mhurhangee/patent-ind-claim-en huggingface dataset:
A system for delivering a prosthetic heart valve, the system comprising: a catheter , the catheter comprising: a tip ; a capsule adjacent the tip ; an inner sheath adjacent the capsule ; the inner sheath being disposed along a longitudinal axis; an outer sheath disposed along the longitudinal axis and connected to a handle ; and the handle further comprising an actuator ; wherein the inner sheath comprises projections distal the handle , wherein the actuator is configured to actuate the outer sheath , wherein the capsule is configured to receive a prosthetic heart valve , wherein the outer sheath is configured to move along the longitudinal axis to expose the projections , wherein the projections are configured to open outward from the longitudinal axis; wherein each projection comprises an arm portion and a feeler portion , the feeler portion having a proximal and distal end wherein the feeler portion comprises a curved end on the distal most end; and wherein the feeler portion further comprises a notch or an indentation. a tip ; a capsule adjacent the tip ; an inner sheath adjacent the capsule ; the inner sheath being disposed along a longitudinal axis; an outer sheath disposed along the longitudinal axis and connected to a handle ; and the handle further comprising an actuator ; wherein the inner sheath comprises projections distal the handle , wherein the actuator is configured to actuate the outer sheath , wherein the capsule is configured to receive a prosthetic heart valve , wherein the outer sheath is configured to move along the longitudinal axis to expose the projections , wherein the projections are configured to open outward from the longitudinal axis; wherein each projection comprises an arm portion and a feeler portion , the feeler portion having a proximal and distal end wherein the feeler portion comprises a curved end on the distal most end; and wherein the feeler portion further comprises a notch or an indentation.
An apparatus for automatic item searching and verification, the apparatus comprising at least one processor and at least one non-transitory memory including computer-coded instructions thereon, the computer coded instructions, with the at least one processor , configure the apparatus to: retrieve a target item data set associated with item distribution route data; receive a captured image comprising an item representation set and an item information representation set associated with the item representation set, wherein each item representation of the item representation set is associated with an item position in an augmented reality environment; identify , from an item information representation of the item information representation set, a scanned item data object corresponding to the item information representation; determine that the scanned item data object comprises a relevant item data object based on at least the target item data set, wherein the determining that the scanned item data object comprises a relevant item data object comprises determining that the scanned item data object corresponds to an item data object in the target item data set; generate a color coded augmented reality element corresponding to the relevant item data object that visually distinguishes the relevant item data object; and cause rendering , to a user interface, of the captured image augmented based on at least the color coded augmented reality element, wherein the color coded augmented reality element is rendered based on at least a first item position associated with an item representation corresponding to the color coded augmented reality element. retrieve a target item data set associated with item distribution route data; receive a captured image comprising an item representation set and an item information representation set associated with the item representation set, wherein each item representation of the item representation set is associated with an item position in an augmented reality environment; identify , from an item information representation of the item information representation set, a scanned item data object corresponding to the item information representation; determine that the scanned item data object comprises a relevant item data object based on at least the target item data set, wherein the determining that the scanned item data object comprises a relevant item data object comprises determining that the scanned item data object corresponds to an item data object in the target item data set; generate a color coded augmented reality element corresponding to the relevant item data object that visually distinguishes the relevant item data object; and cause rendering , to a user interface, of the captured image augmented based on at least the color coded augmented reality element, wherein the color coded augmented reality element is rendered based on at least a first item position associated with an item representation corresponding to the color coded augmented reality element.
A sensor body cell (144A; 144B) for use in a pressure sensor comprising: a metal housing having a first cavity with a first conical inner surface ; and an insulating cell (150A; 150B) comprising a first glass seal portion within the first cavity and forming a seal with the first conical inner surface , wherein the first glass seal portion includes a first conical outer surface corresponding to the first conical inner surface ; characterized in that the first conical inner surface is concave and the first conical outer surface has a convex shape when viewed in cross-section along a plane extending through and approximately parallel to a first axis that is approximately concentric with the first conical outer surface . a metal housing having a first cavity with a first conical inner surface ; and an insulating cell (150A; 150B) comprising a first glass seal portion within the first cavity and forming a seal with the first conical inner surface , wherein the first glass seal portion includes a first conical outer surface corresponding to the first conical inner surface ; characterized in that the first conical inner surface is concave and the first conical outer surface has a convex shape when viewed in cross-section along a plane extending through and approximately parallel to a first axis that is approximately concentric with the first conical outer surface .
A solar module comprising a series circuit of bypass diodes arranged between connections , with bypass connections (4.1 to 4.4) at both ends and at all connecting points of the series circuit of bypass diodes and comprising a series circuit of solar partial modules with partial module terminals (6.1 to 6.4) at both ends and at all connecting points of the series circuit of solar partial modules, wherein each bypass diode is associated with precisely one solar partial module , and comprising a plurality of semiconductor switches (8.1 to 8.4, 9.1 to 9.4) for removing voltage from the solar module connections (6.1 to 6.4) when a disconnection signal is received by a safety unit , characterized in that each of the plurality of semiconductor switches (8.1 to 8.4, 9.1 to 9.4) is configured to switch an associated solar partial module into a voltage-free or current-free state, and that at least one bypass connection (4.1 to 4.4) is directly connected to the associated partial module terminal (6.1 to 6.4) and that at least one bypass connection (4.1 to 4.4) is connected to the associated partial module terminal (6.1 to 6.4) by means of one of the semiconductor switches (8.1 to 8.4).
A semiconductor device including a transistor with fin structure, the semiconductor device comprising: a channel layer disposed over a substrate , the channel layer being connected to the substrate via a semiconductor layer ; a source layer disposed on a first side surface of the channel layer over the substrate , the source layer being separated from the substrate via a first insulating layer , the source layer serving as a source of the transistor; a drain layer disposed on a second side surface of the channel layer opposite to the first side surface over the substrate , the drain layer being separated from the substrate via a second insulating layer , the drain layer serving as a drain of the transistor; and a gate electrode including a first portion disposed over the channel layer and a second portion disposed between the substrate and the channel layer , the gate electrode serving as a gate of the transistor, wherein the second portion has a third side surface and a fourth side surface opposite to the third side surface, and the third side surface or the fourth side surface faces the semiconductor layer . a channel layer disposed over a substrate , the channel layer being connected to the substrate via a semiconductor layer ; a source layer disposed on a first side surface of the channel layer over the substrate , the source layer being separated from the substrate via a first insulating layer , the source layer serving as a source of the transistor; a drain layer disposed on a second side surface of the channel layer opposite to the first side surface over the substrate , the drain layer being separated from the substrate via a second insulating layer , the drain layer serving as a drain of the transistor; and a gate electrode including a first portion disposed over the channel layer and a second portion disposed between the substrate and the channel layer , the gate electrode serving as a gate of the transistor, wherein the second portion has a third side surface and a fourth side surface opposite to the third side surface, and the third side surface or the fourth side surface faces the semiconductor layer .
A film tensioning element, having a lip ring and a vestibular ring, between which, and optionally beyond which, a film extends, characterized in that at least the vestibular ring and/or the lip ring is filled with a gas under pressure.
A method for wireless communications, comprising: monitoring for transmissions using a plurality of receive beams ; receiving a signal using at least a first receive beam of the plurality of receive beams and a second receive beam of the plurality of receive beams; calculating a difference between a first received signal strength for the signal corresponding to the first receive beam and a second received signal strength for the signal corresponding to the second receive beam; determining a direction of the signal based at least in part on the calculated difference between the first received signal strength and the second received signal strength, wherein determining the direction comprises accessing a lookup table in memory, wherein the lookup table comprises indications of differences in received signal strengths and corresponding signal directions; selecting , from a set of communication beams, a communication beam corresponding to the determined direction of the signal, wherein the set of communication beams is different from the plurality of receive beams used to monitor for transmissions; and utilizing the selected communication beam for communication. monitoring for transmissions using a plurality of receive beams ; receiving a signal using at least a first receive beam of the plurality of receive beams and a second receive beam of the plurality of receive beams; calculating a difference between a first received signal strength for the signal corresponding to the first receive beam and a second received signal strength for the signal corresponding to the second receive beam; determining a direction of the signal based at least in part on the calculated difference between the first received signal strength and the second received signal strength, wherein determining the direction comprises accessing a lookup table in memory, wherein the lookup table comprises indications of differences in received signal strengths and corresponding signal directions; selecting , from a set of communication beams, a communication beam corresponding to the determined direction of the signal, wherein the set of communication beams is different from the plurality of receive beams used to monitor for transmissions; and utilizing the selected communication beam for communication.
Method for playing back multimedia content by means of user equipment, the method comprising steps of: receiving segments of multimedia content by a proxy server (PXY) of a user's equipment (UE) from a content server (CNTP), and storing the received segments in a buffer memory (BFF), and transmitting a segment request from a multimedia player (MPL) of the user equipment (UE) to the proxy server (PXY), and transmitting, in response to the request, a requested segment from the proxy server to the multimedia player if said segment is present in the buffer memory, transmitting a request for synchronization data (TMRF) from the multimedia player to the proxy server, and transmitting, in response to the request, synchronization data from the proxy server to the multimedia player, which data include an identifier of a last received segment and an item of data defining the time at which the last segment is received by the user's equipment, the item of data defining the time being the current time at which the last segment is received by the proxy server, provided by a clock of the user's equipment, or the time elapsed between the moment at which the last segment is received by the proxy server and the moment at which the synchronization data are transmitted. receiving segments of multimedia content by a proxy server (PXY) of a user's equipment (UE) from a content server (CNTP), and storing the received segments in a buffer memory (BFF), and transmitting a segment request from a multimedia player (MPL) of the user equipment (UE) to the proxy server (PXY), and transmitting, in response to the request, a requested segment from the proxy server to the multimedia player if said segment is present in the buffer memory, transmitting a request for synchronization data (TMRF) from the multimedia player to the proxy server, and transmitting, in response to the request, synchronization data from the proxy server to the multimedia player, which data include an identifier of a last received segment and an item of data defining the time at which the last segment is received by the user's equipment, the item of data defining the time being the current time at which the last segment is received by the proxy server, provided by a clock of the user's equipment, or the time elapsed between the moment at which the last segment is received by the proxy server and the moment at which the synchronization data are transmitted.
A grinding machine comprising: a support pedestal supporting a drive motor that supports an abrasive wheel rotatably coupled to the drive motor ; an exhaust vacuum coupled to the support pedestal proximate the abrasive wheel , the exhaust vacuum including a vacuum/air flow sensor ; a motor drive operatively coupled to the drive motor ; a safety controller operatively coupled with the drive motor and motor drive ; an E-stop operatively coupled to the safety controller ; a foot pedal switch operatively coupled to the safety controller ; and a 480 volt alternating current 3 phase electrical power supply electrically coupled to the drive motor . a support pedestal supporting a drive motor that supports an abrasive wheel rotatably coupled to the drive motor ; an exhaust vacuum coupled to the support pedestal proximate the abrasive wheel , the exhaust vacuum including a vacuum/air flow sensor ; a motor drive operatively coupled to the drive motor ; a safety controller operatively coupled with the drive motor and motor drive ; an E-stop operatively coupled to the safety controller ; a foot pedal switch operatively coupled to the safety controller ; and a 480 volt alternating current 3 phase electrical power supply electrically coupled to the drive motor .
A computer-implemented method comprising: receiving , by a data security system and from a publisher computing system of a publisher , a request for a subscription token for a given user, the request comprising user identification information provided to the publisher by the given user when subscribing to electronic content of the publisher ; generating , by the data security system , the subscription token for the publisher and the given user, wherein the subscription token comprises (i) a set of data comprising first encrypted user identifier generated by encrypting, using an encryption key of the data security system , a first user identifier for the given user that is used by the data security system to identify the given user and, for each of one or more content platforms, (ii) an attachment element comprising a second encrypted user identifier generated by encrypting, using an encryption key of the content platform, a second user identifier for the given user that is used by the content platform to identify the given user; and transmitting the subscription token to the publisher computing system. receiving , by a data security system and from a publisher computing system of a publisher , a request for a subscription token for a given user, the request comprising user identification information provided to the publisher by the given user when subscribing to electronic content of the publisher ; generating , by the data security system , the subscription token for the publisher and the given user, wherein the subscription token comprises (i) a set of data comprising first encrypted user identifier generated by encrypting, using an encryption key of the data security system , a first user identifier for the given user that is used by the data security system to identify the given user and, for each of one or more content platforms, (ii) an attachment element comprising a second encrypted user identifier generated by encrypting, using an encryption key of the content platform, a second user identifier for the given user that is used by the content platform to identify the given user; and transmitting the subscription token to the publisher computing system.
Pressure relief valve of a packaging container, comprising: - a base body , - at least one pass-through opening extending through the base body , - a membrane that is arranged above the at least one pass-through opening , and - a fluid which is applied onto the base body , the fluid being arranged between the membrane and the base body , - wherein the base body comprises a first sealing zone , a second sealing zone and a third sealing zone , - wherein the first sealing zone , the second sealing zone and the third sealing zone are in each case implemented so as to be circumferentially closed, - wherein the second sealing zone is arranged radially within the third sealing zone , - wherein the first sealing zone is arranged radially within the second sealing zone , - wherein the membrane covers the first sealing zone , the second sealing zone and the third sealing zone , characterised in that the at least one pass-through opening is arranged between the first sealing zone and the second sealing zone . - a base body , - at least one pass-through opening extending through the base body , - a membrane that is arranged above the at least one pass-through opening , and - a fluid which is applied onto the base body , the fluid being arranged between the membrane and the base body , - wherein the base body comprises a first sealing zone , a second sealing zone and a third sealing zone , - wherein the first sealing zone , the second sealing zone and the third sealing zone are in each case implemented so as to be circumferentially closed, - wherein the second sealing zone is arranged radially within the third sealing zone , - wherein the first sealing zone is arranged radially within the second sealing zone , - wherein the membrane covers the first sealing zone , the second sealing zone and the third sealing zone ,
A double-swing-rod mechanism, comprising a supporting main body used for rigidly supporting a fruit picking machine, a rotating shaft component connected to the supporting main body , two conical gears that axially rotate around the rotating shaft component , two swing rods movably connected to the two conical gears respectively to achieve a swing effect, and a drive gear movably connected to the supporting main body , wherein eccentric wheels that rotates around the rotating shaft component are arranged on the conical gears ; the swing rods rotate around the eccentric wheels ; the two conical gears are oppositely disposed; and the drive gear is engaged between the two conical gears , the double-swing-rod mechanism is characterized in that , the supporting main body comprises a backplane and supporting plates arranged in front of the backplane ; a space for accommodating a gear is formed between the backplane and the two supporting plates ; the rotating shaft component is fixedly connected between the two supporting plates ; the conical gears are restrained between the two supporting plates through the rotating shaft component ; and the drive gear is movably connected to the backplane .
Method for regenerating an ionisation electrode for measuring the ionisation in a flame area of a burner having a first alternating voltage with a first frequency, wherein after a start of the burner , when predeterminable criteria are present for a predeterminable time interval (Δt), a second alternating voltage with the second frequency, which is higher than the frequency used for a continuous operation, is applied to the ionisation electrode .
A method for manufacturing a cut resistant fabric, in which method a cut resistant fabric is manufactured according to the following steps: - supplying protective yarn and a first additional yarn to a circular knitting machine for forming a fabric , wherein said first additional yarn is supplied with each protective yarn through a same feeder of the circular knitting machine , - using polyethene yarn with a thickness of 50 - 225 dtex, preferably 100 - 120 dtex, as said protective yarn and uncoated elastane yarn with a thickness of 20 - 80 dtex, preferably 30 - 78 dtex, as the first additional yarn , - forming the fabric from the supplied protective yarn and the first additional yarn as single-jersey knits , characterised in that the method comprises - supplying separately the first additional yarn and the protective yarn to a circular knitting machine both at a selected tension each through a separate yarn carrier to the same feeder needle, with the tension of the first additional yarn being higher than that of the protective yarn for compressing the final fabric , and - finishing the fabric in a heat treatment step for stabilising the fabric by interlocking the protective yarn and the first additional yarn in each single-jersey knit using the heat treatment on a stenter frame. - supplying protective yarn and a first additional yarn to a circular knitting machine for forming a fabric , wherein said first additional yarn is supplied with each protective yarn through a same feeder of the circular knitting machine , - using polyethene yarn with a thickness of 50 - 225 dtex, preferably 100 - 120 dtex, as said protective yarn and uncoated elastane yarn with a thickness of 20 - 80 dtex, preferably 30 - 78 dtex, as the first additional yarn , - forming the fabric from the supplied protective yarn and the first additional yarn as single-jersey knits , - supplying separately the first additional yarn and the protective yarn to a circular knitting machine both at a selected tension each through a separate yarn carrier to the same feeder needle, with the tension of the first additional yarn being higher than that of the protective yarn for compressing the final fabric , and - finishing the fabric in a heat treatment step for stabilising the fabric by interlocking the protective yarn and the first additional yarn in each single-jersey knit using the heat treatment on a stenter frame.