mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a positioning unit in a local positioning system, the method comprising: receiving a first packet originated from a tag device , the first packet comprising first identifying data of the tag device , the first packet being received in a near-field mode; storing the identifying data of the tag device in the positioning unit as being in a registered status; after registering the tag device in the positioning system, broadcasting a second packet including the first identifying data of the tag device, the second packet being transmitted in a far-field mode; receiving a positioning signal originated from the tag device in response to the broadcasted second packet; and based on the received positioning signal of the tag device, identifying a geographic position of the tag device . receiving a first packet originated from a tag device , the first packet comprising first identifying data of the tag device , the first packet being received in a near-field mode; storing the identifying data of the tag device in the positioning unit as being in a registered status; after registering the tag device in the positioning system, broadcasting a second packet including the first identifying data of the tag device, the second packet being transmitted in a far-field mode; receiving a positioning signal originated from the tag device in response to the broadcasted second packet; and based on the received positioning signal of the tag device, identifying a geographic position of the tag device .
A compact front regulation system for leveling feet for furniture (M) with a bottom and shoulders , of the type comprising, in combination: at least one front foot and at least one rear foot , wherein said at least one rear foot comprises a regulation mechanism in height which is accessible from outside the foot and can be maneuvered by means of a tool , said at least one front foot provides a pass-through hole for the passage from one side to the other of a stem of said regulation tool of said at least one rear foot , wherein said pass-through hole acts as a support and guide for said stem of said tool towards said at least one rear foot, wherein said front feet and said rear feet are inserted in connections that can be applied beneath said bottom , characterized in that said pass-through hole of said front foot is produced as a pass-through hole in said connections and a pass-through hole formed in said front feet , aligned with said pass-through hole of said connection , said pass-through hole being provided for the passage from one side to the other of a stem of said regulation tool of said at least one rear foot .
An unmanned flying vehicle comprising one or more propellers , wherein the propellers are connected to one or more driving pneumatic motors adapted to be actuated by a fluid, characterized in that - each pneumatic motor is mechanically connected to a multiplier gear that, in turn, is connected to a propeller , such that the multiplier gear multiplies the speed of the propeller with respect to the speed of the motor ; and in that - each set of motor , multiplying gear and propeller is configured for creating a vertical air flow providing lift for the flying vehicle. - each pneumatic motor is mechanically connected to a multiplier gear that, in turn, is connected to a propeller , such that the multiplier gear multiplies the speed of the propeller with respect to the speed of the motor ; and in that - each set of motor , multiplying gear and propeller is configured for creating a vertical air flow providing lift for the flying vehicle.
A composition for use in the treatment of cancer in a subject, the composition comprising a pathogen-associated molecular pattern (PAMP)-containing nucleic acid molecule, wherein the PAMP-containing nucleic acid molecule comprises: a 5'-arm region comprising a terminal triphosphate, a poly-uracil core comprising at least 8 contiguous uracil residues, and a 3'-arm region comprising at least 8 nucleic acid residues, wherein the 5'-most nucleic acid residue of the 3'-arm region is not a uracil and wherein the 3'-arm region is at least 30% uracil residues. a 5'-arm region comprising a terminal triphosphate, a poly-uracil core comprising at least 8 contiguous uracil residues, and a 3'-arm region comprising at least 8 nucleic acid residues, wherein the 5'-most nucleic acid residue of the 3'-arm region is not a uracil and wherein the 3'-arm region is at least 30% uracil residues.
A current sensor arrangement, comprising: a plurality of bus bar elements (1602a-1602c; 1702a-1702c; 1402; 1802a-1802c); and a plurality of current sensing inductive devices (1604a-1604c; 1704a-1704c; 1804a-1804c), each of the current sensing inductive devices (1604a-1604c; 1704a-1704c; 1804a-1804c) being disposed around a respective bus bar element (1602a-1602c; 1702a-1702c; 1402; 1802a-1802c), each of the plurality of current sensing inductive devices (1604a-1604c; 1704a-1704c; 1804a-1804c) comprising: a hinged housing having both an open and a closed form, the hinged housing having an aperture associated therewith, the hinged housing further configured to articulated about a hinge ; and a plurality of sensing coil elements disposed within the hinged housing ; wherein the hinged housing comprises two portions, and the hinged housing utilizes a two-step clamping or locking process defined such that when the hinged housing transitions from the open form to the closed form, the two portions configured to both: articulate with respect to one another as well as slide linearly with respect to one another. a plurality of bus bar elements (1602a-1602c; 1702a-1702c; 1402; 1802a-1802c); and a plurality of current sensing inductive devices (1604a-1604c; 1704a-1704c; 1804a-1804c), each of the current sensing inductive devices (1604a-1604c; 1704a-1704c; 1804a-1804c) being disposed around a respective bus bar element (1602a-1602c; 1702a-1702c; 1402; 1802a-1802c), each of the plurality of current sensing inductive devices (1604a-1604c; 1704a-1704c; 1804a-1804c) comprising: a hinged housing having both an open and a closed form, the hinged housing having an aperture associated therewith, the hinged housing further configured to articulated about a hinge ; and a plurality of sensing coil elements disposed within the hinged housing ; a hinged housing having both an open and a closed form, the hinged housing having an aperture associated therewith, the hinged housing further configured to articulated about a hinge ; and a plurality of sensing coil elements disposed within the hinged housing ; wherein the hinged housing comprises two portions, and the hinged housing utilizes a two-step clamping or locking process defined such that when the hinged housing transitions from the open form to the closed form, the two portions configured to both: articulate with respect to one another as well as slide linearly with respect to one another.
A cutting deck with a height adjustment assembly for a lawn mower , wherein the cutting deck is configured to be operably coupled to the lawn mower by a mounting assembly, the height adjustment assembly comprising: a first adjustment plate mounted on the cutting deck and defining a slot therein, wherein the slot comprises a first end and a second end , the first end of the slot being disposed forward of the second end of the slot ; a crossbar comprising a first end rotatably mounted on the cutting deck , the crossbar being configured to be operably coupled to the mounting assembly; a control rod comprising a first projection extending outwardly therefrom, the first projection being slidably received in the slot of the first adjustment plate , and a first end of the control rod being pivotably mounted on the crossbar , characterized in that in response to the first projection of the control rod being slid within the slot from a first position to a second position, the control rod is configured to rotate the crossbar thereby vertically adjusting a portion of the cutting deck ; wherein the first end of the control rod is pivotably mounted on a bracket , and the bracket is fixed to the crossbar ; wherein the crossbar is pivotably suspended from lifting arms of the mounting assembly by a pair of linkage assemblies ; and wherein each linkage assembly pivotably connects the crossbar to the mounting assembly so that rotation of the crossbar about its longitudinal center axis moves the portion of the cutting deck vertically. a first adjustment plate mounted on the cutting deck and defining a slot therein, wherein the slot comprises a first end and a second end , the first end of the slot being disposed forward of the second end of the slot ; a crossbar comprising a first end rotatably mounted on the cutting deck , the crossbar being configured to be operably coupled to the mounting assembly; a control rod comprising a first projection extending outwardly therefrom, the first projection being slidably received in the slot of the first adjustment plate , and a first end of the control rod being pivotably mounted on the crossbar , characterized in that in response to the first projection of the control rod being slid within the slot from a first position to a second position, the control rod is configured to rotate the crossbar thereby vertically adjusting a portion of the cutting deck ; wherein the first end of the control rod is pivotably mounted on a bracket , and the bracket is fixed to the crossbar ; wherein the crossbar is pivotably suspended from lifting arms of the mounting assembly by a pair of linkage assemblies ; and wherein each linkage assembly pivotably connects the crossbar to the mounting assembly so that rotation of the crossbar about its longitudinal center axis moves the portion of the cutting deck vertically.
A method for causing a switch to an alternative beam pair link , the method being performed by a terminal device , wherein the terminal device is configured with a trigger condition for beam link failure, the method comprising: estimating (S102), during communication with a network node over a current beam pair link , that performance of the communication would be better if using the alternative beam pair link instead of the current beam pair link for the communication; and upon said estimating: reporting (S104) beam link failure of the current beam pair link to the network node , without the trigger condition for beam link failure of the current beam pair link being met, thereby causing the switch to the alternative beam pair link .
An apparatus comprising: a controller ; a tray communicating with the controller and configured with at least one opening ; at least one canister configured with an identifier and a dye , the dye associated with the identifier , the at least one canister being coupled to the at least one opening of the tray ; a reader communicating with the controller ; a dispenser comprising: an actuator communicating with the controller ; and a lever arm coupled to the actuator and configured with a projection ; characterized by an optical sensor configured to detect the position and presence of the at least one canister ; wherein the controller is configured to create a map of whether each of the at least one openings contains a canister , based on the detected position of the at least one canister ; wherein the reader , based on the identifier and the map, identifies a selected dye in a selected canister associated with a dye formulation; and wherein when the selected canister is aligned with a dispensing area , the projection of the dispenser applies a downward force on the selected canister and dispenses the selected dye . a controller ; a tray communicating with the controller and configured with at least one opening ; at least one canister configured with an identifier and a dye , the dye associated with the identifier , the at least one canister being coupled to the at least one opening of the tray ; a reader communicating with the controller ; a dispenser comprising: an actuator communicating with the controller ; and a lever arm coupled to the actuator and configured with a projection ; characterized by an optical sensor configured to detect the position and presence of the at least one canister ; wherein the controller is configured to create a map of whether each of the at least one openings contains a canister , based on the detected position of the at least one canister ; wherein the reader , based on the identifier and the map, identifies a selected dye in a selected canister associated with a dye formulation; and wherein when the selected canister is aligned with a dispensing area , the projection of the dispenser applies a downward force on the selected canister and dispenses the selected dye .
A flexible container comprising: a first multilayer film and a second multilayer film , each multilayer film comprising an inner seal layer, the multilayer films arranged such that the seal layers oppose each other and the second multilayer film is superimposed on the first multilayer film , the multilayer films sealed along a common peripheral edge ; an orifice in one of the multilayer films ; an extendable spout extending through the orifice and having a flange sealed to the inner seal layer of the multilayer film at the orifice , the extendable spout defining a channel and comprising a flexible valve extending across the channel and having a slit which opens to permit flow therethrough, the extendable spout and the flexible valve comprising an ethylene/α-olefin multi-block copolymer. a first multilayer film and a second multilayer film , each multilayer film comprising an inner seal layer, the multilayer films arranged such that the seal layers oppose each other and the second multilayer film is superimposed on the first multilayer film , the multilayer films sealed along a common peripheral edge ; an orifice in one of the multilayer films ; an extendable spout extending through the orifice and having a flange sealed to the inner seal layer of the multilayer film at the orifice , the extendable spout defining a channel and comprising a flexible valve extending across the channel and having a slit which opens to permit flow therethrough, the extendable spout and the flexible valve comprising an ethylene/α-olefin multi-block copolymer.
A method for authenticating a component in an electric machine, the component comprising a set of parts , the method comprising: fetching from each part, of said set of parts, , using a controller, identification data associated with each part ; performing a first verification step on the fetched identification data for each part by searching a database that is pre-loaded with identification data of a plurality of parts, where the first verification step is successful if the fetched identification data for each part is found in the database and the first verification step is unsuccessful if the fetched identification data for each part is not found in the database ; performing a second verification step on the fetched identification data for each part , in response to the first verification step being successful , the second verification step including comparing the fetched identification data for each part with data from the database and verifying, based on the fetched identification data for each part , whether the database includes a record that the parts were assembled or manufactured together as the component, where the second verification step is successful if the database includes a record that the parts were assembled or manufactured together as the component and the second verification step is unsuccessful if the database does not include a record that the parts were assembled or manufactured together as the component; and in response to one of the first verification step and the second verification step being unsuccessful , issuing by the controller , a command to disable the electric machine. fetching from each part, of said set of parts, , using a controller, identification data associated with each part ; performing a first verification step on the fetched identification data for each part by searching a database that is pre-loaded with identification data of a plurality of parts, where the first verification step is successful if the fetched identification data for each part is found in the database and the first verification step is unsuccessful if the fetched identification data for each part is not found in the database ; performing a second verification step on the fetched identification data for each part , in response to the first verification step being successful , the second verification step including comparing the fetched identification data for each part with data from the database and verifying, based on the fetched identification data for each part , whether the database includes a record that the parts were assembled or manufactured together as the component, where the second verification step is successful if the database includes a record that the parts were assembled or manufactured together as the component and the second verification step is unsuccessful if the database does not include a record that the parts were assembled or manufactured together as the component; and in response to one of the first verification step and the second verification step being unsuccessful , issuing by the controller , a command to disable the electric machine.
Tire provided with an outer sidewall, said outer sidewall comprising at least one composition based on at least: - 15 to 70 phr of isoprene elastomer, - 25 to 85 phr of butadiene elastomer, - 10 to 100 phr of carbon black, - 0, 6 to 1,9 phr of polyethylene oxide with an average molecular mass Mw in a range from 250 to 550 g/mol, - 0, 5 to 10 phr of at least one anti-ozone wax, - a crosslinking system. - 15 to 70 phr of isoprene elastomer, - 25 to 85 phr of butadiene elastomer, - 10 to 100 phr of carbon black, - 0, 6 to 1,9 phr of polyethylene oxide with an average molecular mass Mw in a range from 250 to 550 g/mol, - 0, 5 to 10 phr of at least one anti-ozone wax, - a crosslinking system.
A system for assaying a protein or peptide using Western blot analysis, the system comprising: a polymer dot comprising a hydrophobic semiconducting polymer, wherein the polymer dot is conjugated to a biomolecule; a protein or peptide separation platform comprising sodium dodecyl sulfate (SDS); a source of electromagnetic radiation, preferably wherein the source of electromagnetic radiation comprises a laser, a lamp, an LED, or a combination thereof; a detector; and a computer comprising a memory device with executable instructions stored thereon, the instructions, when executed by the processor, cause the processor to: operate the detector to acquire an image, store the image, and analyze the image. a polymer dot comprising a hydrophobic semiconducting polymer, wherein the polymer dot is conjugated to a biomolecule; a protein or peptide separation platform comprising sodium dodecyl sulfate (SDS); a source of electromagnetic radiation, preferably wherein the source of electromagnetic radiation comprises a laser, a lamp, an LED, or a combination thereof; a detector; and a computer comprising a memory device with executable instructions stored thereon, the instructions, when executed by the processor, cause the processor to: operate the detector to acquire an image, store the image, and analyze the image. operate the detector to acquire an image, store the image, and analyze the image.
A process for the catalytic dehydrogenation of a hydrocarbon, wherein a mixture of steam and at least one hydrocarbon having a molar steam/hydrocarbon ratio in the range from 3 to 7.35 is brought into contact with a dehydrogenation catalyst comprising at least one iron compound, at least one potassium compound, at least one cerium compound and from 0.7 to 10% by weight of at least one manganese compound, calculated as MnO 2 .
A lead configured for implant on a surface of a biological membrane forming part of a hermetically sealed biological cavity, the lead comprising: a sensor assembly at a distal end of the lead, and comprising: a housing having a first end surface and a second end surface opposite the first end surface; a sensor structure associated with the first end surface, and comprising a ring having a circumference and one or more electrodes ; at least one fixation structure comprising a projecting structure having a protruding length configured to extend through the biological membrane, and an extension member surrounding the projecting structure and configured to form a hermetic seal with the surface of the biological membrane, which formed seal surrounds an area where the projecting structure extends through the biological membrane to thereby preserve the hermetic integrity of the biological cavity; a connector at a proximal end of the lead, and comprising at least one conductor pin; and a lead body extending between the sensor assembly and the connector , and comprising at least one conductor that electrically couples the at least one sensor to the at least one conductor pin, characterised in that the sensor structure further comprises one or more motion sensors spaced apart around the circumference. a sensor assembly at a distal end of the lead, and comprising: a housing having a first end surface and a second end surface opposite the first end surface; a sensor structure associated with the first end surface, and comprising a ring having a circumference and one or more electrodes ; at least one fixation structure comprising a projecting structure having a protruding length configured to extend through the biological membrane, and an extension member surrounding the projecting structure and configured to form a hermetic seal with the surface of the biological membrane, which formed seal surrounds an area where the projecting structure extends through the biological membrane to thereby preserve the hermetic integrity of the biological cavity; a housing having a first end surface and a second end surface opposite the first end surface; a sensor structure associated with the first end surface, and comprising a ring having a circumference and one or more electrodes ; at least one fixation structure comprising a projecting structure having a protruding length configured to extend through the biological membrane, and an extension member surrounding the projecting structure and configured to form a hermetic seal with the surface of the biological membrane, which formed seal surrounds an area where the projecting structure extends through the biological membrane to thereby preserve the hermetic integrity of the biological cavity; a connector at a proximal end of the lead, and comprising at least one conductor pin; and a lead body extending between the sensor assembly and the connector , and comprising at least one conductor that electrically couples the at least one sensor to the at least one conductor pin, characterised in that the sensor structure further comprises one or more motion sensors spaced apart around the circumference.