mhurhangee/ep-ind-claims huggingface dataset:
A knotless heart valve prosthesis, comprising: a lower segmented ring comprising three separate segments (94a, 94b, 94v) arranged in a circumferential array with gaps therebetween and having an implanted size that can be collapsed to a smaller size for passage through an annulus; an upper securing ring; a prosthetic heart valve connected to the securing ring; characterized in that each segment (94a, 94b, 94v) of the lower segmented ring has at least one elongated flexible connection member configured to extend upward from the lower segmented ring through a mating aperture formed in the upper securing ring so as to couple the two rings together and clamp the annulus therebetween, wherein the position of each connection member within its respective aperture can be secured. a lower segmented ring comprising three separate segments (94a, 94b, 94v) arranged in a circumferential array with gaps therebetween and having an implanted size that can be collapsed to a smaller size for passage through an annulus; an upper securing ring; a prosthetic heart valve connected to the securing ring; characterized in that each segment (94a, 94b, 94v) of the lower segmented ring has at least one elongated flexible connection member configured to extend upward from the lower segmented ring through a mating aperture formed in the upper securing ring so as to couple the two rings together and clamp the annulus therebetween, wherein the position of each connection member within its respective aperture can be secured.
A method, comprising: establishing a downlink communication between a downlink transmitter and a downlink receiver; transmitting a telepowering signal in the downlink communication; and transmitting a fingerprint signal modulated with the telepowering signal in the downlink communication, characterized in that the method comprises a step consisting in reflecting the fingerprint signal to the downlink transmitter. establishing a downlink communication between a downlink transmitter and a downlink receiver; transmitting a telepowering signal in the downlink communication; and transmitting a fingerprint signal modulated with the telepowering signal in the downlink communication, characterized in that the method comprises a step consisting in reflecting the fingerprint signal to the downlink transmitter.
A luminaire comprising: an elongate support member extending in an elongation direction between opposing end portions, and carrying at least one light source; a pair of spacer elements extending from said opposing end portions; and a reflector canopy extending over the support member and being at least partially supported by the pair of spacer elements, characterised in that the reflector canopy comprises a pair of support ribs extending normally to said elongation direction, each of said ribs engaging with one of said spacer elements, wherein: the reflector canopy is foldable in a direction normal to said elongation direction, and each of the support ribs comprise a plurality of flexibly coupled members for facilitating folding of the reflector canopy in said normal direction; and/or the reflector canopy is foldable in the elongation direction together with the support member, and the elongate support member further comprises a plurality of flexibly coupled segments to facilitate folding in said elongation direction; and wherein, said at least one light source faces the reflector canopy when the luminaire is in an unfolded status. an elongate support member extending in an elongation direction between opposing end portions, and carrying at least one light source; a pair of spacer elements extending from said opposing end portions; and a reflector canopy extending over the support member and being at least partially supported by the pair of spacer elements, characterised in that the reflector canopy comprises a pair of support ribs extending normally to said elongation direction, each of said ribs engaging with one of said spacer elements, wherein: the reflector canopy is foldable in a direction normal to said elongation direction, and each of the support ribs comprise a plurality of flexibly coupled members for facilitating folding of the reflector canopy in said normal direction; and/or the reflector canopy is foldable in the elongation direction together with the support member, and the elongate support member further comprises a plurality of flexibly coupled segments to facilitate folding in said elongation direction; and wherein, said at least one light source faces the reflector canopy when the luminaire is in an unfolded status. the reflector canopy is foldable in a direction normal to said elongation direction, and each of the support ribs comprise a plurality of flexibly coupled members for facilitating folding of the reflector canopy in said normal direction; and/or the reflector canopy is foldable in the elongation direction together with the support member, and the elongate support member further comprises a plurality of flexibly coupled segments to facilitate folding in said elongation direction; and wherein, said at least one light source faces the reflector canopy when the luminaire is in an unfolded status.
A system operable to manage execution of a request that outlasts token expiration in an asynchronous request-reply pattern, the system comprising: at least one hardware processor; a work process application program interface, API, executed by the at least one hardware processor to: receive a request from a client to perform an operation, wherein the request includes a token with an expiration; create a tracking key for the request; post the request for processing; and transmit a response to the client in response to accepting the request, wherein the response includes a reply-after time period, the tracking key, and a location to poll for a status of the request after expiration of the reply-after time period; and a status checker API executed by the at least one hardware processor to: receive a status check for the request from the client based on the reply-after time period and the location to poll, wherein the status check includes the tracking key; check the status of the request using the tracking key; extract a new token from the status check based on the new token being needed to execute the request; and send a reply to the status check with a current status of the request. at least one hardware processor; a work process application program interface, API, executed by the at least one hardware processor to: receive a request from a client to perform an operation, wherein the request includes a token with an expiration; create a tracking key for the request; post the request for processing; and transmit a response to the client in response to accepting the request, wherein the response includes a reply-after time period, the tracking key, and a location to poll for a status of the request after expiration of the reply-after time period; and receive a request from a client to perform an operation, wherein the request includes a token with an expiration; create a tracking key for the request; post the request for processing; and transmit a response to the client in response to accepting the request, wherein the response includes a reply-after time period, the tracking key, and a location to poll for a status of the request after expiration of the reply-after time period; and a status checker API executed by the at least one hardware processor to: receive a status check for the request from the client based on the reply-after time period and the location to poll, wherein the status check includes the tracking key; check the status of the request using the tracking key; extract a new token from the status check based on the new token being needed to execute the request; and send a reply to the status check with a current status of the request. receive a status check for the request from the client based on the reply-after time period and the location to poll, wherein the status check includes the tracking key; check the status of the request using the tracking key; extract a new token from the status check based on the new token being needed to execute the request; and send a reply to the status check with a current status of the request.
A front panel for a drawer, the front panel being formed by at least one decorative plate and frame for receiving the decorative plate, wherein the decorative plate is at least partially received within the frame in a mounted condition, and wherein the frame includes at least one locking portion (14a, 14b) for releasably locking the front panel to a drawer sidewall, wherein at least one holding device (16a, 16b) is arranged on at least one end portion of the decorative plate, the at least one holding device (16a, 16b) being configured to receive the at least one end portion of the decorative plate, being separate from the decorative plate and the frame and being configured to be releasably connected to the frame, characterized in that - the frame includes a longitudinally extending carrier profile having a first end portion and a second end portion, wherein a side portion (5a, 5b) is arranged or formed on the first end portion and/or on the second end portion of the carrier profile, the side portion (5a, 5b) protruding upwardly from the carrier profile in a mounted position of the front panel on the drawer, - the carrier profile includes at least one groove for receiving a longitudinal side of the decorative plate, the groove extending in a longitudinal direction of the carrier profile, and - the decorative plate, when being mounted to the frame, is introducible with the lower longitudinal side into the groove of the carrier profile, and, after having been introduced into the groove, is pivotable about an axis extending in the longitudinal direction of the decorative plate and, after having been pivoted, is lockable to the frame by the holding device (16a, 16b). - the frame includes a longitudinally extending carrier profile having a first end portion and a second end portion, wherein a side portion (5a, 5b) is arranged or formed on the first end portion and/or on the second end portion of the carrier profile, the side portion (5a, 5b) protruding upwardly from the carrier profile in a mounted position of the front panel on the drawer, - the carrier profile includes at least one groove for receiving a longitudinal side of the decorative plate, the groove extending in a longitudinal direction of the carrier profile, and - the decorative plate, when being mounted to the frame, is introducible with the lower longitudinal side into the groove of the carrier profile, and, after having been introduced into the groove, is pivotable about an axis extending in the longitudinal direction of the decorative plate and, after having been pivoted, is lockable to the frame by the holding device (16a, 16b).
A Christmas tree for location at a standard wellhead, the wellhead having a wellhead housing and a tubing hanger extending into a wellbore, characterised in that, the tree comprises: an upper tree portion, including a swab valve, a flow wing valve and, at a lower end, first connection means for connecting the upper tree portion in the wellhead; a lower tree portion, including at least one master valve (48,50), and second connection means for locking the lower tree portion to an inner surface of the wellbore, wherein: the at least one master valve is a bi-directionally sealing valve and the at least one master valve is located below the tubing hanger. an upper tree portion, including a swab valve, a flow wing valve and, at a lower end, first connection means for connecting the upper tree portion in the wellhead; a lower tree portion, including at least one master valve (48,50), and second connection means for locking the lower tree portion to an inner surface of the wellbore, wherein: the at least one master valve is a bi-directionally sealing valve and the at least one master valve is located below the tubing hanger.
A developer unit for an electrophotographic imaging device, comprising: a housing having a volume defined therein for holding toner to be developed; a toner inlet port disposed on the housing having an aperture for receiving toner; and a cover member rotatably coupled to the housing for covering the toner inlet port when in a closed position and allowing for the reception of toner within the housing when in an open position relative to the toner inlet port characterized by that the cover member comprises: a first member providing a surface area which covers the toner inlet port when the cover member is in the closed position; a plurality of arms, each arm being coupled to the first member and having a distal end portion pivotably coupled to the housing, the cover member pivoting about an axis defined at least in part by the distal end portion of the arms. a housing having a volume defined therein for holding toner to be developed; a toner inlet port disposed on the housing having an aperture for receiving toner; and a cover member rotatably coupled to the housing for covering the toner inlet port when in a closed position and allowing for the reception of toner within the housing when in an open position relative to the toner inlet port characterized by that the cover member comprises: a first member providing a surface area which covers the toner inlet port when the cover member is in the closed position; a plurality of arms, each arm being coupled to the first member and having a distal end portion pivotably coupled to the housing, the cover member pivoting about an axis defined at least in part by the distal end portion of the arms. a first member providing a surface area which covers the toner inlet port when the cover member is in the closed position; a plurality of arms, each arm being coupled to the first member and having a distal end portion pivotably coupled to the housing, the cover member pivoting about an axis defined at least in part by the distal end portion of the arms.
Use of a marine lubricating oil composite additive for cylinder oils in shipborne Blender-on-Board system, characterized in that, based on the total weight of the composite additive, it comprises: 25-45% sulfonate detergent with superhigh base number, 40-60% phenolate detergent with low base number, 0-8% dispersing agent, 0-4% antiwear agent, and 10-20% Group I base oil with high viscosity index which is selected from the group consisting of 400SN, 500SN and 600SN; said sulfonate detergent with superhigh base number is C 22 -C 30 linear alkyl benzene calcium sulphonate, wherein the base number thereof is 395-430 mgKOH/g; said phenolate detergent with low base number is C 20 -C 25 alkyl sulfurized calcium phenolate, wherein the base number thereof is 240-265 mgKOH/g; said dispersing agent is selected from the group consisting of mono-polyisobutylene succinimide, bis-polyisobutylene succinimide and multi-polyisobutylene succinimide; said antiwear agent is zinc long-chain alkyl thiophosphate with the structure corresponding to the following formula, wherein R 1, R 2, R 3 and R 4 are long-chain primary alkyl groups each comprising 12-18 carbon atoms, or R 1, R 2, R 3 and R 4 are long-chain secondary alkyl groups each comprising 12-16 carbon atoms.
A method, performed by a user equipment, UE, comprising a plurality of receive antennas and being operative in a wireless communication network implementing Multiple Input, Multiple Output, MIMO transmissions; the method comprising: apprising the network of dynamically changing UE antenna parameters, by, for each active band on which the UE is operating: obtaining information whether the receive antennas are configured as a Uniform Linear Array, ULA, or as Cross Polarized, Xpol, and/or determining a correlation among the receive antennas, and transmitting information to the network indicative of at least one of the receive antenna configuration and the correlation. obtaining information whether the receive antennas are configured as a Uniform Linear Array, ULA, or as Cross Polarized, Xpol, and/or determining a correlation among the receive antennas, and transmitting information to the network indicative of at least one of the receive antenna configuration and the correlation.
Wheel suspension system for a drivable rear axle of a motor vehicle having two wheel supports (2; 3) which are arranged so as to lie opposite one another in the vehicle transverse direction, and can be connected via in each case at least one wheel-steering link (9; 10) in an articulated manner to a structure which is provided for this purpose, the wheel suspension system having a trailing arm (9; 10) which is assigned in each case to one of the two wheel supports (2; 3), and having a transverse leaf spring which extends between the said two wheel supports (2; 3), which transverse leaf spring, for compression and rebound of the wheel supports (2; 3) from a zero position, can firstly be connected in the region between its two ends (18; 19), spaced apart from the latter, to the structure which is provided for this purpose, and is secondly connected, in the region of its two ends (18; 19), to the respectively associated wheel support (2; 3), the transverse leaf spring having, in its zero position, a first curvature in plan view and a second curvature in front view which is configured in such a way that, in a front view, the transverse leaf spring, starting from its centre, is curved towards the roadway or away from the latter, the first curvature being configured in such a way that the transverse leaf spring, starting from its centre, is curved in or counter to the driving direction, characterized in that the first and second curvature extend over the entire length of the transverse leaf spring, and in that the transverse leaf spring, in the region of its two ends (18; 19), is connected in an articulated manner to the respective wheel support (2; 3), and is of wheel-steering configuration in order to set the camber and/or toe-in characteristic of the wheel suspension system.
An apparatus configured to calibrate a fluid-operated power torque tool having housing means and drive means, the apparatus comprising a non-turnable torque measuring unit configured to measure a torque generated by the tool; a non-turnable abutment unit that is non-turnably connected to an existing calibration stand; characterised by first connecting means configured to connect the drive means of the tool with said torque measuring unit that is non-turnably connected to the calibration stand, configured to measure a torque generated by the tool when a fluid pressure is applied to the tool; an adjustable braking unit configured to provide an adjustable braking force; second connecting means configured to connect the housing means of the tool with said adjustable braking unit to apply the adjustable braking force to the housing means so as to increase a turning resistance to turning of the housing means of the tool, so that when the tool is operated the housing means of the tool starts turning at a force determined by said braking unit while the drive means of the tool apply an opposite and equal force to said measuring unit, so that when the braking force is increased a fluid pressure required for the tool increases and the tool can be calibrated, by determining the generated torque that corresponds to the applied fluid pressure, without inertia.
System for tool changing in bending presses comprising: - a plurality of bending tools each having a gripping shank (311, 321) configured to be clamped by a bending press and a hook appendix (312,322) distinct from the gripping shank (311,321); - a tool-holder bar configured to sustain in a detachable way at least one bending tool by means of the hook appendix (312, 322); and - a robotized arm configured to selectively grasp and move a bending tool, for loading/unloading a bending tool on/from the tool-holder bar, characterized in that the robotized arm is also configured to selectively grasp and move the tool-holder bar, for moving the tool-holder bar nearer to/away from the bending press. - a plurality of bending tools each having a gripping shank (311, 321) configured to be clamped by a bending press and a hook appendix (312,322) distinct from the gripping shank (311,321); - a tool-holder bar configured to sustain in a detachable way at least one bending tool by means of the hook appendix (312, 322); and - a robotized arm configured to selectively grasp and move a bending tool, for loading/unloading a bending tool on/from the tool-holder bar, characterized in that the robotized arm is also configured to selectively grasp and move the tool-holder bar, for moving the tool-holder bar nearer to/away from the bending press.
A Ziegler-Natta catalyst component precursor comprising a dry mechanical mixture of (a) distinct particles of adducts of formula MgCl 2 (R 1 OH) n where R 1 is a C 1 -C 8 alkyl group, and n is from 0.2 to 6 having average particle size (P50a) ranging from 5 to 100 μm as determined according to the description and (b) from 0.2 to 5.0% by weight, based on the total amount of (a)+(b), of distinct particles of a solid compound containing more than 50% by weight of SiO 2 units and having average particle size (P50b) such that the ratio P50b/P50a ranges from 0.4 to 1.5.
A method to check the authenticity of articles, each provided with at least one optical reading marking, the method comprising: - providing each authentic article with a first marking belonging to a first type of optical reading marking and containing a first reference information content (INF8ref), the first marking being printed by means of an ink comprising a fluorescent pigment, which is able to excite, when it is illuminated, from a given distance and for a given amount of time, by a flash of a mobile electronic device, and to emit, when it is excited, a light that has a negligible intensity compared to the light emitted by the flash, but superior to the normal ambient light, and to maintain the excitation for a given second time period after having switched off the flash; - for each one of said articles, capturing, by means of a camera of the mobile electronic device, at least one first image of said at least one optical reading marking while the flash is on and at least one second image of said at least one optical reading marking after having switched off the flash and within the second time period from switch-off of the flash; and - processing the images captured in order to obtain information (INF8aq) concerning said at least one optical reading marking of the article and to determine the authenticity - or lack thereof - of the article as a function of the information (INF8aq) obtained and of the first reference information content (INF8ref). - providing each authentic article with a first marking belonging to a first type of optical reading marking and containing a first reference information content (INF8ref), the first marking being printed by means of an ink comprising a fluorescent pigment, which is able to excite, when it is illuminated, from a given distance and for a given amount of time, by a flash of a mobile electronic device, and to emit, when it is excited, a light that has a negligible intensity compared to the light emitted by the flash, but superior to the normal ambient light, and to maintain the excitation for a given second time period after having switched off the flash; - for each one of said articles, capturing, by means of a camera of the mobile electronic device, at least one first image of said at least one optical reading marking while the flash is on and at least one second image of said at least one optical reading marking after having switched off the flash and within the second time period from switch-off of the flash; and - processing the images captured in order to obtain information (INF8aq) concerning said at least one optical reading marking of the article and to determine the authenticity - or lack thereof - of the article as a function of the information (INF8aq) obtained and of the first reference information content (INF8ref).