mhurhangee/ep-ind-claims huggingface dataset:
A laser oscillator (110, 200) to generate a pulsed light beam, comprising: an output coupler mirror, configured to reflect a reflected portion of the pulsed light beam back into the laser oscillator, and to couple an outputted portion of the pulsed light beam out from the laser oscillator; an end-mirror, configured to return the pulsed light beam into the laser oscillator; a gain material, positioned between the output coupler mirror and the end-mirror along an optical path, configured to amplify the pulsed light beam; a self-starting saturable absorber, configured to self-start a pulsed mode-locking operation of the laser oscillator; and a pulse-shaping saturable absorber, configured to shape pulses of the pulsed light beam into laser pulses with a pulse length of less than 1,000 femtosecond; wherein: the laser oscillator is configured to vary a laser power density spatially; and the self-starting saturable absorber is disposed at a first location where a power density is higher than a power density at a second location where the pulse-shaping saturable absorber is disposed. an output coupler mirror, configured to reflect a reflected portion of the pulsed light beam back into the laser oscillator, and to couple an outputted portion of the pulsed light beam out from the laser oscillator; an end-mirror, configured to return the pulsed light beam into the laser oscillator; a gain material, positioned between the output coupler mirror and the end-mirror along an optical path, configured to amplify the pulsed light beam; a self-starting saturable absorber, configured to self-start a pulsed mode-locking operation of the laser oscillator; and a pulse-shaping saturable absorber, configured to shape pulses of the pulsed light beam into laser pulses with a pulse length of less than 1,000 femtosecond; wherein: the laser oscillator is configured to vary a laser power density spatially; and the self-starting saturable absorber is disposed at a first location where a power density is higher than a power density at a second location where the pulse-shaping saturable absorber is disposed. the laser oscillator is configured to vary a laser power density spatially; and the self-starting saturable absorber is disposed at a first location where a power density is higher than a power density at a second location where the pulse-shaping saturable absorber is disposed.
Device for powering a plurality of loads from an electrical energy supply network, comprising a plurality of converters in parallel, supplied with electrical energy by the network, ensuring the conversion and the supply of electrical energy for at least one load of the plurality of loads, comprising a control member configured to associate said multiple converters to power the at least one load, in response to a power requirement from the at least one load, characterised in that each of the converters delivers electrical energy to the at least one load in N1 phases, and in that each of the converters comprises distributed means (33, 43, 50, 60) comprising a zero sequence transformer coupling the N1 phases, configured to generate a predefined zero-frequence impedance allowing, for each phase, to oppose the creation of high-frequency recirculation current between the converters, in order to curtail recirculation currents generated by the parallel association of the multiple converters. comprising a control member configured to associate said multiple converters to power the at least one load, in response to a power requirement from the at least one load, characterised in that each of the converters delivers electrical energy to the at least one load in N1 phases, and in that each of the converters comprises distributed means (33, 43, 50, 60) comprising a zero sequence transformer coupling the N1 phases, configured to generate a predefined zero-frequence impedance allowing, for each phase, to oppose the creation of high-frequency recirculation current between the converters, in order to curtail recirculation currents generated by the parallel association of the multiple converters.
A method of producing a 3D molded product from a pulp slurry, comprising: applying a pulp slurry layer to a porous forming face of a first mold, in a first forming step, pressing the pulp slurry layer against the porous forming face of the first mold, while heating the pulp slurry layer and drawing a vacuum through the porous forming face of the first mold, transferring the pulp slurry layer to a porous forming face of a second mold, in a second, subsequent, forming step, pressing the pulp slurry layer against the porous forming face of the second mold, while heating the pulp slurry layer and drawing a vacuum through the porous forming face of the second mold, characterized in that a first pressure at the rear side of the porous forming face of the first mold is lower than a second pressure at the rear side of the porous forming face of the second mold. applying a pulp slurry layer to a porous forming face of a first mold, in a first forming step, pressing the pulp slurry layer against the porous forming face of the first mold, while heating the pulp slurry layer and drawing a vacuum through the porous forming face of the first mold, transferring the pulp slurry layer to a porous forming face of a second mold, in a second, subsequent, forming step, pressing the pulp slurry layer against the porous forming face of the second mold, while heating the pulp slurry layer and drawing a vacuum through the porous forming face of the second mold, characterized in that a first pressure at the rear side of the porous forming face of the first mold is lower than a second pressure at the rear side of the porous forming face of the second mold.
An adhesive composition comprising: a butyl-based rubber; and a tackifier having a softening point of 90 °C or more, wherein the butyl-based rubber is Isobutylene-Isoprene rubber, and wherein the butyl-based rubber is formed by polymerizing a mixture including 1 mol% to 5 mol% of isoprene relative to 100 mol% of the total monomer. a butyl-based rubber; and a tackifier having a softening point of 90 °C or more, wherein the butyl-based rubber is Isobutylene-Isoprene rubber, and wherein the butyl-based rubber is formed by polymerizing a mixture including 1 mol% to 5 mol% of isoprene relative to 100 mol% of the total monomer.
Transfer device for limiting a torsion of an assembly of at least one link between a first end of the link which is fixed relative to a fixed portion of a rotating device and a second end of the link which is fixed relative to a rotating portion of the rotating device, the rotating portion being capable of rotating relative to the fixed portion about a rotation axis (x), the transfer device comprising: - a composite drum which comprises an assembly of drums which are aligned along the rotation axis (x) and about which the link is capable of being wound, the assembly of drums comprising a fixed drum which is intended to be fixedly joined to the portion which is fixed in terms of rotation about the rotation axis x, a rotating drum which is intended to be able to rotate about the axis x relative to the fixed portion and an assembly of at least one moving drum (12, 13, 14) which is interposed between the fixed drum and the rotating drum, each moving drum being able to rotate freely about the rotation axis (x) relative to the rotating drum and the fixed drum and having a height along the axis (x), - transfer means which comprise at least one transfer assembly, each transfer assembly being configured to transfer a link of the assembly of at least one link, when it is wound around the composite drum, between the fixed drum and the rotating drum, towards the rotating drum when the rotating drum rotates in a first direction about the rotation axis (x) and conversely when the rotating drum rotates in the opposite direction. - a composite drum which comprises an assembly of drums which are aligned along the rotation axis (x) and about which the link is capable of being wound, the assembly of drums comprising a fixed drum which is intended to be fixedly joined to the portion which is fixed in terms of rotation about the rotation axis x, a rotating drum which is intended to be able to rotate about the axis x relative to the fixed portion and an assembly of at least one moving drum (12, 13, 14) which is interposed between the fixed drum and the rotating drum, each moving drum being able to rotate freely about the rotation axis (x) relative to the rotating drum and the fixed drum and having a height along the axis (x), - transfer means which comprise at least one transfer assembly, each transfer assembly being configured to transfer a link of the assembly of at least one link, when it is wound around the composite drum, between the fixed drum and the rotating drum, towards the rotating drum when the rotating drum rotates in a first direction about the rotation axis (x) and conversely when the rotating drum rotates in the opposite direction.
A method for manufacturing a reinforced fiber substrate having a thermally fusible binder disposed on a surface thereof in a predetermined pattern, the method comprising: a step of disposing a binder permeable sheet via a frame body on a reinforced fiber substrate; wherein the binder permeable sheet is a mesh fabric woven by using a monofilament or spun yarn made of a synthetic resin; wherein the binder permeable sheet has a permeable pattern of binder permeable holes in a dot shape; wherein the permeable pattern is formed by coating a coating agent on the entire surface of the mesh fabric excluding the dot-shaped binder permeable hole forming part and removing a part of the coating agent to form the binder permeable holes; and wherein the frame body is composed of frame members (13a to 13d); and a step of coating a powdery binder on the surface of the reinforced fiber substrate by placing the powder binder as one lump in a partial region of the binder permeable sheet in the vicinity of a first frame member of the frame body, and the moving a spatula along the frame body while pressing the spatula against the binder permeable sheet so as to permeate the powdery binder through the permeable pattern. a step of disposing a binder permeable sheet via a frame body on a reinforced fiber substrate; wherein the binder permeable sheet is a mesh fabric woven by using a monofilament or spun yarn made of a synthetic resin; wherein the binder permeable sheet has a permeable pattern of binder permeable holes in a dot shape; wherein the permeable pattern is formed by coating a coating agent on the entire surface of the mesh fabric excluding the dot-shaped binder permeable hole forming part and removing a part of the coating agent to form the binder permeable holes; and wherein the frame body is composed of frame members (13a to 13d); and a step of coating a powdery binder on the surface of the reinforced fiber substrate by placing the powder binder as one lump in a partial region of the binder permeable sheet in the vicinity of a first frame member of the frame body, and the moving a spatula along the frame body while pressing the spatula against the binder permeable sheet so as to permeate the powdery binder through the permeable pattern.
A barrier segment which is hollow and adapted to be filled with a fluent material for ballast, comprising: a molded plastic container having outer walls defining an interior volume and having a first end and a second end; a plurality of connecting lugs disposed on each of said first and second ends, so that a plurality of barrier segments may be joined together; a length of metallic cable molded within said molded plastic container, so that most of the length of metallic cable is entirely disposed within said interior volume, along substantially an entire length of said container between said first and second ends; and a bushing molded into one of said connecting lugs on the first end of the barrier segment to form a channel through which a pin can be extended to secure the lug to another lug, wherein an end of said metallic cable is attached to said bushing, characterized in that said bushing comprises an enlarged step at each end thereof and is encased in molded plastic, to form an integrally molded-in, leak-proof connection. a molded plastic container having outer walls defining an interior volume and having a first end and a second end; a plurality of connecting lugs disposed on each of said first and second ends, so that a plurality of barrier segments may be joined together; a length of metallic cable molded within said molded plastic container, so that most of the length of metallic cable is entirely disposed within said interior volume, along substantially an entire length of said container between said first and second ends; and a bushing molded into one of said connecting lugs on the first end of the barrier segment to form a channel through which a pin can be extended to secure the lug to another lug, wherein an end of said metallic cable is attached to said bushing,
A downhole artificial lift system, comprising: a production string locatable within a wellbore for communicating a production fluid from a downhole location towards surface; a pump arrangement in communication with the production string for pumping the production fluid within the production string towards surface; and a gas lift arrangement mounted to a gas lift tubing string deployed within the production string for delivering a lift gas into the production string, wherein a tubing annulus is defined between the gas lift tubing string and the production string. a production string locatable within a wellbore for communicating a production fluid from a downhole location towards surface; a pump arrangement in communication with the production string for pumping the production fluid within the production string towards surface; and a gas lift arrangement mounted to a gas lift tubing string deployed within the production string for delivering a lift gas into the production string, wherein a tubing annulus is defined between the gas lift tubing string and the production string.
A laminate comprising at least one first layer of at least one first metal and at least one further layer of a polymer composition, wherein the polymer composition comprises the following components: at least one polyamide, at least one copolymer obtainable by polymerizing at least the following components: at least one C 2 -C 20 -alkene and at least one C 2 -C 18 -alkenyl ester. at least one polyamide, at least one copolymer obtainable by polymerizing at least the following components: at least one C 2 -C 20 -alkene and at least one C 2 -C 18 -alkenyl ester. at least one C 2 -C 20 -alkene and at least one C 2 -C 18 -alkenyl ester.
A self-powered device comprising: a control circuit; a power supply source (2, 7, 11); and self-destruction means, the device being characterized in that: The self-destruction means comprise a heating element configured to increase the temperature and to cause thermal runaway of the power supply source to destroy the device by impairing the power supply source. a control circuit; a power supply source (2, 7, 11); and self-destruction means,
A method of classifying whether a subject suspected of having a brain tumour has a glioma, such as glioblastoma multiforme, or a central nervous system lymphoma, such as primary cerebral lymphoma, the method comprising: performing spectroscopic analysis upon a blood sample, or component thereof, such as plasma or serum, isolated from the subject to obtain a spectroscopic signature characteristic of the blood sample (or component thereof); wherein the spectroscopic analysis is Attenuated Total Reflection FTIR (ATR-FTIR); and classifying the subject as having glioma or a central nervous system lymphoma using the obtained spectroscopic signature characteristic of the blood sample (or component thereof). performing spectroscopic analysis upon a blood sample, or component thereof, such as plasma or serum, isolated from the subject to obtain a spectroscopic signature characteristic of the blood sample (or component thereof); wherein the spectroscopic analysis is Attenuated Total Reflection FTIR (ATR-FTIR); and classifying the subject as having glioma or a central nervous system lymphoma using the obtained spectroscopic signature characteristic of the blood sample (or component thereof).
An anti-presepsin monoclonal antibody or an antigen-binding antibody fragment thereof, wherein the antibody or the fragment specifically recognizes an epitope consisting of an amino acid sequence of SEQ ID NO.: 1.
A climbing shoe comprising: a shoe-upper shaped so as to completely cover the foot of the user; a sole which is fixed to the bottom of the shoe-upper so as to cover the front part of the bottom; and a rear tensioning band made of elastomeric material, which is substantially U-bent and is fixed to the rear part of the shoe-upper so as to cover the area of the shoe-upper immediately above the heel portion of the shoe-upper, and then to extend obliquely along the two lateral sides of the shoe-upper towards the sole; the climbing shoe additionally comprising a substantially ribbon-like sagittal tensioning band made of elastomeric material, which extends longitudinally on the bottom part of the shoe-upper, characterized in that the ribbon-like sagittal tensioning band extends from the tip of the shoe-upper up to the rear tensioning band crossing, in succession, the bottom and the heel portion of the shoe-upper while remaining beneath the sole, and is firmly fixed to the shoe-upper substantially along its entire length.
A method of facilitating a transaction during a voice call between a caller and an agent via a call processor, the method comprising: activating a secure mode of the call processor adapted to prevent sensitive information relating to the transaction provided by the caller from being accessible by the agent; transmitting a notification that the secure mode has been activated via a voice channel used for the voice call to an electronic wallet accessible by the caller in which the sensitive information is stored, the electronic wallet being adapted not to transmit sensitive information unless the secure mode is determined to be active; receiving from the electronic wallet an acknowledgement of receipt of the notification and subsequently sensitive information; and processing the transaction in dependence on the sensitive information received from the electronic wallet. activating a secure mode of the call processor adapted to prevent sensitive information relating to the transaction provided by the caller from being accessible by the agent; transmitting a notification that the secure mode has been activated via a voice channel used for the voice call to an electronic wallet accessible by the caller in which the sensitive information is stored, the electronic wallet being adapted not to transmit sensitive information unless the secure mode is determined to be active; receiving from the electronic wallet an acknowledgement of receipt of the notification and subsequently sensitive information; and processing the transaction in dependence on the sensitive information received from the electronic wallet. receiving from the electronic wallet an acknowledgement of receipt of the notification and subsequently sensitive information; and processing the transaction in dependence on the sensitive information received from the electronic wallet.
A method for cooperative defense on a network, wherein the network comprises a controller, a first subnet, and at least one second subnet, and the controller controls the first subnet and the at least one second subnet; wherein, the method comprises: receiving, by the controller, alarm information sent by a security device of the first subnet, wherein the first subnet is a subnet that is being attacked, and the alarm information comprises feature information of attack information; generating, by the controller according to the feature information of the attack information, flow table information, a data flow corresponding to the flow table information, the data flow belonging to the attack information; and forwarding, by the controller, the flow table information to a switching device of the first subnet and a switching device of the at least one second subnet, so that the switching device of the first subnet and the switching device of the at least one second subnet perform filtering on the data flow according to the flow table information. receiving, by the controller, alarm information sent by a security device of the first subnet, wherein the first subnet is a subnet that is being attacked, and the alarm information comprises feature information of attack information; generating, by the controller according to the feature information of the attack information, flow table information, a data flow corresponding to the flow table information, the data flow belonging to the attack information; and forwarding, by the controller, the flow table information to a switching device of the first subnet and a switching device of the at least one second subnet, so that the switching device of the first subnet and the switching device of the at least one second subnet perform filtering on the data flow according to the flow table information.
An epoxy resin composition, comprising the following solid components: cyanate ester compound having at least two cyanato groups in the molecule or its pre-polymer, active ester, which comprises an active ester of the following structural formula: wherein X is benzene ring or naphthalene ring, j is 0 or 1, k is 0 or 1, n means the average repeating unit and is 0.25-1.25;and epoxy resin containing naphthol structure having the following structural formula: wherein m and n are 1 or 2 respectively, q is an integer between 1 and 10, R is H or alkyl group having 1-5 carbon atoms; based on the parts by weight of the solid components, the total usage amount of the component cyanate compound having at least two cyanato groups or its pre-polymer and the component active ester is 30-90 parts by weight, wherein the weight ratio between the component cyanate ester compound having at least two cyanato groups or its pre-polymer and the component active ester is 0.2-5: 1. cyanate ester compound having at least two cyanato groups in the molecule or its pre-polymer, active ester, which comprises an active ester of the following structural formula: wherein X is benzene ring or naphthalene ring, j is 0 or 1, k is 0 or 1, n means the average repeating unit and is 0.25-1.25;and X is benzene ring or naphthalene ring, j is 0 or 1, k is 0 or 1, n means the average repeating unit and is 0.25-1.25;and epoxy resin containing naphthol structure having the following structural formula: wherein m and n are 1 or 2 respectively, q is an integer between 1 and 10, R is H or alkyl group having 1-5 carbon atoms; based on the parts by weight of the solid components, the total usage amount of the component cyanate compound having at least two cyanato groups or its pre-polymer and the component active ester is 30-90 parts by weight, wherein the weight ratio between the component cyanate ester compound having at least two cyanato groups or its pre-polymer and the component active ester is 0.2-5: 1. wherein m and n are 1 or 2 respectively, q is an integer between 1 and 10, R is H or alkyl group having 1-5 carbon atoms; based on the parts by weight of the solid components, the total usage amount of the component cyanate compound having at least two cyanato groups or its pre-polymer and the component active ester is 30-90 parts by weight, wherein the weight ratio between the component cyanate ester compound having at least two cyanato groups or its pre-polymer and the component active ester is 0.2-5: 1.