mhurhangee/patent-ind-claim-en huggingface dataset:
A wearable apparatus comprising: a transducer circuit having a sensor circuit, the sensor circuit including only one single electrode being configured with the sensor circuit to sense changes in capacitance, and the transducer circuit being configured and arranged to convert the changes in capacitance into electrical signals, the changes in capacitance being responsive to pressure and/or electric field modulations attributable to hemodynamic or pulse-wave events; an electrical-signal sensing and processing circuit configured and arranged to sense the hemodynamic or pulse-wave events in response to the electrical signals from the transducer circuit and, based on features of an arterial pulse waveform corresponding to the electrical signals from the transducer circuit, provide an indication of change in at least one of blood pressure and arterial stiffness; a substrate configured and arranged to support and at least partially enclose the transducer circuit and the electrical-signal sensing circuit, and to conform to a portion of a user including blood vessels for hemodynamic monitoring and therein locate the electrode sufficiently close to the user's skin for electrically sensing the hemodynamic or pulse-wave events via the electrical signals; and a communication circuit configured and arranged to respond to the electrical-signal sensing circuit by conveying or sending data indicative of the hemodynamic monitoring. a transducer circuit having a sensor circuit, the sensor circuit including only one single electrode being configured with the sensor circuit to sense changes in capacitance, and the transducer circuit being configured and arranged to convert the changes in capacitance into electrical signals, the changes in capacitance being responsive to pressure and/or electric field modulations attributable to hemodynamic or pulse-wave events; an electrical-signal sensing and processing circuit configured and arranged to sense the hemodynamic or pulse-wave events in response to the electrical signals from the transducer circuit and, based on features of an arterial pulse waveform corresponding to the electrical signals from the transducer circuit, provide an indication of change in at least one of blood pressure and arterial stiffness; a substrate configured and arranged to support and at least partially enclose the transducer circuit and the electrical-signal sensing circuit, and to conform to a portion of a user including blood vessels for hemodynamic monitoring and therein locate the electrode sufficiently close to the user's skin for electrically sensing the hemodynamic or pulse-wave events via the electrical signals; and a communication circuit configured and arranged to respond to the electrical-signal sensing circuit by conveying or sending data indicative of the hemodynamic monitoring.
A grease composition comprising a base oil (A) containing an alkyl naphthalene (A1), an aliphatic diurea (B) represented by general formula (b1): R 1 -NHCONH-R 3 -NHCONH-R 2 (b1) (wherein, R 1 and R 2 each independently represent a monovalent aliphatic hydrocarbon group having 9 to 20 carbon atoms, and R 3 represents a divalent aromatic hydrocarbon group having 6 to 18 carbon atoms), optionally further comprising: a poly-α-olefin in an amount, if present, of less than 10 parts by mass based on 100 parts by mass of the alkyl naphthalene (A1), a mineral oil in an amount, present, of less than 10 parts by mass based on 100 parts by mass of the alkyl naphthalene (A1), and/or a metal atom-containing compound in an amount, if present, of less than 5% by mass based on a total amount of the grease composition; wherein a content of the aliphatic diurea (B) is from 20 to 30% by mass based on a total amount of the grease composition, and wherein a content of the alkyl naphthalene (A1) is from 50 to 100% by mass based on a total amount of the base oil (A). (wherein, R 1 and R 2 each independently represent a monovalent aliphatic hydrocarbon group having 9 to 20 carbon atoms, and R 3 represents a divalent aromatic hydrocarbon group having 6 to 18 carbon atoms), optionally further comprising: a poly-α-olefin in an amount, if present, of less than 10 parts by mass based on 100 parts by mass of the alkyl naphthalene (A1), a mineral oil in an amount, present, of less than 10 parts by mass based on 100 parts by mass of the alkyl naphthalene (A1), and/or a metal atom-containing compound in an amount, if present, of less than 5% by mass based on a total amount of the grease composition; wherein a content of the aliphatic diurea (B) is from 20 to 30% by mass based on a total amount of the grease composition, and wherein a content of the alkyl naphthalene (A1) is from 50 to 100% by mass based on a total amount of the base oil (A). a poly-α-olefin in an amount, if present, of less than 10 parts by mass based on 100 parts by mass of the alkyl naphthalene (A1), a mineral oil in an amount, present, of less than 10 parts by mass based on 100 parts by mass of the alkyl naphthalene (A1), and/or a metal atom-containing compound in an amount, if present, of less than 5% by mass based on a total amount of the grease composition; wherein a content of the aliphatic diurea (B) is from 20 to 30% by mass based on a total amount of the grease composition, and wherein a content of the alkyl naphthalene (A1) is from 50 to 100% by mass based on a total amount of the base oil (A).
Container for receiving, storing and dispensing liquids and/or viscous substances, in particular fuel or propellant or drinking water, with a casing with a microscopic surface structure at least partially integrally formed on the casing , said surface structure comprising at least one approximately groove- and/or channel-shaped capillary which is arranged in an inner space of the container at the inner surface of the casing and with an end facing an outlet opening of the container , which extends towards an area adjacent to or next to the outlet opening of the container and which is formed by two side walls assigned to each other and running towards each other to convey the liquid and/or viscous substance within the capillary to the outlet opening of the container .
Household appliance having a container for holding liquids, which is set up in particular to store a detergent and to automatically dose said detergent , and having an electric measuring facility for measuring a fill level of the container , which has two measuring electrodes disposed at a distance from one another in the container , and a circuit arrangement coupled to the measuring electrodes , which is configured alternately to apply a positive first potential (U1) at one of the measuring electrodes and a positive second potential, which is lower than the first potential (U1), or a potential (U2) of 0 volts at the respective other measuring electrode , and thus to apply an AC voltage (UR) between the measuring electrodes and to measure at least one measurement variable (UM1, UM2, UD) correlated with the AC voltage (UR) and with a conductance of a medium present between the measuring electrodes, characterised in that the circuit arrangement has a first switching means , which can be used to couple the first measuring electrode optionally to a first connection , at which a positive first potential (U1) is present, or to a second connection , at which a positive second potential, which is lower than the first potential, or a potential (U2) of 0 volts is present, and that the circuit arrangement has a second switching means , which can be used to couple the second measuring electrode optionally to the first connection or to the second connection .
A dishwasher comprising a body , a washing tub in which the washing process is performed, a main supply line enabling water transmission to the washing tub , a basket provided on the washing tub , on which kitchenware is placed, at least one spraying member enabling regional washing by transmitting the water received through the main supply line to the kitchenware, a plurality of orifices provided on the spraying member , enabling water to be transmitted through the spraying member to the washing tub , and a conduit provided on the basket , enabling water transmission to the spraying member , whose one end is connected on the main supply line , the spraying member having a vertical position (A) in which it is perpendicular to the washing tub base, enabling washing elongated kitchenware such as glasses and bottles to be washed by being placed thereon, and a horizontal position (B) in which it is parallel to the washing tub base, enabling washing wider kitchenware such as trays or cooking pots to be washed by being placed on the basket correspondingly, the spraying member shifting between vertical position (A) and horizontal position (B) by pivoting on the conduit , characterized by further comprising a blocking member provided on the basket , comprising a plurality of plugs enabling covering the orifices by engaging therein when the spraying member is in horizontal position.
An automated machine vision method for determining if an object within a work field has one or more predetermined features , wherein the object is a threaded fastener, the automated machine vision method comprising: capturing image data of the work field from a camera system ; following the capturing the image data, binary thresholding the image data based on a presumed feature of the one or more predetermined features , wherein the presumed feature is a color; responsive to the binary thresholding , identifying one or more groups of pixels as candidates for the presumed feature; following the identifying one or more groups of pixels, applying a Gabor filter to the one or more groups of pixels, wherein the Gabor filter comprises an aspect corresponding to a specific feature of the one or more predetermined features , wherein the specific feature is a presumed texture corresponding to a specific thread pitch; and based at least in part on the applying , determining if the object has the specific feature. capturing image data of the work field from a camera system ; following the capturing the image data, binary thresholding the image data based on a presumed feature of the one or more predetermined features , wherein the presumed feature is a color; responsive to the binary thresholding , identifying one or more groups of pixels as candidates for the presumed feature; following the identifying one or more groups of pixels, applying a Gabor filter to the one or more groups of pixels, wherein the Gabor filter comprises an aspect corresponding to a specific feature of the one or more predetermined features , wherein the specific feature is a presumed texture corresponding to a specific thread pitch; and based at least in part on the applying , determining if the object has the specific feature.
A building panel comprising: a surface layer comprising a wood veneer, wherein the wood veneer comprises cracks; a wood fibre based core , and a sub-layer arranged between the surface layer and the wood fibre based core , wherein the sub-layer comprises wood fibres and a binder , wherein the surface layer has surface portions comprising wood fibres and binder from the sub-layer extending into the wood veneer, characterized in that the sub-layer fills the cracks of the wood veneer, and wherein said surface portions are flush with a remainder of the surface layer . a surface layer comprising a wood veneer, wherein the wood veneer comprises cracks; a wood fibre based core , and a sub-layer arranged between the surface layer and the wood fibre based core , wherein the sub-layer comprises wood fibres and a binder , wherein the surface layer has surface portions comprising wood fibres and binder from the sub-layer extending into the wood veneer, characterized in that the sub-layer fills the cracks of the wood veneer, and wherein said surface portions are flush with a remainder of the surface layer .
A method for communicating data between a vehicle and a ground-based unit , said method comprising: communicatively coupling the vehicle to the ground-based unit ; communicatively coupling the ground-based unit to a ground-based network , the ground-based network being communicatively coupled to a server for providing cached web content to the vehicle ; initiating a Broadband over Power Line, BPL, link between the vehicle and the ground-based unit when power is supplied to the vehicle ; and updating data stored in the vehicle with data received from the ground-based unit , wherein the updating of the data further comprises updating data using cached web content that may be later accessed; wherein updating data using cached web content further comprises selecting web content to cache based on network demand of web content incurred and monitored by the vehicle before the vehicle is coupled to the ground-based unit . communicatively coupling the vehicle to the ground-based unit ; communicatively coupling the ground-based unit to a ground-based network , the ground-based network being communicatively coupled to a server for providing cached web content to the vehicle ; initiating a Broadband over Power Line, BPL, link between the vehicle and the ground-based unit when power is supplied to the vehicle ; and updating data stored in the vehicle with data received from the ground-based unit , wherein the updating of the data further comprises updating data using cached web content that may be later accessed; wherein updating data using cached web content further comprises selecting web content to cache based on network demand of web content incurred and monitored by the vehicle before the vehicle is coupled to the ground-based unit .
A bituminous building material, which can be produced and laid cold and which contains solid granules and a binder, for the cold laying of thin layers with a thickness of up to 70 mm per layer, preferably between 5 mm and 35 mm per layer, wherein the solid granules have a particle size of 2 mm or more and are a conglomerate of crushed stone and bitumen, and wherein the binder comprises a hydrophobic phase and a hydrophilic phase, characterized in that the solid granules are recycled asphalt granules with a particle size of 2 mm to 16 mm, preferably 2 mm to 11 mm, and in that the recycled asphalt granules do not contain added surfactant fines smaller than 0.063 mm.
A surgical drill guide aimed at locating an ideal position for dental implants in edentulous patients, comprising: a surgical guide apparatus comprising a surgical stent material from metal or other rigid material from which the surgical guides are made and having a negative contact surface to be fitted on and retained over soft tissue of a patient in a fully edentulous upper or lower jaw, wherein the surgical guide apparatus for the upper jaw is generally fan-shaped and whereas the surgical guide apparatus for the lower jaw is U-shaped and they correspond to a form and contour of the upper or lower jaw of the patient, respectively, wherein the surgical guide apparatus containing a major perforated L track where the dental implant is to be inserted; and the major extending perforated L track comprising supplemental short slot channels with extended positions corresponding to the natural position of absent teeth and wherein said supplemental short slot channels extend to buccal and lingual sides positioning of all fourteen teeth in the upper or lower jaws. a surgical guide apparatus comprising a surgical stent material from metal or other rigid material from which the surgical guides are made and having a negative contact surface to be fitted on and retained over soft tissue of a patient in a fully edentulous upper or lower jaw, wherein the surgical guide apparatus for the upper jaw is generally fan-shaped and whereas the surgical guide apparatus for the lower jaw is U-shaped and they correspond to a form and contour of the upper or lower jaw of the patient, respectively, wherein the surgical guide apparatus containing a major perforated L track where the dental implant is to be inserted; and the major extending perforated L track comprising supplemental short slot channels with extended positions corresponding to the natural position of absent teeth and wherein said supplemental short slot channels extend to buccal and lingual sides positioning of all fourteen teeth in the upper or lower jaws.
A data processing method, applied to a terminal, wherein the terminal comprises an application processor and a modem, and the method comprises: sending , by the application processor, a TCP packet to the modem, wherein the TCP packet is used by the modem to generate a wireless protocol data packet corresponding to the TCP packet, so that the modem sends the wireless protocol data packet to a base station; receiving , by the application processor, first status information from the modem, wherein the first status information is status information of the wireless protocol data packet or status information of the TCP packet; determining , by the application processor based on the first status information, whether the TCP packet is successfully sent to the base station; and if the TCP packet is successfully sent to the base station, starting , by the application processor, a retransmission timer corresponding to the TCP packet; or if the TCP packet is not successfully sent to the base station, sending , by the application processor, the TCP packet to the modem again. sending , by the application processor, a TCP packet to the modem, wherein the TCP packet is used by the modem to generate a wireless protocol data packet corresponding to the TCP packet, so that the modem sends the wireless protocol data packet to a base station; receiving , by the application processor, first status information from the modem, wherein the first status information is status information of the wireless protocol data packet or status information of the TCP packet; determining , by the application processor based on the first status information, whether the TCP packet is successfully sent to the base station; and if the TCP packet is successfully sent to the base station, starting , by the application processor, a retransmission timer corresponding to the TCP packet; or if the TCP packet is not successfully sent to the base station, sending , by the application processor, the TCP packet to the modem again.
A method for rapid data analysis comprising: • receiving and interpreting a query (S210), wherein interpreting the query comprises translating strings of the query to integers using a string translator , wherein interpreting the query further comprises identifying a first set of data shards containing data relevant to the query; • collecting a first data sample from the first set of data shards (S220), wherein collecting the first data sample comprises collecting data from each of the first set of data shards, wherein collecting data from each of the first set of data shards comprises collecting only a subset of data contained within each of the first set of data shards; • calculating an intermediate result to the query based on analysis of the first data sample (S230); • identifying a second set of data shards based on the intermediate result; • collecting a second data sample from the second set of data shards (S240), wherein collecting the second data sample comprises collecting data from each of the second set of data shards, wherein collecting data from each of the second set of data shards comprises collecting a complete set of data contained within each of the second set of data shards; and • calculating a final result to the query based on analysis of the second data sample (S250). • receiving and interpreting a query (S210), wherein interpreting the query comprises translating strings of the query to integers using a string translator , wherein interpreting the query further comprises identifying a first set of data shards containing data relevant to the query; • collecting a first data sample from the first set of data shards (S220), wherein collecting the first data sample comprises collecting data from each of the first set of data shards, wherein collecting data from each of the first set of data shards comprises collecting only a subset of data contained within each of the first set of data shards; • calculating an intermediate result to the query based on analysis of the first data sample (S230); • identifying a second set of data shards based on the intermediate result; • collecting a second data sample from the second set of data shards (S240), wherein collecting the second data sample comprises collecting data from each of the second set of data shards, wherein collecting data from each of the second set of data shards comprises collecting a complete set of data contained within each of the second set of data shards; and • calculating a final result to the query based on analysis of the second data sample (S250).
An energy storage system , comprising: a switched reluctance motor comprising a rotor and a stator ; wherein the rotor is arranged to be capable of acting as a flywheel for storing energy, and wherein the rotor is configured to be rotatable within the stator ; a casing enclosing the rotor and stator ; wherein the rotor is supported for rotation on the casing ; and a base arranged to support the casing ; wherein the energy storage system is arranged such that, in use, the axis of the rotor is generally horizontal; characterised in that the energy storage system is configured to import electrical energy and convert the electrical energy into kinetic energy stored in the flywheel, and to convert kinetic energy stored in the flywheel to electrical energy and export the electrical energy. a switched reluctance motor comprising a rotor and a stator ; wherein the rotor is arranged to be capable of acting as a flywheel for storing energy, and wherein the rotor is configured to be rotatable within the stator ; a casing enclosing the rotor and stator ; wherein the rotor is supported for rotation on the casing ; and a base arranged to support the casing ; wherein the energy storage system is arranged such that, in use, the axis of the rotor is generally horizontal; characterised in that the energy storage system is configured to import electrical energy and convert the electrical energy into kinetic energy stored in the flywheel, and to convert kinetic energy stored in the flywheel to electrical energy and export the electrical energy.
A method for tracking products in a system for continuously processing powdered product into manufactured items, wherein the system is a system for producing tablets, in which powdered product is compressed in a tablet press into tablets and/or the system is a system for producing capsules, in which powdered product is filled in a capsule filling machine into capsules, characterized in that the product introduced into the system is divided into mass units on the basis of measurement data of at least one inlet mass sensor arranged at a product inlet of the system, and the progress of the mass units in the system is tracked on the basis of measurement data of at least one further mass sensor of the system.
A hybrid grass support structure comprising: - a growth medium layer , the growth medium layer comprising a growth medium; and - a plurality of synthetic grass fibers incorporated at least into the growth medium layer; - characterized in that the hybrid grass support structure further comprises: - a stone wool layer positioned below the growth medium layer, wherein the plurality of synthetic grass fibers are incorporated also into the stone wool layer. - a growth medium layer , the growth medium layer comprising a growth medium; and - a plurality of synthetic grass fibers incorporated at least into the growth medium layer; - characterized in that the hybrid grass support structure further comprises: - a stone wool layer positioned below the growth medium layer, wherein the plurality of synthetic grass fibers are incorporated also into the stone wool layer.