mhurhangee/patent-ind-claim-en huggingface dataset:
A secure electronic messaging method comprising, at a mail user agent of an electronic message sender: creating (S1) a hash of a message body, an identity of the sender and an identity of at least one intended recipient of an electronic message to be sent; including (S1) the hash in a transaction, committing (S2) the transaction to a blockchain network, and receiving from the blockchain network a blockchain transaction identifier in respect of the committed transaction; and appending (S3) the blockchain transaction identifier to a header of the electronic message before sending (S4) the electronic message to the recipient; the method further comprising: after sending an electronic message, querying a receipt table associated with the blockchain network to determine whether the table stores a receipt for the hash; when it is determined that the table stores a receipt for the hash, determining whether an entity that issued the stored receipt is an intended recipient of the electronic message; and when the entity that issued the stored receipt is an intended recipient of the electronic message, determining that the intended recipient received the electronic message. creating (S1) a hash of a message body, an identity of the sender and an identity of at least one intended recipient of an electronic message to be sent; including (S1) the hash in a transaction, committing (S2) the transaction to a blockchain network, and receiving from the blockchain network a blockchain transaction identifier in respect of the committed transaction; and appending (S3) the blockchain transaction identifier to a header of the electronic message before sending (S4) the electronic message to the recipient; the method further comprising: after sending an electronic message, querying a receipt table associated with the blockchain network to determine whether the table stores a receipt for the hash; when it is determined that the table stores a receipt for the hash, determining whether an entity that issued the stored receipt is an intended recipient of the electronic message; and when the entity that issued the stored receipt is an intended recipient of the electronic message, determining that the intended recipient received the electronic message. after sending an electronic message, querying a receipt table associated with the blockchain network to determine whether the table stores a receipt for the hash; when it is determined that the table stores a receipt for the hash, determining whether an entity that issued the stored receipt is an intended recipient of the electronic message; and when the entity that issued the stored receipt is an intended recipient of the electronic message, determining that the intended recipient received the electronic message.
A method for adjusting a machine for wrapping or packing articles, the machine comprising at least one conveyor or roller operatively associated with an electric motor where, in a machine operating condition, the electric motor is adapted to drive the conveyor or roller in rotation about its axis of rotation, the method comprising the steps of: associating the conveyor or roller (R) with a reference integral with the conveyor or roller (R) itself at a certain angular position, detecting the angular position (α) of the axis of the electric motor relative to a zero reference associated with an angular position transducer of the electric motor itself, the method being characterized in that it comprises the steps of: detecting the angular position (γ) of the conveyor or roller (R) relative to the force of gravity (G) by measuring the angle between a radial straight line passing through the reference and the force of gravity (G), calculating and storing the angular displacement (δ) between the angular position (α) of the electric motor and the angular position (γ) of the conveyor or roller (R) corresponding to the angular displacement between the zero reference and the force of gravity (G). associating the conveyor or roller (R) with a reference integral with the conveyor or roller (R) itself at a certain angular position, detecting the angular position (α) of the axis of the electric motor relative to a zero reference associated with an angular position transducer of the electric motor itself, the method being characterized in that it comprises the steps of: detecting the angular position (γ) of the conveyor or roller (R) relative to the force of gravity (G) by measuring the angle between a radial straight line passing through the reference and the force of gravity (G), calculating and storing the angular displacement (δ) between the angular position (α) of the electric motor and the angular position (γ) of the conveyor or roller (R) corresponding to the angular displacement between the zero reference and the force of gravity (G). detecting the angular position (γ) of the conveyor or roller (R) relative to the force of gravity (G) by measuring the angle between a radial straight line passing through the reference and the force of gravity (G), calculating and storing the angular displacement (δ) between the angular position (α) of the electric motor and the angular position (γ) of the conveyor or roller (R) corresponding to the angular displacement between the zero reference and the force of gravity (G).
A method performed by a wireless device , the method comprising: receiving a Multi-User Request-To-Send, MU-RTS, frame including first scrambled data; descrambling the first scrambled data included in the MU-RTS frame using a first scrambling sequence (SC1, 1806); generating second scrambled data by scrambling data for a Clear-to-Send, CTS, frame (1106A, 1106B, 1706A-C) using a second scrambling sequence (SC2, 1816); and transmitting the CTS frame (1106A, 1106B, 1706A-C) in response to receiving the MU-RTS frame , the CTS frame (1106A, 1106B, 1706A-C) including the second scrambled data, characterized in that for each i th bit SS[i] of the second scrambling sequence (SC2, 1816), i = O..M-1, SS[i] is equal to FS[(i+K) modulo L], where FS[j] is a j th bit of the first scrambling sequence (SC 1, 1806), K being a fixed integer greater than 1, M being equal to a size of the second scrambled data, and L being a repetitive length of the first scrambling sequence (SC1, 1806). receiving a Multi-User Request-To-Send, MU-RTS, frame including first scrambled data; descrambling the first scrambled data included in the MU-RTS frame using a first scrambling sequence (SC1, 1806); generating second scrambled data by scrambling data for a Clear-to-Send, CTS, frame (1106A, 1106B, 1706A-C) using a second scrambling sequence (SC2, 1816); and transmitting the CTS frame (1106A, 1106B, 1706A-C) in response to receiving the MU-RTS frame , the CTS frame (1106A, 1106B, 1706A-C) including the second scrambled data, characterized in that for each i th bit SS[i] of the second scrambling sequence (SC2, 1816), i = O..M-1, SS[i] is equal to FS[(i+K) modulo L], where FS[j] is a j th bit of the first scrambling sequence (SC 1, 1806), K being a fixed integer greater than 1, M being equal to a size of the second scrambled data, and L being a repetitive length of the first scrambling sequence (SC1, 1806).
An aerosol generating device, configured to heat a smokable material to generate an aerosol for inhalation, comprising a shell , wherein inside the shell are provided: a chamber , which is configured to receive a smokable material; an infrared emitter , which comprises a tubular base extending in an axial direction of the chamber and surrounding the chamber , and an infrared emitting coating formed on an outer surface of the tubular base ; a conductive element , which performs conduction with the infrared emitting coating ; a retaining mechanism , which is configured to be arranged on outside of the infrared 2. emitter , wherein the conductive element is located between the retaining mechanism and the infrared emitter in a radial direction of the infrared emitter ; and a battery cell , which is electrically connected to the conductive element to supply power to the infrared emitting coating , so that the infrared emitting coating radiates infrared rays towards the smokable material received within the chamber , thereby heating the smokable materia characterized in that the retaining mechanism is configured to provide support for the conductive element , wherein the conductive element abuts against the infrared emitting coating under the support of the retaining mechanism . a chamber , which is configured to receive a smokable material; an infrared emitter , which comprises a tubular base extending in an axial direction of the chamber and surrounding the chamber , and an infrared emitting coating formed on an outer surface of the tubular base ; a conductive element , which performs conduction with the infrared emitting coating ; a retaining mechanism , which is configured to be arranged on outside of the infrared 2. emitter , wherein the conductive element is located between the retaining mechanism and the infrared emitter in a radial direction of the infrared emitter ; and a battery cell , which is electrically connected to the conductive element to supply power to the infrared emitting coating , so that the infrared emitting coating radiates infrared rays towards the smokable material received within the chamber , thereby heating the smokable materia
A composition comprising microcapsules, which comprise a polyurea shell and a core, wherein the core comprises pendimethalin and the shell comprises a polymerization product of c) a tetramethylxylylene diisocyanate, and d) a polyamine with at least three amine groups, and where the polymerization product comprises less than 5 wt% of further isocyanate monomers in polymerized form, based on the weight of the tetramethylxylylene diisocyanate. c) a tetramethylxylylene diisocyanate, and d) a polyamine with at least three amine groups, and
A machine tool comprising: a machine frame ; at least one first working spindle which is pivotable about a first spindle axis ; at least one second working spindle which is pivotable about a second spindle axis ; a workpiece clamping device which is configured to receive at least a first workpiece and a second workpiece , wherein the first working spindle and the second working spindle are arranged vertically above one another, wherein a workpiece table and a workpiece table are arranged on the machine frame , wherein a first workpiece table and one of the workpiece tables are arranged at a distance from one another with respect to the horizontal X-axis , and wherein a second workpiece table and the other of the workpiece tables are arranged at a distance from one another with respect to the horizontal X-axis , wherein the first working spindle is associated with the first workpiece table , and wherein the second working spindle is associated with the second workpiece table , and wherein a working spindle is associated with one of the workpiece tables , and wherein a working spindle is associated with the other workpiece table . a machine frame ; at least one first working spindle which is pivotable about a first spindle axis ; at least one second working spindle which is pivotable about a second spindle axis ; a workpiece clamping device which is configured to receive at least a first workpiece and a second workpiece , wherein the first working spindle and the second working spindle are arranged vertically above one another, wherein a workpiece table and a workpiece table are arranged on the machine frame , wherein a first workpiece table and one of the workpiece tables are arranged at a distance from one another with respect to the horizontal X-axis , and wherein a second workpiece table and the other of the workpiece tables are arranged at a distance from one another with respect to the horizontal X-axis , wherein the first working spindle is associated with the first workpiece table , and wherein the second working spindle is associated with the second workpiece table , and wherein a working spindle is associated with one of the workpiece tables , and wherein a working spindle is associated with the other workpiece table .
A suction body for a vacuum cleaner comprising: a case having a suction port ; a drum brush rotatably provided in the case to sweep foreign matter to the suction port ; a dust removal unit provided in the case and comprising a bar-type body (201, 201 b) and a dusting part extending from the body (201, 201 b) so that the dust removal unit is moved rotatably between a first position where the dusting part contacts the drum brush and a second position where the dusting part is separated from the drum brush; an extension part (301 a, 301 b) connected to the body (201, 201 b); and a bent part integrally formed with the extension part (301 a, 301 b) and extending from the extension part (301 a, 301 b), wherein when a force is applied to the bent part , the force is transmitted through the extension part (301 a, 301 b) to the dust removal unit such that the dusting part moves through rotation from the second position to the first position. a case having a suction port ; a drum brush rotatably provided in the case to sweep foreign matter to the suction port ; a dust removal unit provided in the case and comprising a bar-type body (201, 201 b) and a dusting part extending from the body (201, 201 b) so that the dust removal unit is moved rotatably between a first position where the dusting part contacts the drum brush and a second position where the dusting part is separated from the drum brush; an extension part (301 a, 301 b) connected to the body (201, 201 b); and a bent part integrally formed with the extension part (301 a, 301 b) and extending from the extension part (301 a, 301 b), wherein when a force is applied to the bent part , the force is transmitted through the extension part (301 a, 301 b) to the dust removal unit such that the dusting part moves through rotation from the second position to the first position.
A signaling system of a maneuver of a road vehicle characterized by comprising stickers applicable to at least one (2a; 2b) of the outer lateral walls of said vehicle , the stickers being configured to light up when said vehicle is performing a maneuver, said stickers being made of a film of electroluminescent material and being activated by a control device configured to activate them; wherein said control device is configured to automatically activate said stickers when the steering wheel is turned.
A kit comprising at least an electrochemical probe further comprising: - at least a probe holder; - at least an electrolyte reservoir ; - at least an electrolytic solution or gel; - at least a hydrophobic or hydrophilic membrane ; and - at least an electronic control unit, an implementation unit and/or a data transfer unit, wherein the electrochemical probe comprises one or more electrochemical sensors , and the electrochemical sensor comprises one or more electrodes (6a; 7a; 7b) printed on a support and contains at least one hole in said support that allow the gel or solution contained in the reservoir to pass through and to act as contacting electrolyte; and wherein the printed electrode comprises nano- or microparticles of carbon black and/or nano- or microparticles of a metal selected from the group consisting of gold, silver, platinum, copper and combinations or alloys thereof. - at least a probe holder; - at least an electrolyte reservoir ; - at least an electrolytic solution or gel; - at least a hydrophobic or hydrophilic membrane ; and - at least an electronic control unit, an implementation unit and/or a data transfer unit, wherein the electrochemical probe comprises one or more electrochemical sensors , and the electrochemical sensor comprises one or more electrodes (6a; 7a; 7b) printed on a support and contains at least one hole in said support that allow the gel or solution contained in the reservoir to pass through and to act as contacting electrolyte; and wherein the printed electrode comprises nano- or microparticles of carbon black and/or nano- or microparticles of a metal selected from the group consisting of gold, silver, platinum, copper and combinations or alloys thereof.
A dual attachment member configured to removably couple an electronic device to a support member of of a headwear apparatus , the dual attachment member comprising: an attachment device comprising a first connector configured to removably couple the attachment device to the support member of the headwear apparatus and a second connector configured to removably couple the attachment device to the electronic device, characterised in that the attachment device is configured to provide at least one of an electrical connection or a data connection between the electronic device and the headwear appa ratus. an attachment device comprising a first connector configured to removably couple the attachment device to the support member of the headwear apparatus and a second connector configured to removably couple the attachment device to the electronic device, characterised in that the attachment device is configured to provide at least one of an electrical connection or a data connection between the electronic device and the headwear appa ratus.
Device for removing at least one cooling element (2-2d) from an at least partially demoulded cast part , in particular from a housing for an electric motor formed from a light metal alloy, which has an apparatus (1; 1b) for removing the at least one cooling element (2-2d), characterised in that the removal apparatus (1; 1b) comprises a means for gripping a removal protrusion (5-5d) attached to the at least one cooling element (2-2d).
A dust collecting apparatus comprising: a dust collecting space configured to collect impurities; and a variable body formed to surround the dust collecting space, wherein at least one of transparency, displayed shape, and color of the variable body is changed by selectively transmitting or reflecting light in response to applied electric power; and a controller configured to control the electric power applied to the variable body, characterized in that the variable body comprises a plurality of layers capable of reflecting light with different colors in response to the applied electric power. a dust collecting space configured to collect impurities; and a variable body formed to surround the dust collecting space, wherein at least one of transparency, displayed shape, and color of the variable body is changed by selectively transmitting or reflecting light in response to applied electric power; and a controller configured to control the electric power applied to the variable body, characterized in that the variable body comprises a plurality of layers capable of reflecting light with different colors in response to the applied electric power.
A counterweight for a lift truck , the counterweight comprising: a frame formed by a substantially horizontal upper peripheral edge , a first substantially vertical side peripheral edge , a second substantially vertical side peripheral edge opposite the first substantially vertical side peripheral edge , and a lower peripheral edge ; a cavity surrounded by the frame ; characterized by a sensor-mounting recess in the lower peripheral edge of the frame , wherein the sensor-mounting recess is configured to provide an unobstructed horizontal line of sight of at least about 180 degrees for a sensor mounted within the sensor-mounting recess , and wherein the lower peripheral edge of the frame further comprises a tow-pin hole and/or wherein the lower peripheral edge of the frame further comprises a tow pin and/or the lower peripheral edge of the frame further comprises a harness-routing pathway . a frame formed by a substantially horizontal upper peripheral edge , a first substantially vertical side peripheral edge , a second substantially vertical side peripheral edge opposite the first substantially vertical side peripheral edge , and a lower peripheral edge ; a cavity surrounded by the frame ; characterized by a sensor-mounting recess in the lower peripheral edge of the frame , wherein the sensor-mounting recess is configured to provide an unobstructed horizontal line of sight of at least about 180 degrees for a sensor mounted within the sensor-mounting recess , and wherein the lower peripheral edge of the frame further comprises a tow-pin hole and/or wherein the lower peripheral edge of the frame further comprises a tow pin and/or the lower peripheral edge of the frame further comprises a harness-routing pathway .
A fraud detection method for detecting an anomalous message in an in-vehicle network , the fraud detection method comprising: determining whether a period of a message (M1 to M5) repeatedly transmitted in the in-vehicle network is anomalous; wherein the method further comprises the steps of :- providing a fraud detection process function group (370 370a 370b 370c 370d 370e) comprising a period determinator (371 371b 371c) and an arbitration detector, determining (S1002) said period as anomalous by means of the period determinator (371 371b 371c), detecting (S1004), by means of the arbitration detector , whether arbitration occurs when the message (M1 to M5) is transmitted in the in-vehicle network ; and determining (S1006) that the message (M1 to M5) is an anomalous message, in the case where the period of the message (M1 to M5) is anomalous (S1003) and no arbitration occurs (S1005) when the message (M1 to M5) is transmitted in the in-vehicle network . determining whether a period of a message (M1 to M5) repeatedly transmitted in the in-vehicle network is anomalous; wherein the method further comprises the steps of :- providing a fraud detection process function group (370 370a 370b 370c 370d 370e) comprising a period determinator (371 371b 371c) and an arbitration detector, determining (S1002) said period as anomalous by means of the period determinator (371 371b 371c), detecting (S1004), by means of the arbitration detector , whether arbitration occurs when the message (M1 to M5) is transmitted in the in-vehicle network ; and determining (S1006) that the message (M1 to M5) is an anomalous message, in the case where the period of the message (M1 to M5) is anomalous (S1003) and no arbitration occurs (S1005) when the message (M1 to M5) is transmitted in the in-vehicle network . providing a fraud detection process function group (370 370a 370b 370c 370d 370e) comprising a period determinator (371 371b 371c) and an arbitration detector, determining (S1002) said period as anomalous by means of the period determinator (371 371b 371c), detecting (S1004), by means of the arbitration detector , whether arbitration occurs when the message (M1 to M5) is transmitted in the in-vehicle network ; and determining (S1006) that the message (M1 to M5) is an anomalous message, in the case where the period of the message (M1 to M5) is anomalous (S1003) and no arbitration occurs (S1005) when the message (M1 to M5) is transmitted in the in-vehicle network .