mhurhangee/patent-ind-claim-en huggingface dataset:
A vein harvesting device , comprising: a retractor including an elongated portion defining a longitudinal axis, the elongated portion supporting a first engagement structure including a plurality of first tines ; characterized in that the vein harvesting device further comprises: a drive shaft including an elongated portion , the drive shaft movable along the longitudinal axis with respect to the retractor such that the elongated portion of the drive shaft contacts the first engagement structure causing the plurality of first tines to move about the longitudinal axis from a first position to a second position to, in use, at least partially encircle at least a portion of a vein. a retractor including an elongated portion defining a longitudinal axis, the elongated portion supporting a first engagement structure including a plurality of first tines ; characterized in that the vein harvesting device further comprises: a drive shaft including an elongated portion , the drive shaft movable along the longitudinal axis with respect to the retractor such that the elongated portion of the drive shaft contacts the first engagement structure causing the plurality of first tines to move about the longitudinal axis from a first position to a second position to, in use, at least partially encircle at least a portion of a vein.
A method for providing grid-forming control of a double-fed generator connected to a power grid, the method comprising: determining , via a frequency module of a controller, a stator-frequency error for the generator; determining , via a controller shaping module of the frequency module, a torsional component and a stator component of the stator-frequency error, wherein the torsional component corresponds to a drivetrain torsional vibration frequency; determining , via the frequency module, a power output requirement for the generator based, at least in part, on the stator component of the stator-frequency error; combining, via the frequency module, the power output requirement with a damping power command to develop a consolidated power requirement for the generator, wherein the damping power command is generated in response to the drivetrain torsional vibration frequency; determining , via the controller, at least one control command for the generator, based, at least in part, on the consolidated power requirement; and changing an operating state of the generator in response to the at least one control command so as to output a grid-forming voltage and frequency. determining , via a frequency module of a controller, a stator-frequency error for the generator; determining , via a controller shaping module of the frequency module, a torsional component and a stator component of the stator-frequency error, wherein the torsional component corresponds to a drivetrain torsional vibration frequency; determining , via the frequency module, a power output requirement for the generator based, at least in part, on the stator component of the stator-frequency error; combining, via the frequency module, the power output requirement with a damping power command to develop a consolidated power requirement for the generator, wherein the damping power command is generated in response to the drivetrain torsional vibration frequency; determining , via the controller, at least one control command for the generator, based, at least in part, on the consolidated power requirement; and changing an operating state of the generator in response to the at least one control command so as to output a grid-forming voltage and frequency.
A sealing device for a railway, the railway including a housing extending between a side face of a rail and a side wall of a slot reserved in the ground for housing said rail, said sealing device is intended to be inserted into the housing and fixed in the housing by a suitable putty , the sealing device being a resiliently deformable profile, so as to be inserted under stress in the housing and pressed against the side face of the rail and the side wall of the slot , characterized in that the sealing device has a cross-section including at least one "V" pattern, the "V" pattern being deformable resiliently to modify a width of said sealing device, the cross-section being symmetrical along a median axis (A), the sealing device including a right wing and a left wing , each wing including a "V" pattern, the sealing device including a central core on either side of which the right and left wings are connected, the central core bearing on a bottom of the housing , the "V" pattern being made up of a first angled wall and a second angled wall , connected to one another with a rim , a thickness of the rim being refined relative to a thickness of the first and second angled walls so as to allow a resilient deformation of the "V" pattern by modifying an angle between the first and second angled walls .
A method of transmitting physical layer protocol data units, PPDUs, comprising: encoding a signaling field to indicate which of a plurality of sub-channels is punctured for transmission of a downlink, DL, PPDU to one or more stations, STAs, wherein the plurality of sub-channels are arranged in a primary channel group and three secondary channel groups, the primary channel group comprises a primary sub-channel and three secondary sub-channels, each of the three secondary channel groups comprises four secondary sub-channels, wherein the signaling field comprises four secondary puncturing bits for each of the secondary channel groups indicate which of the secondary sub-channels of the respective secondary channel group is punctured; configuring a preamble of the DL PPDU, wherein the preamble includes the encoded signaling field; transmitting the DL PPDU. encoding a signaling field to indicate which of a plurality of sub-channels is punctured for transmission of a downlink, DL, PPDU to one or more stations, STAs, wherein the plurality of sub-channels are arranged in a primary channel group and three secondary channel groups, the primary channel group comprises a primary sub-channel and three secondary sub-channels, each of the three secondary channel groups comprises four secondary sub-channels, wherein the signaling field comprises four secondary puncturing bits for each of the secondary channel groups indicate which of the secondary sub-channels of the respective secondary channel group is punctured; configuring a preamble of the DL PPDU, wherein the preamble includes the encoded signaling field; transmitting the DL PPDU.
A device for printing on a printing substrate , comprising - a print head shuttle with at least one print head which is configured to apply a printing medium to a printing substrate in order to generate a print image, wherein the printing substrate is a web material which can be displaced along a web path in a feed direction , and the print head shuttle is arranged on a first side of the printing substrate ; and - a printing table with a supporting surface which is arranged opposite the print head shuttle on a second side of the printing substrate , wherein the printing table comprises a holding device which is configured to hold the printing substrate during the feed movement of the printing substrate , in such a manner that a relative movement between the printing table and the printing substrate during the feed movement is prevented; wherein - in order to print, the print head shuttle is configured to execute a movement in and against a shuttle movement direction running transversely to the feed direction of the printing substrate , in such a manner that through the feed movement of the printing substrate in the feed direction and the movement of the print head shuttle transversely to the feed direction , a positioning of the print head shuttle over the printing substrate is provided in order to produce the print image on the printing substrate ; and - the printing table is configured to move the web material along the web path in a feed direction , wherein the printing table is movable in the feed direction and also against the feed direction . - a print head shuttle with at least one print head which is configured to apply a printing medium to a printing substrate in order to generate a print image, wherein the printing substrate is a web material which can be displaced along a web path in a feed direction , and the print head shuttle is arranged on a first side of the printing substrate ; and - a printing table with a supporting surface which is arranged opposite the print head shuttle on a second side of the printing substrate , wherein the printing table comprises a holding device which is configured to hold the printing substrate during the feed movement of the printing substrate , in such a manner that a relative movement between the printing table and the printing substrate during the feed movement is prevented; - in order to print, the print head shuttle is configured to execute a movement in and against a shuttle movement direction running transversely to the feed direction of the printing substrate , in such a manner that through the feed movement of the printing substrate in the feed direction and the movement of the print head shuttle transversely to the feed direction , a positioning of the print head shuttle over the printing substrate is provided in order to produce the print image on the printing substrate ; and - the printing table is configured to move the web material along the web path in a feed direction , wherein the printing table is movable in the feed direction and also against the feed direction .
Facility for air treatment for a vehicle, comprising at least one fan unit having at least as its components at least one fan motor , at least one fan wheel that can be driven by a fan motor , and at least one fan housing , wherein at least one surface region of the facility is provided to form a vehicle outer surface region, characterised in that the at least one fan unit comprises at least one electrically operable heating device configured such that at least one heating element of the electrically operable heating device is arranged in a respective finger guard arranged above the respective fan wheel or is arranged on the surface of the respective finger guard .
An information transmission method, the method being applied to a communication system in a New Radio, NR, technology, the communication system comprising a network device and a terminal device, communicating through a frequency-domain resource on a carrier used by the communication system being a contention based frequency-domain resource, the method comprising: receiving (S601), by the terminal device, first information from the network device through a first time-frequency resource, wherein the first time-frequency resource is a time-frequency resource in a first downlink transmission burst; and determining (S602), by the terminal device according to the first information, that the first time-frequency resource is a downlink time-frequency resource, wherein the first information is further used to determine an ending position of the first downlink transmission burst and the first information is obtained by first beamforming, wherein the first information comprises Downlink Control Information, DCI, and receiving (S601), by the terminal device, first information from the network device through a first time-frequency resource comprises: receiving, by the terminal device, the first information that is transmitted on the first time-frequency resource by the network device through a physical downlink control channel, PDCCH. receiving (S601), by the terminal device, first information from the network device through a first time-frequency resource, wherein the first time-frequency resource is a time-frequency resource in a first downlink transmission burst; and determining (S602), by the terminal device according to the first information, that the first time-frequency resource is a downlink time-frequency resource, wherein the first information is further used to determine an ending position of the first downlink transmission burst and the first information is obtained by first beamforming, wherein the first information comprises Downlink Control Information, DCI, and receiving (S601), by the terminal device, first information from the network device through a first time-frequency resource comprises: receiving, by the terminal device, the first information that is transmitted on the first time-frequency resource by the network device through a physical downlink control channel, PDCCH.
A method of preparing an inactivated enveloped virus comprising: mixing a solution comprising an enveloped virus with a first methyl β-cyclodextrin (MBCD) solution to obtain a first mixture; incubating the first mixture for a first time period; mixing the enveloped virus from the first mixture with a second MBCD solution to obtain a second mixture; and incubating said second mixture for a second time period. mixing a solution comprising an enveloped virus with a first methyl β-cyclodextrin (MBCD) solution to obtain a first mixture; incubating the first mixture for a first time period; mixing the enveloped virus from the first mixture with a second MBCD solution to obtain a second mixture; and incubating said second mixture for a second time period.
Oil-injected vacuum pump element of the screw type, whereby two cooperating helical rotors are rotatably provided in a housing , whereby this housing comprises an inlet port , an inlet end face and an outlet end face with an outlet port , whereby compression chambers are formed between the helical rotors and the housing that proceed from the inlet port to the outlet port due to the rotation of the helical rotors and thereby become increasingly smaller, characterised in that the oil-injected vacuum pump element is provided with a connection that extends from a first compression chamber to a second smaller compression chamber at the outlet end face , whereby this first compression chamber is at a lower pressure than the second compression chamber and whereby this second compression chamber can make connection with the outlet port upon rotation of the helical rotors , whereby the connection is such that a flow from the second compression chamber to the first compression chamber is possible so that the pressure in the second compression chamber is reduced, whereby the connection is not directly connected to the outlet port , and whereby the aforementioned connection is realised by means of a groove that is affixed in the outlet end face , whereby this groove extends from the first compression chamber to the second compression chamber .
Rear structural part of a motor vehicle, comprising at least one rear lateral pillar consisting of a set of interconnected components , the components being made predominantly of plastics material and at least some of the components being secured to one another along continuous securing segments, characterized in that the continuous securing segments each have a minimum length of 10 cm and leave interruptions of at most 10 mm between them, and in that all the pairs of facing surfaces belonging to the components that are not secured to one another are remote from one another, two by two in a pair, by at least 7 mm.
A printing system comprising: a print engine to print a print job on a web of media in a print zone ; a heating module to apply heat to media in a heating zone ; a media handling system to move media through a media path comprising the print zone and the heating zone; and a controller to: determine when a printing operation is stopped, and when it is so determined: control the heating module to stop heating; and characterized in that the controller is further to control the media handling system to continue advancing media through the media path until an output temperature of the heating module is below a predetermined temperature. a print engine to print a print job on a web of media in a print zone ; a heating module to apply heat to media in a heating zone ; a media handling system to move media through a media path comprising the print zone and the heating zone; and a controller to: determine when a printing operation is stopped, and when it is so determined: control the heating module to stop heating; and characterized in that the controller is further to control the media handling system to continue advancing media through the media path until an output temperature of the heating module is below a predetermined temperature. control the heating module to stop heating; and characterized in that the controller is further to control the media handling system to continue advancing media through the media path until an output temperature of the heating module is below a predetermined temperature.
Device for receiving a part of a motor vehicle, said receiving device being equipped with a module for referencing said part , which referencing module is configured in such a way as to collaborate with at least one opening in said part , with a module for centring said part , and with a module for holding said part with respect to a frame of reference of said receiving device , said frame of reference is an orthonormal frame of reference defined by three axes X, Y and Z, the referencing module being configured so as to offer adjustment along two distinct axes respectively parallel to the axes Y and Z, characterized in that the holding module is configured to offer adjustment in three distinct axes respectively parallel to the axes X, Y and Z.
Method for holding an object in a device, comprising the following steps: a) holding the object in a device which has bearing points (2-11, 13-15, 21-23) which are designed to support the object with the aid of a holding element and to discharge compressed air; b) releasing the holding element at one of these bearing points (2-11, 13-15, 21-23) of the device, which are formed for mounting the object with the aid of a holding element and for discharging compressed air, and discharging compressed air at this bearing point (2-11, 13-15, 21-23); c) switching off the compressed air at this bearing point (2-11, 13-15, 21-23) and closing the retaining element of the bearing point (2-11, 13-15, 21-23); characterised by d) repeating steps b) and c) for further bearing points (2-11, 13-15, 21-23) which are designed for bearing the object with the aid of a holding element and for discharging compressed air. a) holding the object in a device which has bearing points (2-11, 13-15, 21-23) which are designed to support the object with the aid of a holding element and to discharge compressed air; b) releasing the holding element at one of these bearing points (2-11, 13-15, 21-23) of the device, which are formed for mounting the object with the aid of a holding element and for discharging compressed air, and discharging compressed air at this bearing point (2-11, 13-15, 21-23); c) switching off the compressed air at this bearing point (2-11, 13-15, 21-23) and closing the retaining element of the bearing point (2-11, 13-15, 21-23); characterised by d) repeating steps b) and c) for further bearing points (2-11, 13-15, 21-23) which are designed for bearing the object with the aid of a holding element and for discharging compressed air.
A medical device, comprising: an implantable pulse generator , IPG, configured for implantation in a patient and comprising a plurality of electrode nodes, each electrode node configured to be coupled to an electrode configured to contact a patient's brain; and control circuitry (66; 88) configured to: control stimulation circuitry to issue stimulation at a first one or more of the plurality of electrode nodes, record an electrical signal at a second one or more of the plurality of electrode nodes, classify the recorded electrical signal according to one or more classification criteria to determine if the recorded electrical signal contains evoked resonant neural activity, ERNA, if the recorded electrical signal does contain ERNA, extract one or more features of the ERNA, and adjust stimulation based on the one or more features. an implantable pulse generator , IPG, configured for implantation in a patient and comprising a plurality of electrode nodes, each electrode node configured to be coupled to an electrode configured to contact a patient's brain; and control circuitry (66; 88) configured to: control stimulation circuitry to issue stimulation at a first one or more of the plurality of electrode nodes, record an electrical signal at a second one or more of the plurality of electrode nodes, classify the recorded electrical signal according to one or more classification criteria to determine if the recorded electrical signal contains evoked resonant neural activity, ERNA, if the recorded electrical signal does contain ERNA, extract one or more features of the ERNA, and adjust stimulation based on the one or more features. control stimulation circuitry to issue stimulation at a first one or more of the plurality of electrode nodes, record an electrical signal at a second one or more of the plurality of electrode nodes, classify the recorded electrical signal according to one or more classification criteria to determine if the recorded electrical signal contains evoked resonant neural activity, ERNA, if the recorded electrical signal does contain ERNA, extract one or more features of the ERNA, and adjust stimulation based on the one or more features.
A container holder assembly for a medicament delivery device , which container holder assembly comprises; - a housing part , fixedly mounted relative to a longitudinally elongated housing ; - a container holder for accommodating a medicament container , which container holder is longitudinally movable relative to the housing part from a distal initial position to a proximal end position; - a spring-biased needle guard , coaxial with the container holder and releasably connected with the container holder , and longitudinally movable relative to the housing part between an extended position and a retracted position, characterized in that the housing part coaxially arranged between the container holder and the needle guard comprises a first longitudinal slit through which the needle guard is connected with the container holder by a first connecting member of the needle guard radially biasing a resilient second connecting member of the container holder , and wherein the needle guard is configured to disconnect from the container holder upon movement from the extended position to the retracted position and wherein, when the needle guard is connected to the container holder , the second connecting member is radially biased into engagement with a holding member of the housing part , such that the container holder is prevented from longitudinal movement relative to the housing part . - a housing part , fixedly mounted relative to a longitudinally elongated housing ; - a container holder for accommodating a medicament container , which container holder is longitudinally movable relative to the housing part from a distal initial position to a proximal end position; - a spring-biased needle guard , coaxial with the container holder and releasably connected with the container holder , and longitudinally movable relative to the housing part between an extended position and a retracted position, characterized in that the housing part coaxially arranged between the container holder and the needle guard comprises a first longitudinal slit through which the needle guard is connected with the container holder by a first connecting member of the needle guard radially biasing a resilient second connecting member of the container holder , and wherein the needle guard is configured to disconnect from the container holder upon movement from the extended position to the retracted position and wherein, when the needle guard is connected to the container holder , the second connecting member is radially biased into engagement with a holding member of the housing part , such that the container holder is prevented from longitudinal movement relative to the housing part .