber to the dispensing opening, and a hot water channel for passing hot water from the hot water device to the capsule chamber, characterized in that the preparing and dispensing unit comprises a mounting device for mounting the preparing and dispensing unit onto or in an opening in a worktop , and in that the preparing and dispensing unit is designed such that, after mounting the mounting device onto or in the opening, the hot water channel leads through the opening. a hot water device for providing hot water, a preparing and dispensing unit configured for preparing and dispensing the hot drink, comprising: a capsule holder for holding a capsule in a capsule chamber , a dispensing opening for dispensing a hot drink, and a dispensing channel for passing a hot drink from the capsule chamber to the dispensing opening, and a capsule holder for holding a capsule in a capsule chamber , a dispensing opening for dispensing a hot drink, and a dispensing channel for passing a hot drink from the capsule chamber to the dispensing opening, and a hot water channel for passing hot water from the hot water device to the capsule chamber, characterized in that the preparing and dispensing unit comprises a mounting device for mounting the preparing and dispensing unit onto or in an opening in a worktop , and in that the preparing and dispensing unit is designed such that, after mounting the mounting device onto or in the opening, the hot water channel leads through the opening.
A method of recovering purified partly-hydrolyzed cellulose particles from a composition comprising agglomerated partly-hydrolyzed cellulose particles and free ions, comprising the step of electrodialysis of the composition to produce a stream comprising purified partly-hydrolyzed cellulose particles.
A method of controlling a hot wire anemometer (HWA) of a nicotine e-vaping device , the method comprising: controlling, by a first PID controller , a level of power applied by the nicotine e-vaping device to the HWA based on a temperature of a heated element of the HWA and a temperature setpoint; generating a puff detection signal indicating whether or not a puff is currently occurring with respect to the nicotine e-vaping device ; and while the puff detection signal indicates that a puff is not currently occurring with respect to the nicotine e-vaping device , detecting, by a second PID controller , a change in an ambient temperature of the HWA ; and controlling, by the second PID controller , the temperature setpoint such that the temperature setpoint changes in response to the detected change in the ambient temperature of the HWA . controlling, by a first PID controller , a level of power applied by the nicotine e-vaping device to the HWA based on a temperature of a heated element of the HWA and a temperature setpoint; generating a puff detection signal indicating whether or not a puff is currently occurring with respect to the nicotine e-vaping device ; and while the puff detection signal indicates that a puff is not currently occurring with respect to the nicotine e-vaping device , detecting, by a second PID controller , a change in an ambient temperature of the HWA ; and controlling, by the second PID controller , the temperature setpoint such that the temperature setpoint changes in response to the detected change in the ambient temperature of the HWA . detecting, by a second PID controller , a change in an ambient temperature of the HWA ; and controlling, by the second PID controller , the temperature setpoint such that the temperature setpoint changes in response to the detected change in the ambient temperature of the HWA .
A mounting element for mounting a gangway interface section of a rail vehicle to a car interface section of the rail vehicle, wherein the mounting element comprises at least one positioning thread hole and at least one fixation thread hole , wherein the fixation thread hole is provided by a reinforced section of the mounting element, wherein a thread diameter of the at least one fixation thread hole is larger than a thread diameter of the at least one positioning thread hole , characterized in that the fixation thread hole is provided by a threaded element which is welded to the body of the mounting element.
A remote control apparatus , comprising: a directional antenna ; a communicator ; and a processor configured to: based on a wireless signal being received from an external device through the directional antenna , identify an angle at which the wireless signal is received, based on the angle being within a predetermined range, obtain identification information of the external device by parsing the wireless signal, and based on the obtained identification information, control the communicator to transmit to an electronic device a signal for registering the external device in a server . a directional antenna ; a communicator ; and a processor configured to: based on a wireless signal being received from an external device through the directional antenna , identify an angle at which the wireless signal is received, based on the angle being within a predetermined range, obtain identification information of the external device by parsing the wireless signal, and based on the obtained identification information, control the communicator to transmit to an electronic device a signal for registering the external device in a server . based on a wireless signal being received from an external device through the directional antenna , identify an angle at which the wireless signal is received, based on the angle being within a predetermined range, obtain identification information of the external device by parsing the wireless signal, and based on the obtained identification information, control the communicator to transmit to an electronic device a signal for registering the external device in a server .
A display device comprising: a display panel ; a controller configured to generate a switch pulse signal (Spwm) synchronized with an input image and receive a vertical synchronization signal (Vsync) synchronized with the input image; a reference clock (CLK_50MHz), the reference clock (CLK_50MHz) having a uniform frequency regardless of a frame rate, and a pulse width parameter value (PAR), wherein the pulse width parameter value (PAR) defines a pulse period and a high width of the switch pulse signal (Spwm), a power integrated circuit configured to be driven according to the switch pulse signal (Spwm) to generate power for the display panel , wherein the controller is configured to generate the switch pulse signal (Spwm) having a duty ratio within an alignment period (AP) set within the frame blank period (FB) in which the input image is not present, and having a duty ratio within a period other than the alignment period (AP), wherein the controller is configured to reduce the high width of the switch pulse signal (Spwm) by 1 period of the reference clock (CLK_50MHz) during the alignment period (AP) compared with the period other than the alignment period (AP), and to keep a low width of the switch pulse signal (Spwm) the same in the period other than the alignment period (AP) and the alignment period (AP), so that the difference in duty ratio of the switch pulse signal (Spwm) is greater than 0 and equal to or less than 3% during the alignment period (AP) compared to a duty ratio during the period other than the alignment period (AP). a display panel ; a controller configured to generate a switch pulse signal (Spwm) synchronized with an input image and receive a vertical synchronization signal (Vsync) synchronized with the input image; a reference clock (CLK_50MHz), the reference clock (CLK_50MHz) having a uniform frequency regardless of a frame rate, and a pulse width parameter value (PAR), wherein the pulse width parameter value (PAR) defines a pulse period and a high width of the switch pulse signal (Spwm), a power integrated circuit configured to be driven according to the switch pulse signal (Spwm) to generate power for the display panel , wherein the controller is configured to generate the switch pulse signal (Spwm) having a duty ratio within an alignment period (AP) set within the frame blank period (FB) in which the input image is not present, and having a duty ratio within a period other than the alignment period (AP), wherein the controller is configured to reduce the high width of the switch pulse signal (Spwm) by 1 period of the reference clock (CLK_50MHz) during the alignment period (AP) compared with the period other than the alignment period (AP), and to keep a low width of the switch pulse signal (Spwm) the same in the period other than the alignment period (AP) and the alignment period (AP), so that the difference in duty ratio of the switch pulse signal (Spwm) is greater than 0 and equal to or less than 3% during the alignment period (AP) compared to a duty ratio during the period other than the alignment period (AP).
A method of operating an access and mobility management function, AMF, of a wireless communication system, the method comprising: determining a connection mode of a terminal for a location information service of the terminal; transmitting , to a base station, a first message including at least one of information requesting activation of the connection mode or information on a time related to the connection mode; and receiving , from the base station, a second message including information on whether the connection mode has been activated in response to the first message, wherein a timer value for maintaining a connected state of the terminal is configured to measure location information of the terminal based on at least one of information requesting activation of the connection mode or information on a time related to the connection mode. determining a connection mode of a terminal for a location information service of the terminal; transmitting , to a base station, a first message including at least one of information requesting activation of the connection mode or information on a time related to the connection mode; and receiving , from the base station, a second message including information on whether the connection mode has been activated in response to the first message, wherein a timer value for maintaining a connected state of the terminal is configured to measure location information of the terminal based on at least one of information requesting activation of the connection mode or information on a time related to the connection mode.
A printed circuit board , comprising a second layer of flexible electrically insulating material and at least one metal-plated hole for receiving a pin characterized in that the at least one metal-plated hole is blind and that the printed circuit board is covered by a first layer of a protective film on which the second layer of electrically insulating flexible material extends, the first layer and the second layer are for piercing by the pin when it is engaged in the metal-plated hole , the first and second layers being for clamping between a support of the pins and the printed circuit board .
Method for producing paper, board or the like, which comprises - obtaining a fibre stock comprising lignocellulosic fibres and adding a retention agent system comprising a cationic synthetic polymer, which is cationic polyacrylamide, to the fibre stock, - forming a fibrous web from the fibre stock and drying the web, characterised in that microfibrillated cellulose comprising microfibrillated non-wood cellulose originating from vegetables; fruits; cellulose pith; and mixtures thereof, is added to the fibre stock as a component of the retention agent system and sequentially with the cationic synthetic polymer, wherein a first part of the cationic synthetic polymer is added to thick stock having a consistency of ≥ 2 weight-%, and a second part of the cationic synthetic polymer is added to the thin stock having consistency of < 2 weight-%. - obtaining a fibre stock comprising lignocellulosic fibres and adding a retention agent system comprising a cationic synthetic polymer, which is cationic polyacrylamide, to the fibre stock, - forming a fibrous web from the fibre stock and drying the web,
A method of a first mode terminal in a wireless communication system, the method comprising: receiving, from a base station, information on shared resources for vehicle-to-everything, V2X, communication of a first mode terminal and a second mode terminal; configuring a resource reservation field based on the information on the shared resources and a semi-persistent scheduling, SPS, periodicity configured to the first mode terminal; and transmitting a control message including the configured resource reservation field, wherein the method further comprises: receiving (S1100), from the base station, a radio resource control, RRC, message including information for configuring a sensing measurement for the shared resources; performing (S1130) a sensing measurement for the shared resources based on the RRC message; and transmitting (S1130) periodically, to the base station, a result of the sensing measurement, wherein the first mode terminal is associated with a sidelink transmission mode 3, and the second mode terminal is associated with a sidelink transmission mode 4. receiving, from a base station, information on shared resources for vehicle-to-everything, V2X, communication of a first mode terminal and a second mode terminal; configuring a resource reservation field based on the information on the shared resources and a semi-persistent scheduling, SPS, periodicity configured to the first mode terminal; and transmitting a control message including the configured resource reservation field, wherein the method further comprises: receiving (S1100), from the base station, a radio resource control, RRC, message including information for configuring a sensing measurement for the shared resources; performing (S1130) a sensing measurement for the shared resources based on the RRC message; and transmitting (S1130) periodically, to the base station, a result of the sensing measurement, wherein the first mode terminal is associated with a sidelink transmission mode 3, and the second mode terminal is associated with a sidelink transmission mode 4. receiving (S1100), from the base station, a radio resource control, RRC, message including information for configuring a sensing measurement for the shared resources; performing (S1130) a sensing measurement for the shared resources based on the RRC message; and transmitting (S1130) periodically, to the base station, a result of the sensing measurement, wherein the first mode terminal is associated with a sidelink transmission mode 3, and the second mode terminal is associated with a sidelink transmission mode 4.
A method of manufacturing a polymeric radiation-source comprising: obtaining image data of a treatment area, the image data including shape surface and geometry data; and shaping a radioactive polymer into a polymeric radiation-source in accordance with the image data, wherein the radioactive polymer is implemented as a complex of a radioisotope and a bi-functional ligand bonded to a polymer, wherein the polymer is selected from the group consisting of polyurethane, polycarbonate, polyethylene and epoxy; and adding a radiation shielding layer constructed from a shielding material relative to the polymeric radiation-source, the shielding layer being configured to reflect or focus the radiation in the direction of the treatment area, the shielding material simultaneously contains or reduces outwardly radiating radiation from the polymeric radiation-source. obtaining image data of a treatment area, the image data including shape surface and geometry data; and shaping a radioactive polymer into a polymeric radiation-source in accordance with the image data, wherein the radioactive polymer is implemented as a complex of a radioisotope and a bi-functional ligand bonded to a polymer, wherein the polymer is selected from the group consisting of polyurethane, polycarbonate, polyethylene and epoxy; and adding a radiation shielding layer constructed from a shielding material relative to the polymeric radiation-source, the shielding layer being configured to reflect or focus the radiation in the direction of the treatment area, the shielding material simultaneously contains or reduces outwardly radiating radiation from the polymeric radiation-source.
Machine for processing foods and packaging products, comprising control elements for controlling components of the machine and an operating console for operating the machine by means of the control elements , characterized in that the operating console of the machine has an RFID-interface in the form of an NFC-interface and is configured in such a way that an authentication of a user terminal is carried out by means of authentication data received via the RFID-interface, wherein the operating console is configured in such a way that it establishes a data connection in the event of a successful authentication, wherein the operating console has a WLAN function and/or Bluetooth function and the data connection is established via Bluetooth or WLAN, and wherein the establishment of the data connection comprises the establishment of one or more data connections with one or more other devices, in particular with the user terminal, and/or the provision of an, in particular access-protected, network and/or the login in the or an, in particular access-protected, network.
A laminated glazing for a motor vehicle, particularly a side glazing intended to be slidably mounted in a door of the vehicle, comprising at least one outer glass sheet and one inner glass sheet assembled by an interlayer which comprises at least one sheet of polymer material, said glazing comprising at least one attachment part for attaching the glazing through which at least one attachment opening passes which is formed by at least a hole having a first axis (A1) which is provided in the outer glass sheet , a hole provided in the interlayer and a hole having a second axis (A2) which is provided in the inner glass sheet , wherein at least one connecting member is attached to the glazing by passing through said attachment opening , said connecting member provided with a hole being intended to receive attachment means for attaching said glazing with a drive device, characterized in that the first axis (A1) of the hole of the outer glass sheet and the second axis (A2) of the hole of the inner glass sheet are mismatched with respect to one another according to a mismatch (d) that is configured to form a first blocking surface (S1) on an inner face of the outer glass sheet and a second blocking surface (S2) on an outer face of the inner glass sheet , and in that said connecting member comprises a first surface configured to engage with said first blocking surface (S1) of the outer glass sheet and a second surface configured to engage with said second blocking surface (S2) of the inner glass sheet .