mhurhangee/patent-ind-claim-en huggingface dataset:
A water-based ink composition for ink jet recording, comprising: a water-soluble resin containing a first vinyl monomer having a phenol skeleton and a second water-soluble vinyl monomer other than the vinyl monomer having the phenol skeleton; a water-soluble organic solvent; and water; wherein the amount of the first vinyl monomer is 10-50% by mass based on the total mass of the first and second monomers. a water-soluble resin containing a first vinyl monomer having a phenol skeleton and a second water-soluble vinyl monomer other than the vinyl monomer having the phenol skeleton; a water-soluble organic solvent; and water; wherein the amount of the first vinyl monomer is 10-50% by mass based on the total mass of the first and second monomers.
A one-piece cast iron brake calliper of a disc brake having a calliper back and a calliper head that is connected to the calliper back by means of tension struts arranged parallel to and at a distance from one another, the calliper head having a housing that encloses a receiving chamber for functional parts and having adjacent to and at a distance from this housing a moulded-on, projecting connecting piece that receives a bearing bore for a fixed bearing and is connected to the housing by a moulded-on rib , the rib running past via the connecting piece to an outer edge region of the calliper head , characterised in that in the gap between the connecting piece and the housing the rib has a thicker section that tapers towards the underside.
Precipitation method of at least one solute, comprising mixing of a liquid phase containing the solute and a second liquid phase containing a reagent causing the solute to precipitate in a vessel (1;3), stirring of the mixture and removal of the precipitate, characterised in that it comprises confinement of the mixture in emulsion in a third, chemically inert, liquid phase, non-miscible with the first liquid phase and the second liquid phase.
A portable thermalchromatic inspection system for detecting a repair area of a composite of an aircraft, the repair area having been caused by exposure to high temperature of the composite, the system comprising: a hood ; a mounting plate coupled with the hood and comprising one or more apertures through which light may pass and reversible mounting means for mounting the mounting plate to a surface of the composite; mirrors mounted on or inside of the hood ; an excitation source for transmitting light of a first wavelength onto the surface of the composite via the mirrors , the surface including a composition having an adduct selected to revert to first and second adduct components in response to exposure of the composition to a temperature of from about 190°C to about 260°C ; an excitation beam steering mechanism adapted to control the mirrors as to direct light of the first wavelength onto one or more predetermined areas on the surface of the composite as to systematically scan the surface ; and a detector configured to receive light of a second wavelength as a result of composition fluorescence upon adduct reversion to the first and second adduct components in response to exposure of the composition to said temperature of from about 190°C to about 260°C.
A device for facet joint fixation, the device comprising: a fastener; and a cap , the cap including: a base portion having a circular perimeter; a raised portion having a non-circular perimeter protruding from the base portion , the raised portion including a first lobe and a second lobe , the first lobe wider than the second lobe , the widths of the first lobe and second lobe measured in a plane perpendicular to a cap axis ; and an aperture extending through the base portion and the raised portion , the aperture shaped to receive the fastener to allow the fastener to fasten the cap to a facet joint to stabilize the facet joint, wherein the cap axis is centrally located relative to the aperture , wherein the base portion includes a plurality of teeth projecting from an attachment surface opposite the raised portion ; characterized by the raised portion of the cap including one or more connection features shaped to receive a guiding instrument; wherein the one or more connection features are recesses or slots in communication with the aperture . a fastener; and a cap , the cap including: a base portion having a circular perimeter; a raised portion having a non-circular perimeter protruding from the base portion , the raised portion including a first lobe and a second lobe , the first lobe wider than the second lobe , the widths of the first lobe and second lobe measured in a plane perpendicular to a cap axis ; and an aperture extending through the base portion and the raised portion , the aperture shaped to receive the fastener to allow the fastener to fasten the cap to a facet joint to stabilize the facet joint, wherein the cap axis is centrally located relative to the aperture , wherein the base portion includes a plurality of teeth projecting from an attachment surface opposite the raised portion ; characterized by the raised portion of the cap including one or more connection features shaped to receive a guiding instrument; wherein the one or more connection features are recesses or slots in communication with the aperture .
A method of controlling a pathogenic infection in a plant, comprising contacting said plant with an effective amount of a composition comprising phenylalanine at a concentration of 0.5 to 30 mM, thereby controlling a pathogenic infection in a plant, wherein said pathogenic infection is an arthropod infection, a bacterium infection, or both.
A method of operating an apparatus for cutting printed sheets , the apparatus comprising a flatbed cutting machine, which comprises a work plane with an upper surface for receiving the printed sheets thereon; the apparatus comprising a first camera arranged over the work plane at a first distance above the work plane and configured for imaging part of the upper surface or the entire upper surface of the work plane ; the apparatus further comprising an operating group mobile along the work plane at a second distance from the work plane , and the operating group comprising a cutting member mobile together with the operating group for cutting the sheets when placed on the work plane ; wherein the first distance is larger than the second distance, and the camera is provided remote and free from the operating group for preventing mechanical collision between the operating group and the first camera when the operating group is moving along the work plane ; the apparatus further comprising a computer system functionally connected to the first camera and configured for receiving digital images from the first camera ; characterised in that the computer system is programmed to analyse the received digital images with respect to image data resembling characteristics for a fiducial ; the fiducial comprising an optically readable two-dimensional code for a numeric or alphanumeric sequence; the method comprising placing a printed sheet on the work plane , the printed sheet comprising the fiducial on its upper side, providing an image of the sheet by the first camera while the sheet is on the work plane ; by the computer system, receiving and analysing the image and finding the fiducial in the image, and determining and decoding the two-dimensional code to extract an ID code that identifies the graphics on the sheet and that differentiates it from other sheets with different graphics; by the computer accessing a digital database and extracting stored data uniquely related to the extracted ID code and determining a cutting curve for the graphics on the basis of the extracted stored data, the cutting curve being specific for the ID code; submitting computer instructions to the machine for moving the operating group with the cutting element along the work plane for cutting the sheet along the cutting curve.
9-[(2,2-dimethyl-propyl amino)-methyl]-minocycline or a salt thereof for use in a method of treating Community-Acquired Bacterial Pneumonia (CABP) in a subject in need of treatment thereof, wherein the method comprises administering to said subject 9-[(2,2-dimethyl-propyl amino)-methyl]-minocycline or a salt thereof according to the following dosing regimen: three intravenous doses of about 100 mg each, administered 12 hours apart, followed by, optionally, one or more intravenous doses of about 100 mg each, each administered 24 hours following the immediate preceding intravenous dose, followed by, optionally, one oral dose of about 300 mg, administered in the morning and 12-24 hrs after the immediate preceding intravenous dose, followed by, optionally, one or more oral doses of about 300 mg each, each administered 24 hours following the immediate preceding oral dose, such that said subject is treated. three intravenous doses of about 100 mg each, administered 12 hours apart, followed by, optionally, one or more intravenous doses of about 100 mg each, each administered 24 hours following the immediate preceding intravenous dose, followed by, optionally, one oral dose of about 300 mg, administered in the morning and 12-24 hrs after the immediate preceding intravenous dose, followed by, optionally, one or more oral doses of about 300 mg each, each administered 24 hours following the immediate preceding oral dose,
A peptide or peptide mimetic inhibitor of plasma kallikrein, wherein said peptide or peptide mimetic inhibitor has kallikrein inhibitory activity with an IC 50 of less than 100nM and comprises the sequence of any of SEQ ID NOs.: 4-6, 8-10, 12-14, 18-20, 23-25, 30, 36, 39, 41, 46, 47, 50-52, 55-58, 61, 64, 65, 67, 68, 72, 73, 75-79, 82, 85, 89, 91, 93-95, 97-100, 102, 148, 150, 155, 164, 165, 167-170, 176-178, 180-182, 184, 188-191, 196, 197, 199, 201, 202, 216, and 218.
Adhesive tape for fastening, covering and mechanically reinforcing surfaces, having a backing layer and an adhesive layer adhering thereto, the backing layer consisting of a matrix material in which fibers lie embedded, characterized in that the fibers lie completely embedded in the matrix material in such a manner that they lie completely below the surface of the matrix material of the backing layer on at least one side face , and the matrix material comprises pores, the volume fraction of the pores being at most 10%, the fibers having a fiber volume content of 15% to 80% based on the volume of the backing layer .
Firing apparatus for firing cartridges , in particular rifle cartridges, comprising an ammunition magazine for receiving the cartridges and a firing barrel in front of the ammunition magazine when seen in the firing direction, a high-pressure chamber , which surrounds the rear end of the firing barrel when seen in the firing direction, a low pressure chamber which is arranged in front of the high-pressure chamber when seen in the firing direction and which surrounds the firing barrel , high pressure bores in the firing barrel in the region of the the high -pressure chamber , said bores connecting the interior of the firing barrel to the high-pressure chamber , and rear and front low-pressure bores , when seen in the firing direction, in the firing barrel in the region of the low pressure chamber said bores connecting the interior of the firing barrel to the low pressure chamber , characterized by an blow-out channel , which connects the high pressure chamber to the atmosphere and the blow-out channel being equipped with an adjustable valve .
A method for position determination of a wireless device , the method being performed by a network node , the method comprising: estimating (S102) a respective angle-of-arrival value for each of three 1D antenna arrays at positions (x_1,0,0), (x_2,0,0), and (x_3,0,0) in an (x,y,z)-coordinate system, from measured phase differences between antenna elements per 1D antenna array for a signal communicated between the wireless device and the three 1D antenna arrays , wherein the antenna elements of a first and a second of the 1D antenna arrays are arranged along the x-axis and the antenna elements of a third of the 1D antenna arrays are arranged along the y -axis in said ( x, y, z)-coordinate system; and determining (S104) the position of the wireless device by combining the angle-of-arrival values from the three 1D antenna arrays and where in the determining involves the solving of a nonlinear system of equations defined as: r x = x 2 tan θ 2 − x 1 tan θ 1 tan θ 2 − tan θ 1 , r y = r x − x 3 2 + r x − x 1 2 tan 2 θ 1 cos 2 θ 3 , r z = ± r x − x 1 2 tan 2 θ 1 − r y 2 , wherein ( r x , r y , r z ) is the position of the wireless device, and θ 1 , θ 2 and θ 3 are the estimated angle-of-arrival values of the three 1D antenna arrays. estimating (S102) a respective angle-of-arrival value for each of three 1D antenna arrays at positions (x_1,0,0), (x_2,0,0), and (x_3,0,0) in an (x,y,z)-coordinate system, from measured phase differences between antenna elements per 1D antenna array for a signal communicated between the wireless device and the three 1D antenna arrays , wherein the antenna elements of a first and a second of the 1D antenna arrays are arranged along the x-axis and the antenna elements of a third of the 1D antenna arrays are arranged along the y -axis in said ( x, y, z)-coordinate system; and determining (S104) the position of the wireless device by combining the angle-of-arrival values from the three 1D antenna arrays and where in the determining involves the solving of a nonlinear system of equations defined as: r x = x 2 tan θ 2 − x 1 tan θ 1 tan θ 2 − tan θ 1 , r y = r x − x 3 2 + r x − x 1 2 tan 2 θ 1 cos 2 θ 3 , r z = ± r x − x 1 2 tan 2 θ 1 − r y 2 ,
A method of synchronizing state information, including arming state and alarm state, of a home wireless system wherein the home wireless system comprises a plurality of peripheral wireless nodes (14; 16; 19; 21; 23) and a first gateway having wireless communication means for communicating with and controlling associated peripheral wireless nodes, the method comprising the steps: a) installing at least one second gateway in said home wireless system, each gateway (12; 26) acting as a system or network controller in a home or in a building in relation to any external systems, b) assigning peripheral wireless nodes to said first gateway or anyone of said at least one second gateway , and each gateway directing each assigned peripheral wireless node to communicate with an assigned gateway, c) receiving by a first gateway system state affecting input message from an associated peripheral wireless node, d) determining by said first gateway a resulting system state based on said system state affecting input, and e) communicating said resulting system state as a state change message from said first gateway to said at least one second gateway only when said system state affecting input is included in a first set of predefined input messages including entry alarms and arming state, so as to ensure that the home wireless system represents a unitary state. a) installing at least one second gateway in said home wireless system, each gateway (12; 26) acting as a system or network controller in a home or in a building in relation to any external systems, b) assigning peripheral wireless nodes to said first gateway or anyone of said at least one second gateway , and each gateway directing each assigned peripheral wireless node to communicate with an assigned gateway, c) receiving by a first gateway system state affecting input message from an associated peripheral wireless node, d) determining by said first gateway a resulting system state based on said system state affecting input, and e) communicating said resulting system state as a state change message from said first gateway to said at least one second gateway only when said system state affecting input is included in a first set of predefined input messages including entry alarms and arming state, so as to ensure that the home wireless system represents a unitary state.
A wind turbine comprising: a wind turbine tower and a device for recording the collisions of flying animals with the wind turbine and for indicating where they fell on the ground , which comprises at least two sensors circumferentially arranged on at least two different heights of the wind turbine tower , the heights determining two circuits: a top circuit and a lower circuit , which sensors are connected with a control and recording unit by wires or wireless data transmission, characterized in that the control and recording unit is configured to determine the location where the animal; fell on the ground as the end of the section formed by the combination of reading on the sensor of the top circuit , reading on the sensor of the lower circuit and their extension to the surface of the ground . a wind turbine tower and a device for recording the collisions of flying animals with the wind turbine and for indicating where they fell on the ground , which comprises at least two sensors circumferentially arranged on at least two different heights of the wind turbine tower , the heights determining two circuits: a top circuit and a lower circuit , which sensors are connected with a control and recording unit by wires or wireless data transmission, characterized in that the control and recording unit is configured to determine the location where the animal; fell on the ground as the end of the section formed by the combination of reading on the sensor of the top circuit , reading on the sensor of the lower circuit and their extension to the surface of the ground .
Process for the production of the compound of formula (III) R is H, or -(CO)-(CH 2 ) n CH 3 , wherein n has a value of 0 -14, or R is -X(C 1 - 4 alkyl) 3 or -X(C 6 H 5 ) 3 , wherein X is Si or Ge or R is tetrahydro pyrane, isopropylmethyl ether or 2-methoxy-butylether, characterized in that in a first step (step (i)) a compound of formula (I) wherein R has the same as defined for the compound of formula (III) is treated with heat to form a compound of formula (II) wherein R has the same as defined for the compound of formula (III), which is then converted into compound of formula (III) by an elimination reaction (step (ii)). R is H, or -(CO)-(CH 2 ) n CH 3 , wherein n has a value of 0 -14, or R is -X(C 1 - 4 alkyl) 3 or -X(C 6 H 5 ) 3 , wherein X is Si or Ge or R is tetrahydro pyrane, isopropylmethyl ether or 2-methoxy-butylether, characterized in that in a first step (step (i)) a compound of formula (I) wherein R has the same as defined for the compound of formula (III) is treated with heat to form a compound of formula (II) wherein R has the same as defined for the compound of formula (III), which is then converted into compound of formula (III) by an elimination reaction (step (ii)).
Apparatus for determining and/or monitoring the temperature (T) of a medium, comprising at least a temperature sensor and at least two reference elements for the in situ calibration and/or validation of the temperature sensor , wherein the first reference element at least partially consists of a first material, wherein, for said first material, at least one phase transition of at least the second order occurs in the temperature range relevant for the calibration of the temperature sensor at at least a first predefined phase transition temperature (T ph,1 ), wherein the second reference element at least partially consists of a second material, wherein, for said second material, at least one phase transition of at least the second order occurs in the range relevant for the calibration of the temperature sensor at at least a second predefined phase transition temperature (T ph,2 ), wherein the at least two reference elements are arranged along an imaginary horizontal axis (L), side-by-side in the form of a global reference element , wherein said global reference element is provided at least in part with an electrically conductive coating , particularly a metal coating, in the area of at least one lateral surface or in the area of two opposite lateral surfaces (A, A') parallel to the imaginary horizontal axis (L) in such a way that the coating covers each of the at least two reference elements at least in part, and characterized in that the global reference element is contacted via precisely two connecting wires .
Hose having a tubular hose wall , and at least one sensor line , wherein the hose wall has an elastomeric base material with an embedded reinforcing support , wherein each sensor line is embedded in the base material of the hose wall so as to capture damage and/or wear and tear to a shell inner side of the hose wall , and wherein each sensor line is respectively formed by a helically wound metal wire or by a metal mesh strip , wherein a winding diameter W of each helically wound metal wire is smaller than a wall thickness Z of the hose wall , or a width B of each metal mesh strip is smaller than a half or quarter of the circumference of the hose wall . a tubular hose wall , and at least one sensor line , wherein the hose wall has an elastomeric base material with an embedded reinforcing support , wherein each sensor line is embedded in the base material of the hose wall so as to capture damage and/or wear and tear to a shell inner side of the hose wall , and wherein each sensor line is respectively formed by a helically wound metal wire or by a metal mesh strip , wherein a winding diameter W of each helically wound metal wire is smaller than a wall thickness Z of the hose wall , or a width B of each metal mesh strip is smaller than a half or quarter of the circumference of the hose wall .
A data processing system, comprising: one or more processor cores ; and a cache hierarchy comprising: a first-level cache ; a second-level cache ; a third-level cache ; and cache hierarchy control logic configured to implement a caching policy in which each cacheline cached in the first-level cache has a copy of the cacheline cached in at least one of the second-level cache and the third-level cache and in which an eviction of a cacheline from the third-level cache triggers the cache hierarchy control logic to evict a copy of that cacheline from the first-level cache based on the copy of the cacheline not being present in the second-level cache. one or more processor cores ; and a cache hierarchy comprising: a first-level cache ; a second-level cache ; a third-level cache ; and cache hierarchy control logic configured to implement a caching policy in which each cacheline cached in the first-level cache has a copy of the cacheline cached in at least one of the second-level cache and the third-level cache and in which an eviction of a cacheline from the third-level cache triggers the cache hierarchy control logic to evict a copy of that cacheline from the first-level cache based on the copy of the cacheline not being present in the second-level cache. a first-level cache ; a second-level cache ; a third-level cache ; and cache hierarchy control logic configured to implement a caching policy in which each cacheline cached in the first-level cache has a copy of the cacheline cached in at least one of the second-level cache and the third-level cache and in which an eviction of a cacheline from the third-level cache triggers the cache hierarchy control logic to evict a copy of that cacheline from the first-level cache based on the copy of the cacheline not being present in the second-level cache.
Component comprising a substrate which includes a plastic material containing metal particles, wherein the substrate is at least partially coated with at least one compound selected from zeolite, the zeolite-like materials aluminum phosphate, silicon-aluminum-phosphate and aluminum silicate and/or a metal-organic framework.
Use of a building composition marker comprising at least one alpha-amino acid, alpha-amino acid salt or a mixture thereof as a marker for determining the origin of a building composition.