mhurhangee/patent-ind-claim-en huggingface dataset:
A deployment structure, comprising: two antenna panels ; a system for feeding high-frequency waves from one to another of the two antenna panels, via a plurality of waveguides, the system comprising: a first waveguide fixed to a first of the two antenna panels of the deployment structure and having a choke flange , wherein a shape of a choke groove of the choke flange is formed of a non-circular curved line; and a second waveguide fixed to a second of the two antenna panels of the deployment structure and having a cover flange , wherein when the deployment structure is in a deployed state, the choke flange and the cover flange are configured to face each other with a gap in between so that the high-frequency waves are configured to be fed via the first and second waveguides from one to another of the two antenna panels of the deployment structure, wherein the deployment structure is configured such that an off-set is allowed between the first waveguide and the second waveguide in a cross-sectional direction (x, y) so that the first waveguide and the second waveguide may not directly face each other. two antenna panels ; a system for feeding high-frequency waves from one to another of the two antenna panels, via a plurality of waveguides, the system comprising: a first waveguide fixed to a first of the two antenna panels of the deployment structure and having a choke flange , wherein a shape of a choke groove of the choke flange is formed of a non-circular curved line; and a second waveguide fixed to a second of the two antenna panels of the deployment structure and having a cover flange , wherein when the deployment structure is in a deployed state, the choke flange and the cover flange are configured to face each other with a gap in between so that the high-frequency waves are configured to be fed via the first and second waveguides from one to another of the two antenna panels of the deployment structure, wherein the deployment structure is configured such that an off-set is allowed between the first waveguide and the second waveguide in a cross-sectional direction (x, y) so that the first waveguide and the second waveguide may not directly face each other. a first waveguide fixed to a first of the two antenna panels of the deployment structure and having a choke flange , wherein a shape of a choke groove of the choke flange is formed of a non-circular curved line; and a second waveguide fixed to a second of the two antenna panels of the deployment structure and having a cover flange , wherein when the deployment structure is in a deployed state, the choke flange and the cover flange are configured to face each other with a gap in between so that the high-frequency waves are configured to be fed via the first and second waveguides from one to another of the two antenna panels of the deployment structure, wherein the deployment structure is configured such that an off-set is allowed between the first waveguide and the second waveguide in a cross-sectional direction (x, y) so that the first waveguide and the second waveguide may not directly face each other.
A system for cooling air in a power generation system, the system comprising: an air handling unit configured to receive air, to cool the air, and to remove moisture from the air; a first compressor fluidly connected to the air handling unit and configured to receive the air from the air handling unit and to exhaust a first compressed, heated air flow; a vapor absorption chiller connected to the first compressor configured to transfer heat energy between a plurality of mediums and to cool the first compressed, heated air flow and enabling the air handling unit to cool the air prior to the air entering the first compressor ; a second compressor connected to the vapor absorption chiller configured to receive the cooled first compressed, heated air flow and to exhaust a second compressed, heated air flow; an energy storage unit connected to the second compressor and configured to store heat energy from the second compressed, heated air flow; and a storage facility connected to the energy storage unit and configured to store a cooled, compressed air received from the energy storage unit and to selectively release the cooled, compressed air back into the power generation system, when the system for cooling air is installed in the power generation system. an air handling unit configured to receive air, to cool the air, and to remove moisture from the air; a first compressor fluidly connected to the air handling unit and configured to receive the air from the air handling unit and to exhaust a first compressed, heated air flow; a vapor absorption chiller connected to the first compressor configured to transfer heat energy between a plurality of mediums and to cool the first compressed, heated air flow and enabling the air handling unit to cool the air prior to the air entering the first compressor ; a second compressor connected to the vapor absorption chiller configured to receive the cooled first compressed, heated air flow and to exhaust a second compressed, heated air flow; an energy storage unit connected to the second compressor and configured to store heat energy from the second compressed, heated air flow; and a storage facility connected to the energy storage unit and configured to store a cooled, compressed air received from the energy storage unit and to selectively release the cooled, compressed air back into the power generation system, when the system for cooling air is installed in the power generation system.
Multilayer structure, comprising a barrier layer, adhesively sandwiched between a first polymer layer and a second polymer layer by adhesive layers, wherein: - the barrier layer is selected from the group consisting of aluminum foil, a metal oxide layer, and metallized polymer layer, vinylidene chloride (co)polymers, ethylene-vinyl alcohol copolymers, vinylidene chloride (co)polymer-coated films, ethylene-vinyl alcohol copolymer-coated films, hybrid systems comprising a mixture of vinyl alcohol comprising (co)polymer(s) and metal oxide(s), hybrid systems comprising a mixture of vinyl alcohol comprising (co)polymer(s) and inorganic layered mineral(s) and combinations thereof; - the first polymer layer is selected from the group consisting of polyester, polyamide and polyolefin; - the second polymer layer is selected from the group consisting of polyolefin, polyacrylonitrile, acrylonitrile/methylacrylate copolymer, cyclic olefin (co)polymer, ionomer and combinations thereof; - at least the adhesive layer between the barrier layer and the second polymer layer comprises crosslinked (meth)acrylic copolymers; said multilayer structure being characterized by a bond strength, according to ASTM F904, of at least 2.0 N/15 mm, preferably of at least 2.5 N/15 mm, more preferably at least 3.0 N/15mm after a 1 month contact at 55°C with a solution having a pH of 8 or more. - the barrier layer is selected from the group consisting of aluminum foil, a metal oxide layer, and metallized polymer layer, vinylidene chloride (co)polymers, ethylene-vinyl alcohol copolymers, vinylidene chloride (co)polymer-coated films, ethylene-vinyl alcohol copolymer-coated films, hybrid systems comprising a mixture of vinyl alcohol comprising (co)polymer(s) and metal oxide(s), hybrid systems comprising a mixture of vinyl alcohol comprising (co)polymer(s) and inorganic layered mineral(s) and combinations thereof; - the first polymer layer is selected from the group consisting of polyester, polyamide and polyolefin; - the second polymer layer is selected from the group consisting of polyolefin, polyacrylonitrile, acrylonitrile/methylacrylate copolymer, cyclic olefin (co)polymer, ionomer and combinations thereof; - at least the adhesive layer between the barrier layer and the second polymer layer comprises crosslinked (meth)acrylic copolymers;
An ablation system adapted to ablate cardiac tissue comprising: a catheter comprising: a first shaft having an external surface, a proximal end and a distal end; a first balloon positioned at the distal end of the catheter; a second balloon positioned inside the first balloon; and a channel extending through said first shaft, wherein the channel is in fluid communication with the second balloon; a vapor generation system adapted to generate heated vapor, wherein the vapor generator system comprises a controller adapted to control an amount of the heated vapor in the channel and passed into the second balloon; characterized in that the first balloon is adapted to receive a cooling fluid and the second balloon is adapted to receive the heated vapor, such that, when the second balloon is inflated with the heated vapor and the first balloon is inflated with the cooling fluid, the first balloon and the second balloon contact each other to form a heated ablation zone that is in physical contact with the cardiac tissue and areas of the first balloon that are not in contact with the second balloon define cooler zones . a catheter comprising: a first shaft having an external surface, a proximal end and a distal end; a first balloon positioned at the distal end of the catheter; a second balloon positioned inside the first balloon; and a channel extending through said first shaft, wherein the channel is in fluid communication with the second balloon; a first shaft having an external surface, a proximal end and a distal end; a first balloon positioned at the distal end of the catheter; a second balloon positioned inside the first balloon; and a channel extending through said first shaft, wherein the channel is in fluid communication with the second balloon; a vapor generation system adapted to generate heated vapor, wherein the vapor generator system comprises a controller adapted to control an amount of the heated vapor in the channel and passed into the second balloon; characterized in that the first balloon is adapted to receive a cooling fluid and the second balloon is adapted to receive the heated vapor, such that, when the second balloon is inflated with the heated vapor and the first balloon is inflated with the cooling fluid, the first balloon and the second balloon contact each other to form a heated ablation zone that is in physical contact with the cardiac tissue and areas of the first balloon that are not in contact with the second balloon define cooler zones .
Box body of a commercial vehicle , in particular a heavy goods vehicle, trailer or semi-trailer, having two side walls , a roof , a front wall and a rear wall , wherein the side walls are each connected to the roof in an upper edge region via a bar structure extending in the longitudinal direction of the box body , wherein the side walls are each connected to a floor structure of the box body in a lower edge region , wherein the side walls each have a wall panel at least substantially sealing the side wall and, for stiffening the side walls , a plurality of upright elements arranged at least substantially parallel to one another and spaced apart from one another, wherein the upright elements each extend at least from the floor structure to the bar structure assigned to the respective side wall , wherein the roof has a wall panel at least substantially sealing the roof and, for stiffening the roof , a plurality of beam elements arranged at least substantially parallel to one another and spaced apart from one another, wherein the beam elements each extend from one bar structure to the opposing bar structure and wherein a plurality of portals spaced apart from one another and at least substantially parallel to one another and each comprising an upright element of each side wall and a beam element of the roof are provided in the longitudinal direction of the box body between the front wall and the rear wall , characterised in that the wall panels of the side walls and/or of the roof each have a plurality of panel elements arranged next to one another, in that the panel elements form connecting regions extending at least substantially transverse to the respective side wall and/or to the roof and in that the upright elements and/or the beam elements are assigned at least partially to the connecting regions of the panel elements of the side walls and/or of the roof .
A pneumatic tire comprising a tire tread portion comprising: a plurality of main grooves extending in a tire circumferential direction (CD); a plurality of transverse grooves extending in a direction which intersects with the main grooves ; a plurality of land portion rows formed by arranging a plurality of land portions formed by the main grooves and the transverse grooves in the tire circumferential direction (CD), characterized in that at least one land portion row is formed such that assuming a tire circumferential length of an element formed of each land portion and the transverse groove disposed adjacently to said each land portion on one side in the tire circumferential direction (CD) as a pitch length (P) and the number of pitches which is the number of the elements over the whole circumference of the tire as N, the number of kinds k of pitch lengths (P) in the tire circumferential direction (CD) is set to N/4 or more and N or less, and assuming the pitch lengths (P) in a descending order as P 1 , P 2 , ..., P k and m as an integer of 2 to k, a relationship of P m-1 /P m <1.050 and a relationship of 1.60≤P 1 /P k <2.00 are satisfied. a plurality of main grooves extending in a tire circumferential direction (CD); a plurality of transverse grooves extending in a direction which intersects with the main grooves ; a plurality of land portion rows formed by arranging a plurality of land portions formed by the main grooves and the transverse grooves in the tire circumferential direction (CD), characterized in that at least one land portion row is formed such that assuming a tire circumferential length of an element formed of each land portion and the transverse groove disposed adjacently to said each land portion on one side in the tire circumferential direction (CD) as a pitch length (P) and the number of pitches which is the number of the elements over the whole circumference of the tire as N, the number of kinds k of pitch lengths (P) in the tire circumferential direction (CD) is set to N/4 or more and N or less, and assuming the pitch lengths (P) in a descending order as P 1 , P 2 , ..., P k and m as an integer of 2 to k, a relationship of P m-1 /P m <1.050 and a relationship of 1.60≤P 1 /P k <2.00 are satisfied.
A method of x-ray projection geometry calibration in x-ray cone beam computed tomography, the method comprising: at least one step (S1) of obtaining a sinogram of at least a part of an object , generated through relatively rotating around the object a detector and an x-ray source projecting x-rays towards the detector; further comprising: at least one step (S4) of detecting in the sinogram at least one feature of the object by using a trained artificial intelligence algorithm, wherein in the at least one obtaining step (S1) the object is a patient, and the corresponding feature comprises an anatomical part or a prosthetic part of the patient body or the patient head; and at least one step (S5) of creating, based on the detection, calibration information which defines the geometry of the x-ray projection, wherein the calibration information created corresponds to a patient-specific calibration information; and a step (S7) of reconstructing a three-dimensional tomographic image based on the sinogram of at least a part of the body of the patient and the corresponding patient-specific calibration information. at least one step (S1) of obtaining a sinogram of at least a part of an object , generated through relatively rotating around the object a detector and an x-ray source projecting x-rays towards the detector; further comprising: at least one step (S4) of detecting in the sinogram at least one feature of the object by using a trained artificial intelligence algorithm, wherein in the at least one obtaining step (S1) the object is a patient, and the corresponding feature comprises an anatomical part or a prosthetic part of the patient body or the patient head; and at least one step (S5) of creating, based on the detection, calibration information which defines the geometry of the x-ray projection, wherein the calibration information created corresponds to a patient-specific calibration information; and a step (S7) of reconstructing a three-dimensional tomographic image based on the sinogram of at least a part of the body of the patient and the corresponding patient-specific calibration information. at least one step (S4) of detecting in the sinogram at least one feature of the object by using a trained artificial intelligence algorithm, wherein in the at least one obtaining step (S1) the object is a patient, and the corresponding feature comprises an anatomical part or a prosthetic part of the patient body or the patient head; and at least one step (S5) of creating, based on the detection, calibration information which defines the geometry of the x-ray projection, wherein the calibration information created corresponds to a patient-specific calibration information; and a step (S7) of reconstructing a three-dimensional tomographic image based on the sinogram of at least a part of the body of the patient and the corresponding patient-specific calibration information.
A suction roll which comprises in the space within its roll sleeve at least one transmitter , characterised in that it comprises a receiver , which is also located in the space within the roll sleeve , wherein data is wirelessly transmitted from the transmitter to the receiver , and wherein the suction roll has at least one additional component, which transfers data out of and/or into the suction roll, - wherein the suction roll comprises at least one sensor, wherein data of the sensor is transmitted from the transmitter to the receiver , and said additional component transfers data from the receiver out of the suction roll, - and/or wherein the suction roll comprises at least one actuator, wherein said additional component transfers data into the suction roll, and wherein said data is transmitted from the transmitter to the receiver , which is in data communication with the actuator. - wherein the suction roll comprises at least one sensor, wherein data of the sensor is transmitted from the transmitter to the receiver , and said additional component transfers data from the receiver out of the suction roll, - and/or wherein the suction roll comprises at least one actuator, wherein said additional component transfers data into the suction roll, and wherein said data is transmitted from the transmitter to the receiver , which is in data communication with the actuator.
An electricity metering device for metering electric power consumption comprising - a mains side (M) including - a metering unit , connected to - a first processing unit , - an isolated side (G) including - a second processing unit , connected to - a communication unit , - wherein the mains side (M) and the isolated side (G) are digitally isolated from each other, and - the first processing unit is connected to the second processing unit by a first interface , - the metering unit is connected to the second processing unit by a second interface . - a mains side (M) including - a metering unit , connected to - a first processing unit , - a metering unit , connected to - a first processing unit , - an isolated side (G) including - a second processing unit , connected to - a communication unit , - a second processing unit , connected to - a communication unit , - wherein the mains side (M) and the isolated side (G) are digitally isolated from each other, and - the first processing unit is connected to the second processing unit by a first interface , - the metering unit is connected to the second processing unit by a second interface . - the first processing unit is connected to the second processing unit by a first interface , - the metering unit is connected to the second processing unit by a second interface .
A polyvinyl acetal composition comprising 100 parts by mass of a polyvinyl acetal and 0.5 to 100 parts by mass of an ester plasticizer that has a melting point of 30°C or less and a hydroxyl value of 15 to 450 mgKOH/g, wherein the average degree of acetalization of the polyvinyl acetal is 40 to 85 mol%.
An overcap assembly , comprising: an actuator including: a first slot ; a tab ; a spray passageway; and an outlet in fluid communication with the spray passageway; and a housing having: a sidewall ; an inner wall spaced apart from the sidewall ; a top wall adjoining the sidewall and the inner wall a first projection extending from a first flange of the inner wall ; wherein a notch is provided within the inner wall to receive the tab during a non-actuation state, and the first projection to be received by the first slot during an actuation state. an actuator including: a first slot ; a tab ; a spray passageway; and an outlet in fluid communication with the spray passageway; and a first slot ; a tab ; a spray passageway; and an outlet in fluid communication with the spray passageway; and a housing having: a sidewall ; an inner wall spaced apart from the sidewall ; a top wall adjoining the sidewall and the inner wall a first projection extending from a first flange of the inner wall ; wherein a notch is provided within the inner wall to receive the tab during a non-actuation state, and the first projection to be received by the first slot during an actuation state. a sidewall ; an inner wall spaced apart from the sidewall ; a top wall adjoining the sidewall and the inner wall a first projection extending from a first flange of the inner wall ; wherein a notch is provided within the inner wall to receive the tab during a non-actuation state, and the first projection to be received by the first slot during an actuation state.