mhurhangee/ep-ind-claims huggingface dataset:
A spun yarn drawing apparatus comprising at least one preliminary heating roller and at least one thermosetting roller configured to draw a yarn spun out from a melt spinning apparatus and a thermal insulation box that houses the at least one preliminary heating roller and the at least one thermosetting roller therein, the at least one thermosetting roller having a higher heating temperature than the at least one preliminary heating roller, in the thermal insulation box being provided a contacting member that contacts the yarn before the yarn is wound onto the at least one preliminary heating roller and does not use a dedicated heat source for heating the contacting member during a stable operation, and wherein the contacting member is provided above the at least one thermosetting roller.
A transmitter comprising: a main multiplexer configured to generate a main data output signal by multiplexing parallel input signals (D IN [n]) and to output the main data output signal; a secondary multiplexer configured to generate a post data output signal by multiplexing delayed parallel input signals (/D IN [n-1]) and to output the post data output signal; a main driver and a post driver configured and arranged for receiving the main data output signal and the post data output signal, respectively, wherein an output of the main driver associated with an input (D[n]) of the main driver is connected with an output of the post driver associated with a delayed differential input (/D[n-1]) of the post driver to generate first output (/OUT) signal, and an output of the main driver associated with a delayed input (D[n-1]) of the main driver is connected with an output of the post driver associated with a differential input (/D[n]) of the post driver to generate second output signal, wherein a pre-emphasized output signal is generated by summing the first output (/OUT) signal and the second output signal. a main multiplexer configured to generate a main data output signal by multiplexing parallel input signals (D IN [n]) and to output the main data output signal; a secondary multiplexer configured to generate a post data output signal by multiplexing delayed parallel input signals (/D IN [n-1]) and to output the post data output signal; a main driver and a post driver configured and arranged for receiving the main data output signal and the post data output signal, respectively, wherein an output of the main driver associated with an input (D[n]) of the main driver is connected with an output of the post driver associated with a delayed differential input (/D[n-1]) of the post driver to generate first output (/OUT) signal, and an output of the main driver associated with a delayed input (D[n-1]) of the main driver is connected with an output of the post driver associated with a differential input (/D[n]) of the post driver to generate second output signal, wherein a pre-emphasized output signal is generated by summing the first output (/OUT) signal and the second output signal.
A composition comprising a solubilized magnolol analog comprising: at least one magnolol analog chosen from n-propyl magnolol, isopropyl magnolol, and isobutyl magnolol; and dimethyl isosorbide. at least one magnolol analog chosen from n-propyl magnolol, isopropyl magnolol, and isobutyl magnolol; and dimethyl isosorbide.
A dispensing nozzle assembly for mixing a first fluid and a second fluid, comprising: a target assembly; the target assembly comprising a plurality of fins and a plurality of channels; and a static mixer positioned beneath the plurality of fins, wherein the static mixer comprises a plurality of twisted mixing fins. a target assembly; the target assembly comprising a plurality of fins and a plurality of channels; and a static mixer positioned beneath the plurality of fins, wherein the static mixer comprises a plurality of twisted mixing fins.
Clamping tong for securing a shell part (24, 26) of a wind turbine blade in a mould (102, 112) for moulding the shell part, the clamping tong comprising: - a first tong segment extending along a first tong axis from a first primary end to a first secondary end, wherein the first tong segment is adjustable along the first tong axis between a first retracted state and a first extended state, wherein in the first retracted state the first tong segment has a first retracted length between the first primary end and the first secondary end, and in the first extended state the first tong segment has a first extended length between the first primary end and the first secondary end, the first extended length being longer than the first restricted length; - a second tong segment extending along a second tong axis from a second primary end to a second secondary end, the second tong segment being attached at the second primary end to the first secondary end of the first tong segment; - a third tong segment extending from a third primary end to a third secondary end, the third tong segment being attached at the third primary end to the second secondary end of the second tong segment, the third tong segment having a clamping surface for applying a clamping force on a mould section; the clamping tong being configured to reposition the clamping surface between a clamping state and a release state, wherein the distance between the clamping surface and the first tong axis in the clamping state is shorter than the distance between the clamping surface and the first tong axis in the release state, the first tong segment being attachable to the mould. - a first tong segment extending along a first tong axis from a first primary end to a first secondary end, wherein the first tong segment is adjustable along the first tong axis between a first retracted state and a first extended state, wherein in the first retracted state the first tong segment has a first retracted length between the first primary end and the first secondary end, and in the first extended state the first tong segment has a first extended length between the first primary end and the first secondary end, the first extended length being longer than the first restricted length; - a second tong segment extending along a second tong axis from a second primary end to a second secondary end, the second tong segment being attached at the second primary end to the first secondary end of the first tong segment; - a third tong segment extending from a third primary end to a third secondary end, the third tong segment being attached at the third primary end to the second secondary end of the second tong segment, the third tong segment having a clamping surface for applying a clamping force on a mould section;
An apparatus for facilitating the alignment of non-synchronous input data streams received in the apparatus, the apparatus comprising an analogue to digital converter arrangement for digitising the plurality of input data streams into a plurality of sequences of samples; characterized by a synchronisation processing arrangement for generating alignment pulses for each sequence of the plurality of sequences of samples, for arranging each sequence of samples with respect to the alignment pulses for the sequence and for synchronising the delivery of said plurality of sequences of samples to a common processor with respect to the respective alignment pulses wherein the synchronisation processing arrangement comprises a processing chain (8a, 8b) for each data stream and each processing chain (8a, 8b) comprises an alignment pulse generator for generating the alignment pulses for the sequence of samples corresponding to the processing chain; the apparatus further comprising a reference alignment pulse generator configured to generate and transmit reference alignment pulses to said processing chains (8a, 8b), the synchronisation processing arrangement configured to output the sequence of samples in a output stream to the common processor such that frame delineator data in the output stream coincides with the receipt of the reference alignment pulses by the processing chains.
Method for making a setting accelerator, especially for binders based on calcium sulfate, characterized in that gypsum together with at least one polycarboxylate is subjected to a dry grinding.
A method for preparing the compound of Formula, which is defined as follows: wherein, R 1 is selected from hydroxyl protecting groups; R 2 and R 3 are the same or different, and independently selected from H and OR a, and R a is independently selected from the group consisting of H, C 1-10 alkyl, R b SO 2, wherein R b is C 1-10 alkyl; or R 2 and R 3 both are OR a, and two R a are bonded together to form C 1-6 alkylene; or R 2 and R 3 together with the carbon atom to which they are bonded form a carbonyl group; X is selected from the group consisting of halogen, sulfonyloxy; said method comprises the following step: wherein, R 5 in Formula is selected from silyl groups, R 4 is C 1-10 alkyl, substituted or unsubstituted phenyl, or substituted or unsubstituted benzyl. wherein, R 1 is selected from hydroxyl protecting groups; R 2 and R 3 are the same or different, and independently selected from H and OR a, and R a is independently selected from the group consisting of H, C 1-10 alkyl, R b SO 2, wherein R b is C 1-10 alkyl; or R 2 and R 3 both are OR a, and two R a are bonded together to form C 1-6 alkylene; or R 2 and R 3 together with the carbon atom to which they are bonded form a carbonyl group; X is selected from the group consisting of halogen, sulfonyloxy;
A method for reducing hydrogen sulfide in asphalt, comprising adding a hydrogen sulfide scavenger composition to the asphalt, wherein the hydrogen sulfide scavenger comprises a polyaliphatic amine having formula I: H 2 NRNH- n -H I wherein R is an aliphatic radical and n is from about 0 to about 15; and a catalyst, wherein the catalyst has formula II: R 1 R 2 R 3 R 4 N + X - II wherein R 1, R 2, R 3 and R 4 are each independently alkyl groups having from 1 to 30 carbon atoms, hydroxyalkyl groups having from 1 to 30 carbon atoms or an aryl group having from 6 to 30 carbon atoms; and X is a halide or methyl sulfate.
Process for manufacturing a plastic-metal hybrid part by plastic overmolding on a metal surface via nano-molding technology, comprising steps of (i) providing a metal substrate having a surface area with surface irregularities of nano-size dimensions; (ii) providing a polymer composition; (iii) forming a plastic structure on the metal substrate by molding said polymer composition directly on at least a part of the surface area with the surface irregularities of the metal substrate; wherein the polymer composition comprises thermoplastic polymer selected from a thermoplastic polyamide, characterized in that the polymer composition further comprises silicon-boron glass fibers comprising predominantly silicon dioxide and boron trioxide (B2O3) wherein the silicon-boron glass fibers comprise silicon dioxide and boron trioxide in a combined amount of at least 90 wt.%, relative to the weight of the silicon-boron glass fibers and wherein the silicon-boron glass fibers consist of: (a) 65 - 85 wt.% SiO 2; (b) 15 - 30 wt.% B 2 O 3; (c) 0 - 4 wt.% sodium oxide (Na 2 O) or potassium oxide (K 2 O), or a combination thereof; and (d) 0 - 4 wt.% other components; wherein the weight percentages (wt.%) are relative to the weight of the silicon-boron glass fibers. (i) providing a metal substrate having a surface area with surface irregularities of nano-size dimensions; (ii) providing a polymer composition; (iii) forming a plastic structure on the metal substrate by molding said polymer composition directly on at least a part of the surface area with the surface irregularities of the metal substrate; wherein the polymer composition comprises thermoplastic polymer selected from a thermoplastic polyamide, characterized in that the polymer composition further comprises silicon-boron glass fibers comprising predominantly silicon dioxide and boron trioxide (B2O3) thermoplastic polymer selected from a thermoplastic polyamide, characterized in that the polymer composition further comprises silicon-boron glass fibers comprising predominantly silicon dioxide and boron trioxide (B2O3) wherein the silicon-boron glass fibers comprise silicon dioxide and boron trioxide in a combined amount of at least 90 wt.%, relative to the weight of the silicon-boron glass fibers and wherein the silicon-boron glass fibers consist of: (a) 65 - 85 wt.% SiO 2; (b) 15 - 30 wt.% B 2 O 3; (c) 0 - 4 wt.% sodium oxide (Na 2 O) or potassium oxide (K 2 O), or a combination thereof; and (d) 0 - 4 wt.% other components; wherein the weight percentages (wt.%) are relative to the weight of the silicon-boron glass fibers.
A method for shutting down a fuel cell system with at least one fuel cell which has an anode chamber and a cathode chamber, wherein hydrogen remains in the anode chamber of the fuel cell after the shutdown in order to prevent carbon corrosion and ensure a hydrogen protection time, wherein, when the hydrogen in the anode chamber has been largely used up or after a predetermined number of resupplies of hydrogen at least in the anode chamber, the hydrogen protection time is actively interrupted by the cathode chamber being actively charged with air, wherein the fuel cell is actively cooled before the cathode chamber is actively charged with air, characterized in that the fuel cell system is used in a vehicle, wherein the active cooling takes place after the vehicle has been shut down, wherein, before the cathode chamber is charged with air, the active cooling takes place until the temperature falls below a predetermined limit value and/or a predetermined period of time has elapsed. wherein, when the hydrogen in the anode chamber has been largely used up or after a predetermined number of resupplies of hydrogen at least in the anode chamber, the hydrogen protection time is actively interrupted by the cathode chamber being actively charged with air, wherein the fuel cell is actively cooled before the cathode chamber is actively charged with air, characterized in that the fuel cell system is used in a vehicle, wherein the active cooling takes place after the vehicle has been shut down, wherein, before the cathode chamber is charged with air, the active cooling takes place until the temperature falls below a predetermined limit value and/or a predetermined period of time has elapsed.
A multi-piece golf ball (120, 140, 160), including a solid inner core, an outer core layer surrounding the solid inner core, a mantle layer surrounding the outer core layer, and a cover layer surrounding the mantle layer, wherein the solid inner core includes a thermoplastic resin material, has a surface hardness within a range of 45 to 51 Shore D, has a substantially constant hardness of ± 10% through its cross section, and has a diameter within a range of 20 to 29 mm; the outer core layer includes a polybutadiene rubber containing material, has a surface hardness within a range of 54 to 60 Shore D, and has a thickness within a range of 4 to 10 mm; the mantle layer includes a thermoplastic polyurethane containing material, has a surface hardness within a range of 64 to 70 Shore D, and has a thickness within a range of 0.5 to 1.5 mm; and the cover layer includes a thermoplastic polyurethane containing material, has a surface hardness within a range of 51 to 57 Shore D, and has a nominal thickness within a range of 0.7 to 1.5 mm, wherein the Shore D surface hardness of the mantle layer is higher than the Shore D surface hardnesses of the solid inner core, the outer core layer, and the cover layer.
A device for locating modulated optical radiation sources which device comprises an aperture unit (9; 12, 13) having an aperture opening (5, 7) and comprises a detector unit (2, 3) which, relative to incident radiation along a main axis of incidence, lies behind the aperture opening (5, 7), wherein the detector unit (2, 3) comprises at least three detector elements (4a-d; 6a-d) which are arranged around a centre (Z2, Z3; Z) and the aperture opening (5, 7) of the aperture unit is arranged centrally above the centre (Z1, Z2; Z) and spaced apart from the centre (Z2, Z3; Z) along the main axis of incidence (A2, A3; A) and only partially covers all detector elements (4a-d; 6a-d) when viewed along the main axis of incidence (A2, A3; A), characterized in that a first aperture opening, a first set of at least three detector elements (4a-d) arranged around a centre, a second aperture opening and a second set of at least three detector elements (6a-d) arranged around a centre are all lined up along one single main axis of incidence of radiation, wherein the aperture openings (5, 7) and sets of detector elements (4a-d; 6a-d) are arranged concentrically in a projection along the main axis of incidence and wherein the first aperture opening and the first set (4a-d) externally surround the second aperture opening and the second set (6a-d) in the projection along the main axis of incidence and wherein the detector elements of the two sets have different spectral sensitivity.
A method comprising: generating, by a certificate authority (204x, 304), an implicit certificate associated with an entity, wherein the implicit certificate includes a public key reconstruction value of the entity and identity information of the entity, the certificate authority (204x, 304) being part of a chain of certificate authorities, the chain further comprising one or more superior certificate authorities (204a, 204b); accessing, by a terminal module (206, 306), the implicit certificate; generating, by the terminal module (206, 306), a first value based on evaluating a hash function, wherein the hash function is evaluated based on the public key reconstruction value of the entity, public key information of the certificate authority (204x, 304) and public key information of at least one of the one or more superior certificate authorities (204a, 204b), the public key information comprising at least one of a public key and a public key reconstruction value of the respective certificate authority (204a, 204b, 204x); verifying, by the terminal module (206, 306), a digital signature from the entity using, implicitly or explicitly, a public key value of the entity based on the first value. generating, by a certificate authority (204x, 304), an implicit certificate associated with an entity, wherein the implicit certificate includes a public key reconstruction value of the entity and identity information of the entity, the certificate authority (204x, 304) being part of a chain of certificate authorities, the chain further comprising one or more superior certificate authorities (204a, 204b); accessing, by a terminal module (206, 306), the implicit certificate; generating, by the terminal module (206, 306), a first value based on evaluating a hash function, wherein the hash function is evaluated based on the public key reconstruction value of the entity, public key information of the certificate authority (204x, 304) and public key information of at least one of the one or more superior certificate authorities (204a, 204b), the public key information comprising at least one of a public key and a public key reconstruction value of the respective certificate authority (204a, 204b, 204x); verifying, by the terminal module (206, 306), a digital signature from the entity using, implicitly or explicitly, a public key value of the entity based on the first value.
An inflatable fender characterized in that it comprises a first inflatable inner casing provided with at least one end in the continuity of the chamber of an inflatable tubular appendage equipped with a stoppered end stub, the assembly being housed in a second outer casing espousing the first casing and the appendage and being equipped, at the neck espousing the appendage, with at least one pair of securing means of the D-shaped ring type.
A method of manufacturing an electric motor or a vacuum device, in particular a turbomolecular pump, comprising an electric motor, wherein the electric motor comprises an electromagnet arrangement and a permanent magnet arrangement, wherein the electromagnet arrangement is arranged at a stator (217, 266) of the electric motor and the permanent magnet arrangement is arranged at a rotor (149, 256, 268) of the electric motor, and/or vice versa; wherein the permanent magnet arrangement has a permanent magnetic field which in particular extends substantially symmetrically with respect to an axis of rotation (151, 270) of the rotor (149, 256, 268), characterized in that the method comprises the steps: providing at least one permanent magnet for the permanent magnet arrangement; detecting the permanent magnetic field of the at least one permanent magnet; and subsequently optimizing the permanent magnetic field of the permanent magnet arrangement such that a deviation in the symmetry and/or a magnetic radial force between the rotor (149, 256, 268) and the stator (217, 266) is/are as small as possible. wherein the permanent magnet arrangement has a permanent magnetic field which in particular extends substantially symmetrically with respect to an axis of rotation (151, 270) of the rotor (149, 256, 268), characterized in that the method comprises the steps: providing at least one permanent magnet for the permanent magnet arrangement; detecting the permanent magnetic field of the at least one permanent magnet; and subsequently optimizing the permanent magnetic field of the permanent magnet arrangement such that a deviation in the symmetry and/or a magnetic radial force between the rotor (149, 256, 268) and the stator (217, 266) is/are as small as possible. providing at least one permanent magnet for the permanent magnet arrangement; detecting the permanent magnetic field of the at least one permanent magnet; and subsequently optimizing the permanent magnetic field of the permanent magnet arrangement such that a deviation in the symmetry and/or a magnetic radial force between the rotor (149, 256, 268) and the stator (217, 266) is/are as small as possible.