mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device , comprising: a hub or housing having: a push tab including a main portion extending radially from an upper surface of the hub and an anti-rotation feature comprising a first extension and a second extension, the first extension extends from a first side of the push tab around a side of the upper surface of the catheter hub , the second extension extends from a second side of the push tab around an other side of the upper surface of the catheter hub and a cannula directly or indirectly connected to the hub , wherein the first and second extensions each wrap around a side portion of the upper surface of the hub ; and the main portion and the first and second extensions together form a substantially C-shape that is capable of cradling a finger of the user. a push tab including a main portion extending radially from an upper surface of the hub and an anti-rotation feature comprising a first extension and a second extension, the first extension extends from a first side of the push tab around a side of the upper surface of the catheter hub , the second extension extends from a second side of the push tab around an other side of the upper surface of the catheter hub and a main portion extending radially from an upper surface of the hub and an anti-rotation feature comprising a first extension and a second extension, the first extension extends from a first side of the push tab around a side of the upper surface of the catheter hub , the second extension extends from a second side of the push tab around an other side of the upper surface of the catheter hub and a cannula directly or indirectly connected to the hub , wherein the first and second extensions each wrap around a side portion of the upper surface of the hub ; and the main portion and the first and second extensions together form a substantially C-shape that is capable of cradling a finger of the user.
A method for controlling an electric vehicle, wherein: - the electric vehicle is driven by a plurality of electric motors including a first electric motor , in which a lubricant, which is used for lubricating the electric motors and power transmission systems therefor, is used for cooling the electric motors , - the electric vehicle includes a plurality of pumps that cool the electric motors by circulating the lubricant and that are provided for each of the plurality of electric motors , and - the method comprises: - setting torque distributions for the plurality of electric motors on the basis of a driving force required by the electric vehicle; - controlling the drive of the plurality of electric motors on the basis of the set torque distributions; and - circulating intermittently the lubricant used for cooling the first electric motor when the torque distribution set for the first electric motor is smaller than a predetermined value which is regarded as a reference value. - the electric vehicle is driven by a plurality of electric motors including a first electric motor , in which a lubricant, which is used for lubricating the electric motors and power transmission systems therefor, is used for cooling the electric motors , - the electric vehicle includes a plurality of pumps that cool the electric motors by circulating the lubricant and that are provided for each of the plurality of electric motors , and - the method comprises: - setting torque distributions for the plurality of electric motors on the basis of a driving force required by the electric vehicle; - controlling the drive of the plurality of electric motors on the basis of the set torque distributions; and - circulating intermittently the lubricant used for cooling the first electric motor when the torque distribution set for the first electric motor is smaller than a predetermined value which is regarded as a reference value. - setting torque distributions for the plurality of electric motors on the basis of a driving force required by the electric vehicle; - controlling the drive of the plurality of electric motors on the basis of the set torque distributions; and - circulating intermittently the lubricant used for cooling the first electric motor when the torque distribution set for the first electric motor is smaller than a predetermined value which is regarded as a reference value.
A system for implementing a collaborative phone reputation system, the system comprising: a compute device comprising, in operation, a call agent , the call agent being configured to perform operations comprising: analyzing, at the compute device , an incoming call that is received at the compute device ; determining a score, based upon the analyzing by the call agent , that the incoming call is desirable for a user of the compute device ; providing, based upon the score, notification related to the call to the user ; and providing the score to a server system ; wherein: the analyzing comprises: performing an analysis at the compute device of speech occurring during the incoming call; determining whether the incoming call is from a party that not is in a contact list at the compute device ; obtaining reputation data associated with an originating phone number of the incoming call from the server system ; the score is to be decreased based upon determination that the party is not in the contact list. a compute device comprising, in operation, a call agent , the call agent being configured to perform operations comprising: analyzing, at the compute device , an incoming call that is received at the compute device ; determining a score, based upon the analyzing by the call agent , that the incoming call is desirable for a user of the compute device ; providing, based upon the score, notification related to the call to the user ; and providing the score to a server system ; analyzing, at the compute device , an incoming call that is received at the compute device ; determining a score, based upon the analyzing by the call agent , that the incoming call is desirable for a user of the compute device ; providing, based upon the score, notification related to the call to the user ; and providing the score to a server system ; wherein: the analyzing comprises: performing an analysis at the compute device of speech occurring during the incoming call; determining whether the incoming call is from a party that not is in a contact list at the compute device ; obtaining reputation data associated with an originating phone number of the incoming call from the server system ; the score is to be decreased based upon determination that the party is not in the contact list. the analyzing comprises: performing an analysis at the compute device of speech occurring during the incoming call; determining whether the incoming call is from a party that not is in a contact list at the compute device ; obtaining reputation data associated with an originating phone number of the incoming call from the server system ; performing an analysis at the compute device of speech occurring during the incoming call; determining whether the incoming call is from a party that not is in a contact list at the compute device ; obtaining reputation data associated with an originating phone number of the incoming call from the server system ; the score is to be decreased based upon determination that the party is not in the contact list.
A method for receiving digital data using a generalized frequency divisional multiplexing, GFDM, multicarrier scheme comprising the steps of: - receiving a GFDM signal representing a transmit symbol, said transmit symbol comprising a plurality of data symbols assigned to at least two subcarriers, and - removing at least one of a cyclic prefix or a cyclic suffix from the transmit symbol - de-spreading the information of each received data symbol of a time slot of the transmit symbol to the data symbols of each subcarrier of said time slot by applying an inverse of a transformation applied at the transmitter, and - decoding the data symbols, the method further comprising the step of identifying at least one subcarrier having an amplitude exceeding a predefined threshold value before performing the step of de-spreading of received data symbols and ignoring said identified subcarrier in the step of de-spreading. - receiving a GFDM signal representing a transmit symbol, said transmit symbol comprising a plurality of data symbols assigned to at least two subcarriers, and - removing at least one of a cyclic prefix or a cyclic suffix from the transmit symbol - de-spreading the information of each received data symbol of a time slot of the transmit symbol to the data symbols of each subcarrier of said time slot by applying an inverse of a transformation applied at the transmitter, and - decoding the data symbols,
A method of manufacturing a container which includes the steps of: forming a wall of the container to include a medal retainer ; and retaining a medal to the container by forming a portion of the medal retainer of the container wall over a corresponding portion of the medal, characterized in that the forming step includes forming a peg in a wall of the container, extending radially outwardly relative to the container, and the retaining step includes placing the medal over the peg and against the container wall and swaging the peg to form a head on the peg to trap the medal between the head and the container wall so that the medal is non-removably retained to the container, or in that the forming step includes forming a rim in a wall of the container, extending radially outwardly relative to the container, and the retaining step includes placing the medal within the rim and against the container wall and swaging the rim over a radially outer edge of the medal to form a retaining flange to trap the medal between the flange and the container wall so that the medal is non-removably retained to the container, or in that the forming step includes forming an axially outwardly extending rim in a base wall of the container, and the retaining step includes insert molding the medal within the rim and against the container base wall and insert molding the rim over a radially outer edge of the medal to form a retaining flange to trap the medal between the flange and the container base wall so that the medal is non-removably retained to the container. forming a wall of the container to include a medal retainer ; and retaining a medal to the container by forming a portion of the medal retainer of the container wall over a corresponding portion of the medal, characterized in that the forming step includes forming a peg in a wall of the container, extending radially outwardly relative to the container, and the retaining step includes placing the medal over the peg and against the container wall and swaging the peg to form a head on the peg to trap the medal between the head and the container wall so that the medal is non-removably retained to the container, or in that the forming step includes forming a rim in a wall of the container, extending radially outwardly relative to the container, and the retaining step includes placing the medal within the rim and against the container wall and swaging the rim over a radially outer edge of the medal to form a retaining flange to trap the medal between the flange and the container wall so that the medal is non-removably retained to the container, or in that the forming step includes forming an axially outwardly extending rim in a base wall of the container, and the retaining step includes insert molding the medal within the rim and against the container base wall and insert molding the rim over a radially outer edge of the medal to form a retaining flange to trap the medal between the flange and the container base wall so that the medal is non-removably retained to the container.
A method for masking a voice signal in a zone-based audio system, comprising: capturing a voice signal to be masked in an audio zone; determining a point in time relevant for speech intelligibility in the voice signal; generating a deflection signal for the determined point in time, wherein the deflection signal is adapted to the voice signal with regard to a spectral characteristic and/or its energy; and outputting the deflection signal as a masking signal at the determined point in time in another audio zone, the method being characterized in that it comprises the following method steps: transforming the captured voice signal into spectral bands; swapping spectral values of at least two spectral bands; generating a noise signal based on the swapped spectral values; and outputting the noise signal as a further masking signal for the voice signal in the other audio zone. capturing a voice signal to be masked in an audio zone; determining a point in time relevant for speech intelligibility in the voice signal; generating a deflection signal for the determined point in time, wherein the deflection signal is adapted to the voice signal with regard to a spectral characteristic and/or its energy; and outputting the deflection signal as a masking signal at the determined point in time in another audio zone, the method being characterized in that it comprises the following method steps: transforming the captured voice signal into spectral bands; swapping spectral values of at least two spectral bands; generating a noise signal based on the swapped spectral values; and outputting the noise signal as a further masking signal for the voice signal in the other audio zone. transforming the captured voice signal into spectral bands; swapping spectral values of at least two spectral bands; generating a noise signal based on the swapped spectral values; and outputting the noise signal as a further masking signal for the voice signal in the other audio zone.
Flange arrangement , comprising a power shaft , a flanged hub detachably connected thereto and a locking means , which is designed to detachably hold the flanged hub on the power shaft , characterized in that the locking means is designed to exert a disassembly force on the flanged hub so that it can rotate about an axis of rotation of the power shaft , wherein at least one radially outwardly projecting supporting segment is formed on the locking means and/or a radially inwardly projecting supporting segment is formed on the flanged hub .
A mounting structure for an energy storage assembly of a circuit breaker, comprising an energy storage lever and an energy storage spring , wherein one end of the energy storage lever is an energy storage end which is connected with the energy storage spring , and the other end of the energy storage lever is a driving end; the energy storage lever rotates around a lever fulcrum in the middle of the energy storage lever by applying an external force to the driving end, thereby compressing the energy storage spring at the energy storage end to finish energy storage; one end of the energy storage spring is connected and mounted with the energy storage lever , and the other end of the energy storage spring is mounted in a base support ; an energy storage mounting shaft as a rotating fulcrum of the energy storage lever is also arranged in the middle of the energy storage lever ; the driving end is stressed, such that the energy storage lever rotates around the energy storage mounting shaft ; characterised in that the base support is of a U-shaped structure; the side surface of the base support having the U-shaped structure is connected and mounted with a side plate assembly , thereby fixing the energy storage spring inside the base support ; the base support having the U-shaped structure comprises a base supporting sheet which is connected with the end part of the energy storage spring , and base mounting sheets oppositely arranged at two sides of the base supporting sheet ; a support guide rail configured to guide and limit is also arranged on each base mounting sheet ; a guiding shaft is fixedly mounted on the side plate assembly .
A buttress applier cartridge configured to retain one or more buttress assemblies , wherein the buttress applier cartridge is further configured for use with an end effector of a surgical stapler to apply the one or more buttress assemblies to one or more of a first jaw and a second jaw of the end effector, wherein the first jaw of the end effector comprises an anvil and the second jaw of the end effector comprises a staple cartridge, wherein the buttress applier cartridge comprises (a) a housing assembly having a proximal end and a distal end, wherein the housing assembly defines a channel extending longitudinally and configured to receive the end effector; (b) a platform , directly or indirectly connectable with the housing assembly , wherein the platform extends longitudinally within an area defined by the channel , wherein the platform is configured to support the one or more buttress assemblies thereon; and (c) a pocket formed in the platform , wherein the pocket is located distal to where the platform is configured to support the one or more buttress assemblies, wherein the pocket is configured to receive a curved tip of the end effector when clamping the end effector on the platform, characterized in that the pocket comprises a perforated slit . (a) a housing assembly having a proximal end and a distal end, wherein the housing assembly defines a channel extending longitudinally and configured to receive the end effector; (b) a platform , directly or indirectly connectable with the housing assembly , wherein the platform extends longitudinally within an area defined by the channel , wherein the platform is configured to support the one or more buttress assemblies thereon; and (c) a pocket formed in the platform , wherein the pocket is located distal to where the platform is configured to support the one or more buttress assemblies, wherein the pocket is configured to receive a curved tip of the end effector when clamping the end effector on the platform,
Coupling arrangement for a track-guided vehicle, in particular rail vehicle, comprising a draw bar with a first end region for connecting to a wagon and a second end region situated opposite the first end region , a joint arrangement which is provided in the second end region of the draw bar and via which at least one first coupling device is mounted pivotably about a horizontal joint axis (GA), the first coupling device comprising a coupling head of an automatic coupling, this coupling head being connected to the joint arrangement for conjoint drive, an actuating apparatus for pivoting the first coupling device of the automatic coupling into or out of a horizontal coupling plane (KE), as required; characterized in that the actuating apparatus is fastened to the draw bar and comprises at least one drive device , which engages on the joint arrangement eccentrically with respect to the horizontal joint axis (GA) and is designed to pivot the first coupling device into or out of the horizontal coupling plane, as required, wherein at least one pivot lever is connected to the horizontal joint axis (GA), in particular to a bolt defining the joint axis, for conjoint drive and the at least one drive device engages at least indirectly on the at least one pivot lever to form a drive-device/pivot-lever unit , and an individual drive device is in the form of a hydraulic or pneumatic linear motor, which is fastened to a support arranged on the draw bar . a draw bar with a first end region for connecting to a wagon and a second end region situated opposite the first end region , a joint arrangement which is provided in the second end region of the draw bar and via which at least one first coupling device is mounted pivotably about a horizontal joint axis (GA), the first coupling device comprising a coupling head of an automatic coupling, this coupling head being connected to the joint arrangement for conjoint drive, an actuating apparatus for pivoting the first coupling device of the automatic coupling into or out of a horizontal coupling plane (KE), as required; characterized in that the actuating apparatus is fastened to the draw bar and comprises at least one drive device , which engages on the joint arrangement eccentrically with respect to the horizontal joint axis (GA) and is designed to pivot the first coupling device into or out of the horizontal coupling plane, as required, wherein at least one pivot lever is connected to the horizontal joint axis (GA), in particular to a bolt defining the joint axis, for conjoint drive and the at least one drive device engages at least indirectly on the at least one pivot lever to form a drive-device/pivot-lever unit , and an individual drive device is in the form of a hydraulic or pneumatic linear motor, which is fastened to a support arranged on the draw bar .
A glass comprising B 2 O 3 , SiO 2 , Ag and Fe, said Fe including ferric ion (Fe 3+ ) and ferrous ion (Fe 2+ ), said glass including 2 wt% - 8 wt% B 2 O 3 , lacking Se and having (i) a tint with a chromaticity coordinate x in the range from 0.37 - 0.65, (ii) an average percent transmittance (%T) over the wavelength range from 780 nm - 2000 nm, for a thickness of 1.9 mm, of less than 3%, and (iii) an average percent transmittance (%T) over the wavelength range from 280 nm - 400 nm, for a thickness of 1.9 mm, of less than 1%.
Modular side wall of a car body, comprising a first and a second side wall parts, each of said first and second side wall parts comprising : - a top profile and a bottom profile , each of the top and bottom profiles extending along a principal direction (X) with a substantially constant cross-section, so as to be adapted for a one-piece fabrication by extrusion along the principal direction, each of the top and bottom profiles comprising a wall with an inner face and an outer face , each face substantially extending along a principal plane (X, Y) parallel to the principal direction, at least one of the top and bottom profiles also comprising at least one rib or groove extending on the inner face along the principal direction ; and - at least a first intermediate adapter , comprising a top edge and a bottom edge , said top and bottom edges being assembled with the top and bottom profiles respectively, the top profiles of the first and second side wall parts being identical and the bottom profiles of the first and second side wall parts being identical ; the modular side wall also comprising a first and a second bottom edges adapted for being assembled with floor zones of different vertical levels. - a top profile and a bottom profile , each of the top and bottom profiles extending along a principal direction (X) with a substantially constant cross-section, so as to be adapted for a one-piece fabrication by extrusion along the principal direction, each of the top and bottom profiles comprising a wall with an inner face and an outer face , each face substantially extending along a principal plane (X, Y) parallel to the principal direction, at least one of the top and bottom profiles also comprising at least one rib or groove extending on the inner face along the principal direction ; and each of the top and bottom profiles comprising a wall with an inner face and an outer face , each face substantially extending along a principal plane (X, Y) parallel to the principal direction, at least one of the top and bottom profiles also comprising at least one rib or groove extending on the inner face along the principal direction ; and - at least a first intermediate adapter , comprising a top edge and a bottom edge , said top and bottom edges being assembled with the top and bottom profiles respectively, the top profiles of the first and second side wall parts being identical and the bottom profiles of the first and second side wall parts being identical ; the modular side wall also comprising a first and a second bottom edges adapted for being assembled with floor zones of different vertical levels. the top profiles of the first and second side wall parts being identical and the bottom profiles of the first and second side wall parts being identical ; the modular side wall also comprising a first and a second bottom edges adapted for being assembled with floor zones of different vertical levels.