mhurhangee/patent-ind-claim-en huggingface dataset:
A method for using User Datagram Protocol to manage sending of data packets over multiple available data packet transmission channels, the method includes the following steps: a) allocating a unique identity to each data packet including an order indicator to form an ordered series of data packets; b) transmitting one of more of the ordered series of data packets on a predetermined one of the available data packet transmission channels at a predetermined rate for transmission using User Datagram Protocol; c) receiving after a predetermined measuring interval, data representative of one or more data packet transmission channel conditions associated with prior transmissions of one or more of the ordered series of data packets transmitted using User Datagram Protocol; d) determining using the one or more conditions to make available further of the ordered series of data packets to a predetermined one of the available data packet transmission channels at a predetermined rate for transmission using User Datagram Protocol according to one of a predetermined data packet distribution mode, wherein the available data packet transmission channels receive one or more of the ordered series of data packets in accordance with the predetermined mode, being one of aggregation, best path group selection, or duplication, of selected of the ordered series of data packets. a) allocating a unique identity to each data packet including an order indicator to form an ordered series of data packets; b) transmitting one of more of the ordered series of data packets on a predetermined one of the available data packet transmission channels at a predetermined rate for transmission using User Datagram Protocol; c) receiving after a predetermined measuring interval, data representative of one or more data packet transmission channel conditions associated with prior transmissions of one or more of the ordered series of data packets transmitted using User Datagram Protocol; d) determining using the one or more conditions to make available further of the ordered series of data packets to a predetermined one of the available data packet transmission channels at a predetermined rate for transmission using User Datagram Protocol according to one of a predetermined data packet distribution mode, wherein the available data packet transmission channels receive one or more of the ordered series of data packets in accordance with the predetermined mode, being one of aggregation, best path group selection, or duplication, of selected of the ordered series of data packets.
Support casing for an electrical control button of a vehicle window regulator, intended to be mounted on a door panel of the vehicle, comprising a male piece provided with an inclined surface intended to be inserted by snap-fastening into an interface orifice of the door panel, the support casing comprising a main body delimiting a volume of substantially parallelepipedal, for example rectangular parallelepipedal, shape, delimited by two parallel lateral walls extending in a plane containing the direction of insertion of the male piece into the interface orifice, a lateral wall of the main body termed lateral support wall bearing the male piece , the male piece protruding from said lateral support wall of the main body, the casing being delimited by an upper wall bearing the control button extending in a plane substantially normal to the direction of insertion of the male piece into the interface orifice, characterized in that a free space is provided in the main body next to the male piece , the free space is a slot made in the upper wall so as to allow the deformation of said lateral support wall during the insertion of the male piece into the interface orifice of the door panel, and in that said lateral support wall comprises a window disposed beneath the male piece , and in that the contour of the window forms a free edge of the lateral support wall . the support casing comprising a main body delimiting a volume of substantially parallelepipedal, for example rectangular parallelepipedal, shape, delimited by two parallel lateral walls extending in a plane containing the direction of insertion of the male piece into the interface orifice, a lateral wall of the main body termed lateral support wall bearing the male piece , the male piece protruding from said lateral support wall of the main body, the casing being delimited by an upper wall bearing the control button extending in a plane substantially normal to the direction of insertion of the male piece into the interface orifice, characterized in that a free space is provided in the main body next to the male piece , the free space is a slot made in the upper wall so as to allow the deformation of said lateral support wall during the insertion of the male piece into the interface orifice of the door panel, and in that said lateral support wall comprises a window disposed beneath the male piece , and in that the contour of the window forms a free edge of the lateral support wall .
A device for cooling an anatomical feature in a mammal by evaporation of a fluid from a bodily fluid-containing space in the mammal, the device comprising: a) a conduit comprising: a proximal end, a distal end, a first lumen extending between the proximal and distal ends, and one or more fluid delivery ports at the distal end in fluid communication with the first lumen; said conduit having a length configured to be placed at or inside the mammal's nostrils; b) a fan or blower configured to draw ambient air into said device and deliver said ambient air to said conduit, wherein the ambient air does not contain a refrigerant or a chilled fluid having a temperature of 10°C or more below normal body temperature of the mammal; and c) a drying chamber in a fluid flow path between said fan or blower and said conduit, said drying chamber configured to dry said ambient air to a relative humidity of 50% or less; d) wherein the device is configured such that the dried ambient air flows distally along the first lumen under the power of said fan or blower through the fluid delivery ports to contact nasal cavity of said mammal and to deliver the dried ambient air to the nostrils. a) a conduit comprising: a proximal end, a distal end, a first lumen extending between the proximal and distal ends, and one or more fluid delivery ports at the distal end in fluid communication with the first lumen; said conduit having a length configured to be placed at or inside the mammal's nostrils; b) a fan or blower configured to draw ambient air into said device and deliver said ambient air to said conduit, wherein the ambient air does not contain a refrigerant or a chilled fluid having a temperature of 10°C or more below normal body temperature of the mammal; and c) a drying chamber in a fluid flow path between said fan or blower and said conduit, said drying chamber configured to dry said ambient air to a relative humidity of 50% or less; d) wherein the device is configured such that the dried ambient air flows distally along the first lumen under the power of said fan or blower through the fluid delivery ports to contact nasal cavity of said mammal and to deliver the dried ambient air to the nostrils.
System for cleaning a membrane element , in particular a membrane element of a water-conducting household appliance, comprising: - the membrane element , - a supporting structure , to which the membrane element is tied and/or on which the membrane element rests, - and a scraping element , which, during operation, can be moved along a scraping movement direction (RB) over the membrane element for the purpose of cleaning the membrane element , wherein the supporting structure exclusively has supporting bars in the region of the membrane element processed by the scraping element, which extend along the scraping movement direction (RB), characterised in that the scraping element has a scraping edge with a curved scraping edge profile, preferably a scraping edge profile which has the shape of a parabola or arc and/or follows a catenary curve so that the scraping edge profile is adjusted to the profile of the membrane element which deflects between two adjacent bar elements of the supporting bars . - the membrane element , - a supporting structure , to which the membrane element is tied and/or on which the membrane element rests, - and a scraping element , which, during operation, can be moved along a scraping movement direction (RB) over the membrane element for the purpose of cleaning the membrane element , wherein the supporting structure exclusively has supporting bars in the region of the membrane element processed by the scraping element, which extend along the scraping movement direction (RB), characterised in that the scraping element has a scraping edge with a curved scraping edge profile, preferably a scraping edge profile which has the shape of a parabola or arc and/or follows a catenary curve so that the scraping edge profile is adjusted to the profile of the membrane element which deflects between two adjacent bar elements of the supporting bars . wherein the supporting structure exclusively has supporting bars in the region of the membrane element processed by the scraping element, which extend along the scraping movement direction (RB), characterised in that the scraping element has a scraping edge with a curved scraping edge profile, preferably a scraping edge profile which has the shape of a parabola or arc and/or follows a catenary curve so that the scraping edge profile is adjusted to the profile of the membrane element which deflects between two adjacent bar elements of the supporting bars .
A semiconductor device comprising: a first diode having an anode terminal coupled to a first terminal and a cathode terminal coupled to a second terminal, the first and second terminals configured for connection to a first battery cell terminal by way of a first conductive path and a second conductive path ; and a detect circuit coupled to the first diode, the detect circuit configured to provide a first open wire indication when a first voltage across the first diode exceeds a first threshold; characterised in that the semiconductor device further comprises a second diode coupled in parallel with the first diode, the second diode having a cathode terminal coupled to the first terminal and an anode terminal coupled to the second terminal; wherein the detect circuit is further configured to provide a second open wire indication when the first voltage exceeds a second threshold, the second threshold being different to the first threshold. a first diode having an anode terminal coupled to a first terminal and a cathode terminal coupled to a second terminal, the first and second terminals configured for connection to a first battery cell terminal by way of a first conductive path and a second conductive path ; and a detect circuit coupled to the first diode, the detect circuit configured to provide a first open wire indication when a first voltage across the first diode exceeds a first threshold; characterised in that the semiconductor device further comprises a second diode coupled in parallel with the first diode, the second diode having a cathode terminal coupled to the first terminal and an anode terminal coupled to the second terminal; wherein the detect circuit is further configured to provide a second open wire indication when the first voltage exceeds a second threshold, the second threshold being different to the first threshold.
A controlled environment system for the additive manufacture of metal objects using magnetohydrodynamic jetting, comprising: a sealing plate ; a volume enclosure including an Peclet gap seal (842; 1005) that is created and maintained by a thin film of gas flowing between two components, where the gas film is largely provided by an external gas supply , disposed against the sealing plate , wherein the Peclet gap seal (842; 1005) is configured to receive a flow of inert gas to maintain a high-purity atmosphere in an interior volume of the volume enclosure ; a print head (4002; 863) configured to deliver build material through an opening in the sealing plate ; and a build platform within the interior volume of the volume enclosure movable relative to the sealing plate . a sealing plate ; a volume enclosure including an Peclet gap seal (842; 1005) that is created and maintained by a thin film of gas flowing between two components, where the gas film is largely provided by an external gas supply , disposed against the sealing plate , wherein the Peclet gap seal (842; 1005) is configured to receive a flow of inert gas to maintain a high-purity atmosphere in an interior volume of the volume enclosure ; a print head (4002; 863) configured to deliver build material through an opening in the sealing plate ; and a build platform within the interior volume of the volume enclosure movable relative to the sealing plate .
A method for selectively recovering organic heteroatom compounds from a hydrocarbon feedstock, the method comprising: feeding a hydrocarbon feedstock into at least one contactor comprising electrical plates, the hydrocarbon feedstock comprising at least one hydrocarbon and at least one organic heteroatom compound chosen from pyrrole, pyridine, quinoline, isoquinoline, acridine, benzocarbazole, carbazole, indole, nickel-tetraphenyl-porphyrin, vanadyl-tetraphenyl-porphyrin, thiophene, benzothiophene, dibenzothiophene, and 7,8,9,10-tetrahydro-benzo[b]naphtho[2,3-d]thiophene, and combinations thereof; feeding an aqueous solvent into the contactor to form an extraction mixture of the aqueous solvent with the hydrocarbon feedstock, the aqueous solvent comprising an ionic liquid formed from pressurized carbon dioxide and water; establishing a contactor pressure and a contactor temperature of the extraction mixture in the contactor that together tune the aqueous solvent to selectively form a solvent complex with only a target organic heteroatom compound; activating the electrical plates to align ions of the ionic liquid and ions of the target organic heteroatom compound between the electrical plates; extracting the solvent complex to a recovery vessel from the extraction mixture in the contactor; adjusting a recovery temperature of the recovery vessel, a recovery pressure of the recovery vessel, or both, to decompose the solvent complex in the recovery vessel into carbon dioxide and the target organic heteroatom compound; and recovering the target organic heteroatom compound from the recovery vessel. feeding a hydrocarbon feedstock into at least one contactor comprising electrical plates, the hydrocarbon feedstock comprising at least one hydrocarbon and at least one organic heteroatom compound chosen from pyrrole, pyridine, quinoline, isoquinoline, acridine, benzocarbazole, carbazole, indole, nickel-tetraphenyl-porphyrin, vanadyl-tetraphenyl-porphyrin, thiophene, benzothiophene, dibenzothiophene, and 7,8,9,10-tetrahydro-benzo[b]naphtho[2,3-d]thiophene, and combinations thereof; feeding an aqueous solvent into the contactor to form an extraction mixture of the aqueous solvent with the hydrocarbon feedstock, the aqueous solvent comprising an ionic liquid formed from pressurized carbon dioxide and water; establishing a contactor pressure and a contactor temperature of the extraction mixture in the contactor that together tune the aqueous solvent to selectively form a solvent complex with only a target organic heteroatom compound; activating the electrical plates to align ions of the ionic liquid and ions of the target organic heteroatom compound between the electrical plates; extracting the solvent complex to a recovery vessel from the extraction mixture in the contactor; adjusting a recovery temperature of the recovery vessel, a recovery pressure of the recovery vessel, or both, to decompose the solvent complex in the recovery vessel into carbon dioxide and the target organic heteroatom compound; and recovering the target organic heteroatom compound from the recovery vessel.
A nematicidal aqueous suspension concentrate composition, the composition comprising: a continuous aqueous phase comprising a dispersant component comprising an alkylaryl sulfonate; a dispersed solid particulate phase comprising a nematicidal component, the nematicidal component comprising a 3,5-disubstituted-1,2,4-oxadiazole or a salt thereof; and an organic solvent component comprising a paraffinic hydrocarbon solvent; wherein the median size of solid particulates in the dispersed solid particulate phase is less than 10 μm. a continuous aqueous phase comprising a dispersant component comprising an alkylaryl sulfonate; a dispersed solid particulate phase comprising a nematicidal component, the nematicidal component comprising a 3,5-disubstituted-1,2,4-oxadiazole or a salt thereof; and an organic solvent component comprising a paraffinic hydrocarbon solvent; wherein the median size of solid particulates in the dispersed solid particulate phase is less than 10 μm.
A cooking appliance comprising: a cabinet defining a cooking chamber ; a heating means configured to heat an internal space of the cooking chamber , the heating means is installed in the cabinet; and an air pump installed at an outer surface of the cabinet and comprising a tube partially extending into the cooking chamber ; and a cooking pack selectively arranged in the cooking chamber and configured to accommodate a cooking object, wherein the internal space of the cooking pack is configured for being vacuum-treated by the air pump ; wherein the tube comprises a first tube (910-1), wherein the first tube (910-1) is partially extending into the cooking chamber and is configured to facilitate the communication between the air pump and the cooking pack , and wherein a tube fastening portion is provided in a free end of the first tube (910-1); wherein the first tube (910-1) functions as an inlet channel to guide an internal air of the cooking pack sucked by using the air pump , a control unit (C) configured to control the heating means and the air pump , characterized in that the cooking appliance further comprises an exhaust duct configured to exhaust internal air of the cooki chamber outside, and in that the tube further comprises a second tube (910-2), wherein the second tube (910-2) is configured to exhaust the air sucked by using the air pump and is provided between the air pump and the exhaust duct , wherein the exhaust duct and the air pump are arranged at the same lateral surface of the cabinet (110, 120, 130 and 140). a cabinet defining a cooking chamber ; a heating means configured to heat an internal space of the cooking chamber , the heating means is installed in the cabinet; and an air pump installed at an outer surface of the cabinet and comprising a tube partially extending into the cooking chamber ; and a cooking pack selectively arranged in the cooking chamber and configured to accommodate a cooking object, wherein the internal space of the cooking pack is configured for being vacuum-treated by the air pump ; wherein the tube comprises a first tube (910-1), wherein the first tube (910-1) is partially extending into the cooking chamber and is configured to facilitate the communication between the air pump and the cooking pack , and wherein a tube fastening portion is provided in a free end of the first tube (910-1); wherein the first tube (910-1) functions as an inlet channel to guide an internal air of the cooking pack sucked by using the air pump , a control unit (C) configured to control the heating means and the air pump , characterized in that the cooking appliance further comprises an exhaust duct configured to exhaust internal air of the cooki chamber outside, and in that the tube further comprises a second tube (910-2), wherein the second tube (910-2) is configured to exhaust the air sucked by using the air pump and is provided between the air pump and the exhaust duct , wherein the exhaust duct and the air pump are arranged at the same lateral surface of the cabinet (110, 120, 130 and 140).
A catheter , comprising: an insertion tube for insertion into a patient body; a flexible, non-conductive substrate comprising electrical interconnections, which is configured to wrap around a distal end of the insertion tube and also cover an apex of the distal end of the insertion tube ; and one or more electrical devices, which are coupled to the flexible substrate and are connected to the electrical interconnections, wherein the flexible, non-conductive substrate comprises a sheet having first and second edges, and a dome-cover , wherein the sheet is configured to wrap around the distal end of the insertion tube, and wherein the dome-cover is configured to cover the apex of the distal end. an insertion tube for insertion into a patient body; a flexible, non-conductive substrate comprising electrical interconnections, which is configured to wrap around a distal end of the insertion tube and also cover an apex of the distal end of the insertion tube ; and one or more electrical devices, which are coupled to the flexible substrate and are connected to the electrical interconnections, wherein the flexible, non-conductive substrate comprises a sheet having first and second edges, and a dome-cover , wherein the sheet is configured to wrap around the distal end of the insertion tube, and wherein the dome-cover is configured to cover the apex of the distal end.
A method of preparing a meat skinner blade, the method comprising: abrading a first edge of a steel strip to form an angularly-offset two-facet blade edge having two facets symmetrically arranged about a central axis (CT) which is angularly offset from a longitudinal axis (LA) of the steel strip ; and, honing the two-facet blade edge of the steel strip to impart a vertical taper thereto with convexity being imparted along the two facets of the two-facet blade edge . abrading a first edge of a steel strip to form an angularly-offset two-facet blade edge having two facets symmetrically arranged about a central axis (CT) which is angularly offset from a longitudinal axis (LA) of the steel strip ; and, honing the two-facet blade edge of the steel strip to impart a vertical taper thereto with convexity being imparted along the two facets of the two-facet blade edge .
A solar-tracking photovoltaic (PV) system, comprising: a plurality of driven support assemblies including a first motor drive and a second motor drive mounted on respective drive piles ; a torque tube extending along a longitudinal axis between a first end and a second end , wherein the first end is coupled to the first motor drive and the second end is coupled to the second motor drive; a plurality of PV modules mounted on the torque tube; and a controller electrically connected to the first motor drive and the second motor drive, characterised in that the controller is configured to control the motor drives independently to input different torques to the first end and the second end about the longitudinal axis to rotate the torque tube such that the plurality of PV modules track a solar source. a plurality of driven support assemblies including a first motor drive and a second motor drive mounted on respective drive piles ; a torque tube extending along a longitudinal axis between a first end and a second end , wherein the first end is coupled to the first motor drive and the second end is coupled to the second motor drive; a plurality of PV modules mounted on the torque tube; and a controller electrically connected to the first motor drive and the second motor drive, characterised in that the controller is configured to control the motor drives independently to input different torques to the first end and the second end about the longitudinal axis to rotate the torque tube such that the plurality of PV modules track a solar source.