mhurhangee/patent-ind-claim-en huggingface dataset:
An agricultural distribution machine , with at least one frame , with one storage hopper or a plurality of storage hoppers , with a distribution device for spreading liquids and/or granular or granulated materials, the distribution device being arranged movably on the frame , with a carriage having at least two wheels and/or with a towing device , wherein the wheels and/or the towing device are arranged to be pivotable or steerable on the frame via upright axles or to be steerable or pivotable relative to the frame via upright axles, - wherein at least one motorised actuator that is activable by an electronic adjustment device is provided for the pivoting or steering of the wheels and/or of the towing device , - and wherein sensors for detecting and transmitting an actual value regarding the alignment of the carriage are assigned to the carriage and/or to the upright axles and/or to the at least one actuator provided for pivoting or steering the wheels and/or the towing device , wherein contour detection devices assigned to the distribution machine and being in communication with the adjustment device are provided for the detection and evaluation of a boundary structure of an area to be tilled and/or traversed by the agricultural distribution machine , wherein an activation of the at least one actuator provided for pivoting or steering the wheels and/or the towing device is carried out based on a detected alignment of the wheels and/or of the towing device by means of the wheels and a present or detected boundary structure , characterised in that the particular boundary structure is calculated on the basis of a curve radius determined with a gyroscope and of a control program stored in the adjustment device . - wherein at least one motorised actuator that is activable by an electronic adjustment device is provided for the pivoting or steering of the wheels and/or of the towing device , - and wherein sensors for detecting and transmitting an actual value regarding the alignment of the carriage are assigned to the carriage and/or to the upright axles and/or to the at least one actuator provided for pivoting or steering the wheels and/or the towing device , wherein contour detection devices assigned to the distribution machine and being in communication with the adjustment device are provided for the detection and evaluation of a boundary structure of an area to be tilled and/or traversed by the agricultural distribution machine , wherein an activation of the at least one actuator provided for pivoting or steering the wheels and/or the towing device is carried out based on a detected alignment of the wheels and/or of the towing device by means of the wheels and a present or detected boundary structure , characterised in that the particular boundary structure is calculated on the basis of a curve radius determined with a gyroscope and of a control program stored in the adjustment device .
An end profile for insulating material elements comprising a profile body which extends in a longitudinal direction and which comprises a plug-in limb , wherein the plug-in limb is configured for a plugging in between an insulating material element and an adjacent structural body , in particular a base surface, and has two flat sides which are opposed to one another such that, in the plugged-in state of the plug-in limb , one of the flat sides faces the insulating material element and the other flat side faces the structural body , wherein at least one resilient lip is arranged at the plug-in limb , projects from one of the flat sides and extends in the longitudinal direction , characterized in that the profile body has a contact surface which is configured to contact the structural body and which defines a contact plane , with the at least one resilient lip , in particular in an undeformed starting state, projecting in the direction of the structural body beyond the contact plane . wherein the plug-in limb is configured for a plugging in between an insulating material element and an adjacent structural body , in particular a base surface, and has two flat sides which are opposed to one another such that, in the plugged-in state of the plug-in limb , one of the flat sides faces the insulating material element and the other flat side faces the structural body , wherein at least one resilient lip is arranged at the plug-in limb , projects from one of the flat sides and extends in the longitudinal direction , characterized in that the profile body has a contact surface which is configured to contact the structural body and which defines a contact plane , with the at least one resilient lip , in particular in an undeformed starting state, projecting in the direction of the structural body beyond the contact plane .
A method for making an array of organoids, comprising: i. seeding stem cells on a surface, ii. culturing the stem cells of step i) in situ to allow their aggregation into multicellular stem cell containing aggregates, iii. overlaying the multicellular aggregates of (ii) with an overlay comprising a hydrogel, iv. culturing the multicellular stem cell containing aggregates of (ii) in situ in conditions suitable for organoid development, wherein the array of organoids is within a single focal plane and the surface may be overlaid with a regular tessellation, such that the organoids are uniquely positioned within adjacent tiles of the tessellation; and wherein the surface comprises a biofunctional hydrophilic synthetic polymer hydrogel. i. seeding stem cells on a surface, ii. culturing the stem cells of step i) in situ to allow their aggregation into multicellular stem cell containing aggregates, iii. overlaying the multicellular aggregates of (ii) with an overlay comprising a hydrogel, iv. culturing the multicellular stem cell containing aggregates of (ii) in situ in conditions suitable for organoid development,
Coanda effect flow amplifier for bringing about an amplified gas flow, having: - a main air circulation duct , - at least one injection orifice opening into the main duct , - a plurality of orifices for feeding compressed driving gas, each being configured to be connected to a source of compressed driving gas in order to feed said at least one injection orifice with compressed driving gas, - at least one distribution duct connecting said plurality of feed orifices to said at least one injection orifice , - an amplification profile at least partially delimiting said at least one injection orifice and forming a convex surface configured to bring about a Coanda effect in a flow of compressed driving gas injected through said at least one injection orifice , - the main air circulation duct extending along a circulation axis (A), said at least one distribution duct forming an annular distribution cavity extending along and around the circulation axis, said at least one injection orifice forming a slot extending at least partially around the circulation axis, and - a radial dimension of the slot being limited by the presence of a connecting radius presented by a deflecting wall facing each of the feed orifices, this deflecting wall being adjacent to the slot opening onto the injection orifice . - a main air circulation duct , - at least one injection orifice opening into the main duct , - a plurality of orifices for feeding compressed driving gas, each being configured to be connected to a source of compressed driving gas in order to feed said at least one injection orifice with compressed driving gas, - at least one distribution duct connecting said plurality of feed orifices to said at least one injection orifice , - an amplification profile at least partially delimiting said at least one injection orifice and forming a convex surface configured to bring about a Coanda effect in a flow of compressed driving gas injected through said at least one injection orifice , - the main air circulation duct extending along a circulation axis (A), said at least one distribution duct forming an annular distribution cavity extending along and around the circulation axis, said at least one injection orifice forming a slot extending at least partially around the circulation axis, and - a radial dimension of the slot being limited by the presence of a connecting radius presented by a deflecting wall facing each of the feed orifices, this deflecting wall being adjacent to the slot opening onto the injection orifice .
A method for decreasing scale in an aqueous system; wherein the method comprises: circulating a water-based fluid through the aqueous system; wherein the aqueous system comprises at least one corrosion inhibitor and at least one water-soluble polymer; wherein the water-soluble polymer is selected from the group consisting of polymaleates, polyacrylates, copolymers thereof, and combinations thereof; and decreasing scale deposition within the aqueous system as compared to an otherwise identical water-based fluid absent the water-soluble polymer; wherein the method further comprises fluorescing the at least one water-soluble polymer and detecting a fluorescence of the at least one water-soluble polymer to determine a concentration of the at least one water-soluble polymer within the aqueous system; wherein the ratio of the at least one water soluble polymer to the corrosion inhibitor is from 1:100 to 1:0.1; and wherein the at least one water-soluble polymer has an intrinsic fluorescent property. circulating a water-based fluid through the aqueous system; wherein the aqueous system comprises at least one corrosion inhibitor and at least one water-soluble polymer; wherein the water-soluble polymer is selected from the group consisting of polymaleates, polyacrylates, copolymers thereof, and combinations thereof; and decreasing scale deposition within the aqueous system as compared to an otherwise identical water-based fluid absent the water-soluble polymer; wherein the method further comprises fluorescing the at least one water-soluble polymer and detecting a fluorescence of the at least one water-soluble polymer to determine a concentration of the at least one water-soluble polymer within the aqueous system; wherein the ratio of the at least one water soluble polymer to the corrosion inhibitor is from 1:100 to 1:0.1; and wherein the at least one water-soluble polymer has an intrinsic fluorescent property.
A vehicle comprising a driver seat, a vehicle frame and a door hinged to the vehicle frame to be movable in a door swept, and at least one image sensor device with a lens support and a pedestal , wherein the pedestal is fixed on an external surface of the vehicle along an axis AA', and said lens support is articulated on said pedestal and oriented along an axis BB' forming an angle α with the axis AA', characterized in that said lens support can be oriented in at least three positions selected from a driving position (DP), a rest position (RP), and an intermediate position (IP) wherein the lens support is within the door swept at the driving position (DP), and outside the door swept in the intermediate position (IP) and at the rest position (RP), and in that a distal part of the lens support is within a vision field of a driver when the driver is seated in the driver seat and when said lens support is at the driving position (DP).
An on screen display information generation camera comprising: an image sensor configured to receive an image signal and generate an image therefrom; a controller configured to extract basic information for generating first on screen display information from the image; an on screen display information generator configured to generate the first on screen display information based on the basic information extracted by the controller ; and a communicator configured to separately transmit data of the first on screen display information and the image to a first on screen display information synthesis terminal , wherein the communicator is further configured to receive second on screen display information from the first on screen display information synthesis terminal and to receive another second on screen display information from a second on screen display information synthesis terminal (20b to 20d), the communicator is further configured to transmit the another second on screen display information to the first on screen display information synthesis terminal . an image sensor configured to receive an image signal and generate an image therefrom; a controller configured to extract basic information for generating first on screen display information from the image; an on screen display information generator configured to generate the first on screen display information based on the basic information extracted by the controller ; and a communicator configured to separately transmit data of the first on screen display information and the image to a first on screen display information synthesis terminal , wherein the communicator is further configured to receive second on screen display information from the first on screen display information synthesis terminal and to receive another second on screen display information from a second on screen display information synthesis terminal (20b to 20d), the communicator is further configured to transmit the another second on screen display information to the first on screen display information synthesis terminal .
Connection between a terminating timber beam made of wood and a continuous timber beam made of wood by means of a fitting which comprises a planar sheet and a plurality of screws , the front face of the terminating timber beam abutting a main surface of the sheet in a laminar manner and an outer surface side of the continuous timber beam abutting a second main surface of the sheet in a laminar manner, the screws extending into the timber beams through screw through-holes in the sheet and are in thread engagement with said timber beams, edge regions of the sheet projecting over the front face of the terminating timber beam in the direction that runs in parallel with the plane jointly spanned by the two timber beams and said edge regions comprising the screw through-holes for the screws that extend into the continuous timber beam , characterised in that the screws which extend into the terminating timber beam enclose along with the longitudinal direction of the terminating timber beam , an acute angle and penetrate the front face of the terminating timber beam at the edge region of the outer surface sides of said timber beam that are oriented normally with regards to the plane spanned by the two timber beams, the normal projection of one of the screws that extend into the terminating timber beam enclosing, along with the longitudinal direction of the terminating timber beam , an acute angle of less than 45° onto the plane jointly spanned by the timber beams , the distance from the outer surface side of the timber beam , in the proximity of which side the head of the screw is located, increasing along the screw with the increasing distance from the front face of the timber beam .
Fibroblasts for use in a method of enhancing survival of allogeneic or autologous insulin-producing cells in an individual, wherein said fibroblasts are CD73-positive fibroblasts and the method comprises the steps of administering an effective amount of said fibroblasts prior to, concurrent with, and/or subsequent to transplantation of said allogeneic or autologous insulin-producing cells in the individual, optionally wherein the method further comprises administering an effective amount of endothelial progenitor cells (EPCs) prior to, concurrent with, and/or subsequent to transplantation of said allogeneic or autologous insulin-producing cells in the individual.
Light band system, comprising - a support arrangement, which comprises at least two oblong support rail elements arranged one behind the other in the longitudinal direction, the support rail elements comprising a substantially U-shaped cross-section so that a first U-leg , a second U-leg and a connecting leg connecting the two U-legs with each other are formed, the free end regions of the first U-leg and of the second U-leg limiting a support rail opening, as well as - a cover arranged in a support rail opening formed by the support rail elements , wherein the cover is formed by an oblong profile part , on which are arranged several contact elements which are connected to each other by means of at least one cable and which are designed for contacting through light modules of the light band system, and wherein the profile part has openings in which the contact elements are inserted in such a way that they can be contacted from one side that is opposite to the at least one cable with respect to the profile part . - a support arrangement, which comprises at least two oblong support rail elements arranged one behind the other in the longitudinal direction, the support rail elements comprising a substantially U-shaped cross-section so that a first U-leg , a second U-leg and a connecting leg connecting the two U-legs with each other are formed, the free end regions of the first U-leg and of the second U-leg limiting a support rail opening, as well as - a cover arranged in a support rail opening formed by the support rail elements ,
A dielectric working fluid centralized management system comprising: a dielectric working fluid adjustment apparatus configured to adjust fluid quality of a dielectric working fluid of a plurality of wire electrical discharge machines ; a dielectric working fluid delivery and reception control member configured to control delivery and reception of the dielectric working fluid between a plurality of dielectric working fluid storage tanks disposed corresponding respectively to the plurality of wire electrical discharge machines , and in which the dielectric working fluid is stored, and the dielectric working fluid adjustment apparatus; and a dielectric working fluid quality controller configured to receive dielectric working fluid information from the plurality of wire electrical discharge machines and to control the dielectric working fluid delivery and reception control member, or both the dielectric working fluid delivery and reception control member and the dielectric working fluid adjustment apparatus, characterised in that the dielectric working fluid quality controller is configured to control the dielectric working fluid delivery and reception control member, so as to connect the dielectric working fluid storage tank of one of the wire electrical discharge machines to the dielectric working fluid adjustment apparatus, in order not to mix with each other the dielectric working fluids of the plurality of wire electrical discharge machines. a dielectric working fluid adjustment apparatus configured to adjust fluid quality of a dielectric working fluid of a plurality of wire electrical discharge machines ; a dielectric working fluid delivery and reception control member configured to control delivery and reception of the dielectric working fluid between a plurality of dielectric working fluid storage tanks disposed corresponding respectively to the plurality of wire electrical discharge machines , and in which the dielectric working fluid is stored, and the dielectric working fluid adjustment apparatus; and a dielectric working fluid quality controller configured to receive dielectric working fluid information from the plurality of wire electrical discharge machines and to control the dielectric working fluid delivery and reception control member, or both the dielectric working fluid delivery and reception control member and the dielectric working fluid adjustment apparatus, characterised in that the dielectric working fluid quality controller is configured to control the dielectric working fluid delivery and reception control member, so as to connect the dielectric working fluid storage tank of one of the wire electrical discharge machines to the dielectric working fluid adjustment apparatus, in order not to mix with each other the dielectric working fluids of the plurality of wire electrical discharge machines.
A method in a recurrent neural network, RNN implemented in a data communication system , comprising: periodically obtaining , by a device in said RNN, information corresponding to one or more over-the-top, OTT, data sessions in the data communication system, the information being obtained from a test terminal , one or more of a packet probe ,and optionally a network node ; continually training, by the device , the RNN based on the OTT data sessions captured by the test terminal ; recognizing new OTT encoding types or schemes by the packet probe and requesting the test terminal to generate training samples for new traffic types; and generating , by the device , at least one quality metric associated with the one or more OTT data sessions based on the periodically obtained information. periodically obtaining , by a device in said RNN, information corresponding to one or more over-the-top, OTT, data sessions in the data communication system, the information being obtained from a test terminal , one or more of a packet probe ,and optionally a network node ; continually training, by the device , the RNN based on the OTT data sessions captured by the test terminal ; recognizing new OTT encoding types or schemes by the packet probe and requesting the test terminal to generate training samples for new traffic types; and generating , by the device , at least one quality metric associated with the one or more OTT data sessions based on the periodically obtained information.
An apparatus for determining and/or monitoring a process variable, in particular the temperature (T) or flow, of a medium (M) in a container comprising: a temperature sensor for detecting the temperature (T), and a flexible, heat-insulating carrier element , which carrier element can be arranged on an outer wall (W) of the container , and wherein the temperature sensor is fastened to the carrier element , wherein a unit at least partially comprising a material with anisotropic thermal conductivity is at least partially arranged on the carrier element , and wherein at least the temperature sensor is arranged between the carrier element and the unit , wherein the unit comprises a layer or a coating, which layer or coating at least partially consists of the material with anisotropic thermal conductivity and wherein the layer or coating along a plane parallel to the layer or coating has a greater thermal conductivity than perpendicularly to the plane, and/or wherein the unit comprises a thin-walled film, which film at least partially consists of the material with anisotropic thermal conductivity and along its longitudinal axis has a higher thermal conductivity than perpendicularly to the longitudinal axis. a temperature sensor for detecting the temperature (T), and a flexible, heat-insulating carrier element , which carrier element can be arranged on an outer wall (W) of the container , and wherein the temperature sensor is fastened to the carrier element , wherein a unit at least partially comprising a material with anisotropic thermal conductivity is at least partially arranged on the carrier element , and wherein at least the temperature sensor is arranged between the carrier element and the unit , wherein the unit comprises a layer or a coating, which layer or coating at least partially consists of the material with anisotropic thermal conductivity and wherein the layer or coating along a plane parallel to the layer or coating has a greater thermal conductivity than perpendicularly to the plane, and/or wherein the unit comprises a thin-walled film, which film at least partially consists of the material with anisotropic thermal conductivity and along its longitudinal axis has a higher thermal conductivity than perpendicularly to the longitudinal axis.