mhurhangee/ep-ind-claims huggingface dataset:
A first communications device for instructing a second communications device to perform a service, the first communications device comprising a web browser adapted to run a script that is from a remote source, and being characterised in that the first communications device: is adapted to send, to the second communications device, a service instruction for the second communications device to perform a service required by the script running on the web browser; includes a security module adapted to receive from the second communications device a request for verification of the service instruction, inform the script of the request, respond to a requirement of the script to communicate the request to a user of the first communications device, and in response to an indication from the user of the requested verification of the service instruction, send to the script a statement that the service instruction has been verified by the user, the statement being concealed from the script; and is further adapted to send, to the second communications device, the concealed statement required to be returned by the script in response to the request. is adapted to send, to the second communications device, a service instruction for the second communications device to perform a service required by the script running on the web browser; includes a security module adapted to receive from the second communications device a request for verification of the service instruction, inform the script of the request, respond to a requirement of the script to communicate the request to a user of the first communications device, and in response to an indication from the user of the requested verification of the service instruction, send to the script a statement that the service instruction has been verified by the user, the statement being concealed from the script; and receive from the second communications device a request for verification of the service instruction, inform the script of the request, respond to a requirement of the script to communicate the request to a user of the first communications device, and in response to an indication from the user of the requested verification of the service instruction, send to the script a statement that the service instruction has been verified by the user, the statement being concealed from the script; and is further adapted to send, to the second communications device, the concealed statement required to be returned by the script in response to the request.
A electrical switch comprising a first electrically conductive arm comprising a first electrically conductive arcing portion and an electrically conductive main portion; a second electrically conductive arm comprising an electrically conductive body portion at least one of the first and second arms (11, 21) being adapted to be displaced relative to the other to move the switch between an open configuration in which the first and second arms (11, 21) are spaced apart and a closed configuration in which the main portion is in contact with the body portion; the electrical switch further comprising a pivot mechanism to pivot the arcing portion and the main portion into contact with the body portion characterised in that the second electrically conductive arm further comprises an electrically conductive wheel connected to the body portion by a wheel axle which extends along a wheel axis, the wheel being free to rotate about the wheel axis, the wheel being in electrical contact with the body portion, wherein in the closed configuration the arcing portion is in contact with the wheel, the switch being adapted such that as the switch is switched from the open configuration to the closed configuration the arcing portion contacts the wheel before the main portion contacts the body portion; wherein the arcing portion comprises at least one pair of spaced apart arcing fingers, the wheel being adapted to be received between the fingers, and in that the pivot mechanism is adapted to pivot the arcing portion into contact with the wheel. at least one of the first and second arms (11, 21) being adapted to be displaced relative to the other to move the switch between an open configuration in which the first and second arms (11, 21) are spaced apart and a closed configuration in which the main portion is in contact with the body portion; the electrical switch further comprising a pivot mechanism to pivot the arcing portion and the main portion into contact with the body portion characterised in that the second electrically conductive arm further comprises an electrically conductive wheel connected to the body portion by a wheel axle which extends along a wheel axis, the wheel being free to rotate about the wheel axis, the wheel being in electrical contact with the body portion, wherein in the closed configuration the arcing portion is in contact with the wheel, the switch being adapted such that as the switch is switched from the open configuration to the closed configuration the arcing portion contacts the wheel before the main portion contacts the body portion; wherein the arcing portion comprises at least one pair of spaced apart arcing fingers, the wheel being adapted to be received between the fingers, and in that the pivot mechanism is adapted to pivot the arcing portion into contact with the wheel.
A scooter-type electric vehicle comprising: a vehicle body frame which has a down frame extending down-backward from a head pipe, and a lower frame extending backward from a lower end of this down frame; a seat, which is provided at the rear of said head pipe, for allowing a passenger to sit thereon; a step floor, which is provided between said head pipe and said seat, for allowing said passenger to place their feet thereon; and a battery unit in which at least three batteries are lined up in a vehicle widthwise direction and these are connected in series to supply electric power to a driving motor, characterised in that among said respective batteries, center side batteries (412, 413) that are arranged on a vehicle center side are arranged higher than side batteries (411, 414) that are arranged on vehicle outer sides, and a breaker is fitted at an upper front side of the battery to these center side batteries (412, 413), on a connection path that connects said center side batteries (412, 413). a vehicle body frame which has a down frame extending down-backward from a head pipe, and a lower frame extending backward from a lower end of this down frame; a seat, which is provided at the rear of said head pipe, for allowing a passenger to sit thereon; a step floor, which is provided between said head pipe and said seat, for allowing said passenger to place their feet thereon; and a battery unit in which at least three batteries are lined up in a vehicle widthwise direction and these are connected in series to supply electric power to a driving motor,
Composition for immunoassay, comprising at least (i) an amphipol selected from - the poly(maleic anhydride)s, on which at least one hydrophobic alkyl chain and at least one hydrophilic group are grafted, with an average molecular weight comprised between 1,000 and 100,000 g/mol, preferably between 4,000 and 70,000 g/mol, said hydrophobic alkyl chain being a linear alkyl chain of formula (-CH 2) n - where n is an integer greater than or equal to 4, preferably greater than or equal to 6, preferably greater than or equal to 8, and for example comprised between 4 and 16, preferably between 8 and 12,and (ii) an amphoteric copolymer based on (meth)acrylate monomers, a part of these monomers comprising a phosphorylcholine group. - the poly(maleic anhydride)s, on which at least one hydrophobic alkyl chain and at least one hydrophilic group are grafted, with an average molecular weight comprised between 1,000 and 100,000 g/mol, preferably between 4,000 and 70,000 g/mol, said hydrophobic alkyl chain being a linear alkyl chain of formula (-CH 2) n - where n is an integer greater than or equal to 4, preferably greater than or equal to 6, preferably greater than or equal to 8, and for example comprised between 4 and 16, preferably between 8 and 12,and (ii) an amphoteric copolymer based on (meth)acrylate monomers, a part of these monomers comprising a phosphorylcholine group.
A method of performing communication on an unlicensed band, said method being performed by a user equipment UE, the method comprising: receiving system information, SI, scheduling information including information on SI messages including a SI message, wherein said SI scheduling information is received from a base station; identifying a primary SI window number and a secondary SI window number for the SI message based on the SI scheduling information; monitoring a first window corresponding to the primary SI window number for the SI message in a SI period of said SI message; and in response to not receiving the SI message in the first window, monitoring a second window corresponding to the secondary SI window number for the SI message in said SI period of said SI message. receiving system information, SI, scheduling information including information on SI messages including a SI message, wherein said SI scheduling information is received from a base station; identifying a primary SI window number and a secondary SI window number for the SI message based on the SI scheduling information; monitoring a first window corresponding to the primary SI window number for the SI message in a SI period of said SI message; and in response to not receiving the SI message in the first window, monitoring a second window corresponding to the secondary SI window number for the SI message in said SI period of said SI message.
A compensation girder for accommodating formwork elements, particularly formwork panels, comprising - an outer girder which has a support surface facing upwards in application and a base surface facing downwards in application, - at least one inner girder which has an additional support surface facing upwards in application and an additional base surface facing downwards in application, - at least one fixation element, wherein the outer girder has a recess extending in its longitudinal direction for accommodating the inner girder, and the inner girder is slidably supported in the recess of the outer girder, and the fixation element is provided for fixing the position of the inner girder relative to the outer girder, wherein this fixation by means of the fixation element is designed so that it is releasable, and the fixation element, at least partly, penetrates the outer girder and the inner girder during the fixation, respectively, and wherein the support surface and the additional support surface are disposed in a common plane which defines the compensation girder towards the upper side in application, and wherein at least two support interfaces for the connection to a support are disposed on the base surface, and at least one support interface is disposed on the additional base surface, characterised in that the outer girder has at least one coupling and one coupling receptacle, wherein the coupling and the coupling receptacle are disposed on opposite side surfaces of the outer girder, wherein the side surfaces of the outer girder are surfaces which are arranged at an angle, particularly at right angles, with respect to the support surface and the base surface, wherein the external geometry of the coupling is designed so that it is smaller than or identical to the internal geometry of the coupling receptacle, and, therefore, the coupling of a compensation girder is insertable into the coupling receptacle of another compensation girder, and, therefore, two compensation girders are connectable to each other. - an outer girder which has a support surface facing upwards in application and a base surface facing downwards in application, - at least one inner girder which has an additional support surface facing upwards in application and an additional base surface facing downwards in application, - at least one fixation element,
Method for operating a steam generator with a lignite-fired boiler and with at least one first mill for grinding lignite, the method comprising the following method steps: - Grinding of pit-wet raw lignite in the first mill, - Branching off of a drying smoke gas stream out of the boiler and - Drying of the raw lignite in the first mill in direct contact with the drying smoke gas stream, - Injection of a smoke gas lignite stream out of the first mill into the boiler, and being characterized by the method steps: - Drying of a subquantity of raw lignite in a separate drying assembly into dry lignite and - Feeding of the dry lignite from the separate drying assembly into the smoke gas lignite stream of the first mill before burner allocation or into burner allocation. - Grinding of pit-wet raw lignite in the first mill, - Branching off of a drying smoke gas stream out of the boiler and - Drying of the raw lignite in the first mill in direct contact with the drying smoke gas stream, - Injection of a smoke gas lignite stream out of the first mill into the boiler, - Drying of a subquantity of raw lignite in a separate drying assembly into dry lignite and - Feeding of the dry lignite from the separate drying assembly into the smoke gas lignite stream of the first mill before burner allocation or into burner allocation.
A circular closing member (10, 10') made of cork intended to close the opening (52, 52') of a receptacle (48, 48') delimited by an internal edge (50, 50'), said closing member (10, 10') comprising, on the one hand, a gripping part (22, 22') having a gripping face (30, 30') and a gripping section (26, 26') and, on the other hand, a closing part (24, 24') having a closing face (32, 32') opposed to said gripping face (30, 30') and a closing section (28, 28') intended to engage said internal edge (50, 50'), said closing face (32, 32') and said closing section (28, 28') defining a common circular edge (34, 34') having a closing radius Rb; characterized in that said closing part (24, 24') is provided with a cavity (38, 38') axially opening within said closing face (32, 32') and radially extending to a maximum radius Rm lower than said closing radius Rb, so as to release a radially deformable circular free wing (44, 44').
A sensor device comprising: a sensor layer provided at a position facing a surface of a substrate having an operation surface, wherein the surface is opposite to the operation surface, and configured to detect a contacted position or a pressed position on the operation surface; and a gap layer located in a gap between the substrate and the sensor layer, the gap layer including a bonding region and a relaxation region, the bonding region bonding the substrate to the sensor layer, and the relaxation region relaxing stress applied from the substrate to the sensor layer, wherein the bonding region and the relaxation region are each formed of dot-like, lattice-like, or stripe-like adhesive parts (22-3, 22-5) or dot-like, lattice-like, or stripe-like bonding parts (22-4, 22-6), characterised in that the relaxation region has a bonding strength lower than a bonding strength of the bonding region. a sensor layer provided at a position facing a surface of a substrate having an operation surface, wherein the surface is opposite to the operation surface, and configured to detect a contacted position or a pressed position on the operation surface; and a gap layer located in a gap between the substrate and the sensor layer, the gap layer including a bonding region and a relaxation region, the bonding region bonding the substrate to the sensor layer, and the relaxation region relaxing stress applied from the substrate to the sensor layer, wherein the bonding region and the relaxation region are each formed of dot-like, lattice-like, or stripe-like adhesive parts (22-3, 22-5) or dot-like, lattice-like, or stripe-like bonding parts (22-4, 22-6), characterised in that the relaxation region has a bonding strength lower than a bonding strength of the bonding region.
A method for facilitating automation security in a network-based industrial controller environment, comprising: receiving, by a security analysis tool (140, 200, 300) operating on a computer, at least one model being a description of a factory including one or more automation assets to be protected and associated network pathways to access the automation assets, the automation assets communicating and cooperating with network devices across a network, said automation assets including programmable logic controllers, PLC, capable of communicating to and controlling other assets; and generating, by said security analysis tool, one or more security outputs (150, 220, 310) based on the at least one model for automatic deployment of the one or more security outputs in order to cause automatic configurations to mitigate unwanted intrusions or attacks from the network that may affect the automation assets. receiving, by a security analysis tool (140, 200, 300) operating on a computer, at least one model being a description of a factory including one or more automation assets to be protected and associated network pathways to access the automation assets, the automation assets communicating and cooperating with network devices across a network, said automation assets including programmable logic controllers, PLC, capable of communicating to and controlling other assets; and generating, by said security analysis tool, one or more security outputs (150, 220, 310) based on the at least one model for automatic deployment of the one or more security outputs in order to cause automatic configurations to mitigate unwanted intrusions or attacks from the network that may affect the automation assets.
A refractive index sensor for measuring a refractive index of a sample, comprising: a light source generating an input light signal; an sequential routing optical element optically coupled to the light source and routing the input light signal at sequential angles in a time domain; a refractive sensing optic optically coupled to the sequential routing optical element and having an interface with the sample; at least one detector optically coupled to the refractive sensing optic and detecting one or more reflected light signals from the interface, the one or more reflected light signals indicative of any of the sequential angles of the input light signal in the time domain that are at least equal to or greater than a critical angle of reflection at the interface, the at least one detector optically coupled to the sequential routing optical element and detecting at least one direct light signal in the time domain directly from the sequential routing optical element; and a processor operably coupled to the at least one detector, the processor determining a refractive index value based on timing in the time domain and detected intensities from the one or more reflected light signals and the direct light signal and correlating the refractive index value to a characteristic associated with the sample. a light source generating an input light signal; an sequential routing optical element optically coupled to the light source and routing the input light signal at sequential angles in a time domain; a refractive sensing optic optically coupled to the sequential routing optical element and having an interface with the sample; at least one detector optically coupled to the refractive sensing optic and detecting one or more reflected light signals from the interface, the one or more reflected light signals indicative of any of the sequential angles of the input light signal in the time domain that are at least equal to or greater than a critical angle of reflection at the interface, the at least one detector optically coupled to the sequential routing optical element and detecting at least one direct light signal in the time domain directly from the sequential routing optical element; and a processor operably coupled to the at least one detector, the processor determining a refractive index value based on timing in the time domain and detected intensities from the one or more reflected light signals and the direct light signal and correlating the refractive index value to a characteristic associated with the sample.
An endoluminal device comprising a stent, the endoluminal device having a proximal end region, a distal end region, and a medial region extending therebetween; the distal end region of the endoluminal device being more flexible than the medial region; wherein the distal end region of the endoluminal device comprises a plurality of loops formed from at least one wire, wherein the wire includes straight portions extending in a generally axial direction to form the loops, characterised in that each loop overlaps two adjacent loops.
A compound of Formula: or a pharmaceutically acceptable salt thereof; wherein: R 1 is hydrogen; R 2 is hydrogen; R 3 is difluoromethyl, methoxymethyl, or ethoxymethyl; R 3' is hydrogen; R 4 is selected from hydrogen, substituted or unsubstituted alkyl, substituted or unsubstituted alkenyl, substituted or unsubstituted alkynyl, substituted or unsubstituted carbocyclyl, substituted or unsubstituted heterocyclyl, substituted or unsubstituted aryl, substituted or unsubstituted heteroaryl; each of R 6a and R 6b is hydrogen; each of R 11a and R 11b is hydrogen; and wherein ------ represents a single or double bond, provided if a double bond is present in Ring B, then one of R 6a or R 6b is absent, and provided if a single bond is present in Ring B, then the hydrogen at C5 is in the alpha or beta position. R 1 is hydrogen; R 2 is hydrogen; R 3 is difluoromethyl, methoxymethyl, or ethoxymethyl; R 3' is hydrogen; R 4 is selected from hydrogen, substituted or unsubstituted alkyl, substituted or unsubstituted alkenyl, substituted or unsubstituted alkynyl, substituted or unsubstituted carbocyclyl, substituted or unsubstituted heterocyclyl, substituted or unsubstituted aryl, substituted or unsubstituted heteroaryl; each of R 6a and R 6b is hydrogen; each of R 11a and R 11b is hydrogen; and wherein ------ represents a single or double bond, provided if a double bond is present in Ring B, then one of R 6a or R 6b is absent, and provided if a single bond is present in Ring B, then the hydrogen at C5 is in the alpha or beta position.
A gas turbine combustor (1A-1H) comprising a pilot burner that is provided at the center portion of a combustor main body formed in a cylindrical shape to form a pilot flame by combusting pilot fuel and pilot air, wherein the pilot burner is provided with a pilot air channel for supplying the pilot air and a pilot swirler disposed inside the pilot air channel to make the flow of the pilot air become a swirling flow, and a plurality of main burners arranged so as to surround the outer periphery of the pilot burner to form a premixed flame by combusting a premixed gas formed by premixing a main fuel with main air, wherein the gas turbine combustor (1A-1H) further comprises an ignition improving part (20;21:22;23;24,25;26;27;28) that is arranged to reduce the size of a low-temperature air layer of the pilot air which is formed between the pilot flame and the premixed flame and to reduce the distance formed between the premixed gas and the pilot flame, and characterised in that the ignition improving part comprises a channel blocking member provided in the pilot swirler provided in the pilot air channel so as to block one or a plurality of air channels between vanes of the pilot swirler.