mhurhangee/ep-ind-claims huggingface dataset:
Longitudinal adjuster, in particular for a vehicle seat, having at least one pair of seat rails, which is formed from a lower seat rail and an upper seat rail, which is guided displaceably in the longitudinal direction (x) relative to the lower seat rail, wherein the two seat rails (2, 4) of the pair of seat rails engage mutually around one another, wherein the lower seat rail or the upper seal rail has at least one opening, in particular in a side wall, characterized in that the at least one opening has a substantially rectangular opening cross section, the two upper corner regions of which each have a curvature portion having a radius which continuously changes over its course. at least one pair of seat rails, which is formed from a lower seat rail and an upper seat rail, which is guided displaceably in the longitudinal direction (x) relative to the lower seat rail, wherein the two seat rails (2, 4) of the pair of seat rails engage mutually around one another, wherein the lower seat rail or the upper seal rail has at least one opening, in particular in a side wall, characterized in that the at least one opening has a substantially rectangular opening cross section, the two upper corner regions of which each have a curvature portion having a radius which continuously changes over its course.
Roller shutter apron suitable for closing an opening in a wall, said apron comprising adjoining slats hinged along a joining element, said slats each having long sides that are respectively proximal and distal to said wall in the shutter closing position, each slat comprising first engagement means along one short side (5, 6) and second engagement means along the opposite short side (6, 5) which are capable of pivotally engaging with the first engagement means of the adjacent slat in a joining area located between said adjacent slats, characterized in that the element comprises a flexible, resilient seal capable of being attached to one of the adjacent slats, comprising a flange capable of joining the two distal long sides of two adjacent slats capable of covering the joining area in a sealing manner on the side of the distal long sides of the slats, and exerting on this side an action capable of holding the first and second engagement means in the engagement position.
A method of providing a message group, the method comprising steps of: displaying a plurality of messages in a conversation window; detecting a user input corresponding to at least one message of the plurality of messages displayed in the conversation window; generating a message group including the at least one message if the user input is an input for generating the message group; and displaying a screen corresponding to the message group in one area of the conversation window, the screen displaying at least one of the at least one message included in the message group and at least one preview item corresponding to each portion of the message group. displaying a plurality of messages in a conversation window; detecting a user input corresponding to at least one message of the plurality of messages displayed in the conversation window; generating a message group including the at least one message if the user input is an input for generating the message group; and displaying a screen corresponding to the message group in one area of the conversation window, the screen displaying at least one of the at least one message included in the message group and at least one preview item corresponding to each portion of the message group.
A flux containing rosin, an organic acid, a benzimidazole-based compound, and a solvent, the flux is characterized in that it comprises 30 % by mass or more and 70 % by mass or less of the rosin; 1 % by mass or more and 10 % by mass or less of the organic acid; 0.2 % by mass or more and 10 % by mass or less of the benzimidazole-based compound; 20 % by mass or more and 60 % by mass or less of the solvent; and optionally 5% by mass or less of an imidazole-based compound or a hydrohalide salt thereof, wherein the benzimidazole-based compound includes at least one species selected from a group consisting of 2-alkylbenzimidazole and hydrohalide salt of 2-alkylbenzimidazole, and wherein the amount of the imidazole-based compound or hydrohalide salt thereof is equal to or less than the amount of the benzimidazole-based compound. 30 % by mass or more and 70 % by mass or less of the rosin; 1 % by mass or more and 10 % by mass or less of the organic acid; 0.2 % by mass or more and 10 % by mass or less of the benzimidazole-based compound; 20 % by mass or more and 60 % by mass or less of the solvent; and optionally 5% by mass or less of an imidazole-based compound or a hydrohalide salt thereof, wherein the benzimidazole-based compound includes at least one species selected from a group consisting of 2-alkylbenzimidazole and hydrohalide salt of 2-alkylbenzimidazole, and wherein the amount of the imidazole-based compound or hydrohalide salt thereof is equal to or less than the amount of the benzimidazole-based compound.
A contact sensing assembly (220; 300; 350; 400; 450; 500) comprising: a catheter including a body having a proximal end and a distal end; an electrode (14; 222; 352; 452) including a tip portion and a base portion (26; 354; 454), and a longitudinal axis, a portion of the electrode (14; 222; 352; 452) being connected to the distal end of the catheter; and at least one optical sensor for at least one of emitting and receiving an optical signal, the optical sensor being operatively connected to one of the electrode (14; 222; 352; 452) and the catheter body; characterized in that at least a part of the optical signal being transverse to the longitudinal axis, and the assembly further comprises at least one optical interference member (244; 302; 356; 456, 458; 554, 556; 608, 610, 612) operatively connected to one of the electrode (14; 222; 352; 452) and the catheter body for interfering with at least the transverse part of the optical signal. a catheter including a body having a proximal end and a distal end; an electrode (14; 222; 352; 452) including a tip portion and a base portion (26; 354; 454), and a longitudinal axis, a portion of the electrode (14; 222; 352; 452) being connected to the distal end of the catheter; and at least one optical sensor for at least one of emitting and receiving an optical signal, the optical sensor being operatively connected to one of the electrode (14; 222; 352; 452) and the catheter body; characterized in that at least a part of the optical signal being transverse to the longitudinal axis, and the assembly further comprises at least one optical interference member (244; 302; 356; 456, 458; 554, 556; 608, 610, 612) operatively connected to one of the electrode (14; 222; 352; 452) and the catheter body for interfering with at least the transverse part of the optical signal.
A process for the cutting of thermoplastic vinyl-aromatic (co)polymers with substantially cylindrical-shaped pellets downstream of a water-ring die which comprises: a. feeding a polymer in the molten state, for example produced by a single- or twin-screw extruder or by a polymerization plant, to a water-ring die; b. extruding the polymer through the die to obtain a substantially cylindrical pellet having a length/diameter ratio ranging from 1.3 to 2 and a diameter (base) ranging from 2 to 3.2 mm b'. firing the pellets by high-speed rotating knives into a water-ring circuit separated from the cutting head; wherein c. the flow-rate of the molten polymer per hole of the die is such as to give a (pellet number)/gram ratio ranging from 25 to 70 gr -1; and d. the time between two cuttings, referring to the same hole, ranges from 5.10 -3 to 2.10 -2 seconds. a. feeding a polymer in the molten state, for example produced by a single- or twin-screw extruder or by a polymerization plant, to a water-ring die; b. extruding the polymer through the die to obtain a substantially cylindrical pellet having a length/diameter ratio ranging from 1.3 to 2 and a diameter (base) ranging from 2 to 3.2 mm b'. firing the pellets by high-speed rotating knives into a water-ring circuit separated from the cutting head; wherein c. the flow-rate of the molten polymer per hole of the die is such as to give a (pellet number)/gram ratio ranging from 25 to 70 gr -1; and d. the time between two cuttings, referring to the same hole, ranges from 5.10 -3 to 2.10 -2 seconds.
A method for forming objects, the method comprising: placing layers (331, 504) of precursor material (330, 502) on top of each other; and selectively curing the layers (331, 504) of precursor material (330, 502) as the layers of precursor material are placed on the top of each other to form an object (324, 500) and a frame (326, 501) associated with the object; and wherein the step of placing the layers (331, 504) of precursor material (330, 502) on the top of each other comprises: moving the frame (326, 501) to allow a new layer of precursor material (330, 502) to be placed on a prior layer of precursor material in the layers (331, 504) of precursor material (330, 502) that have been selectively cured; the method further comprising: forming a base structure (327, 332, 506, 514); and placing the base structure in a movement system (316, 410, 800) prior to placing the layers (331, 504) of precursor material (330, 502) on the base structure (327, 332, 506, 514); wherein the frame comprises a plurality of base structures. placing layers (331, 504) of precursor material (330, 502) on top of each other; and selectively curing the layers (331, 504) of precursor material (330, 502) as the layers of precursor material are placed on the top of each other to form an object (324, 500) and a frame (326, 501) associated with the object; and wherein the step of placing the layers (331, 504) of precursor material (330, 502) on the top of each other comprises: moving the frame (326, 501) to allow a new layer of precursor material (330, 502) to be placed on a prior layer of precursor material in the layers (331, 504) of precursor moving the frame (326, 501) to allow a new layer of precursor material (330, 502) to be placed on a prior layer of precursor material in the layers (331, 504) of precursor material (330, 502) that have been selectively cured; the method further comprising: forming a base structure (327, 332, 506, 514); and placing the base structure in a movement system (316, 410, 800) prior to placing the layers (331, 504) of precursor material (330, 502) on the base structure (327, 332, 506, 514); wherein the frame comprises a plurality of base structures. forming a base structure (327, 332, 506, 514); and placing the base structure in a movement system (316, 410, 800) prior to placing the layers (331, 504) of precursor material (330, 502) on the base structure (327, 332, 506, 514); wherein the frame comprises a plurality of base structures.
A disinfection cap comprising: an outer support structure having an open end, and a closed end opposite the open end; characterized by an inner support structure disposed entirely within the outer support structure and extending upwardly from the closed end of the outer support structure, a space interposed between an outer surface of the inner support structure and an inner surface of the outer support structure, the inner support structure having an open end in proximity to the open end of the outer support structure, the inner support structure containing an aqueous solution; and a septum attached to the open end of the inner support structure and forming a seal for maintaining the aqueous solution within the inner support structure, the septum comprising a slit or pierceable seam configured to permit an end of a male luer to pass through the septum into the inner support structure and contact the aqueous solution. an outer support structure having an open end, and a closed end opposite the open end; characterized by an inner support structure disposed entirely within the outer support structure and extending upwardly from the closed end of the outer support structure, a space interposed between an outer surface of the inner support structure and an inner surface of the outer support structure, the inner support structure having an open end in proximity to the open end of the outer support structure, the inner support structure containing an aqueous solution; and a septum attached to the open end of the inner support structure and forming a seal for maintaining the aqueous solution within the inner support structure, the septum comprising a slit or pierceable seam configured to permit an end of a male luer to pass through the septum into the inner support structure and contact the aqueous solution.
A binary encoder comprising: an input adapted to receive a binary signal; an encoding processor adapted to: use a plurality of different transformation functions to compute a plurality of different binary sequences of the binary signal, combine each one of the plurality of different binary sequences with a different redundancy sequence to create a plurality of optional output binary sequences, and select one of the plurality of binary sequences according to a binary digit prevalence, wherein the binary digit prevalence is a count of 1 bits and the selected one of the plurality of binary sequences has the lowest binary digit prevalence; and an output adapted to output the selected binary sequence, characterized in that the encoding processor is adapted to select, when a number of the different binary sequences have the same lowest binary digit prevalence, one of the number of different binary sequences having the same lowest binary digit prevalence according to a number of digit transitions therein. an input adapted to receive a binary signal; an encoding processor adapted to: use a plurality of different transformation functions to compute a plurality of different binary sequences of the binary signal, combine each one of the plurality of different binary sequences with a different redundancy sequence to create a plurality of optional output binary sequences, and select one of the plurality of binary sequences according to a binary digit prevalence, wherein the binary digit prevalence is a count of 1 bits and the selected one of the plurality of binary sequences has the lowest binary digit prevalence; and use a plurality of different transformation functions to compute a plurality of different binary sequences of the binary signal, combine each one of the plurality of different binary sequences with a different redundancy sequence to create a plurality of optional output binary sequences, and select one of the plurality of binary sequences according to a binary digit prevalence, wherein the binary digit prevalence is a count of 1 bits and the selected one of the plurality of binary sequences has the lowest binary digit prevalence; and an output adapted to output the selected binary sequence, characterized in that the encoding processor is adapted to select, when a number of the different binary sequences have the same lowest binary digit prevalence, one of the number of different binary sequences having the same lowest binary digit prevalence according to a number of digit transitions therein.
A buffer spool (12, 12a, 112, 212) for affixing to a manual multispool cabinet and for receiving a filament (40, 40a) comprising a spool core (16, 116, 216), a side wall (18, 318) bounding the spool core (16, 116, 216) toward the multispool cabinet, a spool wall bounding the spool core (16, 116, 216) toward a transport spool (14, 14a, 214), and a catching device (28, 28a, 128) for capturing the filament (40, 40a), characterized in that the catching device (28, 28a, 128) - has a catching surface (30, 130) radially adjoining the side wall (18, 318) in an inclined manner and running around the side wall (18, 318) for capturing the filament (40, 40a) and for forwarding the filament (40, 40a) to the spool core (16, 116, 216); and/or - has a catching surface (30, 130) radially adjoining the side wall (20, 320) in an inclined manner and running around the side wall (20, 320) for capturing the filament (40, 40a) and for forwarding the filament (40, 40a) to the spool core (16, 116, 216); and in that the catching device (28, 28a, 128) has a peripheral safety shoulder (32, 132) that is arranged at the radially outer margin of the catching device (28, 28a, 128); and in that a peripheral annular groove (34, 134) is formed between the safety shoulder (32, 132) and the catching surface (30, 130). - has a catching surface (30, 130) radially adjoining the side wall (18, 318) in an inclined manner and running around the side wall (18, 318) for capturing the filament (40, 40a) and for forwarding the filament (40, 40a) to the spool core (16, 116, 216); and/or - has a catching surface (30, 130) radially adjoining the side wall (20, 320) in an inclined manner and running around the side wall (20, 320) for capturing the filament (40, 40a) and for forwarding the filament (40, 40a) to the spool core (16, 116, 216); and
A catalyst for the selective reduction of nitrogen oxides comprising two catalytically active layers A and B, wherein A contains a carrier oxide and components A1 and A2, and B contains a carrier oxide and components B1, B2, and B3, wherein A1 and B1 stand for at least one oxide of vanadium, A2 and B2 stand for at least one oxide of tungsten, and B3 stands for at least one oxide of silicon, characterized in that • the proportion of component A1 in layer A in wt.% with respect to the total weight of layer A is greater than the proportion of component B1 in layer B in wt.% with respect to the total weight of layer B, and • the proportion of layer A in wt.% with respect to the total weight of layers A and B is greater than the proportion of layer B. • the proportion of component A1 in layer A in wt.% with respect to the total weight of layer A is greater than the proportion of component B1 in layer B in wt.% with respect to the total weight of layer B, and • the proportion of layer A in wt.% with respect to the total weight of layers A and B is greater than the proportion of layer B.
A method for controlling voltage of a DC link of a power converter of an electrical power system connected to a power grid, the method comprising: operating the DC link to an optimum voltage set point that achieves steady state operation of the power converter; monitoring the power grid for one or more transient events, the one or more transient events being an indicator of one or more sub-synchronous control interaction, SSCI, conditions occurring in the electrical power system; upon detection of the one or more transient events occurring in the power grid, immediately increasing the optimum voltage set point to a higher voltage set point of the DC link; and, operating the DC link at the higher voltage set point until the one or more sub-synchronous control interactions is damped, thereby optimizing control of sub-synchronous oscillations. operating the DC link to an optimum voltage set point that achieves steady state operation of the power converter; monitoring the power grid for one or more transient events, the one or more transient events being an indicator of one or more sub-synchronous control interaction, SSCI, conditions occurring in the electrical power system; upon detection of the one or more transient events occurring in the power grid, immediately increasing the optimum voltage set point to a higher voltage set point of the DC link; and, operating the DC link at the higher voltage set point until the one or more sub-synchronous control interactions is damped, thereby optimizing control of sub-synchronous oscillations.
A polypeptide comprising a cell-membrane addressing peptide of not more than 50 amino acids derived from the B5R gene of a Vaccinia virus, operably linked to a heterologous antigenic polypeptide, wherein the cell-membrane addressing peptide comprises SEQ ID NO: 1 or a sequence having at least 90% identity to SEQ ID NO: 1 and wherein the antigenic polypeptide is an ORF2 of a PCV2 virus or an antigenic domain thereof.
A method of testing for pulmonary hypertension comprising performing a test for pulmonary hypertension using as an indicator the concentration of selenoprotein P protein in a sample derived from a subject.
A method for wireless communication by a user equipment, UE, comprising: receiving layer 1, L1, and/or layer 2, L2, signaling indicating that the UE is to handover to one or more first physical cell identifiers, PCIs, to be used for communication between the UE and a base station, BS, wherein the L1 signaling includes downlink control information, DCI, and the L2 signaling includes a medium access control, MAC-control element, CE; communicating with the BS in accordance with a security key and using the one or more first PCIs, the security key being associated with a PCI; and receiving another L1 and/or L2 signaling indicating that the UE is to handover to one or more second PCIs to be used for communication by the UE, wherein the same security key is used for communication using the one or more first PCIs and the one or more second PCIs if the one or more first PCIs and the one or more second PCIs are managed by the same central unit, CU. receiving layer 1, L1, and/or layer 2, L2, signaling indicating that the UE is to handover to one or more first physical cell identifiers, PCIs, to be used for communication between the UE and a base station, BS, wherein the L1 signaling includes downlink control information, DCI, and the L2 signaling includes a medium access control, MAC-control element, CE; communicating with the BS in accordance with a security key and using the one or more first PCIs, the security key being associated with a PCI; and receiving another L1 and/or L2 signaling indicating that the UE is to handover to one or more second PCIs to be used for communication by the UE, wherein the same security key is used for communication using the one or more first PCIs and the one or more second PCIs if the one or more first PCIs and the one or more second PCIs are managed by the same central unit, CU.
An annuloplasty ring for attachment to an annulus of a tricuspid valve, the tricuspid valve comprising an anterior leaflet, a posterior leaflet and a septal leaflet joined at an anterior/posterior commissure (A/P commissure), a posterior/septal commissure (P/S commissure) and a septal/anterior commissure (S/A commissure), respectively, the annuloplasty ring comprising: an elongate tube of suturable material comprising a central segment and first and second end segments (20, 22); an arcuate stiffener received in the central segment of the tube and extending the length thereof, the arcuate stiffener being circumferentially confined within the central segment to prevent circumferential movement of the stiffener relative to the tube and to resist axial and radial deformation, wherein the arcuate stiffener includes a close-coiled spring; and the first and second end segments (20, 22) of the tube lacking a stiffener, whereby the first and second ends (20, 22) are axially deformable. an elongate tube of suturable material comprising a central segment and first and second end segments (20, 22); an arcuate stiffener received in the central segment of the tube and extending the length thereof, the arcuate stiffener being circumferentially confined within the central segment to prevent circumferential movement of the stiffener relative to the tube and to resist axial and radial deformation, wherein the arcuate stiffener includes a close-coiled spring; and the first and second end segments (20, 22) of the tube lacking a stiffener, whereby the first and second ends (20, 22) are axially deformable.
Non-therapeutic, cosmetic use, as deodorant active agent, of an essential oil of Satureja montana L. ssp. variegata (or Satureja Montana var. citrodoria oil) comprising, as major constituents, more than 65% by weight of geraniol and more than 5% by weight of trans-β-caryophyllene relative to the total weight of the constituents of the essential oil.