mhurhangee/ep-ind-claims huggingface dataset:
Subsea cooler for the cooling of a multiphase fluid flowing in a subsea flow line, the subsea cooler comprising an inlet and an outlet which are connectable to the subsea flow line, wherein the subsea cooler comprises: a plurality of cooling sections which are arranged in fluid communication with the inlet and the outlet of the subsea cooler, each cooling section including a plurality of cooling pipes which are configured such that they exchange heat energy with the surrounding sea water when the subsea cooler is in use; and at least one distributing pipe for each cooling section extending between a primary distribution point and respective cooling sections, the distributing pipes being inclined relative to a horizontal plane when the subsea cooler is installed on the seabed such that the multiphase fluid flows downwards from the primary distribution point toward the cooling sections; characterized in that the plurality of cooling sections includes at least one cold zone comprising at least one cooling pipe provided with a temperature lowering means, such that fluid flowing through said at least one cooling pipe has a lower temperature than the fluid flowing through the other of the plurality of cooling pipes which are not provided with temperature lowering means, and further comprising one or both of a temperature and pressure measuring device configured to measure the temperature and pressure in the at least one cold zone and to communicate with a control system adapted to control the flow of fluid through the subsea cooler. a plurality of cooling sections which are arranged in fluid communication with the inlet and the outlet of the subsea cooler, each cooling section including a plurality of cooling pipes which are configured such that they exchange heat energy with the surrounding sea water when the subsea cooler is in use; and at least one distributing pipe for each cooling section extending between a primary distribution point and respective cooling sections, the distributing pipes being inclined relative to a horizontal plane when the subsea cooler is installed on the seabed such that the multiphase fluid flows downwards from the primary distribution point toward the cooling sections; characterized in that the plurality of cooling sections includes at least one cold zone comprising at least one cooling pipe provided with a temperature lowering means, such that fluid flowing through said at least one cooling pipe has a lower temperature than the fluid flowing through the other of the plurality of cooling pipes which are not provided with temperature lowering means, and further comprising one or both of a temperature and pressure measuring device configured to measure the temperature and pressure in the at least one cold zone and to communicate with a control system adapted to control the flow of fluid through the subsea cooler.
A display system comprising: a plurality of light sources; and a plurality of light concentrator assembly systems, each of said systems including multiple light concentrators each having an input portion and an output portion, each light concentrator being configured to reduce an angular spectrum of light from a different light source received via the input portion of the light concentrator; and multiple angular rotators each configured to route light from a different light source to the input portion of one of the multiple light concentrators while maintaining the angular spectrum of the light; wherein the plurality of light sources includes one or more first light sources configured to output light through one or more of the plurality of light concentrator assemblies, and one or more second light sources configured to not output light through one or more of the plurality of light concentrator assemblies, and wherein the one or more first light sources and one or more second light sources are aligned in an alternating constellation, and wherein the display system is configured to provide a private viewing mode by powering on and using the one or more first light sources, and to provide a normal viewing mode by powering on and using the one or more second light sources. a plurality of light sources; and a plurality of light concentrator assembly systems, each of said systems including multiple light concentrators each having an input portion and an output portion, each light concentrator being configured to reduce an angular spectrum of light from a different light source received via the input portion of the light concentrator; and multiple angular rotators each configured to route light from a different light source to the input portion of one of the multiple light concentrators while maintaining the angular spectrum of the light; wherein the plurality of light sources includes one or more first light sources configured to output light through one or more of the plurality of light concentrator assemblies, and one or more second light sources configured to not output light through one or more of the plurality of light concentrator assemblies, and wherein the one or more first light sources and one or more second light sources are aligned in an alternating constellation, and wherein the display system is configured to provide a private viewing mode by powering on and using the one or more first light sources, and to provide a normal viewing mode by powering on and using the one or more second light sources.
Radio-tag able to indicate, to a reader, via a wireless link, that a variation in energy has crossed a preset threshold, this variation in energy being chosen from the group composed of a variation in the temperature of the radio-tag and of a variation in the magnetic field to which the radio-tag is exposed, this radio-tag including: - an electrically insulating substrate; - an antenna (14; 112; 132) for establishing the wireless link with the reader, this antenna being entirely deposited on and fastened with no degree of freedom to the insulating substrate; and - an actuator (50; 114; 122; 134) able to modify the impedance of this antenna when the variation in energy crosses the preset threshold in order to indicate to the reader this event, this actuator including for this purpose a transducer material able to convert the variation in energy into a mechanical deformation, the transducer material being chosen from a group composed of a thermal shape-memory material, a magnetostrictive material and a magnetic shape-memory material; characterized in that the transducer material is deposited on and fastened with no degree of freedom to the substrate or the antenna in order to form with the substrate or the antenna a multilayer structure that deforms the antenna (14; 112; 132) flexurally between a bowed configuration and a less bowed configuration when the variation in energy crosses the preset threshold. - an electrically insulating substrate; - an antenna (14; 112; 132) for establishing the wireless link with the reader, this antenna being entirely deposited on and fastened with no degree of freedom to the insulating substrate; and - an actuator (50; 114; 122; 134) able to modify the impedance of this antenna when the variation in energy crosses the preset threshold in order to indicate to the reader this event, this actuator including for this purpose a transducer material able to convert the variation in energy into a mechanical deformation, the transducer material being chosen from a group composed of a thermal shape-memory material, a magnetostrictive material and a magnetic shape-memory material;
Use of a composite resin composition comprising (a) at least one polyreactive binder, (b) a first photopolymerisation initiator having an absorption maximum at a wavelength of less than 400 nm, (c) a second photopolymerisation initiator having an absorption maximum at a wavelength of at least 400 nm selected from the group consisting of monoacyltrialkyl- and diacyldialkylgermanium compounds and mixtures thereof and (d) an absorber having an absorption maximum at a wavelength of less than 400 nm, for the stereolithographic production of a dental moulded part based on composite resin. (a) at least one polyreactive binder, (b) a first photopolymerisation initiator having an absorption maximum at a wavelength of less than 400 nm, (c) a second photopolymerisation initiator having an absorption maximum at a wavelength of at least 400 nm selected from the group consisting of monoacyltrialkyl- and diacyldialkylgermanium compounds and mixtures thereof and (d) an absorber having an absorption maximum at a wavelength of less than 400 nm,
Brake belt for a chainsaw, said brake belt having a flat belt having a bent section and two fixing sections (14, 16), characterised in that the brake belt is made from martensitically hardened chromium steel.
A method for fabricating a mechanical interface for connecting a biological body segment to a wearable device, characterized in that the biological body segment is a limb, portion of a limb, or torso segment, the method comprising the steps of: a) compiling a data set of features corresponding to a biological body segment; b) processing the compiled data set to thereby form a representation of the biological body segment, the representation collectively representing external biological body segment shape and at least one member of the group consisting of tissue impedance, soft tissue depth, tissue distribution, tissue density, tissue viscoelasticity, skin tensile strain, neural muscle activation and sensitivity to externally-applied pressure influenced by underlying anatomy of the body segment; c) quantitatively mapping the representation of the biological body segment to form a digital representation of a mechanical interface shape; and d) fabricating a mechanical interface based on the digital representation to thereby form the mechanical interface for connecting the biological body segment to the wearable device. a) compiling a data set of features corresponding to a biological body segment; b) processing the compiled data set to thereby form a representation of the biological body segment, the representation collectively representing external biological body segment shape and at least one member of the group consisting of tissue impedance, soft tissue depth, tissue distribution, tissue density, tissue viscoelasticity, skin tensile strain, neural muscle activation and sensitivity to externally-applied pressure influenced by underlying anatomy of the body segment; c) quantitatively mapping the representation of the biological body segment to form a digital representation of a mechanical interface shape; and d) fabricating a mechanical interface based on the digital representation to thereby form the mechanical interface for connecting the biological body segment to the wearable device.
An imaging and image display system (7, 8), comprising: an imaging apparatus capable of sending and receiving ultrasound or sound waves of different frequencies in directions where an image or a video is needed; a radiation imaging apparatus including a radiation detector, the radiation imaging apparatus capable of color-coding radiation intensities detected by the radiation detector; a display apparatus (7, 8) capable of integrating and processing an image created by the imaging apparatus and the radiation imaging apparatus, and then displaying the image; and wiring including an electrical cable or an optical fiber for connecting the imaging apparatus and the radiation imaging apparatus with the display apparatus (7, 8); wherein: the wiring, the imaging apparatus and the radiation imaging apparatus are protected from radiation by a mono or multi-layered coating, comprising of a metal layer composed of Pb or Au, and an insulating layer coated above the metal layer, to confer resistance to at least one of following hazards: dust, fire, electrical leakage, heat, cold, water, and condensation, the coated wiring thereby allowing the display apparatus, which is configured to process an image and display an image and a video, based on ultrasound or sound waves received from a plurality of directions and measured radiation intensity, to be used in isolation from a site where radiation is emitted, so that the display apparatus can be used longer or more frequently than the imaging apparatus and the radiation imaging apparatus. an imaging apparatus capable of sending and receiving ultrasound or sound waves of different frequencies in directions where an image or a video is needed; a radiation imaging apparatus including a radiation detector, the radiation imaging apparatus capable of color-coding radiation intensities detected by the radiation detector; a display apparatus (7, 8) capable of integrating and processing an image created by the imaging apparatus and the radiation imaging apparatus, and then displaying the image; and wiring including an electrical cable or an optical fiber for connecting the imaging apparatus and the radiation imaging apparatus with the display apparatus (7, 8); wherein: the wiring, the imaging apparatus and the radiation imaging apparatus are protected from radiation by a mono or multi-layered coating, comprising of a metal layer composed of Pb or Au, and an insulating layer coated above the metal layer, to confer resistance to at least one of following hazards: dust, fire, electrical leakage, heat, cold, water, and condensation, the coated wiring thereby allowing the display apparatus, which is configured to process an image and display an image and a video, based on ultrasound or sound waves received from a plurality of directions and measured radiation intensity, to be used in isolation from a site where radiation is emitted, so that the display apparatus can be used longer or more frequently than the imaging apparatus and the radiation imaging apparatus.
Method for detecting flaws and comparable, radiation-reflecting structural defects in the walls of hollow glass articles, wherein static radiation which is emitted by radiation elements, is reflected on the hollow glass article and contains interference reflections and dynamic, defect-indicating reflections is received by means of a plurality of radiation-receiving elements arranged spaced apart from one another and fixed in place relative to the hollow glass article rotating about its longitudinal axis, is displayed as an original image series consisting of a plurality of images recorded based upon different recording angles and is directed to an evaluator, characterised in that from the original image series a binarized image series containing static and dynamic reflections is produced, in that the image series is processed for the purpose of generating a two-dimensional histogram image which displays the cumulative frequency values of the static and dynamic components of all images of the original image series, in that the histogram image is further processed for the purpose of generating a fade-out mask containing merely static reflections, in that a compressed image series containing both static and dynamic reflections is generated proceeding from the original image series, in that the image series is masked with the fade-out mask for the purpose of fading out the regions of static reflections and for producing a masked image series of the hollow glass article, and in that the images of the image series are used for detecting said defects.
An isolated antibody or antibody fragment thereof that binds to a V-domain Ig Suppressor of T cell Activation (VISTA), wherein said antibody or antibody fragment thereof comprises a variable heavy chain polypeptide of SEQ ID NO: 37 and a variable light chain polypeptide of SEQ ID NO: 44.
Assembly for cleaning a circular filter, having a cleaning chamber having a drivable rotary plate for receiving the filter and having at least one cleaning nozzle (5, 5A) that blows at the inner and/or the outer surface of the filter, characterised in that at least one rotor (6, 6A) that rotates about an axis of rotation (7, 7A) is provided, said rotor (6, 6A) having at least one cleaning nozzle (5, 5A) that is spaced radially from the axis of rotation (7, 7A), so as to enlarge the surface that is being blown at, wherein the axis of rotation (7, 7A) of the rotor (6, 6A) is oriented at a predetermined angle (φ) with respect to the longitudinal axis of the filter, wherein the angle (φ) comprises a value of approximately 80 degrees to 100 degrees, preferably 90 degrees.
A method of forming discrete zones of hooks on a substrate, while imparting localized speed variances to the substrate while advancing in a machine direction, for assembling absorbent articles, the method comprising steps of: advancing a first substrate in a machine direction at a first speed, the first substrate comprising a first surface and an opposing second surface and defining a width, Ws, in a cross direction; decelerating a portion of the first substrate to a second speed; arranging the second surface of the portion the first substrate and a die surface in a facing relationship, wherein the die surface comprises cavities; applying energy to the portion of the first substrate while advancing at the second speed such that softened material of the first substrate moves into the cavities of the die surface to form a zone of protrusions, wherein the zone of protrusions extends in the machine direction for a length, Lz, and wherein each protrusion protrudes from the second surface of the first substrate to a distal end; accelerating the portion of the first substrate with the zone of protrusions from the second speed to the first speed; and cutting the first substrate into discrete pieces each having a pitch length, PL, extending along the machine direction, wherein the length, Lz, of the zone of protrusions extends in the machine direction for less than the pitch length, PL; wherein the protrusions comprise hooks; and wherein the first substrate comprises a nonwoven. advancing a first substrate in a machine direction at a first speed, the first substrate comprising a first surface and an opposing second surface and defining a width, Ws, in a cross direction; decelerating a portion of the first substrate to a second speed; arranging the second surface of the portion the first substrate and a die surface in a facing relationship, wherein the die surface comprises cavities; applying energy to the portion of the first substrate while advancing at the second speed such that softened material of the first substrate moves into the cavities of the die surface to form a zone of protrusions, wherein the zone of protrusions extends in the machine direction for a length, Lz, and wherein each protrusion protrudes from the second surface of the first substrate to a distal end; accelerating the portion of the first substrate with the zone of protrusions from the second speed to the first speed; and cutting the first substrate into discrete pieces each having a pitch length, PL, extending along the machine direction, wherein the length, Lz, of the zone of protrusions extends in the machine direction for less than the pitch length, PL; wherein the protrusions comprise hooks; and wherein the first substrate comprises a nonwoven.
Mesoporous organosilica nanoparticles formed by elements comprising or constituted of: (i) a porphyrin derivative selected from among: - a compound having the formula A in which: - Either R 1, R 2, R 3, and R 4 all correspond to where X is the oxygen atom or the sulfur atom; - Or R 1, R 2, R 3, and R 4 all correspond to - a compound having the formula B, C or D, in which Z is selected from the oxygen atom or the sulfur atom - a compound E, F or G and (ii) a compound having the formula I: (EtO) 3 Si(CH 2) n Si(OEt) 3, in which n represents an integer selected from 1 to 10, and possibly (iii) a compound having the formula II (EtO) 3 Si(CH 2) 3 -(S-S) m -(CH 2) 3 -Si(OEt) 3 in which m is an integer that is equal to 2 or 4, said nanoparticles possibly encapsulating at least one hydrophilic and/or hydrophobic anticancer compound. (i) a porphyrin derivative selected from among: - a compound having the formula A in which: - Either R 1, R 2, R 3, and R 4 all correspond to where X is the oxygen atom or the sulfur atom; - Or R 1, R 2, R 3, and R 4 all correspond to - a compound having the formula B, C or D, in which Z is selected from the oxygen atom or the sulfur atom - a compound E, F or G and - a compound having the formula A in which: - Either R 1, R 2, R 3, and R 4 all correspond to where X is the oxygen atom or the sulfur atom; - Or R 1, R 2, R 3, and R 4 all correspond to - Either R 1, R 2, R 3, and R 4 all correspond to where X is the oxygen atom or the sulfur atom; - Or R 1, R 2, R 3, and R 4 all correspond to - a compound having the formula B, C or D, in which Z is selected from the oxygen atom or the sulfur atom - a compound E, F or G and (ii) a compound having the formula I: (EtO) 3 Si(CH 2) n Si(OEt) 3, in which n represents an integer selected from 1 to 10, and possibly (iii) a compound having the formula II (EtO) 3 Si(CH 2) 3 -(S-S) m -(CH 2) 3 -Si(OEt) 3 in which m is an integer that is equal to 2 or 4, said nanoparticles possibly encapsulating at least one hydrophilic and/or hydrophobic anticancer compound.
An article of footwear, comprising: an upper (102; 302) comprising a lower portion (104; 304) corresponding to a foot and an upper portion (106; 306) corresponding to an ankle of the foot; a lacing region (122; 322) extending through the lower portion (104; 304) and the upper portion (106; 306); a flex notch (182, 184) extending from the lacing region (122; 322) towards a heel portion of the upper (102; 302); an elastic portion (160, 162) extending through a portion of the lacing region (122; 322), the elastic portion (160, 162) extending between a first edge (186, 196) and a second edge (187, 197) of the flex notch (182, 184), characterized by a lace loop (144, 148) configured to receive a lacing member (124; 324) associated with the lacing region (122; 322); the lace loop (144, 148) including a first end portion (231, 324), a second end portion (232, 235) and an intermediate portion (233, 236) disposed between the first end portion (231, 324) and the second end portion (232, 235); the first end portion (231, 324) being attached to the upper portion (106; 306) and the second end portion (232, 235) being attached to the lower portion (104; 304); and wherein the intermediate portion (233, 236) spans the flex notch (182, 184). an upper (102; 302) comprising a lower portion (104; 304) corresponding to a foot and an upper portion (106; 306) corresponding to an ankle of the foot; a lacing region (122; 322) extending through the lower portion (104; 304) and the upper portion (106; 306); a flex notch (182, 184) extending from the lacing region (122; 322) towards a heel portion of the upper (102; 302); an elastic portion (160, 162) extending through a portion of the lacing region (122; 322), the elastic portion (160, 162) extending between a first edge (186, 196) and a second edge (187, 197) of the flex notch (182, 184),