mhurhangee/ep-ind-claims huggingface dataset:
A transcatheter valve prosthesis comprising: a stent (1702, 3402) having a compressed configuration for delivery within a vasculature and an expanded configuration for deployment within a native heart valve; a prosthetic valve component disposed within and secured to the stent; and an anti-paravalvular leakage component (1730, 3430) coupled to and encircling an outer surface of the tubular stent, the anti-paravalvular leakage component including a plurality of self-expanding segments (1750, 3450A, 3450B) and an annular sealing element (1760, 3460) attached to the segments, a first end and a second end of each segment being attached to the outer surface of the tubular stent at first and second attachment points, respectively, wherein the first and second attachment points are axially spaced apart, wherein the anti-paravalvular leakage component has an expanded configuration in which the segments curve radially away from the outer surface of the tubular stent and in which transcatheter valve prosthesis the flexibility of the anti-paravalvular leakage component at the plurality of segments varies around the circumference of the tubular stent when the anti-paravalvular leakage component is in the expanded configuration, and/or at least one of the segments (1750, 3450A, 3450B) are oblique to the outer surface of the tubular stent such that a plane defined by each segment is non-perpendicular with respect to a tangential plane of the tubular stent taken through the first and second attachments points. a stent (1702, 3402) having a compressed configuration for delivery within a vasculature and an expanded configuration for deployment within a native heart valve; a prosthetic valve component disposed within and secured to the stent; and an anti-paravalvular leakage component (1730, 3430) coupled to and encircling an outer surface of the tubular stent, the anti-paravalvular leakage component including a plurality of self-expanding segments (1750, 3450A, 3450B) and an annular sealing element (1760, 3460) attached to the segments, a first end and a second end of each segment being attached to the outer surface of the tubular stent at first and second attachment points, respectively, wherein the first and second attachment points are axially spaced apart, wherein the anti-paravalvular leakage component has an expanded configuration in which the segments curve radially away from the outer surface of the tubular stent and in which transcatheter valve prosthesis the flexibility of the anti-paravalvular leakage component at the plurality of segments varies around the circumference of the tubular stent when the anti-paravalvular leakage component is in the expanded configuration, and/or at least one of the segments (1750, 3450A, 3450B) are oblique to the outer surface of the tubular stent such that a plane defined by each segment is non-perpendicular with respect to a tangential plane of the tubular stent taken through the first and second attachments points.
An LTE-advanced mobile communication system in which a relay node and a first radio base station (DeNB2) are connected via a radio bearer and the first radio base station (DeNB2) and a second radio base station (DeNB1) are connected, wherein the relay node comprises: as a radio bearer function of setting a Un interface between the relay node and the first radio base station, a physical layer function; an MAC layer function provided as an upper layer function of the physical layer function; an RLC layer function provided as any upper layer function of the MAC layer function; a PDCP layer function provided as an upper layer function of the RLC layer function; and an RRC layer function provided as an upper layer function of the PDCP layer function, the relay node comprises: an IP layer function as an upper layer function of the radio bearer function; an SCTP layer function provided as an upper layer function of the IP layer function; and an X2AP layer function provided as an upper layer function of the SCTP layer function, the first radio base station (DeNB2) comprises: as a radio bearer function of setting a Un interface between the first radio base station and the relay node, a physical layer function; an MAC layer function provided as an upper layer function of the physical layer function; an RLC layer function provided as an upper layer function of the MAC layer function; a PDCP layer function provided as an upper layer function of the RLC layer function; and an RRC layer function provided as an upper layer function of the PDCP layer function, the first radio base station (DeNB2) comprises: an IP layer function as an upper layer function of the radio bearer function; an SCTP layer function provided as an upper layer function of the IP layer function; and an X2AP layer function provided as an upper layer function of the SCTP layer function, the second radio base station (DeNB1) comprises an X2AP layer function, wherein the relay node is configured to send a handover request signal, HO Request, to the first radio base station (DeNB2) via a X2-C radio bearer requesting handover of a mobile station, UE, from the relay node to the second radio base station (DeNB1); the first radio base station (DeNB2) is configured to transfer the handover request signal, HO Request, to the second radio base station (DeNB1) via the X2-C radio bearer; the second radio base station (DeNB1) is configured to send a handover request acknowledgement signal, HO Request Ack, to the first radio base station (DeNB2) via the X2-C radio bearer; and the first radio base station (DeNB2) is configured to transfer the handover request acknowledgement signal, HO Request Ack, to the relay node via the X2-C radio bearer.
A process for manufacturing a catalyst composition comprising the steps of (i) precipitating one or more metal compounds from solution using an alkaline precipitant comprising a carbonate of an alkali metal in a precipitation reactor to form a precipitated composition, (ii) ageing an aqueous slurry of the precipitated composition in a separate reactor, and (iii) recovering and drying the aged composition, wherein the ageing step is performed in a pulse-flow reactor at a temperature in the range 0-100°C with evolution of carbon dioxide, and the pulse flow reactor comprises (i) an elongate vessel having (ii) an inlet for introducing the slurry of the precipitated composition located at one end of the vessel, (iii) outlets for removing an aged composition and carbon dioxide, located at the opposite end of the vessel, (iv) means for imposing on the slurry a pulsatile oscillatory motion in a direction substantially parallel to the direction of fluid flow, and (v) a plurality of stationary baffles mounted transversely to the direction of fluid flow. (i) precipitating one or more metal compounds from solution using an alkaline precipitant comprising a carbonate of an alkali metal in a precipitation reactor to form a precipitated composition, (ii) ageing an aqueous slurry of the precipitated composition in a separate reactor, and (iii) recovering and drying the aged composition, (i) an elongate vessel having (ii) an inlet for introducing the slurry of the precipitated composition located at one end of the vessel, (iii) outlets for removing an aged composition and carbon dioxide, located at the opposite end of the vessel, (iv) means for imposing on the slurry a pulsatile oscillatory motion in a direction substantially parallel to the direction of fluid flow, and (v) a plurality of stationary baffles mounted transversely to the direction of fluid flow.
A method for transmitting data by a communications device acting as a relay node in a wireless telecommunications network, the wireless telecommunications network comprising a base station and a non-terrestrial network, NTN, part, the method comprising: determining (624, 816) that data is to be transmitted by the communications device acting as the relay node to the base station via the NTN part, in response to the determining, selecting a random access preamble from a group of random access preambles allocated for the use of communications devices acting as relay nodes when communicating with the base station via the NTN part, each of the random access preambles of the group being associated with one or more resource pools of communications resources of a wireless access interface provided by the NTN part for transmitting data to the base station via the NTN part, transmitting (626, 822) the selected random access preamble, receiving (628, 824 YES) a random access response transmitted by the base station in response to the transmission of the selected random access preamble, the random access response indicating an identity of an activated resource pool, the activated resource pool being one of the one or more resource pools of communications resources of the wireless access interface provided by the NTN part for the transmission of the data to the base station via the NTN part, and transmitting (630, 828) at least a portion of the data using the communications resources of the activated resource pool. determining (624, 816) that data is to be transmitted by the communications device acting as the relay node to the base station via the NTN part, in response to the determining, selecting a random access preamble from a group of random access preambles allocated for the use of communications devices acting as relay nodes when communicating with the base station via the NTN part, each of the random access preambles of the group being associated with one or more resource pools of communications resources of a wireless access interface provided by the NTN part for transmitting data to the base station via the NTN part, transmitting (626, 822) the selected random access preamble, receiving (628, 824 YES) a random access response transmitted by the base station in response to the transmission of the selected random access preamble, the random access response indicating an identity of an activated resource pool, the activated resource pool being one of the one or more resource pools of communications resources of the wireless access interface provided by the NTN part for the transmission of the data to the base station via the NTN part, and transmitting (630, 828) at least a portion of the data using the communications resources of the activated resource pool.
A method for providing a retail location with on-demand and near real-time access to a database of existing digital cutting templates for production of electronic device accessories, comprising: creating a digital cutting template for cutting a protective film configured for use with a particular model of an electronic device; storing the digital cutting template as computer-executable instructions in the database of existing digital cutting templates; and making the database of existing digital cutting templates, including the digital cutting template, available to a plurality of recipients at a plurality of different locations, each recipient of the plurality of recipients comprising a retail location having an electronic production machine (110a, 510) capable of cutting the protective film defined by the digital cutting template from a supply of stock materials on demand immediately following placement of an order by a customer at the retail location of the electronic production machine (110a, 510) to produce the protective film; allowing the digital template to be customized at the retail location after receipt; and immediately upon receipt of the order by the customer at the retail location of the electronic production machine (110a, 510), using the electronic production machine (110a, 510), under control of the digital cutting template, to cut the protective film from the film, while the customer waits at the retail location. creating a digital cutting template for cutting a protective film configured for use with a particular model of an electronic device; storing the digital cutting template as computer-executable instructions in the database of existing digital cutting templates; and making the database of existing digital cutting templates, including the digital cutting template, available to a plurality of recipients at a plurality of different locations, each recipient of the plurality of recipients comprising a retail location having an electronic production machine (110a, 510) capable of cutting the protective film defined by the digital cutting template from a supply of stock materials on demand immediately following placement of an order by a customer at the retail location of the electronic production machine (110a, 510) to produce the protective film; allowing the digital template to be customized at the retail location after receipt; and immediately upon receipt of the order by the customer at the retail location of the electronic production machine (110a, 510), using the electronic production machine (110a, 510), under control of the digital cutting template, to cut the protective film from the film, while the customer waits at the retail location.
A compound represented by the following formula 1: in formula 1, Y is -CH 2 -; Z is -CH 2 -(CH 2 -O-CH 2) n -CH 2 -, wherein n is an integer of 0 to 2; R is hydrogen, (pyridin-4-yl)methyl, or 4-pyridinyl; and F is 18 F or 19 F. Y is -CH 2 -; Z is -CH 2 -(CH 2 -O-CH 2) n -CH 2 -, wherein n is an integer of 0 to 2; R is hydrogen, (pyridin-4-yl)methyl, or 4-pyridinyl; and F is 18 F or 19 F.
A control apparatus for a construction machine that includes: a variable displacement hydraulic pump driven by a prime mover; a hydraulic actuator (5,4d) driven with pressure oil discharged from the hydraulic pump; and a rotation speed detection means for detecting an actual rotation speed (Nr) of the prime mover, the control apparatus comprising: a prime mover control means for controlling a rotation speed of the prime mover in accordance with an extent to which an operating means (23, 24) is operated; and an input torque control means for adjusting an input torque (T 2) for the hydraulic pump based on a deviation (ΔN) between the actual rotation speed (Nr) detected by the rotation speed detection means and a control rotation speed (Nθ) set through an operation of the operating means (23, 24), characterized in that: the input torque control means (40a, 44, 45) executes control to decrease the input torque (T 2) for the hydraulic pump if the control rotation speed (NΘ) is greater than the actual rotation speed (Nr) and the deviation (ΔN) calculated by subtracting the control rotation speed (NΘ) from the actual rotation speed (Nr) is more negative than a predetermined negative value. a variable displacement hydraulic pump driven by a prime mover; a hydraulic actuator (5,4d) driven with pressure oil discharged from the hydraulic pump; and a rotation speed detection means for detecting an actual rotation speed (Nr) of the prime mover, the control apparatus comprising: a prime mover control means for controlling a rotation speed of the prime mover in accordance with an extent to which an operating means (23, 24) is operated; and an input torque control means for adjusting an input torque (T 2) for the hydraulic pump based on a deviation (ΔN) between the actual rotation speed (Nr) detected by the rotation speed detection means and a control rotation speed (Nθ) set through an operation of the operating means (23, 24), a prime mover control means for controlling a rotation speed of the prime mover in accordance with an extent to which an operating means (23, 24) is operated; and an input torque control means for adjusting an input torque (T 2) for the hydraulic pump based on a deviation (ΔN) between the actual rotation speed (Nr) detected by the rotation speed detection means and a control rotation speed (Nθ) set through an operation of the operating means (23, 24), the input torque control means (40a, 44, 45) executes control to decrease the input torque (T 2) for the hydraulic pump if the control rotation speed (NΘ) is greater than the actual rotation speed (Nr) and the deviation (ΔN) calculated by subtracting the control rotation speed (NΘ) from the actual rotation speed (Nr) is more negative than a predetermined negative value.
A system for creating and providing a product of a certain colour or texture chosen by a subject, the system being formed of a viewing device capable of showing an object and/or a palette of colours or textures derived from said object from which said subject can choose said colour or texture, the viewing device being fitted with a telematic connection to a manufacturing centre creating the product as a function of the subject's choice, said telematic connection being a connection for communicating the display device with an application server which creates commands for dosing the ingredients used by the manufacturing centre, characterised in that the system includes an appearance modification device configured to slightly modify the colour or texture chosen and validated by the subject, wherein, the appearance modification device is driven by a random generator and/or as a function of answers to a questionnaire submitted to the subject.
Device for monitoring a vascular access for an extracorporeal blood treatment device having an extracorporeal blood circuit which comprises an arterial blood line having an arterial cannula and a venous blood line having a venous cannula, the device for monitoring the vascular access comprising: a sensor for detecting at least one physical variable which is characteristic of the state of the vascular access, an evaluation apparatus which is connected to the sensor via a connection cable and comprises an evaluation unit for generating signals which are characteristic of the state of the vascular access, in particular a signal which is characteristic of a faulty vascular state, the evaluation apparatus comprising a data transmission unit for producing a wireless connection between the evaluation apparatus and the blood treatment device, characterised in that the evaluation apparatus comprises a supervision unit, which is configured to detect an interruption of the wireless connection between the evaluation apparatus and the blood treatment device, and comprises a signalling unit which gives off a signal when the supervision unit detects the interruption of the wireless connection, the signalling unit comprising a vibration signal generator which uses vibrations to signal the interruption of the wireless connection. a sensor for detecting at least one physical variable which is characteristic of the state of the vascular access, an evaluation apparatus which is connected to the sensor via a connection cable and comprises an evaluation unit for generating signals which are characteristic of the state of the vascular access, in particular a signal which is characteristic of a faulty vascular state, the evaluation apparatus comprising a data transmission unit for producing a wireless connection between the evaluation apparatus and the blood treatment device, characterised in that the evaluation apparatus comprises a supervision unit, which is configured to detect an interruption of the wireless connection between the evaluation apparatus and the blood treatment device, and comprises a signalling unit which gives off a signal when the supervision unit detects the interruption of the wireless connection, the signalling unit comprising a vibration signal generator which uses vibrations to signal the interruption of the wireless connection.
A system for fixating an anchor in a hard tissue opening, the system being a system for fixating a suture anchor with a suture comprising: the suture anchor with a proximal face, a securing element comprising a proximal face and a material having thermoplastic properties and being an element separate from the suture anchor, an anchoring tool capable of being energized in a way suitable for liquefaction of the material having thermoplastic properties the anchoring tool having a distal face adapted to the proximal face of the securing element for transmission of energy to the securing element and for moving the securing element in axial direction relative to the suture anchor, characterized in that in order to retain the suture the suture anchor comprises a pair of opposite axial suture grooves connected to each other by a transversal suture groove or transversal eyelet or an axial suture channel in the anchor combined with a transversal suture groove or transversal eyelet and in that the system further comprises a pusher tool having a distal face adapted to the proximal face of the suture anchor for engaging the suture anchor and for transmitting a pushing force to the suture anchor and/or for holding the suture anchor in a hard tissue opening. the suture anchor with a proximal face, a securing element comprising a proximal face and a material having thermoplastic properties and being an element separate from the suture anchor, an anchoring tool capable of being energized in a way suitable for liquefaction of the material having thermoplastic properties the anchoring tool having a distal face adapted to the proximal face of the securing element for transmission of energy to the securing element and for moving the securing element in axial direction relative to the suture anchor, characterized in that in order to retain the suture the suture anchor comprises a pair of opposite axial suture grooves connected to each other by a transversal suture groove or transversal eyelet or an axial suture channel in the anchor combined with a transversal suture groove or transversal eyelet and in that the system further comprises a pusher tool having a distal face adapted to the proximal face of the suture anchor for engaging the suture anchor and for transmitting a pushing force to the suture anchor and/or for holding the suture anchor in a hard tissue opening.
Device for producing containers from preforms of thermoplastic material, wherein the device comprises at least one transport device (24, 26) with at least one transfer unit for moving containers and/or preforms between a first transfer position and a second transfer position, wherein the transfer unit has a gripping element for holding a container and/or preform, wherein the transfer unit has a transfer arm to which the gripping element is connected, characterised in that the transfer arm is mounted on the at least one transfer unit so as to be movable without contact.