mhurhangee/ep-ind-claims huggingface dataset:
A pitch bearing unit handling arrangement, comprising an extension assembly (20, 21) at the interface between a wind turbine hub and a rotor blade, adapted to move the rotor blade outward from the hub to open a gap large enough to accommodate the handling of a pitch bearing unit while maintaining a connection between the rotor blade and the hub, wherein the extension assembly (20, 21) comprises a number of extension elements realized for extending, in a direction parallel to the blade longitudinal axis, into a body of rotor blade at the blade root end and into the body of the hub such, that a displacement of the rotor blade in a direction radially outward from the hub while maintaining the connection between rotor blade and hub is facilitated, and a number of fixation brackets constructed to be connected to the hub and also to the rotor blade, wherein a fixation bracket is constructed such that the body of the fixation bracket maintains the gap defined by the extension elements. a number of extension elements realized for extending, in a direction parallel to the blade longitudinal axis, into a body of rotor blade at the blade root end and into the body of the hub such, that a displacement of the rotor blade in a direction radially outward from the hub while maintaining the connection between rotor blade and hub is facilitated, and a number of fixation brackets constructed to be connected to the hub and also to the rotor blade, wherein a fixation bracket is constructed such that the body of the fixation bracket maintains the gap defined by the extension elements.
Upper body garment, in particular a shirt, a bodysuit, an undershirt or an oversleeve, comprising at least one compression area in which the upper body garment, when it is being worn, exerts a compression effect on the body of the wearer of the upper body garment, and comprising at least one stimulus-inducing structure which, when the garment is being worn, is arranged on an inner face of the upper body garment directed towards the body of the wearer of the upper body garment, wherein the stimulus-inducing structure comprises at least one stimulus-inducing functional element, characterized in that at least one functional element comprises a knitted area of the upper body garment which, in terms of its knit construction, differs from a knitted area of the upper body garment adjoining the functional element and is configured as a tuck-stitch knitted fabric.
Method for producing a ribbed tube, in which a tube base body is helically ribbed with a tape on its outside, for which purpose the tape is introduced to the tube base body and is fixed thereto, specifically using a laser beam, wherein the ribbed tube is produced with a varying rib incline, characterised in that the guide element is displaced during the fixing process of the tape to the tube base body while adjusting the working angle (α) of the tape to the speed or change in speed of the tube base body.
A computer-implemented method, comprising: receiving a haptic engagement signal; starting a first timer in response to receiving the haptic engagement signal, the first timer configured to expire after a first preset duration; selecting a capture mode as one of a photo capture mode or a video capture mode based on whether a haptic disengagement signal is received before expiration of the first timer; and capturing visual media (175;1312,1342;1412) using the selected capture mode, wherein: if it is determined that the first timer has expired: a visual media capture component is configured in the video capture mode in response to determining that the first timer has expired; and the visual media (175;1312,1342;1412) is captured as a video, the method comprising starting a further timer at initiation of capturing the visual media (175;1312,1342;1412) as video, the further timer configured to expire after a further preset duration; receiving the haptic disengagement signal after expiration of the first timer and before expiration of the further timer; and cancelling capture of the visual media (175;1312,1342;1412) in response to receiving the haptic disengagement signal after expiration of the first timer and before expiration of the further timer. receiving a haptic engagement signal; starting a first timer in response to receiving the haptic engagement signal, the first timer configured to expire after a first preset duration; selecting a capture mode as one of a photo capture mode or a video capture mode based on whether a haptic disengagement signal is received before expiration of the first timer; and capturing visual media (175;1312,1342;1412) using the selected capture mode, wherein: if it is determined that the first timer has expired: a visual media capture component is configured in the video capture mode in response to determining that the first timer has expired; and the visual media (175;1312,1342;1412) is captured as a video, the method comprising a visual media capture component is configured in the video capture mode in response to determining that the first timer has expired; and the visual media (175;1312,1342;1412) is captured as a video, the method comprising starting a further timer at initiation of capturing the visual media (175;1312,1342;1412) as video, the further timer configured to expire after a further preset duration; receiving the haptic disengagement signal after expiration of the first timer and before expiration of the further timer; and cancelling capture of the visual media (175;1312,1342;1412) in response to receiving the haptic disengagement signal after expiration of the first timer and before expiration of the further timer.
A method for purifying an Fc-containing monoclonal antibody, the method comprising: (a) providing a load fluid comprising said antibody and one or more impurities; (b) contacting the load fluid with a medium, wherein said medium is a Protein A chromatography column, and wherein the antibody binds to the medium under suitable conditions, thereby providing a bound medium; (c) contacting the bound medium with a first wash solution through the bound medium, wherein said first wash solution comprises arginine or an arginine derivative selected from acetyl arginine, agmatine, arginic acid, N-alpha-butyroyl-L-arginine, N-alpha-pyvaloyl arginine, at a concentration of at least 0.5 M but less than 1.0 M, and wherein the pH of the wash solution is between 5.0 and 8.0, thereby providing a washed medium; (d) contacting the washed medium with an elution solution under conditions suitable for eluting the antibody thereby generating an eluate comprising the antibody, and (e) collecting the eluate comprising the antibody. (a) providing a load fluid comprising said antibody and one or more impurities; (b) contacting the load fluid with a medium, wherein said medium is a Protein A chromatography column, and wherein the antibody binds to the medium under suitable conditions, thereby providing a bound medium; (c) contacting the bound medium with a first wash solution through the bound medium, wherein said first wash solution comprises arginine or an arginine derivative selected from acetyl arginine, agmatine, arginic acid, N-alpha-butyroyl-L-arginine, N-alpha-pyvaloyl arginine, at a concentration of at least 0.5 M but less than 1.0 M, and wherein the pH of the wash solution is between 5.0 and 8.0, thereby providing a washed medium; (d) contacting the washed medium with an elution solution under conditions suitable for eluting the antibody thereby generating an eluate comprising the antibody, and (e) collecting the eluate comprising the antibody.
A console for a vehicle, comprising a closure panel (106, 306); an actuator (118, 324) operably connected to the closure panel, whereupon engagement between the closure panel (106, 306) with the actuator (118, 324) instructs a vehicle accessory (102, 302) to move from a first position to at least one second position; a motor (110, 318) connected to the actuator (118, 324); and a lifting mechanism (108, 310) connected to the motor (110, 318) and the vehicle accessory (102, 302), wherein movement of the lifting mechanism (108, 310) is responsive to the actuation of the motor (110, 318), wherein the actuator (118, 324) is a contact sensor that causes the motor (110, 318) to drive the lifting mechanism (108, 318) to cause movement of the vehicle accessory (102, 302) from the first position to the at least one second position.
A seal for a gas turbine for sealing a space defined between first and second components (202, 204), the seal comprising an annular member that has a substantially D-shaped cross-section with a solid cross-sectional shape along at least a portion thereof, the portion configured to provide a seal interface at each of the first and second components; characterised in that: the member defines a gap at opposed ends thereof; and the seal further comprises a bridging seal disposed adjacent the member and covering the gap. the member defines a gap at opposed ends thereof; and the seal further comprises a bridging seal disposed adjacent the member and covering the gap.
A method comprising: providing a wind turbine hub, a main frame, and a generator; vertically moving at least one of the wind turbine hub and the generator towards the other of the wind turbine hub and the generator; attaching the wind turbine hub and the generator to form a hub-generator assembly; turning the hub-generator assembly while gripping the wind turbine hub; and attaching the hub-generator assembly to the main frame. providing a wind turbine hub, a main frame, and a generator; vertically moving at least one of the wind turbine hub and the generator towards the other of the wind turbine hub and the generator; attaching the wind turbine hub and the generator to form a hub-generator assembly; turning the hub-generator assembly while gripping the wind turbine hub; and attaching the hub-generator assembly to the main frame.
A method for predicting a motion of an object, comprising: determining a position of the object based on first time-series data of a position sensor mounted to the object; determining an orientation of the object based on second time-series data of at least one inertial sensor mounted to the object; the method being characterised in extrapolating a motion trajectory of the object based on a motion model using the position of the object and the orientation of the object, wherein the motion model uses a first weighting factor for the position of the object and a second weighting factor for the orientation of the object. determining a position of the object based on first time-series data of a position sensor mounted to the object; determining an orientation of the object based on second time-series data of at least one inertial sensor mounted to the object; the method being characterised in extrapolating a motion trajectory of the object based on a motion model using the position of the object and the orientation of the object, wherein the motion model uses a first weighting factor for the position of the object and a second weighting factor for the orientation of the object.
A computing system comprising: a plurality of processors (102, 104, 106, 108, 110, 112, 114, 116), each processor including a radio frequency, RF, identification, ID, tag (122, 124, 126, 128, 130, 132, 134, 136) to broadcast RFID tag data associated with the processor over a RF signal, each processor being coupled to a plurality of other processors over a system interconnect; a platform control hub PCH, coupled to at least one of the processors, the PCH including a RFID receiver to receive RF signals from RFID tags on the processors, and a plurality of RFID registers to store RFID tag data received from the processors; and a flash memory coupled to the PCH to store a basic input/output system, BIOS, the BIOS to read the RFID tag data from the RFID registers in the PCH to determine a deadlock free routing table for the system interconnect. a plurality of processors (102, 104, 106, 108, 110, 112, 114, 116), each processor including a radio frequency, RF, identification, ID, tag (122, 124, 126, 128, 130, 132, 134, 136) to broadcast RFID tag data associated with the processor over a RF signal, each processor being coupled to a plurality of other processors over a system interconnect; a platform control hub PCH, coupled to at least one of the processors, the PCH including a RFID receiver to receive RF signals from RFID tags on the processors, and a plurality of RFID registers to store RFID tag data received from the processors; and a flash memory coupled to the PCH to store a basic input/output system, BIOS, the BIOS to read the RFID tag data from the RFID registers in the PCH to determine a deadlock free routing table for the system interconnect.
An access method comprising: intercepting by a computer system (24, 41) one or more data packets of at least one data item of a broadcaster (25, 45, 100) over a connectionless channel in a short-range radio-frequency band; using the data item for identifying and authenticating the broadcaster; and in case the broadcaster is identified and authenticated, enabling the broadcaster to access a service enabled by the computer system (24, 41), wherein a data item of the at least one data item is a session key, wherein the data packets of one or more further data items of the at least one data item are encrypted by the session key, the method further comprising splitting the session key into a predefined number of key portions; repeatedly selecting a different key portion of the key portions, and using the selected key portion for decrypting the encrypted data packet, until the encrypted data packet is decrypted.
Automatic feeding device for pets associated to a RFID reader for reading of one or more ID tags that are attached to one or more pets characterized in that it comprises one or more magazines for portion packages with food, and an automatic opening mechanism for opening of the portion packages and serving of the content, and where the opening mechanism comprises a knife or a wire, and where the automatic feeding device further comprises a device for automatic compression of the portion packages.
A crystalline hydrate of the oxalate salt of 5-ethyl-2-fluoro-4-(3-(5-(1-methylpiperidin-4-yl)-4,5,6,7-tetrahydro-1 H -imidazo[4,5- c]pyridin-2-yl)-1 H -indazol-6-yl)phenol.
A polyester resin, comprising: a structural unit represented by general formula below; a structural unit derived from a compound having a bisphenol skeleton; and a structural unit derived from polycarboxylic acid, wherein the structural unit derived from a compound having a bisphenol skeleton is contained at 20 molar parts or greater relative to 100 molar parts of the structural unit derived from polycarboxylic acid, measured by NMR as disclosed in the description. a structural unit represented by general formula below; a structural unit derived from a compound having a bisphenol skeleton; and a structural unit derived from polycarboxylic acid, wherein the structural unit derived from a compound having a bisphenol skeleton is contained at 20 molar parts or greater relative to 100 molar parts of the structural unit derived from polycarboxylic acid, measured by NMR as disclosed in the description.
A vesical pressure measurement system to implement a protocol for determining indwelling catheter removal conditions, one or more elements of the system operably combinable with a previously deployed indwelling urinary catheter, the system comprising: a. urodynamic data system characterized by a pressure sensor for vesical pressure measurement during either of bladder filling or emptying events, and a processor/controller for receiving, processing and/or displaying select urodynamic patient parameters comprising sensed/monitored pressure data; and, b. a catheter balloon adaptor for operably uniting said pressure sensor of said urodynamic data system to a balloon inflation valve of the indwelling urinary catheter, said catheter balloon adaptor comprising an adaptor valve with deactivation stem for connection to the balloon inflation valve, and a housing said housing comprising a balloon inflation valve portion and an adaptor valve portion, one housing portion of said housing portions being urgingly advanceable in respect of another housing portion of the housing portions in furtherance of establishing and maintaining a secure operable interface between said balloon inflation valve and said adaptor valve. a. urodynamic data system characterized by a pressure sensor for vesical pressure measurement during either of bladder filling or emptying events, and a processor/controller for receiving, processing and/or displaying select urodynamic patient parameters comprising sensed/monitored pressure data; and, b. a catheter balloon adaptor for operably uniting said pressure sensor of said urodynamic data system to a balloon inflation valve of the indwelling urinary catheter, said catheter balloon adaptor comprising an adaptor valve with deactivation stem for connection to the balloon inflation valve, and a housing said housing comprising a balloon inflation valve portion and an adaptor valve portion, one housing portion of said housing portions being urgingly advanceable in respect of another housing portion of the housing portions in furtherance of establishing and maintaining a secure operable interface between said balloon inflation valve and said adaptor valve.
A high-voltage isolating device, comprising: a power module, a back panel of the power module being provided with a first connecting portion and a front panel of the power module being provided with a first fastening member; and a shelf, comprising a module slot, the module slot being configured to accommodate the power module, a rear end of the module slot being provided with a second connecting portion, and a front end of the module slot being provided with a second fastening member; wherein in a first status, the first connecting portion is matched and connected with the second connecting portion, and the first fastening member is away from the second fastening member; and in a second status, the first connecting portion is disconnected from the second connecting portion, and the first fastening member and the second fastening member are matched and connected together by a padlock; wherein the front panel of the power module is provided with a sliding slot, and the first fastening member slides up and down along the sliding slot to be matched with or away from the second fastening member; characterized in that, the first fastening member is provided with a protruding portion, the protruding portion penetrates through the sliding slot to an outside of the front panel of the power module, and the first fastening member is matched with or away from the second fastening member by controlling the protruding portion to slide up and down along the sliding slot. a power module, a back panel of the power module being provided with a first connecting portion and a front panel of the power module being provided with a first fastening member; and a shelf, comprising a module slot, the module slot being configured to accommodate the power module, a rear end of the module slot being provided with a second connecting portion, and a front end of the module slot being provided with a second fastening member; wherein in a first status, the first connecting portion is matched and connected with the second connecting portion, and the first fastening member is away from the second fastening member; and in a second status, the first connecting portion is disconnected from the second connecting portion, and the first fastening member and the second fastening member are matched and connected together by a padlock; wherein the front panel of the power module is provided with a sliding slot, and the first fastening member slides up and down along the sliding slot to be matched with or away from the second fastening member; characterized in that, the first fastening member is provided with a protruding portion, the protruding portion penetrates through the sliding slot to an outside of the front panel of the power module, and the first fastening member is matched with or away from the second fastening member by controlling the protruding portion to slide up and down along the sliding slot.
A fuel cell system comprising: a fuel cell including an anode and a cathode; a secondary battery connected electrically to the fuel cell; an oxidizer supplying section for supplying an oxidizer to the cathode; and a controller to control a supplying operation of the oxidizer supplying section which supplies the cathode with the oxidizer; characterized in that the controller controls the supplying operation of the oxidizer supplying section so that a number of times an oxidizer starvation process is performed in a start-up mode and a number of times the oxidizer starvation process is performed in a full-charge mode of the secondary battery are both greater than a number of times the oxidizer starvation process is performed in a normal operation mode. a fuel cell including an anode and a cathode; a secondary battery connected electrically to the fuel cell; an oxidizer supplying section for supplying an oxidizer to the cathode; and a controller to control a supplying operation of the oxidizer supplying section which supplies the cathode with the oxidizer; characterized in that the controller controls the supplying operation of the oxidizer supplying section so that a number of times an oxidizer starvation process is performed in a start-up mode and a number of times the oxidizer starvation process is performed in a full-charge mode of the secondary battery are both greater than a number of times the oxidizer starvation process is performed in a normal operation mode.