mhurhangee/patent-ind-claim-en huggingface dataset:
A holder for at least one plant such as lettuce, sprouts and herbs, comprising: - a container for accommodating the plant or a seed of the plant with an entrance to the interior thereof, and a semi-permeable film on or over the entrance, wherein the container and the semi-permeable film define an interior space, wherein the semi-permeable film allows passage of water vapour, wherein the semi-permeable film has a vapour permeation capacity related to a type of the plant and the liquid of the reservoir, - a plant or a seed of the plant, arranged in the interior space; - a reservoir being dimensioned to contain an amount of liquid in the reservoir, this amount being sufficient to feed the plant during the diverse stages of growth thereof, the reservoir having therein a predetermined amount of a liquid for use; and - a passage from the reservoir to the interior space, which passage is connected to the interior of the container at a distance from the entrance, wherein the passage is open during use, wherein the container and the semi-permeable film are formed and dimensioned such that the plant or the seed of the plant is wholly accommodated in the interior space from planting through to full growth, wherein the predetermined amount of the liquid in the reservoir and the vapour permeation capacity of the semi-permeable film are such that the plant or the seed of the plant remains closed off from an area outside the holder during its whole development to full growth. - a container for accommodating the plant or a seed of the plant with an entrance to the interior thereof, and a semi-permeable film on or over the entrance, wherein the container and the semi-permeable film define an interior space, wherein the semi-permeable film allows passage of water vapour, wherein the semi-permeable film has a vapour permeation capacity related to a type of the plant and the liquid of the reservoir, - a plant or a seed of the plant, arranged in the interior space; - a reservoir being dimensioned to contain an amount of liquid in the reservoir, this amount being sufficient to feed the plant during the diverse stages of growth thereof, the reservoir having therein a predetermined amount of a liquid for use; and - a passage from the reservoir to the interior space, which passage is connected to the interior of the container at a distance from the entrance, wherein the passage is open during use, wherein the container and the semi-permeable film are formed and dimensioned such that the plant or the seed of the plant is wholly accommodated in the interior space from planting through to full growth, wherein the predetermined amount of the liquid in the reservoir and the vapour permeation capacity of the semi-permeable film are such that the plant or the seed of the plant remains closed off from an area outside the holder during its whole development to full growth.
Cage-free rolling bearing having: - a plurality of rolling bodies which are arranged circumferentially distributed between an inner ring and an outer ring , which is arranged concentrically in relation to the inner ring ; and - a pressing element which o is arranged in a ring-segment-like manner along the circumferential direction, o at least intermittently makes contact simultaneously with at least two of the rolling bodies , o subjects each of the rolling bodies with which contact is made to an axially oriented force, and o has a pressing tongue which is mounted in a first end region and whose second end region is in the form of a self-supporting end, characterized in that : - a bevelled run-on region is formed in the first end region , and - a bevelled run-off region is formed in the second end region . - a plurality of rolling bodies which are arranged circumferentially distributed between an inner ring and an outer ring , which is arranged concentrically in relation to the inner ring ; and - a pressing element which o is arranged in a ring-segment-like manner along the circumferential direction, o at least intermittently makes contact simultaneously with at least two of the rolling bodies , o subjects each of the rolling bodies with which contact is made to an axially oriented force, and o has a pressing tongue which is mounted in a first end region and whose second end region is in the form of a self-supporting end, o is arranged in a ring-segment-like manner along the circumferential direction, o at least intermittently makes contact simultaneously with at least two of the rolling bodies , o subjects each of the rolling bodies with which contact is made to an axially oriented force, and o has a pressing tongue which is mounted in a first end region and whose second end region is in the form of a self-supporting end, - a bevelled run-on region is formed in the first end region , and - a bevelled run-off region is formed in the second end region .
Method of grinding a paper web carrying surface of a transfer belt (TB) of a paper machine, wherein during normal operation of the paper machine the transfer belt (TB) is installed in a press section of the paper machine, running together with the paper web (P) carried thereon through a press nip (N2) of the press section , and wherein during normal operation of the paper machine a doctor blade is applied against the paper web carrying surface of the transfer belt (TB) to scrape off contamination from the paper web carrying surface of the transfer belt (TB), wherein the grinding of the paper web carrying surface of the transfer belt (TB) is done within the paper machine, without removing the transfer belt (TB) from the paper machine, the method comprising the following steps: a) stopping normal operation of the paper machine; b) attaching a grinding member to the doctor blade so that the grinding member gets into contact with the paper web carrying surface of the transfer belt (TB); and c) running the transfer belt (TB) with a predetermined speed while pressing the grinding member against the paper web carrying surface of the transfer belt (TB) with a predetermined load. a) stopping normal operation of the paper machine; b) attaching a grinding member to the doctor blade so that the grinding member gets into contact with the paper web carrying surface of the transfer belt (TB); and c) running the transfer belt (TB) with a predetermined speed while pressing the grinding member against the paper web carrying surface of the transfer belt (TB) with a predetermined load.
A system, comprising: a space suit helmet , comprising: an outer surface structure being an impact bubble; an inner surface structure being a pressure bubble, wherein the inner surface structure is configured to maintain an oxygenated environment within an interior cavity of the space suit helmet, wherein a user is able to see through the inner surface structure and the outer surface structure; a ring , wherein the outer surface structure and the inner surface structure are coupled to the ring; and a waveguide display implemented at least one of in or on the space suit helmet , the waveguide display comprising: a waveguide ; and an optical system positioned outside the interior cavity and configured to project images at least through the waveguide to be displayed to the user; wherein there is a gap between the outer surface structure and the inner surface structure ;. an outer surface structure being an impact bubble; an inner surface structure being a pressure bubble, wherein the inner surface structure is configured to maintain an oxygenated environment within an interior cavity of the space suit helmet, wherein a user is able to see through the inner surface structure and the outer surface structure; a ring , wherein the outer surface structure and the inner surface structure are coupled to the ring; and a waveguide display implemented at least one of in or on the space suit helmet , the waveguide display comprising: a waveguide ; and an optical system positioned outside the interior cavity and configured to project images at least through the waveguide to be displayed to the user; wherein there is a gap between the outer surface structure and the inner surface structure ;. a waveguide ; and an optical system positioned outside the interior cavity and configured to project images at least through the waveguide to be displayed to the user; wherein there is a gap between the outer surface structure and the inner surface structure ;.
A method of wireless communication comprising: identifying , by a base station, a wide area network "WAN" frequency hopping scheme, wherein the WAN frequency hopping scheme comprises a fixed offset signaled via a Physical Downlink Control Channel "PDCCH" for every other transmission of a Hybrid Automatic Repeat Request "HARQ" process; coordinating a device to device "D2D" frequency hopping scheme for at least one D2D enabled user equipment "UE" with the identified WAN frequency hopping scheme; and communicating the D2D frequency hopping scheme to the at least one D2D enabled UE, thereby allowing the at least one D2D enabled UE to transmit at least one D2D message to a second D2D enabled UE according to the D2D frequency hopping scheme. identifying , by a base station, a wide area network "WAN" frequency hopping scheme, wherein the WAN frequency hopping scheme comprises a fixed offset signaled via a Physical Downlink Control Channel "PDCCH" for every other transmission of a Hybrid Automatic Repeat Request "HARQ" process; coordinating a device to device "D2D" frequency hopping scheme for at least one D2D enabled user equipment "UE" with the identified WAN frequency hopping scheme; and communicating the D2D frequency hopping scheme to the at least one D2D enabled UE, thereby allowing the at least one D2D enabled UE to transmit at least one D2D message to a second D2D enabled UE according to the D2D frequency hopping scheme.
A compound for use in reducing a symptom associated with, treating, or suppressing a pervasive developmental disorder (PDD), in a patient in need of such treatment, which compound is a compound of Formula I, Formula II, Formula III, Formula IV, Formula V, or Formula VI, wherein, the bonds indicated with a dashed line are all single bonds or are all double bonds; R 1 , R 2 , and R 3 are independently selected from the group consisting of H, (C 1 -C 6 )alkyl, (C 1 -C 6 )haloalkyl, (C 1 -C 6 )alkoxy, halogen, and CN; or a stereoisomer, a solvate or a hydrate thereof. the bonds indicated with a dashed line are all single bonds or are all double bonds; R 1 , R 2 , and R 3 are independently selected from the group consisting of H, (C 1 -C 6 )alkyl, (C 1 -C 6 )haloalkyl, (C 1 -C 6 )alkoxy, halogen, and CN; or a stereoisomer, a solvate or a hydrate thereof.
A method, performed by a first network node operating as a secondary node, SN, in dual connectivity with a user equipment, UE, the method comprising: sending , towards a second network node operating as a master node, MN, in dual connectivity with the UE, an indication that a secondary cell group, SCG, configuration for the UE is to be released the method being characterised in that the release of the SCG configuration involves release of PHY, MAC and RLC configuration for one or more SCG bearers or split bearers without a release of the corresponding PDCP configuration/s.
A molten plastic delivery system comprising: a plurality of plates; a manifold defining a network of channels for conveying a molten plastic from a manifold inlet to a manifold outlet , the manifold housed in the plurality of plates; a nozzle defining a nozzle channel having an upstream nozzle channel opening and a downstream nozzle channel opening, the upstream nozzle channel opening in fluid communication with the manifold outlet; a valve pin received in the nozzle channel and reciprocable within the nozzle channel between a closed position to prevent the molten plastic from passing through the downstream nozzle channel opening and an open position to allow the molten plastic to pass through the downstream nozzle channel opening; a bell crank having a first and second arms connected at and rotatable about a pivot, the first arm coupled to the valve pin; characterised by a push-pull cable coupled to the second arm such that angularly pushing the second arm about the pivot via the push-pull cable moves the valve pin to the open position and angularly pulling the second arm about the pivot via the push-pull cable moves the valve pin to the closed position. a plurality of plates; a manifold defining a network of channels for conveying a molten plastic from a manifold inlet to a manifold outlet , the manifold housed in the plurality of plates; a nozzle defining a nozzle channel having an upstream nozzle channel opening and a downstream nozzle channel opening, the upstream nozzle channel opening in fluid communication with the manifold outlet; a valve pin received in the nozzle channel and reciprocable within the nozzle channel between a closed position to prevent the molten plastic from passing through the downstream nozzle channel opening and an open position to allow the molten plastic to pass through the downstream nozzle channel opening; a bell crank having a first and second arms connected at and rotatable about a pivot, the first arm coupled to the valve pin; characterised by a push-pull cable coupled to the second arm such that angularly pushing the second arm about the pivot via the push-pull cable moves the valve pin to the open position and angularly pulling the second arm about the pivot via the push-pull cable moves the valve pin to the closed position.
A method of making an article, the method comprising: placing at least a portion of a panel in an injection molding die; and overmolding at least one molded structure on a surface of the panel in the injection molding die, thereby forming a material-to-material connection between the surface of the panel and the molded structure, wherein the molded structure comprises a foam composition, wherein the panel comprises first and second layers each having first and second opposed major surfaces and a core disposed there between, the second layer being free of any openings between the first and second major surfaces of the second layer, wherein the core has a plurality of walls extending from the second surface of the first layer to the first surface of the second layer providing a series of connected cells, wherein some of the cell walls have openings providing fluid communication between a series of at least 3 cells, wherein each cell wall has a plurality of sides, wherein each side of a cell wall has an area, and wherein the opening in a cell wall has an area that is at least 50 percent of the area of a side of that cell wall, and wherein the first layer has at least a first opening extending between the first and second major surfaces of the first layer into at least one cell in the series. placing at least a portion of a panel in an injection molding die; and overmolding at least one molded structure on a surface of the panel in the injection molding die, thereby forming a material-to-material connection between the surface of the panel and the molded structure, wherein the molded structure comprises a foam composition,
A method of vertically transporting emulsion explosive, the method including, using a pump , pumping a predetermined volume of emulsion explosive, from an emulsion explosive reservoir , into a vertically extending pipe , wherein pumping is effected airtightly at least between the pump and a downstream end of a volume of emulsion explosive that has been pumped into the vertically extending pipe for at least a part of the travel of emulsion explosive of the predetermined volume of emulsion explosive down the vertical pipe; and discontinuing pumping after the predetermined volume of emulsion explosive has passed through the pump, wherein the predetermined volume of emulsion explosive is such that emulsion explosive travels along the pipe under force of gravity alone against vacuum suction generated between the pump, or a valve that separates the pump from the vertically extending pipe, and an upstream end of the predetermined volume of emulsion explosive. using a pump , pumping a predetermined volume of emulsion explosive, from an emulsion explosive reservoir , into a vertically extending pipe , wherein pumping is effected airtightly at least between the pump and a downstream end of a volume of emulsion explosive that has been pumped into the vertically extending pipe for at least a part of the travel of emulsion explosive of the predetermined volume of emulsion explosive down the vertical pipe; and discontinuing pumping after the predetermined volume of emulsion explosive has passed through the pump,
A coating method for coating a curved surface , in particular a concave inner surface of a bore wall or cylinder wall , by means of a powdery coating material by using a thermal spraying device , in the form of a plasma spraying device or a HVOF spraying device, wherein a gun is provided on a gun shaft of the thermal spraying device for generating a coating jet from the powdery coating material by means of an arc, and the gun is rotated about a shaft axis (A) of the gun shaft at a predetermined rotation frequency (N), wherein the coating jet for applying a coating to the curved surface is directed at least partially radially away from the shaft axis (A) towards the curved surface , characterized in that a higher rotation frequency (N) of the gun is selected with respect to a base rotation frequency (N0) of the gun and the conveying rate (F) of the powdery coating material is changed according to a predetermined scheme in such a way that the conveying rate (F) is adapted to the higher rotation frequency (N) of the gun .
A breadcrumb mix comprising breadcrumbs blended with a breadcrumb modifier, the breadcrumb modifier comprising (a) from 20 to 90 mass% of a protein material, (b) from 1 to 60 mass% of a thickener, and (c) from 0.1 to 5 mass% of an oil or fat, wherein in the total amount of the breadcrumb mix, the contents of the protein material relative to 100 parts by mass of the breadcrumbs is from 2.75 to 22.5 parts by mass, the content of the thickener relative to 100 parts by mass of the breadcrumbs is from 0.5 to 15 parts by mass, and the content of the oil or fat relative to 100 parts by mass of the breadcrumbs is from 0.015 to 1.2 parts by mass, wherein the protein material is one or more selected from the group consisting of gluten and dried egg white, and the thickener is one or more selected from the group consisting of pregelatinized starch and glucomannan. (a) from 20 to 90 mass% of a protein material, (b) from 1 to 60 mass% of a thickener, and (c) from 0.1 to 5 mass% of an oil or fat, wherein in the total amount of the breadcrumb mix, the contents of the protein material relative to 100 parts by mass of the breadcrumbs is from 2.75 to 22.5 parts by mass, the content of the thickener relative to 100 parts by mass of the breadcrumbs is from 0.5 to 15 parts by mass, and the content of the oil or fat relative to 100 parts by mass of the breadcrumbs is from 0.015 to 1.2 parts by mass, wherein the protein material is one or more selected from the group consisting of gluten and dried egg white, and the thickener is one or more selected from the group consisting of pregelatinized starch and glucomannan.
Integrated circuit card comprising a substrate and a circuit incorporated in the substrate , said substrate comprising a first pre-cut or weakening line delimiting a first sector of the substrate and able to be separated from the card , said first sector having a form and size of a first standard format of integrated circuit cards, a second sector delimited by at least one second pre-cut or weakening line inside the first sector and able to be separated from the card , said second sector comprising the circuit and having the form and size of a second standard format of integrated circuit cards having dimensions smaller than those of said first format, a disposable frame-piece defined between said cut or pre-cut lines of said first and second sectors and having a substantially annular form with a substantially rectangular contour, with opposite sides, in pairs substantially parallel to each other, said card being characterized in that it further comprises at least one breakage lug arranged substantially transversely with respect to at least one of the sides of said disposable frame-piece , said at least one breakage lug being designed to break the disposable frame-piece so that is no longer intact, during separation of said second sector from said card .
A method to optimize operation of a transformer cooling system, comprising the following steps: preprocessing initial data input by an user; collecting on-line data, and calculating an optimized control command to meet the requirement of the transformer loss; and - executing control actions by controlling a controllable switch, wherein the controllable switch is switchable between a state in which it is connecting at least one motor-fan chain out of a plurality of fans to an AC bus fed by an AC power source, a state in which it is connecting the at least one motor-fan chain to a shared Variable Frequency Drive bus fed by a Variable Frequency Drive, VFD, and a state in which it is not connecting the at least one motor-fan chain to either bus; and - sending a control command to the Variable Frequency Drive, VFD. preprocessing initial data input by an user; collecting on-line data, and calculating an optimized control command to meet the requirement of the transformer loss; and - executing control actions by controlling a controllable switch, wherein the controllable switch is switchable between a state in which it is connecting at least one motor-fan chain out of a plurality of fans to an AC bus fed by an AC power source, a state in which it is connecting the at least one motor-fan chain to a shared Variable Frequency Drive bus fed by a Variable Frequency Drive, VFD, and a state in which it is not connecting the at least one motor-fan chain to either bus; and - sending a control command to the Variable Frequency Drive, VFD. - executing control actions by controlling a controllable switch, wherein the controllable switch is switchable between a state in which it is connecting at least one motor-fan chain out of a plurality of fans to an AC bus fed by an AC power source, a state in which it is connecting the at least one motor-fan chain to a shared Variable Frequency Drive bus fed by a Variable Frequency Drive, VFD, and a state in which it is not connecting the at least one motor-fan chain to either bus; and - sending a control command to the Variable Frequency Drive, VFD.