mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a polymer-enhanced pipeline element, in particular a pipeline element of a fire extinguishing installation, wherein the method comprises the steps: - providing a first hollow body and a second hollow body, wherein the first and second hollow bodies (101, 102) each have a wall, and the wall has in each case an circumferential edge surface (115, 117), wherein the circumferential edge surface of the first hollow body is formed at a face end of the hollow body, and wherein the circumferential edge surface of the second hollow body is spaced apart from the face ends (108, 110) of the second hollow body and defines a cutout through the wall of the second hollow body, - aligning the circumferential edge surface of the first hollow body and the circumferential edge surface of the second hollow body with one another, - welding the first hollow body to the second hollow body along the circumferential edge surfaces (115, 117), wherein a fully circumferential weld seam is generated which has a root extending on the inside of the pipeline element, and - applying a polymer-based layer to the inside of the pipeline element, wherein the polymer-based layer completely covers the inside of the pipe element and the root of the weld seam. - providing a first hollow body and a second hollow body, wherein the first and second hollow bodies (101, 102) each have a wall, and the wall has in each case an circumferential edge surface (115, 117), wherein the circumferential edge surface of the first hollow body is formed at a face end of the hollow body, and wherein the circumferential edge surface of the second hollow body is spaced apart from the face ends (108, 110) of the second hollow body and defines a cutout through the wall of the second hollow body, - aligning the circumferential edge surface of the first hollow body and the circumferential edge surface of the second hollow body with one another, - welding the first hollow body to the second hollow body along the circumferential edge surfaces (115, 117), wherein a fully circumferential weld seam is generated which has a root extending on the inside of the pipeline element, and - applying a polymer-based layer to the inside of the pipeline element, wherein the polymer-based layer completely covers the inside of the pipe element and the root of the weld seam.
A method of radio transmission, comprising: encoding a digital message into a series of input symbols belonging to a predetermined modulation set, each symbol encoding a plurality of bits of the digital message; generating a series of differential-encoded symbols, whereby each possible value in the series of input symbols corresponds to a predetermined change in the series of differential-encoded symbols, synthesizing a series of modulated chirps whose instantaneous frequencies vary according to one of a plurality of functions that are cyclical shift of one base chirp function, wherein the cyclical shift of a chirp represents the value of a corresponding symbol in the series of differential-encoded symbols. encoding a digital message into a series of input symbols belonging to a predetermined modulation set, each symbol encoding a plurality of bits of the digital message; generating a series of differential-encoded symbols, whereby each possible value in the series of input symbols corresponds to a predetermined change in the series of differential-encoded symbols, synthesizing a series of modulated chirps whose instantaneous frequencies vary according to one of a plurality of functions that are cyclical shift of one base chirp function, wherein the cyclical shift of a chirp represents the value of a corresponding symbol in the series of differential-encoded symbols.
Assembly of an underwater concrete mattress and a handling tool for handling the concrete mattress, wherein the concrete mattress comprises a number of concrete blocks which are arranged adjacent to each other within the outer contour of the concrete mattress, wherein the concrete blocks are interconnected to each other by multiple wires extending through the concrete blocks, whereby hingeable transitions are present between the concrete blocks, wherein the handling tool comprises a suction head having a suction head body with an inlet opening at its side that faces the concrete mattress, a flow channel extending through the suction head, and a water pump in fluid communication with the flow channel for pumping water through the flow channel from the inlet opening, wherein the handling tool is moveable between a first position underwater, in which the handling tool is positioned above the concrete mattress, and a second position underwater, in which the suction head is lowered onto the concrete mattress.
A core assembly, comprising: a core member having an intermediate region and a distal tip; a stent extending over the core member intermediate region and comprising a distal portion; and a distal cover comprising a first end and a second end, the second end being coupled to the distal tip, the distal cover having a delivery orientation in which the first end (i) extends proximally relative to the distal tip and (ii) at least partially surrounds the stent distal portion, the distal cover being movable from the delivery orientation to an everted orientation wherein the first end is positioned distally relative to the second end characterised in that the distal cover is configured to rotate about the core member. a core member having an intermediate region and a distal tip; a stent extending over the core member intermediate region and comprising a distal portion; and a distal cover comprising a first end and a second end, the second end being coupled to the distal tip, the distal cover having a delivery orientation in which the first end (i) extends proximally relative to the distal tip and (ii) at least partially surrounds the stent distal portion, the distal cover being movable from the delivery orientation to an everted orientation wherein the first end is positioned distally relative to the second end characterised in that the distal cover is configured to rotate about the core member.
Control system for controlling a rectifier having: • at least one reactor per phase connected to the rectifier for providing an input signal to the rectifier, • means for providing a bias current for controlling the reactor, • means for providing a control current for controlling the reactor, wherein the bias current is fixed to a predefined value, characterised in that the predefined value is taken as an input signal for the means for providing a control current for controlling the reactor, wherein the means for providing a control current for controlling the reactor compensates the difference between the predefined value of the bias current and a start value defining a start point of the linear operating range of the reactor. • at least one reactor per phase connected to the rectifier for providing an input signal to the rectifier, • means for providing a bias current for controlling the reactor, • means for providing a control current for controlling the reactor, wherein the bias current is fixed to a predefined value,
A method of preparing a catalyst for oxidative dehydrogenation, the method comprising: a step of mixing a trivalent cation iron (Fe) precursor with a Zn precursor to form a mixed aqueous solution at a concentration of the precursors of greater than 23 % by weight to 35 % by weight; a step of feeding the mixed aqueous solution dropwise at a dripping rate of 2 g/min to 7 g/min along with a basic aqueous solution into a coprecipitation tank, which contains distilled water at greater than 5 °C and less than 25 °C in an amount of 0.5 times or more and less than twice the weight of distilled water comprised in the mixed aqueous solution and has a pH of 8 to 9, to obtain a coprecipitation solution comprising ZnFe 2 O 4 and Fe 2 O 3 present together therein; a step of filtering the coprecipitation solution to obtain a coprecipitate; and a step of firing the coprecipitate to obtain an ZnFe 2 O 4 -Fe 2 O 3 product. a step of mixing a trivalent cation iron (Fe) precursor with a Zn precursor to form a mixed aqueous solution at a concentration of the precursors of greater than 23 % by weight to 35 % by weight; a step of feeding the mixed aqueous solution dropwise at a dripping rate of 2 g/min to 7 g/min along with a basic aqueous solution into a coprecipitation tank, which contains distilled water at greater than 5 °C and less than 25 °C in an amount of 0.5 times or more and less than twice the weight of distilled water comprised in the mixed aqueous solution and has a pH of 8 to 9, to obtain a coprecipitation solution comprising ZnFe 2 O 4 and Fe 2 O 3 present together therein; a step of filtering the coprecipitation solution to obtain a coprecipitate; and a step of firing the coprecipitate to obtain an ZnFe 2 O 4 -Fe 2 O 3 product.
Security marking system for producing a secure marking label, comprising a support sheet such as a siliconized sheet having two flaps (4, 5) separated on a first fold line, the first flap supporting, on the recto face, a first component whose face in contact with the support sheet is coated with a first adhesive layer, - the second flap supports, on the same recto face, a second component formed by a film whose face in contact with the support sheet is coated with a second adhesive layer and whose opposite face bears personalizing inscriptions, - the first flap comprises a second fold line substantially parallel to the first fold line, - the first component and the second component are holographic components obtained by the treatment of one and the same film, - the first holographic component overlaps the second fold line, and - the first adhesive layer is separate from the second adhesive layer, and - at least one out of the first holographic component and the second holographic component is at least partially demetallized. - the second flap supports, on the same recto face, a second component formed by a film whose face in contact with the support sheet is coated with a second adhesive layer and whose opposite face bears personalizing inscriptions, - the first flap comprises a second fold line substantially parallel to the first fold line, - the first component and the second component are holographic components obtained by the treatment of one and the same film, - the first holographic component overlaps the second fold line, and - the first adhesive layer is separate from the second adhesive layer, and - at least one out of the first holographic component and the second holographic component is at least partially demetallized.
An infant feeding nipple, comprising: a teat sized and shaped for receipt in an infant's mouth; a mounting flange extending outward from said teat; a flow aperture extending through said teat, at least two flow rates provided by said flow aperture, depending upon the radial clocking of said nipple during feeding; and a plurality of vent apertures formed by check valves extending through said nipple to reduce negative pressure during use, the number of said vent apertures matching the number of said flow rates, and wherein the infant feeding nipple is characterized in that each of said vent apertures is associated with a particular one of said flow rates, and is radially positioned about said nipple so as to be substantially vertically above said flow aperture when said nipple is oriented with radial clocking for said associated flow rate. a teat sized and shaped for receipt in an infant's mouth; a mounting flange extending outward from said teat; a flow aperture extending through said teat, at least two flow rates provided by said flow aperture, depending upon the radial clocking of said nipple during feeding; and a plurality of vent apertures formed by check valves extending through said nipple to reduce negative pressure during use, the number of said vent apertures matching the number of said flow rates, and wherein the infant feeding nipple is characterized in that each of said vent apertures is associated with a particular one of said flow rates, and is radially positioned about said nipple so as to be substantially vertically above said flow aperture when said nipple is oriented with radial clocking for said associated flow rate.
A method for transmitting an aperiodic sounding reference signal, SRS, by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, BS, through a radio resource control, RRC, layer, an RRC message including an aperiodic SRS activation signal indicating whether or not a triggering bit is included in a downlink control information, DCI, format 0, wherein the triggering bit included in the DCI format 0 is used to trigger a transmission of an aperiodic SRS by the UE; if the aperiodic SRS activation signal indicates that the triggering bit is included in the DCI format 0, receiving a PDCCH message containing the DCI format 0 including the triggering bit for triggering the transmission of the aperiodic SRS from the BS via a physical downlink control channel, PDCCH; decoding the PDCCH message in a UE-specific search space; detecting the triggering bit in the DCI format 0; and transmitting the aperiodic SRS triggered based on the triggering bit to the BS, wherein an indication message is transmitted via the RRC message to indicate that the frequency hopping flag field is used to map the triggering bit, wherein the transmission of the aperiodic SRS is simultaneously performed with a transmission of an uplink grant for scheduling of the physical uplink shared channel, PUSCH, transmission, and wherein the frequency hopping flag field is not used in a non-contiguous allocation of the PUSCH transmission. receiving, from a base station, BS, through a radio resource control, RRC, layer, an RRC message including an aperiodic SRS activation signal indicating whether or not a triggering bit is included in a downlink control information, DCI, format 0, wherein the triggering bit included in the DCI format 0 is used to trigger a transmission of an aperiodic SRS by the UE; if the aperiodic SRS activation signal indicates that the triggering bit is included in the DCI format 0, receiving a PDCCH message containing the DCI format 0 including the triggering bit for triggering the transmission of the aperiodic SRS from the BS via a physical downlink control channel, PDCCH; decoding the PDCCH message in a UE-specific search space; detecting the triggering bit in the DCI format 0; and transmitting the aperiodic SRS triggered based on the triggering bit to the BS, wherein an indication message is transmitted via the RRC message to indicate that the frequency hopping flag field is used to map the triggering bit, wherein the transmission of the aperiodic SRS is simultaneously performed with a transmission of an uplink grant for scheduling of the physical uplink shared channel, PUSCH, transmission, and wherein the frequency hopping flag field is not used in a non-contiguous allocation of the PUSCH transmission.
Medical connector comprising a first rigid body capable of being connected to a medical infusion line and having an elongated tubular element in which there is a conduit opening at the opposite extremities (7A, 7B), a first open extremity of the said elongated tubular element being capable of being directly connected to the medical infusion line, the said elongated tubular element being capable of being closed off at its second open extremity by a second body associated with the first body, the said second body being of yielding material and being overmoulded onto the first body and forming a single piece therewith, the first body having a first extremity portion having a threaded portion making it possible for the medical line to be connected to the connector and a second threaded extremity portion able to allow the said connector to be connected to a syringe without a needle or similar medical device provided with a female Luer connector, characterised in that the said second body of yielding material covers a part of the elongated tubular element and extends beyond the second extremity of such element so as to close off its opening, the first rigid body having an intermediate portion between the first and the second extremity portion, the part of the elongated tubular element being present in such intermediate portion at a distance from a wall of that intermediate portion in such a way as to define a space with the said wall, a second portion of the second yielding body covering the part of the elongated tubular element being placed in that space, a first portion of such second body of one piece with the second portion being placed outside the said intermediate portion of the connector.
A method for assembling a valve, said method comprising the steps of • assembling a stem assembly by positioning collar means on a valve stem so that collar friction surfaces of said collar means meshes with stem friction surfaces of said valve stem to substantially prevent mutual axial displacement between said collar means and said valve stem, • bending resilient locking means of said collar means inwards by forcing said stem assembly into a stem hole in a valve housing, wherein the diameter of said stem hole is smaller than the outer diameter of said locking means, and • locking the axial position of said stem assembly in said valve housing by positioning said locking means at a locking groove in said stem hole to allow said resilient locking means to expand outwards into said locking groove. • assembling a stem assembly by positioning collar means on a valve stem so that collar friction surfaces of said collar means meshes with stem friction surfaces of said valve stem to substantially prevent mutual axial displacement between said collar means and said valve stem, • bending resilient locking means of said collar means inwards by forcing said stem assembly into a stem hole in a valve housing, wherein the diameter of said stem hole is smaller than the outer diameter of said locking means, and • locking the axial position of said stem assembly in said valve housing by positioning said locking means at a locking groove in said stem hole to allow said resilient locking means to expand outwards into said locking groove.
A fully intat eubacterial minicell derived from a eubacterial parent cell, wherein the minicell comprises biologically active compound and displays an antibody or antibody derivative, wherein the biologically active compound and the antibody or antibody derivative are exogenous to the parent cell and distinct from each other.
A method of wireless communication at a user equipment, UE, comprising: stopping a physical downlink control channel, PDCCH, monitoring on a set of activated secondary cells, SCells, in response to a monitoring stoppage event triggered via a received first medium access control, MAC, control element, CE, from a base station; and resuming the PDCCH monitoring on at least one SCell of the set of activated SCells in response to a monitoring resumption event, wherein the set of activated SCells remain activated during a period between the stopping of the PDCCH monitoring and the resuming of the PDCCH monitoring. stopping a physical downlink control channel, PDCCH, monitoring on a set of activated secondary cells, SCells, in response to a monitoring stoppage event triggered via a received first medium access control, MAC, control element, CE, from a base station; and resuming the PDCCH monitoring on at least one SCell of the set of activated SCells in response to a monitoring resumption event, wherein the set of activated SCells remain activated during a period between the stopping of the PDCCH monitoring and the resuming of the PDCCH monitoring.
An airbag fabric comprising a synthetic fiber, characterized by the fabric having a constant elongation of 1 to 5% and a residual strain rate of 0.1 to 1.5% in each of a warp and a weft of the fabric, and the constant elongation and the residual strain rate being calculated out by measuring methods below, respectively: constant elongation EP % = L 2 − L 1 / L 1 × 100, and residual strain rate ES % = L 3 − L 1 / L 1 × 100 wherein L1: a distance between marked lines on the fabric when an initial load of 1.96 N/30 mm is applied to the fabric; L2: a distance between the marked lines after the fabric has been retained for 10 minutes while a load of 98 N/30 mm has been applied to the fabric; and L3: a distance between the marked lines when the initial load of 1.96 N/30 mm is applied to the fabric after the fabric has been allowed to stand still for 10 minutes from the removal of the 98 N/30 mm load after the retention of the fabric for 10 minutes while the 98 N/30 mm load is applied to the fabric. L1: a distance between marked lines on the fabric when an initial load of 1.96 N/30 mm is applied to the fabric; L2: a distance between the marked lines after the fabric has been retained for 10 minutes while a load of 98 N/30 mm has been applied to the fabric; and L3: a distance between the marked lines when the initial load of 1.96 N/30 mm is applied to the fabric after the fabric has been allowed to stand still for 10 minutes from the removal of the 98 N/30 mm load after the retention of the fabric for 10 minutes while the 98 N/30 mm load is applied to the fabric.
Variable-pitch transfer device for hollow bodies, said device comprising at least: - one drive disc mounted so as to be able to rotate about a central axis of rotation, - at least two angularly consecutive transfer means, each of which is borne by guiding means which are mounted so as to be able to rotate about the central axis of rotation, and each of which is driven in rotation by the drive disc, - one cam which is fixed with respect to the central axis of rotation and comprises a cam track forming a closed-loop path, said device comprising, for each transfer means, at least: - one first rod, of which one end is mounted so as to be able to pivot with respect to the guiding means about a pivoting axis which is parallel to the central axis of rotation, and of which the other end bears a control roller which engages with the cam track of the fixed cam, - one second rod, of which one end is mounted so as to be able to pivot with respect to the guiding means about said pivoting axis of the first rod, characterized in that the other end of the second rod bears a drive roller which is received and guided in an opening formed in the drive disc, the first rod and the second rod being secured in rotation about said pivoting axis, by means of which the pitch between two consecutive transfer means varies when said transfer means are driven continuously in rotation by the drive disc. - one drive disc mounted so as to be able to rotate about a central axis of rotation, - at least two angularly consecutive transfer means, each of which is borne by guiding means which are mounted so as to be able to rotate about the central axis of rotation, and each of which is driven in rotation by the drive disc, - one cam which is fixed with respect to the central axis of rotation and comprises a cam track forming a closed-loop path, - one first rod, of which one end is mounted so as to be able to pivot with respect to the guiding means about a pivoting axis which is parallel to the central axis of rotation, and of which the other end bears a control roller which engages with the cam track of the fixed cam, - one second rod, of which one end is mounted so as to be able to pivot with respect to the guiding means about said pivoting axis of the first rod,
Starter unit for arrangement in the drive train of a motor vehicle, with a starter disc, comprising a disc body and a starter ring gear which is arranged on the outer circumference of the disc body, the disc body and the starter ring gear being formed as separate parts, between which a slip clutch is active, in order to limit the transmittable torque from the starter ring gear to the disc body, characterized in that the starter disc is connected to a flywheel disc or to a dual-mass flywheel of the drive train by means of a freewheel.