mhurhangee/patent-ind-claim-en huggingface dataset:
A soil processing roller comprising a support structure , wherein a plurality of first soil processing units extending substantially in the direction of the roller axis of rotation (A) are provided at a radially outer portion of the support structure to form a roller body rotatable about a roller axis of rotation (A), wherein the support structure comprises a plurality of support disks arranged successively in the direction of a roller axis of rotation (A), connected to each other to form a roller body , wherein said plurality of first soil processing units extending substantially in the direction of said roller axis of rotation (A) are provided on an outer circumferential portion of at least a part of said support disks , characterized in - that the soil processing roller comprises a vibration generating mechanism arranged in a housing , and in that at least part of the support disks are arranged surrounding a circumferential wall of the housing for the vibration generating mechanism , wherein the support disks arranged surrounding the circumferential wall are fixedly connected to the circumferential wall , and - that at least one first soil processing unit comprises a soil processing bar fixedly connected to all the support disks of the support structure or/and at least one first soil processing unit comprises a tool carrier fixedly connected to all the support disks of the support structure , wherein a soil processing tool is detachably connected or connectable to at least one tool carrier . - that the soil processing roller comprises a vibration generating mechanism arranged in a housing , and in that at least part of the support disks are arranged surrounding a circumferential wall of the housing for the vibration generating mechanism , wherein the support disks arranged surrounding the circumferential wall are fixedly connected to the circumferential wall , and - that at least one first soil processing unit comprises a soil processing bar fixedly connected to all the support disks of the support structure or/and at least one first soil processing unit comprises a tool carrier fixedly connected to all the support disks of the support structure , wherein a soil processing tool is detachably connected or connectable to at least one tool carrier .
A method of fabricating an articulated valve support structure , comprising: interlinking a plurality of strut members into a flattened chain having a first end and a second end, wherein each of the plurality of strut members comprises a plurality of orifices ; and connecting the first end of the flattened chain to the second end of the flattened chain to form a tubular structure; characterized in that said interlinking comprises: placing a plurality of alignment guides through at least one orifice of each of the plurality of strut members, wherein each of the plurality of alignment guides is placed through the orifices of at least two strut members; securing the at least two strut members together; and removing the plurality of alignment guides from the orifice. interlinking a plurality of strut members into a flattened chain having a first end and a second end, wherein each of the plurality of strut members comprises a plurality of orifices ; and connecting the first end of the flattened chain to the second end of the flattened chain to form a tubular structure; characterized in that said interlinking comprises: placing a plurality of alignment guides through at least one orifice of each of the plurality of strut members, wherein each of the plurality of alignment guides is placed through the orifices of at least two strut members; securing the at least two strut members together; and removing the plurality of alignment guides from the orifice. placing a plurality of alignment guides through at least one orifice of each of the plurality of strut members, wherein each of the plurality of alignment guides is placed through the orifices of at least two strut members; securing the at least two strut members together; and removing the plurality of alignment guides from the orifice.
A microelectromechanical device , comprising: an upper plate with a first surface and opposite second surface; a lower plate spaced from the upper plate , the lower plate comprising: a third surface facing the first surface of the upper plate , a fourth surface opposite of the third surface, and a series of trenches disposed within the third surface ; and a spacing structure sealed annularly to the first surface of the upper plate and the third surface of the lower plate such that the upper plate , the lower plate , and the spacing structure define a space , the spacing structure having a base portion extending between the upper plate and the lower plate and a protruding portion that extends inwardly from the base portion into the space , wherein the protruding portion is spaced from the upper plate and the lower plate , characterized in that the series of trenches are disposed under the protruding portion of the spacing structure . an upper plate with a first surface and opposite second surface; a lower plate spaced from the upper plate , the lower plate comprising: a third surface facing the first surface of the upper plate , a fourth surface opposite of the third surface, and a series of trenches disposed within the third surface ; and a third surface facing the first surface of the upper plate , a fourth surface opposite of the third surface, and a series of trenches disposed within the third surface ; and a spacing structure sealed annularly to the first surface of the upper plate and the third surface of the lower plate such that the upper plate , the lower plate , and the spacing structure define a space , the spacing structure having a base portion extending between the upper plate and the lower plate and a protruding portion that extends inwardly from the base portion into the space , wherein the protruding portion is spaced from the upper plate and the lower plate , characterized in that the series of trenches are disposed under the protruding portion of the spacing structure .
Brake caliper for a vehicle brake, in particular a commercial vehicle disc brake, the brake caliper having a bolt guide for axially moving the brake caliper with respect to a brake carrier, and a bolt which is axially movable relative to the bolt guide , the bolt guide having a bushing surrounding the bolt , characterized in that the brake caliper additionally has a play compensation element arranged in the gap between the bushing and the bolt , the play compensation element resting on the bushing and the bolt and being at least partially elastically deformable. the bolt guide having a bushing surrounding the bolt , characterized in that the brake caliper additionally has a play compensation element arranged in the gap between the bushing and the bolt , the play compensation element resting on the bushing and the bolt and being at least partially elastically deformable.
A bearing assembly comprising a bearing housing and a bearing , arranged in a receptacle , having a cylindrical shape on the inside, of the bearing housing, with an inner and an outer race and rolling elements arranged between the latter, wherein the outer race is received by an annular element with an outer geometry adjusted to the inner geometry of the receptacle and with an inner geometry adjusted to the outer geometry of the outer race , said outer race being inserted with the bearing into the receptacle , characterized in that the annular element in surface contact with the receptacle is an annular element made up of at least two parts and which is in the original state designed in one piece and is split into the at least two parts, wherein said parts of the annular element merge into one another via dividing lines extending in the axial or radial or diagonal direction relative to a longitudinal axis direction of the receptacle .
Tufting unit for a mobile tufting machine , wherein the tufting unit comprises the following: ▪ a yarn transport device for the simultaneous and parallel transport of a number of yarn strands , o wherein the yarn transport device has a plurality of yarn grips , which are arranged to circulate along a circulating track in a circulating direction, ∘ wherein each yarn grip is designed to releasably hold the yarn strands , ∘ wherein a plurality of yarn portion transport units each with a plurality of yarn grips are defined along the circulating track , ▪ wherein, when viewed in the circulating direction, each yarn portion transport unit has at least one respective front yarn grip and one respective rear yarn grip , ▪ a cutting unit , which is designed to cut the yarn strands between two adjacent yarn portion transport units into respective individual yarn portions , and ▪ at least one inserting element , ▪ wherein the yarn transport device is designed to position a respective yarn portion transport unit with yarn portions by circulating beneath the inserting element(s) , such that each inserting element is assigned a respective cut yarn portion , and ▪ each inserting element is designed to insert the respective assigned yarn portion into a substrate located beneath the tufting unit , characterised in ▪ that the inserting elements are mounted above the circulating track and pierce through the circulating track at least twice during insertion. ▪ a yarn transport device for the simultaneous and parallel transport of a number of yarn strands , o wherein the yarn transport device has a plurality of yarn grips , which are arranged to circulate along a circulating track in a circulating direction, ∘ wherein each yarn grip is designed to releasably hold the yarn strands , ∘ wherein a plurality of yarn portion transport units each with a plurality of yarn grips are defined along the circulating track , o wherein the yarn transport device has a plurality of yarn grips , which are arranged to circulate along a circulating track in a circulating direction, ∘ wherein each yarn grip is designed to releasably hold the yarn strands , ∘ wherein a plurality of yarn portion transport units each with a plurality of yarn grips are defined along the circulating track , ▪ wherein, when viewed in the circulating direction, each yarn portion transport unit has at least one respective front yarn grip and one respective rear yarn grip , ▪ a cutting unit , which is designed to cut the yarn strands between two adjacent yarn portion transport units into respective individual yarn portions , and ▪ at least one inserting element , ▪ wherein the yarn transport device is designed to position a respective yarn portion transport unit with yarn portions by circulating beneath the inserting element(s) , such that each inserting element is assigned a respective cut yarn portion , and ▪ each inserting element is designed to insert the respective assigned yarn portion into a substrate located beneath the tufting unit , characterised in ▪ that the inserting elements are mounted above the circulating track and pierce through the circulating track at least twice during insertion.
A film containing a hydroxymethyl group-containing vinyl alcohol-based polymer containing a vinyl alcohol unit and a structural unit represented by the following formula , wherein the proportion of the structural unit represented by the formula in the hydroxymethyl group-containing vinyl alcohol-based polymer is 0.1 to 30 mol%.
A method of generating γδ T cells having at least one down-regulated co-inhibitory receptor, the method comprising the steps of: (a) culturing a population of cells comprising γδ T cells with a phosphoantigen to expand the γδ T cells; (b) culturing the expanded γδ T cells with artificial antigen-presenting cells expressing a Fc receptor, and an anti-CD3 antibody; and (c) modifying the γδ T cells to express a chimeric antigen receptor (CAR) wherein the CAR comprises an extracellular antigen binding domain of natural killer group 2D (NKG2D). (a) culturing a population of cells comprising γδ T cells with a phosphoantigen to expand the γδ T cells; (b) culturing the expanded γδ T cells with artificial antigen-presenting cells expressing a Fc receptor, and an anti-CD3 antibody; and (c) modifying the γδ T cells to express a chimeric antigen receptor (CAR) wherein the CAR comprises an extracellular antigen binding domain of natural killer group 2D (NKG2D).
An ostomy plug comprising a first chamber for insertion into a stoma , a second chamber in fluid communication with the first chamber to enable fluid from the second chamber to inflate the first chamber , and a flatus vent passage incorporated as an internal passage, said flatus vent passage extending from a first aperture in the first chamber through the ostomy plug to a second aperture in the second chamber , wherein the first chamber is configured, when inflated, to (i) obstruct escape of solid and/or liquid body waste from the stoma ; and (ii) permit venting of flatus from the stoma .
Method for guiding the movement of a machine element of a machine that can be driven via an axis with the aid of a motor with the steps: specifying (M1) a setpoint guidance variable (y setp ) describing a desired movement process of the machine element for the actuation of the motor ; and determining (M2) an actual pilot variable (M pilot ) and/or an actual guidance variable (y act ) from the setpoint guidance variable (y setp ) by subjecting the setpoint guidance variable (y setp ) to a digital path model which simulates the dynamic behaviour of the machine element and the motor , characterised in that the digital path model is parameterised by the total moment of inertia and the poles and zeros of the transfer function (H Mot ) of the mechanical system consisting of motor , axis and machine element . specifying (M1) a setpoint guidance variable (y setp ) describing a desired movement process of the machine element for the actuation of the motor ; and determining (M2) an actual pilot variable (M pilot ) and/or an actual guidance variable (y act ) from the setpoint guidance variable (y setp ) by subjecting the setpoint guidance variable (y setp ) to a digital path model which simulates the dynamic behaviour of the machine element and the motor , characterised in that the digital path model is parameterised by the total moment of inertia and the poles and zeros of the transfer function (H Mot ) of the mechanical system consisting of motor , axis and machine element .
Combination of an extract of the aerial parts of Salvia miltiorrhiza and niacin and / or niacinamide.
Assembly comprising a unitary floor panel for a transport vehicle and a dual-function securing saddle , said unitary panel comprising a plate, termed self-supporting plate , having a smaller dimension, termed thickness, extending in a first direction of the self-supporting plate , and two larger dimensions extending in two directions that are mutually orthogonal and are orthogonal to the first direction; the self-supporting plate having two faces, termed principal faces, that are opposite and extend essentially parallel to the two principal directions; the panel comprising at least one beam that is secured to the self-supporting plate and has a longitudinal axis parallel to at least one first principal face of the self-supporting plate , each beam being designed to increase the bending strength of the unitary panel in the longitudinal axis of the beam , each beam having, at a longitudinal end, a hollow segment having a transverse cross section that is in the shape of a polygon having a wall, termed adhering wall , that is essentially planar and extends facing and in contact with the self-supporting plate , and a wall, termed free wall , that is opposite the essentially planar adhering wall and parallel to the adhering wall , the hollow segment forms a cavity cut away from the free wall for accommodating said dual-function securing saddle , said dual-function securing saddle comprising a sole for securing to an element of the structural framework of the transport vehicle and a projecting portion on the securing sole , that is designed to cooperate with the hollow segment so as to essentially immobilize the unitary panel when the projecting portion cooperates with said hollow segment .
A method for culture and detection of a bacteriophage in a test sample, which includes the step of culturing the bacteriophage using a bacterium that is a host for the bacteriophage within an absorptive fibrous matrix; and quantitatively enumerating the bacteriophage by detecting discrete zones of change in a detectable signal within the absorptive fibrous matrix facilitated by a detection reagent that is a substrate molecule and is selected from the group consisting of a chromogenic, colorimetric, fluorescent, electrochemical, bioluminescent, photoluminescent, and chemiluminescent detection reagent, preferably wherein the bacteriophage is detected subsequent to lysis of bacterial cells of the bacterium.
A compound, a stereoisomer thereof or a pharmaceutically acceptable salt thereof, wherein the compound is any one compound selected from the group consisting of the following compounds: N-(5-bromo-1H-pyrazolo[3,4-b]pyridine-3-yl)-4-(4-methylpiperazine-1-yl)benzamide.
A guide member configured for guiding a suture passer through a cannula and tissue surrounding the cannula to facilitate closure of an opening in tissue, the guide member comprising: a guide housing configured for releasably engaging the guide member with the cannula, the guide housing defining a first entry aperture and a second entry aperture ; and an elongated guide shaft defining a longitudinal axis and extending distally from the guide housing, the elongated guide shaft defining an annular exterior surface and including a first exit aperture and a second exit aperture defined through the annular exterior surface, wherein the guide member defines a first lumen and a second lumen , the first lumen extending from the first entry aperture, through the guide housing and the elongated guide shaft, to the first exit aperture, the first entry aperture, first lumen, and first exit aperture cooperating to define a first passageway extending through the guide member, the second lumen extending from the second entry aperture, through the guide housing and the elongated guide shaft, to the second exit aperture, the second entry aperture, second lumen, and second exit aperture cooperating to define a second passageway extending through the guide member, wherein the first lumen and the second lumen are radially staggered with respect to each other and each extend at an oblique angle with respect to the longitudinal axis so as to overlap one another without intersecting one another. a guide housing configured for releasably engaging the guide member with the cannula, the guide housing defining a first entry aperture and a second entry aperture ; and an elongated guide shaft defining a longitudinal axis and extending distally from the guide housing, the elongated guide shaft defining an annular exterior surface and including a first exit aperture and a second exit aperture defined through the annular exterior surface, wherein the guide member defines a first lumen and a second lumen , the first lumen extending from the first entry aperture, through the guide housing and the elongated guide shaft, to the first exit aperture, the first entry aperture, first lumen, and first exit aperture cooperating to define a first passageway extending through the guide member, the second lumen extending from the second entry aperture, through the guide housing and the elongated guide shaft, to the second exit aperture, the second entry aperture, second lumen, and second exit aperture cooperating to define a second passageway extending through the guide member, wherein the first lumen and the second lumen are radially staggered with respect to each other and each extend at an oblique angle with respect to the longitudinal axis so as to overlap one another without intersecting one another.
Sealed and insulative tank disposed in a support structure, the tank including a tank wall disposed along the support structure , the tank wall including: a sealing barrier , a thermal insulation barrier disposed between the sealing barrier and the support structure and having a support surface for the sealing barrier, and a pedestal for equipment immersed in the sealed tank, the sealing barrier including a layer of corrugated sheet metal having at least one series of parallel corrugations (15; 115), the layer of corrugated sheet metal being interrupted by a window around the pedestal, the pedestal extending longitudinally through the window in the layer of corrugated sheet metal and having a first end portion bearing against the support structure and a second end portion projecting into the tank to support the equipment at a distance from the sheet metal layer, the sealing barrier including connecting parts disposed in the window around the pedestal to join the pedestal in sealed manner to a marginal portion of the layer of corrugated sheet metal delimiting the window, wherein the window interrupts the directrices of a plurality of the parallel corrugations of said at least one series, the tank being characterized in that said plurality of parallel corrugations includes two corrugations offset locally at a distance from the pedestal relative to their directrices such that said two corrugations were not interrupted by the pedestal a sealing barrier , a thermal insulation barrier disposed between the sealing barrier and the support structure and having a support surface for the sealing barrier, and a pedestal for equipment immersed in the sealed tank, the sealing barrier including a layer of corrugated sheet metal having at least one series of parallel corrugations (15; 115), the layer of corrugated sheet metal being interrupted by a window around the pedestal, the pedestal extending longitudinally through the window in the layer of corrugated sheet metal and having a first end portion bearing against the support structure and a second end portion projecting into the tank to support the equipment at a distance from the sheet metal layer, the sealing barrier including connecting parts disposed in the window around the pedestal to join the pedestal in sealed manner to a marginal portion of the layer of corrugated sheet metal delimiting the window, wherein the window interrupts the directrices of a plurality of the parallel corrugations of said at least one series, the tank being characterized in that said plurality of parallel corrugations includes two corrugations offset locally at a distance from the pedestal relative to their directrices such that said two corrugations were not interrupted by the pedestal