mhurhangee/patent-ind-claim-en huggingface dataset:
An expandable pipe for restoring a damaged pipe, comprising: - a liner formed of a thermoplastic polyurethane, - said liner including an exterior surface and an interior surface opposite said exterior surface , the exterior surface including a plurality of flared tips and grooves , each groove being located between adjacent flared tips , said flared tips are located along said entire exterior surface of said liner and continuously around said outer circumference of said liner , wherein each of said flared tips of said liner includes a stem extending perpendicular to a base of said liner and an enlarged top flaring outwardly relative to said stem , and wherein said enlarged top has a width greater than a width of said stem , a grout material disposed on said flared tips and in said grooves of said liner , the expandable pipe being characterized in that said grout material is expandable in a dimension upon exposure to moisture, ultra violet radiation, heat, and/or ultrasonics, in that said liner includes a plurality of fibers, in that said grout material has a volume which is 1% to 1000% greater after expansion by moisture, ultra violet radiation, heat, and/or ultrasonics, and in that said grout material includes polyurethane and fibers. - a liner formed of a thermoplastic polyurethane, - said liner including an exterior surface and an interior surface opposite said exterior surface , the exterior surface including a plurality of flared tips and grooves , each groove being located between adjacent flared tips , said flared tips are located along said entire exterior surface of said liner and continuously around said outer circumference of said liner , wherein each of said flared tips of said liner includes a stem extending perpendicular to a base of said liner and an enlarged top flaring outwardly relative to said stem , and wherein said enlarged top has a width greater than a width of said stem ,
A device for use in conditioning glazing panels for repair, the device comprising a conditioning agent contained in a sealed conditioning agent container ; the conditioning agent container having a frangible wall and being disposed internally of a flexible outer walled container ; wherein pressure applied to the outer flexible walled container can cause rupture or fracture of the sealed internal conditioning agent container which leads to release of the conditioning agent from the internal conditioning agent container ; and wherein: the conditioning agent comprises a hygroscopic solvent and one or more primer additives to prime the surface of the glazing panel for repair; the hygroscopic solvent comprises acetone; and the primer additives are one per cent or less by volume of the conditioning agent . the conditioning agent comprises a hygroscopic solvent and one or more primer additives to prime the surface of the glazing panel for repair; the hygroscopic solvent comprises acetone; and the primer additives are one per cent or less by volume of the conditioning agent .
A feeding fence section adapted for separating a feeding area for animals and a feed-holding part , the feeding fence section being provided with flexible mounting means wherein the flexible mounting means allows the fence section to be angularly displaced by said animals from a starting position towards a tilted position about a single substantially horizontal axis extending in the longitudinal direction of said fence section and wherein the mounting means are arranged to bias the fence section from said tilted position towards the starting position , and the feeding fence section comprises a plurality of passage openings for the heads of animals, wherein said passage openings are open at the top of the fence section for allowing the animals to insert and retract their heads from the top of the passage openings.
A computer-implemented method for determining a flow profile in an artery based on ultrasound imaging data, the method comprising: - receiving ultrasound imaging data of an artery in triplex mode, wherein the triplex mode comprises: - B-mode ultrasound data, - pulsed wave Doppler ultrasound data, and - color or power Doppler ultrasound data; - determining , from the ultrasound imaging data, - an artery dimension; - a velocity in the artery cross-section, and - a measure of asymmetry of the flow profile; and - determining a flow profile from - the artery dimension, - the velocity in the artery cross-section, and - the measure of asymmetry of the flow profile. - receiving ultrasound imaging data of an artery in triplex mode, wherein the triplex mode comprises: - B-mode ultrasound data, - pulsed wave Doppler ultrasound data, and - color or power Doppler ultrasound data; - B-mode ultrasound data, - pulsed wave Doppler ultrasound data, and - color or power Doppler ultrasound data; - determining , from the ultrasound imaging data, - an artery dimension; - a velocity in the artery cross-section, and - a measure of asymmetry of the flow profile; and - an artery dimension; - a velocity in the artery cross-section, and - a measure of asymmetry of the flow profile; and - determining a flow profile from - the artery dimension, - the velocity in the artery cross-section, and - the measure of asymmetry of the flow profile. - the artery dimension, - the velocity in the artery cross-section, and - the measure of asymmetry of the flow profile.
A simulator for facilitating virtual welding activity, comprising: a logic processor based subsystem operable to execute coded instructions for generating an interactive welding environment including a section of a virtual pipe displaying means operatively connected to the logic processor based subsystem for visually depicting the interactive welding environment, wherein said displaying means depicts the section of virtual pipe; characterized in that the interactive welding environment emulates (i) an orbital welding system having a welding tractor configured to travel around a section of the virtual pipe and (ii) welding activity with the orbital welding system on the section of virtual pipe having at least one virtual weld joint; and further characterized by a pendant for performing setup of the orbital welding system and the virtual welding activity within the orbital welding system on the at least one virtual weld joint in real time. a logic processor based subsystem operable to execute coded instructions for generating an interactive welding environment including a section of a virtual pipe displaying means operatively connected to the logic processor based subsystem for visually depicting the interactive welding environment, wherein said displaying means depicts the section of virtual pipe; characterized in that the interactive welding environment emulates (i) an orbital welding system having a welding tractor configured to travel around a section of the virtual pipe and (ii) welding activity with the orbital welding system on the section of virtual pipe having at least one virtual weld joint; and further characterized by a pendant for performing setup of the orbital welding system and the virtual welding activity within the orbital welding system on the at least one virtual weld joint in real time.
An electronic device , comprising: an enclosure, including a front cover , a rear cover defining an opening , and a sidewall coupled to the front cover and the rear cover; an input/output, I/O, assembly comprising a first camera module and a second camera module ; a trim enclosing the first camera module and the second camera module; a brace including a first brace portion coupled to the enclosure, and a second brace portion coupled to the I/O assembly; and a turret positioned on the rear cover, the turret being separate from the brace, wherein a bottom surface of the trim is disposed on a top surface of the brace. an enclosure, including a front cover , a rear cover defining an opening , and a sidewall coupled to the front cover and the rear cover; an input/output, I/O, assembly comprising a first camera module and a second camera module ; a trim enclosing the first camera module and the second camera module; a brace including a first brace portion coupled to the enclosure, and a second brace portion coupled to the I/O assembly; and a turret positioned on the rear cover, the turret being separate from the brace, wherein a bottom surface of the trim is disposed on a top surface of the brace.
A method of manufacturing a fibre web, which comprises a fibre matrix formed by natural fibres and possibly synthetic fibres, according to which method - a water-containing, planar fibre layer is provided from natural fibres and possibly synthetic fibres, which layer comprises an aqueous phase and a fibrous phase, and - this fibre layer is dried in order to remove the aqueous phase, whereby the natural fibres and possible synthetic fibres together form a fibre matrix, characterized by that - applying onto the water-containing, planar fibre layer a binder, which is allowed to penetrate via the aqueous phase at least partially in between the fibres before hydrogen bonds are formed between the fibres, wherein the penetration of the binder into the fibre web, during the application or immediately thereafter, is facilitated by directing suction to the binder from the opposite side of the fibre web, and wherein the fibre web is formed by using foam forming. - a water-containing, planar fibre layer is provided from natural fibres and possibly synthetic fibres, which layer comprises an aqueous phase and a fibrous phase, and - this fibre layer is dried in order to remove the aqueous phase, whereby the natural fibres and possible synthetic fibres together form a fibre matrix, - applying onto the water-containing, planar fibre layer a binder, which is allowed to penetrate via the aqueous phase at least partially in between the fibres before hydrogen bonds are formed between the fibres,
Water supply control for wet washing with a washing machine which has a suds container for holding water, a washing drum for holding laundry , which drum is rotatably mounted in the suds container , and a flooding system for conveying the water from a first region of the suds container into a second region of the suds container , and a sensor device for sensing a fill level of the water in the suds container , a) an amount of water up to a predetermined fill level being fed into the suds container above a lower edge of the washing drum when the flooding system is switched off; characterised in that , b) when the sensor device senses that the water level in the suds container drops from the predetermined fill level to a fill level which is equal to or below the lower edge of the washing drum , the flooding system is switched on. a) an amount of water up to a predetermined fill level being fed into the suds container above a lower edge of the washing drum when the flooding system is switched off; characterised in that , b) when the sensor device senses that the water level in the suds container drops from the predetermined fill level to a fill level which is equal to or below the lower edge of the washing drum , the flooding system is switched on.
Sealing tape roll made of soft, compressible foam with at least two barrier layers which run in the radial direction and are arranged axially between two layers of foam, wherein the sealing tape roll consists of a sealing element wound up to form the sealing tape roll , said sealing element comprising: a top side , a bottom side and two side flanks connecting the top side and the bottom side ; at least three sealing-tape portions , which are arranged next to one another in a functioning direction (X) of the sealing element , wherein the functioning direction (X) extends parallel to the bottom side and perpendicular to the side flanks ; at least one first barrier-layer portion and at least one second barrier-layer portion , each of which are accommodated between two sealing-tape portions adjoining one another and run parallel to the side flanks in the sealing element ; wherein the at least one first barrier-layer portion has two limbs and the at least one second barrier-layer portion has two limbs ; characterized in that the limbs of the at least one first barrier-layer portion are connected to one another in the region of the bottom side of the sealing element and the limbs of the at least one second barrier-layer portion are connected to one another in the region of the top side of the sealing element . a top side , a bottom side and two side flanks connecting the top side and the bottom side ; at least three sealing-tape portions , which are arranged next to one another in a functioning direction (X) of the sealing element , wherein the functioning direction (X) extends parallel to the bottom side and perpendicular to the side flanks ; at least one first barrier-layer portion and at least one second barrier-layer portion , each of which are accommodated between two sealing-tape portions adjoining one another and run parallel to the side flanks in the sealing element ; wherein the at least one first barrier-layer portion has two limbs and the at least one second barrier-layer portion has two limbs ; characterized in that the limbs of the at least one first barrier-layer portion are connected to one another in the region of the bottom side of the sealing element and the limbs of the at least one second barrier-layer portion are connected to one another in the region of the top side of the sealing element .
A stretch release adhesive , comprising: a first adhesive layer having viscidity; and a second adhesive layer having viscidity, the second adhesive layer and the first adhesive layer being superposed, and the second adhesive layer comprising a plurality of first adhesive portions spaced apart from one another, wherein in a direction perpendicular to a plane where the first adhesive layer and the second adhesive layer contact, the first adhesive layer and the second adhesive layer are located in different planes, a gap exists between adjacent first adhesive portions , characterized in that the plurality of first adhesive portions are directly stuck on the first adhesive layer . a first adhesive layer having viscidity; and a second adhesive layer having viscidity, the second adhesive layer and the first adhesive layer being superposed, and the second adhesive layer comprising a plurality of first adhesive portions spaced apart from one another, wherein in a direction perpendicular to a plane where the first adhesive layer and the second adhesive layer contact, the first adhesive layer and the second adhesive layer are located in different planes, a gap exists between adjacent first adhesive portions , characterized in that the plurality of first adhesive portions are directly stuck on the first adhesive layer .
A nucleic acid comprising: (a) a 5' complement-reverse complement (CRC) sequence; (b) a 5' untranslated region (UTR) sequence; (c) an RNA sequence; (d) a 3' UTR sequence; and (e) a 3' CRC sequence, wherein the 5' CRC sequence is fully complementary to the 3' CRC sequence, and wherein the 5' and 3' CRC sequences consist of 10 to 50 nucleotides. (a) a 5' complement-reverse complement (CRC) sequence; (b) a 5' untranslated region (UTR) sequence; (c) an RNA sequence; (d) a 3' UTR sequence; and (e) a 3' CRC sequence,
A heating unit for a fixing device , the heating unit comprising: a supporter ; a planar heating element disposed on an outer circumferential surface of the supporter ; a power feeding terminal disposed on each axial end of the supporter but not between the axial ends of the supporter to be electrically connected to a power source ; and a connector disposed between, and electrically connected to, the planar heating element and the power feeding terminal , wherein the connector comprises an adhesive material formed on a first region to adhere the planar heating element and the power feeding terminal to each other, and a conductive material formed on a second region excluding the first region; and characterised in that the adhesive material has a net structure in which a plurality of unit lattices are connected to each other, and the conductive material is formed inside the plurality of unit lattices. a supporter ; a planar heating element disposed on an outer circumferential surface of the supporter ; a power feeding terminal disposed on each axial end of the supporter but not between the axial ends of the supporter to be electrically connected to a power source ; and a connector disposed between, and electrically connected to, the planar heating element and the power feeding terminal , wherein the connector comprises an adhesive material formed on a first region to adhere the planar heating element and the power feeding terminal to each other, and a conductive material formed on a second region excluding the first region; and characterised in that the adhesive material has a net structure in which a plurality of unit lattices are connected to each other, and the conductive material is formed inside the plurality of unit lattices.
A network device of a lighting system, the network device comprising: • a wireless interface ; and • a control unit ; characterized by the control unit being configured to: o transmit (step 21), over the wireless interface , at least two different wireless networking standards; o receive (step 22), over the wireless interface , a response for one of the at least two different wireless networking standards; and o activate (step 23) the wireless interface for operation in accordance with the one of the at least two wireless networking standards for which the response was received. • a wireless interface ; and • a control unit ; characterized by the control unit being configured to: o transmit (step 21), over the wireless interface , at least two different wireless networking standards; o receive (step 22), over the wireless interface , a response for one of the at least two different wireless networking standards; and o activate (step 23) the wireless interface for operation in accordance with the one of the at least two wireless networking standards for which the response was received. o transmit (step 21), over the wireless interface , at least two different wireless networking standards; o receive (step 22), over the wireless interface , a response for one of the at least two different wireless networking standards; and o activate (step 23) the wireless interface for operation in accordance with the one of the at least two wireless networking standards for which the response was received.
A fixed shape cannula comprising: a. a curved distal portion for placement around a portion of a globe of an eye; a curved proximal portion , wherein the distal portion is connected to the proximal portion via an inflection point ; b. a first straight portion disposed between the distal portion and the proximal portion, and c. a handle connected with the proximal portion; wherein the distal portion has a shape of an arc from an ellipsoid , the ellipsoid having an x-axis dimension "a", a y-axis dimension "b," and a z-axis dimension "c," wherein "a" is between 0 to 1 meter, "b" is between 0 to 1 meter, and "c" is between 0 to 1 meter; wherein the proximal portion has a shape of an arc from an ellipsoid , the ellipsoid having an x-axis dimension "d", a y-axis dimension "e," and a z-axis dimension "f," wherein "d" is between 0 to 1 meter, "e" is between 0 to 1 meter, and "f" is between 0 to 1 meter; wherein the distal portion has a radius of curvature between 9 to 15 mm and an arc length between 25 to 35 mm and a proximal portion having a radius of curvature between an inner cross-sectional radius of the cannula and 1 meter. a. a curved distal portion for placement around a portion of a globe of an eye; a curved proximal portion , wherein the distal portion is connected to the proximal portion via an inflection point ; b. a first straight portion disposed between the distal portion and the proximal portion, and c. a handle connected with the proximal portion; wherein the distal portion has a shape of an arc from an ellipsoid , the ellipsoid having an x-axis dimension "a", a y-axis dimension "b," and a z-axis dimension "c," wherein "a" is between 0 to 1 meter, "b" is between 0 to 1 meter, and "c" is between 0 to 1 meter; wherein the proximal portion has a shape of an arc from an ellipsoid , the ellipsoid having an x-axis dimension "d", a y-axis dimension "e," and a z-axis dimension "f," wherein "d" is between 0 to 1 meter, "e" is between 0 to 1 meter, and "f" is between 0 to 1 meter; wherein the distal portion has a radius of curvature between 9 to 15 mm and an arc length between 25 to 35 mm and a proximal portion having a radius of curvature between an inner cross-sectional radius of the cannula and 1 meter.
Knock-out unit with a multitude of knock-out cups , which are connected to a base , wherein the knock-out unit comprises a fluid supply for a cleaning fluid and means to guide the cleaning fluid to and through the knock-out cups , wherein the base comprises at least one fluid channel to guide the cleaning fluid from the supply to the knock-out cups and wherein the knock-out unit comprises a gas supply , characterized in that the base comprises a channel to guide the gas from the supply to each knock-out cup, wherein the gas channel is at least partially separated from the fluid channel and wherein the gas- and fluid flow are combined in a mixing zone which is upstream from the knock out cups and wherein the knock-out unit comprises a cover plate which covers the at least one fluid channel .
An apparatus (534; 634; 734) for aircraft anti-icing, the apparatus comprising: a nozzle body (550; 650); a first nozzle (552; 652; 752) extending from the nozzle body (550; 650); and a first eductor shroud (562; 662; 762) at least partially surrounding the first nozzle (552; 652; 752), the first eductor shroud (552; 652; 752) configured to focus a first flow of ambient air (502; 702) towards a first flow of hot gas (570; 770) exiting the first nozzle (552; 652; 752), characterized in that the apparatus (534; 634; 734) further comprises a second nozzle (554; 654; 754) extending from the nozzle body (550; 650), wherein the second nozzle (554; 654; 754) provides a second flow path configured to release a second flow of hot gas (550; 750), wherein a centerline axis of the second nozzle (554; 654; 754) is oriented at an angle with respect to a centerline axis of the first nozzle (552; 652; 752). a nozzle body (550; 650); a first nozzle (552; 652; 752) extending from the nozzle body (550; 650); and a first eductor shroud (562; 662; 762) at least partially surrounding the first nozzle (552; 652; 752), the first eductor shroud (552; 652; 752) configured to focus a first flow of ambient air (502; 702) towards a first flow of hot gas (570; 770) exiting the first nozzle (552; 652; 752), characterized in that the apparatus (534; 634; 734) further comprises a second nozzle (554; 654; 754) extending from the nozzle body (550; 650), wherein the second nozzle (554; 654; 754) provides a second flow path configured to release a second flow of hot gas (550; 750), wherein a centerline axis of the second nozzle (554; 654; 754) is oriented at an angle with respect to a centerline axis of the first nozzle (552; 652; 752).