mhurhangee/ep-ind-claims huggingface dataset:
A laser system for modification of a sample to form a modified region at a target location within the sample, the target location being disposed below a surface of the sample, the laser system comprising: a laser light source configured to provide laser light; a sample holder for supporting the sample; one or more optical elements (420,430,440) configured to direct the laser light from the laser light source into the sample when the sample is supported by the sample holder, wherein the one or more optical elements (420,430,440) are configured to focus the laser light into the sample, and wherein the one or more optical elements includes a component configured to correct for spherical aberration caused by mismatch in refractive index at the surface of the sample through which the laser light enters the sample such that the laser light is focused at the target location within the sample, characterised by: a tilt measurement device configured to measure a tilt angle of the surface of the sample relative to an optical axis of the laser light entering through the surface, and a drive mechanism for moving the sample holder and/or one or more of the optical elements (420,430,440) based on the measured tilt angle to correct for coma aberration caused by the tilt angle. a laser light source configured to provide laser light; a sample holder for supporting the sample; one or more optical elements (420,430,440) configured to direct the laser light from the laser light source into the sample when the sample is supported by the sample holder, wherein the one or more optical elements (420,430,440) are configured to focus the laser light into the sample, and wherein the one or more optical elements includes a component configured to correct for spherical aberration caused by mismatch in refractive index at the surface of the sample through which the laser light enters the sample such that the laser light is focused at the target location within the sample, characterised by: a tilt measurement device configured to measure a tilt angle of the surface of the sample relative to an optical axis of the laser light entering through the surface, and a drive mechanism for moving the sample holder and/or one or more of the optical elements (420,430,440) based on the measured tilt angle to correct for coma aberration caused by the tilt angle. a tilt measurement device configured to measure a tilt angle of the surface of the sample relative to an optical axis of the laser light entering through the surface, and a drive mechanism for moving the sample holder and/or one or more of the optical elements (420,430,440) based on the measured tilt angle to correct for coma aberration caused by the tilt angle.
A network component for classifying at least one traffic flow for efficient quality of service realization in a network (100, 104, 106); wherein the network component is configured to define the traffic flow as an Internet Protocol, IP, flow, the network component further comprising: - detecting means configured to detect at least one IP flow from at least one IP packet, - obtaining means, upon detection of the at least one IP flow, configured to obtain predefined information from the at least one IP packet to determine a quality of service requirement that is associated with the at least one IP packet; and - creating means configured to create at least one other IP flow upon obtaining the predefined information, by multiplexing a plurality of IP packets with the same quality of service requirement into the at least one other IP flow or demultiplexing the plurality of IP packets with different quality of service requirements into other IP flows, each of the other traffic flows having a different quality of service requirement; - wherein the detecting means and the creating means perform the respective detection and creation of the at least one IP flow at an IP convergence sublayer, located above a Media Access Control, MAC, layer in a protocol stack. - detecting means configured to detect at least one IP flow from at least one IP packet, - obtaining means, upon detection of the at least one IP flow, configured to obtain predefined information from the at least one IP packet to determine a quality of service requirement that is associated with the at least one IP packet; and - creating means configured to create at least one other IP flow upon obtaining the predefined information, by multiplexing a plurality of IP packets with the same quality of service requirement into the at least one other IP flow or demultiplexing the plurality of IP packets with different quality of service requirements into other IP flows, each of the other traffic flows having a different quality of service requirement; - wherein the detecting means and the creating means perform the respective detection and creation of the at least one IP flow at an IP convergence sublayer, located above a Media Access Control, MAC, layer in a protocol stack.
A layer forming polymer comprising a first type of norbornene-type repeating unit and a second type of norbornene-type repeating unit each represented by Formula A, such types of repeating units derived from norbornene-type monomers represented by Formula A1: where m is 0, 1 or 2, at least one of R a, R b, R c and R d for the said first type of repeating unit is a crosslinkable hydrocarbyl pendent group and at least one of R a, R b, R c and R d for the said second type of repeating unit is distinct from said first type of repeating unit and is a hydrocarbyl pendent group having high transparency in the visible light spectrum, wherein the crosslinkable pendent group is represented by Formula 1 and the pendent group having high transparency is represented by Formula 4:
A heat sealable, inkjet printable image transfer material comprising a coating composition in form of at least one heat sealable, inkjet printable layer or a multilayer coating stack comprising one or more additional layers in addition to the heat sealable, inkjet printable layer over a temporary carrier layer, wherein said coating composition comprises: - at least one cellulose-based binding agent, wherein the at least one cellulose-based binding agent is selected from the group consisting of cellulose esters, cellulose ethers and mixtures thereof; - at least one rosin-based tackifier, wherein the at least one rosin-based tackifier comprises at least one fully or partially hydrogenated rosin or an ester thereof; and - at least one plasticizer, wherein the at least one plasticizer is selected from the group consisting of optionally epoxidized oils, fatty acids as well as esters thereof, benzoates, glyceryl esters, esters of polycarboxylic acids with linear or branched aliphatic alcohols, (poly)glycol esters, sulfonamides, polymeric plasticizers and mixtures thereof. - at least one cellulose-based binding agent, wherein the at least one cellulose-based binding agent is selected from the group consisting of cellulose esters, cellulose ethers and mixtures thereof; - at least one rosin-based tackifier, wherein the at least one rosin-based tackifier comprises at least one fully or partially hydrogenated rosin or an ester thereof; and - at least one plasticizer, wherein the at least one plasticizer is selected from the group consisting of optionally epoxidized oils, fatty acids as well as esters thereof, benzoates, glyceryl esters, esters of polycarboxylic acids with linear or branched aliphatic alcohols, (poly)glycol esters, sulfonamides, polymeric plasticizers and mixtures thereof.
An apparatus (200, 200', 200") for recovering energy from a papermaking machine, the papermaking machine comprising a forming wire loop driven around a lead roll, a fabric loop driven around a forming roll, and a headbox configured to inject a stock into a moving sandwich created by the forming wire and fabric loops, the apparatus comprising: a turbine coupled to an electrical motor (210, 210'), the motor configured to: at a first time, drive the turbine using electrical power; and at a second time, be driven by the turbine to generate electrical power; a sensor configured to determine a speed of the turbine; an electrical sink/source (250, 350, 450); and a power control system coupled to the sink/source, the sensor and the motor, the PCS configured to control the speed of the turbine by regulating a flow of electrical power between the sink/source and the motor. a turbine coupled to an electrical motor (210, 210'), the motor configured to: at a first time, drive the turbine using electrical power; and at a second time, be driven by the turbine to generate electrical power; at a first time, drive the turbine using electrical power; and at a second time, be driven by the turbine to generate electrical power; a sensor configured to determine a speed of the turbine; an electrical sink/source (250, 350, 450); and a power control system coupled to the sink/source, the sensor and the motor, the PCS configured to control the speed of the turbine by regulating a flow of electrical power between the sink/source and the motor.
An intravascular catheter, comprising: a catheter shaft having a distal portion; a plurality of magnetic localization elements disposed within the distal portion of the catheter shaft; and an integrated electronics package disposed within the distal portion of the catheter shaft, wherein the integrated electronics package comprises: a power supply; a pre-amplifier; a multiplexor; an imaging element driver; and imaging elements, wherein the imaging elements are an ultrasonic transducer array which is included within the integrated electronics package and characterised in that the plurality of magnetic localization elements comprises a plurality of solid-state magnetic localization sensors mounted within the integrated electronics package. a catheter shaft having a distal portion; a plurality of magnetic localization elements disposed within the distal portion of the catheter shaft; and an integrated electronics package disposed within the distal portion of the catheter shaft, wherein the integrated electronics package comprises: a power supply; a pre-amplifier; a multiplexor; an imaging element driver; and imaging elements, a power supply; a pre-amplifier; a multiplexor; an imaging element driver; and imaging elements, wherein the imaging elements are an ultrasonic transducer array which is included within the integrated electronics package and characterised in that the plurality of magnetic localization elements comprises a plurality of solid-state magnetic localization sensors mounted within the integrated electronics package.
Force transmission unit which has a cable, in particular a wire cable, and a device for the introduction of a force into the cable, and comprises a sleeve which encloses an end section of the cable and is connected under deformation to the cable, a connecting member which is arranged between the sleeve and the cable being provided, which connecting member is formed from a material which has a smaller strength than the materials from which the sleeve and an outer face of the cable are formed, characterized in that the sleeve has a thickened wall portion at at least one end at which the connecting member is inserted into the sleeve, encases the connecting member completely and surrounds it at the end.
Dam slab for damming a sports field, comprising a main body configured to be arranged adjacently of the sports field, wherein the main body comprises: - an upper surface; and - a sports field side; wherein the main body is configured to be arranged in normal use with the upper surface directed upward and with the sports field side directed toward the sports field and thus defines a first direction running substantially horizontally along the sports field, wherein the main body further comprises: - a drainage gutter in the upper surface for the purpose of draining water which runs from the sports field onto the dam slab, - a barrier arranged on the upper surface for the purpose of guiding water running from the sports field onto the dam slab into the drainage gutter; and - at least one attaching strip on the sports field side, by means of which at least a part of the sports field can be connected to the dam slab, characterized in that the at least one attaching strip is received at least partially in a corresponding recess in the main body, and wherein the at least one attaching strip is manufactured from plastic or rubber. - an upper surface; and - a sports field side; wherein the main body is configured to be arranged in normal use with the upper surface directed upward and with the sports field side directed toward the sports field and thus defines a first direction running substantially horizontally along the sports field, wherein the main body further comprises: - a drainage gutter in the upper surface for the purpose of draining water which runs from the sports field onto the dam slab, - a barrier arranged on the upper surface for the purpose of guiding water running from the sports field onto the dam slab into the drainage gutter; and - at least one attaching strip on the sports field side, by means of which at least a part of the sports field can be connected to the dam slab, characterized in that the at least one attaching strip is received at least partially in a corresponding recess in the main body, and wherein the at least one attaching strip is manufactured from plastic or rubber. - a drainage gutter in the upper surface for the purpose of draining water which runs from the sports field onto the dam slab, - a barrier arranged on the upper surface for the purpose of guiding water running from the sports field onto the dam slab into the drainage gutter; and - at least one attaching strip on the sports field side, by means of which at least a part of the sports field can be connected to the dam slab, characterized in that the at least one attaching strip is received at least partially in a corresponding recess in the main body, and wherein the at least one attaching strip is manufactured from plastic or rubber.
A coating composition comprising at least 10 weight percent, based on total resin solids in the coating composition, of a polyether polymer that includes at least 25% by weight of aryl or heteroaryl groups, wherein the polymer is substantially free of bound bisphenol A, bisphenol F, bisphenol S, polyhydric phenols having an estrogenic activity greater than or equal to that of bisphenol S when tested using the MCF-7 assay, and epoxides thereof; wherein the polyether polymer is formed by reacting ingredients including: (i) an extender and (ii) a diepoxide compound, wherein the extender or diepoxide compound, or both, includes one or more segments of the below Formula: wherein: each of the oxygen atoms depicted in Formula is present in an ether or ester linkage; v is independently 0 to 3, preferably 0 to 2; w is 4; each of the phenylene groups depicted in Formula includes at least one Hydrogen atom attached to the ring at an ortho position relative to the depicted oxygen atoms; each R 1, if present, is independently an atom or group preferably having at atomic weight of at least 15 Daltons that is substantially non-reactive with an epoxy group; R 2 is a divalent organic group containing 4 to 15 carbon atoms; n is 1; t is 1; and two or more R 1 and/or R 2 groups can join to form one or more cyclic groups. each of the oxygen atoms depicted in Formula is present in an ether or ester linkage; v is independently 0 to 3, preferably 0 to 2; w is 4; each of the phenylene groups depicted in Formula includes at least one Hydrogen atom attached to the ring at an ortho position relative to the depicted oxygen atoms; each R 1, if present, is independently an atom or group preferably having at atomic weight of at least 15 Daltons that is substantially non-reactive with an epoxy group; R 2 is a divalent organic group containing 4 to 15 carbon atoms; n is 1; t is 1; and two or more R 1 and/or R 2 groups can join to form one or more cyclic groups.
An electret article that comprises: a polymeric material that has electric charge imparted thereto, that includes one or more types of heteroatoms selected from the group consisting of sulfur, nitrogen, boron, silicon, and combinations thereof, wherein the heteroatoms are present in the electret article at 100% or more above the background value, that has a fluorosaturation ratio of greater than 30 and 180 or less, and that has an atomic percent fluorine of 40% or greater and wherein the polymeric material is non conductive, and wherein the electret article exhibits persistent electret charge. a polymeric material that has electric charge imparted thereto, that includes one or more types of heteroatoms selected from the group consisting of sulfur, nitrogen, boron, silicon, and combinations thereof, wherein the heteroatoms are present in the electret article at 100% or more above the background value, that has a fluorosaturation ratio of greater than 30 and 180 or less, and that has an atomic percent fluorine of 40% or greater and wherein the polymeric material is non conductive, and wherein the electret article exhibits persistent electret charge.
A system comprising: a broadband extended source; a diffraction grating positioned to receive a broadband of light from the extended source and output an angular separation of the frequencies of the broadband of light; an output slit able to receive one of different narrow bands of light containing a subset of the frequencies output by the diffraction grating; wherein each narrow band of light is determined by a different rotational position of a rotatable component (30, 32) relative to the output slit; characterized by a line-scan scanning laser ophthalmoscopy, SLO, system, wherein the output slit is configured to pass the narrow band of light to the line-scan scanning laser ophthalmoscopy, SLO, system. a broadband extended source; a diffraction grating positioned to receive a broadband of light from the extended source and output an angular separation of the frequencies of the broadband of light; an output slit able to receive one of different narrow bands of light containing a subset of the frequencies output by the diffraction grating; wherein each narrow band of light is determined by a different rotational position of a rotatable component (30, 32) relative to the output slit; characterized by a line-scan scanning laser ophthalmoscopy, SLO, system, wherein the output slit is configured to pass the narrow band of light to the line-scan scanning laser ophthalmoscopy, SLO, system.
A simulation model for simulating a tube line comprising at least one hollow cylindrical section that is configured to be arranged in a tube receiver of a blood leak detector, preferably of a blood leak detector of a blood treatment machine, wherein a respective receiver for a respective light source is provided at the axial ends of the hollow cylindrical section, by means of which light source light can be introduced into the hollow cylindrical section; and at least one light guidance element that is arranged in the hollow cylindrical section and that is configured to deflect light introduced into the hollow cylindrical section such that the light moves outwardly out of the hollow cylindrical section through at least one opening (13, 14) in a radial outer side of the hollow cylindrical section, characterized in that a respective light source that preferably introduces red and/or green light into the hollow cylindrical section is arranged in the receivers at the axial ends of the hollow cylindrical section.
A dynamo installable in a flow field of a fluid, the dynamo comprising: a columnar oscillator (12, 12a) configured to oscillate about an axis due to a self-excited oscillation, the axis being parallel to a flow direction of the fluid and supporting at one end of the columnar oscillator (12, 12a) in the flow field of the fluid; and an electricity generator configured to generate electric energy corresponding to an oscillation of the oscillator (12, 12a), characterized by an oscillation regulator being shaped as a columnar body and configured to control the oscillation of the oscillator (12, 12a), and a controller configured to cause at least one of the position of the oscillator (12, 12a) and a position of the oscillation regulator to move so as to adjust a distance between the axis of the oscillator (12, 12a) and the oscillation regulator in response to the flow velocity of the fluid, wherein the oscillation regulator is apart from the oscillator (12, 12a) on at least one of an upstream side and a downstream side of the oscillator (12, 12a) in the flow field. a columnar oscillator (12, 12a) configured to oscillate about an axis due to a self-excited oscillation, the axis being parallel to a flow direction of the fluid and supporting at one end of the columnar oscillator (12, 12a) in the flow field of the fluid; and an electricity generator configured to generate electric energy corresponding to an oscillation of the oscillator (12, 12a), characterized by an oscillation regulator being shaped as a columnar body and configured to control the oscillation of the oscillator (12, 12a), and a controller configured to cause at least one of the position of the oscillator (12, 12a) and a position of the oscillation regulator to move so as to adjust a distance between the axis of the oscillator (12, 12a) and the oscillation regulator in response to the flow velocity of the fluid, wherein the oscillation regulator is apart from the oscillator (12, 12a) on at least one of an upstream side and a downstream side of the oscillator (12, 12a) in the flow field.