mhurhangee/patent-ind-claim-en huggingface dataset:
Method for liquid measurements relating to unknown flow rates, comprising: - providing a sensor comprising a surface arranged to receive a liquid thereupon, an electrical heating element arranged to heat said surface , and an arrangement (11, 13; 7, 15) for measuring a temperature of said surface ; - receiving liquid on said sensor surface ; - heating said surface by means of said electrical heating element at a known rate (P) while taking a plurality of temperature measurements (T) thereof in function of time (t), said heating being at an absolute temperature of at least 90% of the boiling point (T b ) of said liquid under ambient pressure; - deriving a flow rate measurement of an unknown flow rate of said liquid from said electrical heating rate (P) and said temperature measurements (T). - providing a sensor comprising a surface arranged to receive a liquid thereupon, an electrical heating element arranged to heat said surface , and an arrangement (11, 13; 7, 15) for measuring a temperature of said surface ; - receiving liquid on said sensor surface ; - heating said surface by means of said electrical heating element at a known rate (P) while taking a plurality of temperature measurements (T) thereof in function of time (t), said heating being at an absolute temperature of at least 90% of the boiling point (T b ) of said liquid under ambient pressure; - deriving a flow rate measurement of an unknown flow rate of said liquid from said electrical heating rate (P) and said temperature measurements (T).
A microwave vacuum low-temperature drying machine, comprising a frame and a conveyor , wherein a first side of an interior of the frame is provided with a drying chamber , and an inner wall of the drying chamber is further provided with a drying system ; the drying system comprises a first drying assembly , second drying assemblies , and a third drying assembly , each of the first drying assembly , the second drying assemblies and the third drying assembly comprises a plurality of dryers; each of the plurality of dryers comprises a microwave power supply for emitting a microwave and a radiation port ; and the radiation port is provided with a magnetron ; characterized in that a second side of the interior of the frame is provided with an equipment chamber , the equipment chamber is divided into an upper layer, a middle layer and a lower layer; the upper layer and the middle layer of the equipment chamber are provided with a cooling circulation system and a vacuum pump ; the vacuum pump is connected to the vacuum pump suction port ; the lower layer of the equipment chamber is provided with a drainage system ; the cooling circulation system and the drainage system are connected to the drying chamber ; and the cooling circulation system is connected to the first drying assembly , the second drying assemblies and the third drying assembly , respectively; the inner wall of the drying chamber is provided with a vacuum pump suction port ; the vacuum pump suction port is connected to the vacuum pump of the equipment chamber ; the first drying assembly is located at upper parts of inner walls at two sides of the drying chamber , the second drying assemblies are respectively located at middle and lower parts of the inner walls at the two sides of the drying chamber , and the third drying assembly located between the second drying assembly at the middle parts and the second drying assembly at the lower parts.
An implant assembly for sealing a puncture having a size and an edge and extending between a first tissue surface and a second tissue surface , comprising: an inner member configured to be extended at least partially through the puncture and having a surface positionable against the first tissue surface ; an outer member expandable from a delivery configuration to a sealing configuration, the sealing configuration having a size larger than the size of the puncture, and positionable adjacent the second tissue surface , the outer member having a proximal end , an intermediate deformation portion , and a distal end , the intermediate deformation portion including a plurality of struts created by parallel slits or cuts extending completely or partially through a wall of the outer member ; and a fluid impermeable sealing membrane having a distal end sealingly attached to the inner member and positionable within or near the first tissue surface , a proximal end including an opening configured to receive the outer member , and a mid-region therebetween, the outer member , when in the sealing configuration, configured to urge the mid-region of the sealing membrane radially outward such that its outer surface contacts and conforms to the edge of the puncture . an inner member configured to be extended at least partially through the puncture and having a surface positionable against the first tissue surface ; an outer member expandable from a delivery configuration to a sealing configuration, the sealing configuration having a size larger than the size of the puncture, and positionable adjacent the second tissue surface , the outer member having a proximal end , an intermediate deformation portion , and a distal end , the intermediate deformation portion including a plurality of struts created by parallel slits or cuts extending completely or partially through a wall of the outer member ; and a fluid impermeable sealing membrane having a distal end sealingly attached to the inner member and positionable within or near the first tissue surface , a proximal end including an opening configured to receive the outer member , and a mid-region therebetween, the outer member , when in the sealing configuration, configured to urge the mid-region of the sealing membrane radially outward such that its outer surface contacts and conforms to the edge of the puncture .
An integrated circuit , comprising: a first logic block coupled between a first power supply terminal (VDD) and a second power supply terminal (VSS), wherein the first logic block includes: a first scan chain ; a configurable defect coupled to a scan output node of the first scan chain , the configurable defect comprising an inverter and a conductive element coupled between the scan output node and the first or the second power supply terminal (VDD, VSS), wherein the configurable defect is configured to, during a quiescent current testing mode, place a predetermined logic state on a logic node between the inverter and the conductive element that causes a detectable current to flow through the conductive element ; and a current measurement circuit configured to detect the detectable current to determine whether the detectable current is expected given an output from the scan output node . a first scan chain ; a configurable defect coupled to a scan output node of the first scan chain , the configurable defect comprising an inverter and a conductive element coupled between the scan output node and the first or the second power supply terminal (VDD, VSS), wherein the configurable defect is configured to, during a quiescent current testing mode, place a predetermined logic state on a logic node between the inverter and the conductive element that causes a detectable current to flow through the conductive element ; and a current measurement circuit configured to detect the detectable current to determine whether the detectable current is expected given an output from the scan output node .
Ironing device comprising an ironing board comprising a side, known as the front side, and an opposite side, known as the rear side, against which a garment to be ironed can be arranged for processing with the aid of a smoothing tool and/or ironing tool , the front side of the board being formed by a front panel , characterised in that the rear side of the board is formed by a rear panel , the rear panel comprising an upper section rotationally fixed to the front panel and a lower section independent of the upper section , the upper section of the rear side as well as the front side being pivotably mounted on a base between a first position in which the upper section is aligned with the lower section and a second position in which the upper section forms a non-zero angle with the lower section .
An apparatus for generating 3D visual effects, comprising: a controlled smoke generator comprising a synthetic smoke source and a means for directionally propelling the smoke produced by the generator, the smoke source comprising a nozzle, and a controlled light generator , capable of generating one or more light beams in the smoke beam, the apparatus being characterized in that the propelling means comprises a turbine rotating around an axis generally aligned with an axis of the nozzle and a device for concentrating the turbine flow in order to form a smoke beam which is elongated in a certain direction, and in that the light beam or light beams is/are generated along the elongation direction of the smoke beam and is/are essentially contained in said smoke beam. a controlled smoke generator comprising a synthetic smoke source and a means for directionally propelling the smoke produced by the generator, the smoke source comprising a nozzle, and a controlled light generator , capable of generating one or more light beams in the smoke beam,
A method for anonymous data collection, comprising: receiving, by a client device , an encrypted operator match ID from a first entity , wherein the encrypted operator match ID is encrypted using a first encryption key , the encrypted operator match ID having been assigned to the client device by the first entity; the client device decrypting the encrypted operator match ID using a first decryption key , associated with the first encryption key, to obtain a decrypted operator match ID; the client device encrypting the decrypted operator match ID using a second encryption key to obtain a re-encrypted operator match ID; and the client device sending client device usage information with the re-encrypted operator match ID to a second entity through an anonymous channel that prevents the second entity from identifying the client device, wherein the second entity decrypts the re-encrypted operator match ID using a second decryption key , associated with the second encryption key, to obtain the operator match ID, and wherein the second entity associates the client device usage information with a purchasing history associated with the operator match ID. receiving, by a client device , an encrypted operator match ID from a first entity , wherein the encrypted operator match ID is encrypted using a first encryption key , the encrypted operator match ID having been assigned to the client device by the first entity; the client device decrypting the encrypted operator match ID using a first decryption key , associated with the first encryption key, to obtain a decrypted operator match ID; the client device encrypting the decrypted operator match ID using a second encryption key to obtain a re-encrypted operator match ID; and the client device sending client device usage information with the re-encrypted operator match ID to a second entity through an anonymous channel that prevents the second entity from identifying the client device, wherein the second entity decrypts the re-encrypted operator match ID using a second decryption key , associated with the second encryption key, to obtain the operator match ID, and wherein the second entity associates the client device usage information with a purchasing history associated with the operator match ID.
Filter arrangement for filtering dust-laden air generated by a hand-guided sander or grinder during its operation, the filter arrangement comprising a filter cartridge having - a hollow casing , - at least one filter element located inside the casing , - an air inlet port provided in the casing , the air inlet port located upstream in respect to an airflow through the filter cartridge and in respect to the filter element , the air inlet port adapted to be pneumatically connected to the sander or grinder in order to allow the dust-laden air generated by the sander or grinder to flow into the casing , and - an air outlet port provided in the casing , the air outlet port located downstream in respect to the airflow through the filter cartridge and in respect to the filter element , the air outlet port adapted to allow filtered air leave the filter cartridge , characterized in that the filter arrangement comprises an active airflow generating device with a fan comprising a plurality of blades and driven by an electric motor separate from an electric motor of the sander or grinder , the airflow generating device being in pneumatic connection with the air inlet port of the filter cartridge or with the air outlet port of the filter cartridge in order to generate or support the airflow through the filter cartridge and wherein the air inlet port of the filter cartridge is attached to an air outlet of the airflow generating device either directly or indirectly by means of a suction hose, and wherein the air inlet of the airflow generating device is adapted to be attached to an air outlet socket of the sander or grinder either directly or indirectly by means of a suction hose. - a hollow casing , - at least one filter element located inside the casing , - an air inlet port provided in the casing , the air inlet port located upstream in respect to an airflow through the filter cartridge and in respect to the filter element , the air inlet port adapted to be pneumatically connected to the sander or grinder in order to allow the dust-laden air generated by the sander or grinder to flow into the casing , and - an air outlet port provided in the casing , the air outlet port located downstream in respect to the airflow through the filter cartridge and in respect to the filter element , the air outlet port adapted to allow filtered air leave the filter cartridge , the filter arrangement comprises an active airflow generating device with a fan comprising a plurality of blades and driven by an electric motor separate from an electric motor of the sander or grinder , the airflow generating device being in pneumatic connection with the air inlet port of the filter cartridge or with the air outlet port of the filter cartridge in order to generate or support the airflow through the filter cartridge and wherein the air inlet port of the filter cartridge is attached to an air outlet of the airflow generating device either directly or indirectly by means of a suction hose, and wherein the air inlet of the airflow generating device is adapted to be attached to an air outlet socket of the sander or grinder either directly or indirectly by means of a suction hose.
A loudspeaker comprising at least three first emitting heads adapted to emit in a first frequency range, and at least one second emitting head adapted to emit in a second frequency range, wherein the first emitting heads are located adjacent to each other at the vertices of a virtual regular polygon with the number of vertices equal to the number of the first emitting heads , and the second emitting head is located in a space between the first emitting heads at the geometric center of said virtual polygon, characterized in that the first emitting heads have conical diffusers oriented with their convex side in the direction of emission of the second emitting head , and the emission axes of the first emitting heads are inclined at an angle (α) to the perpendicular drawn through the center of said polygon, where the angle (α) is in the range of 5 to 25 degrees. the first emitting heads are located adjacent to each other at the vertices of a virtual regular polygon with the number of vertices equal to the number of the first emitting heads , and the second emitting head is located in a space between the first emitting heads at the geometric center of said virtual polygon, characterized in that the first emitting heads have conical diffusers oriented with their convex side in the direction of emission of the second emitting head , and the emission axes of the first emitting heads are inclined at an angle (α) to the perpendicular drawn through the center of said polygon, where the angle (α) is in the range of 5 to 25 degrees.
A method of coating an active material for a secondary battery in which the active material is coated onto an electrode current collector of the secondary battery, the method comprising the steps of: disposing a guide member on each of the left and right sides based on a moving direction of the electrode current collector , and coating the active material onto the electrode current collector between the two guide members, wherein the moving direction of the electrode current collector moves in a linear direction by a first roller rotating in a first rotating direction, and the method further comprises a step in which the guide member is rotated and moved by a second roller that rotates along a second rotating direction that is the opposite direction to the first rotating direction; and wherein the second roller allows the guide member to rotate in place by rollers located respectively at both ends of the guide member . disposing a guide member on each of the left and right sides based on a moving direction of the electrode current collector , and coating the active material onto the electrode current collector between the two guide members, wherein the moving direction of the electrode current collector moves in a linear direction by a first roller rotating in a first rotating direction, and the method further comprises a step in which the guide member is rotated and moved by a second roller that rotates along a second rotating direction that is the opposite direction to the first rotating direction; and wherein the second roller allows the guide member to rotate in place by rollers located respectively at both ends of the guide member .
Rotor for an universal electric motor comprising a commutator and a rotor lamination stack arranged coaxially with each other along a first axis (X-X), and at least one wire of a rotor winding, obtained in a first conductive material and covered with an electrically insulating enamel, said wire being adapted to extend between said commutator and said rotor lamination stack , said commutator comprising a plurality of bars obtained in a second conductive material and arranged circumferentially adjacent to each other to form a cylindrical body, and whose ends facing said rotor lamination stack each have a hook for said wire , each of said hooks being adapted to be moved between an open initial position, wherein it allows the positioning of a portion of said wire , and a final closed position, wherein it embraces with an internal surface said at least a portion of said wire and is approached to the bar , characterized in that in an area between the internal surface of each of said hooks and the corresponding bar at least one first single cutting is formed, said first cutting being recessed relative to the surface of the corresponding bar and having a top opening with a width (A) smaller than the diameter (D) of said wire so that when said hook is displaced from the open position to the closed position, said single cutting partially contains said portion of said wire and so that the edge portions of said opening locally remove by friction and abrasion said electrically insulating enamel covering said portion of said wire to allow direct contact between said first conductive material and said second conductive material and therefore the electrical connection between said wire and said bar .
An inhibitor of HSD17B13 for use in the treatment of a non-alcoholic or alcoholic liver disease in a human subject having a PNPLA3 protein comprising an I148M variation and having a functional HSD17B13 protein, wherein the alcoholic liver disease comprises one or more of cirrhosis, steatosis, or hepatocellular carcinoma resulting from alcohol consumption; and wherein the non-alcoholic liver disease comprises one or more of nonalcoholic fatty liver disease (NAFLD), nonalcoholic steatohepatitis (NASH), cirrhosis not caused by alcohol consumption, steatosis not caused by alcohol consumption, or hepatocellular carcinoma not caused by alcohol consumption. wherein the alcoholic liver disease comprises one or more of cirrhosis, steatosis, or hepatocellular carcinoma resulting from alcohol consumption; and wherein the non-alcoholic liver disease comprises one or more of nonalcoholic fatty liver disease (NAFLD), nonalcoholic steatohepatitis (NASH), cirrhosis not caused by alcohol consumption, steatosis not caused by alcohol consumption, or hepatocellular carcinoma not caused by alcohol consumption.
A pneumatic tire comprising at least one bead structure comprising a bead core , wherein the bead core has in cross-section a planar radially upper or top surface , a planar radially lower or bottom surface , and two curved side surfaces, wherein the line extending along the planar radially upper or top surface and the line extending along the planar radially lower or bottom surface both extend in parallel to the axis of rotation of the pneumatic tire , wherein the bead core is a one-piece or monolithic bead core having a radial height to axial width ratio less than 1.0, alternatively less than 0.9 or less than 0.8, characterized in that the planar radially upper or top surface , the planar radially lower or bottom surface and the two curved side surfaces form the circumference of the cross-section of the bead core .