mhurhangee/patent-ind-claim-en huggingface dataset:
A user attention detection method, wherein the method comprises: collecting (S101) a user bioelectrical signal from an ear side of a user by using an ear-side wearing apparatus ; obtaining (S102) a user electroencephalogram signal from the user bioelectrical signal; and obtaining (S103) an attention type of the user based on the user electroencephalogram signal and a machine learning model; wherein the ear-side wearing apparatus comprises a plurality of ear-side signal measurement units , and the collecting a user bioelectrical signal from the ear side of a user by using an ear-side wearing apparatus specifically comprises: determining (S211) whether an impedance between two of the ear-side signal measurement units is less than a preset threshold, collecting bioelectrical signals from the two ear-side signal measurement units when the impedance between the two ear-side signal measurement units is less than the preset threshold, obtaining (S212) the user bioelectrical signal based on a potential difference signal corresponding to the bioelectrical signals collected by the two ear-side signal measurement units , and determining, based on an impedance value between ear-side signal measurement units , whether the ear-side signal measurement units is attached to skin, so as to select different signal collection policies depending on different cases. collecting (S101) a user bioelectrical signal from an ear side of a user by using an ear-side wearing apparatus ; obtaining (S102) a user electroencephalogram signal from the user bioelectrical signal; and obtaining (S103) an attention type of the user based on the user electroencephalogram signal and a machine learning model; wherein the ear-side wearing apparatus comprises a plurality of ear-side signal measurement units , and the collecting a user bioelectrical signal from the ear side of a user by using an ear-side wearing apparatus specifically comprises: determining (S211) whether an impedance between two of the ear-side signal measurement units is less than a preset threshold, collecting bioelectrical signals from the two ear-side signal measurement units when the impedance between the two ear-side signal measurement units is less than the preset threshold, obtaining (S212) the user bioelectrical signal based on a potential difference signal corresponding to the bioelectrical signals collected by the two ear-side signal measurement units , and determining, based on an impedance value between ear-side signal measurement units , whether the ear-side signal measurement units is attached to skin, so as to select different signal collection policies depending on different cases.
An intranasal device for self-administration of a therapeutically effective amount of medicament toward the SPG, the intranasal device comprising: a body having a chamber configured to store the medicament; a catheter configured to extend from the body, a distal end of the catheter being configured for entry into a nasal passage of a patient, the catheter being in fluid communication with the chamber; a feedback mechanism configured to indicate a position of the distal end of the catheter within the nasal passage; and a delivery system configured to deliver the medicament from the chamber into the nasal passage via the catheter, wherein the delivery system comprises a centrifugal pump, a peristaltic pump, a piezoelectric pump, a motorized syringe, a pneumatically controlled syringe, a hydraulically controlled syringe, a pressurized reservoir using a software controlled-valve arrangement or combinations thereof. a body having a chamber configured to store the medicament; a catheter configured to extend from the body, a distal end of the catheter being configured for entry into a nasal passage of a patient, the catheter being in fluid communication with the chamber; a feedback mechanism configured to indicate a position of the distal end of the catheter within the nasal passage; and a delivery system configured to deliver the medicament from the chamber into the nasal passage via the catheter, wherein the delivery system comprises a centrifugal pump, a peristaltic pump, a piezoelectric pump, a motorized syringe, a pneumatically controlled syringe, a hydraulically controlled syringe, a pressurized reservoir using a software controlled-valve arrangement or combinations thereof.
A car comprising: two front wheels ; two rear drive wheels ; a passenger compartment which is arranged between the front wheels and the rear wheels ; an internal combustion engine , which is provided with a plurality of cylinders , within which respective pistons slide, and with a drive shaft connected to the pistons ; a transmission , which is connected between the internal combustion engine and the rear drive wheels to transmit the motion of the drive shaft of the internal combustion engine to the rear drive wheels ; and a containing body which contains the transmission therein, has a tapered shape towards the rear so that the height of the containing body progressively reduces from the front to the rear, and has a bottom wall at the bottom, which is inclined relative to the horizontal; the car is characterized in that: a rear aerodynamic diffuser is provided which is inclined relative to the horizontal and is arranged under the containing body ; and the bottom wall of the containing body has the same inclination relative to the horizontal of the aerodynamic diffuser . two front wheels ; two rear drive wheels ; a passenger compartment which is arranged between the front wheels and the rear wheels ; an internal combustion engine , which is provided with a plurality of cylinders , within which respective pistons slide, and with a drive shaft connected to the pistons ; a transmission , which is connected between the internal combustion engine and the rear drive wheels to transmit the motion of the drive shaft of the internal combustion engine to the rear drive wheels ; and a containing body which contains the transmission therein, has a tapered shape towards the rear so that the height of the containing body progressively reduces from the front to the rear, and has a bottom wall at the bottom, which is inclined relative to the horizontal; the car is characterized in that: a rear aerodynamic diffuser is provided which is inclined relative to the horizontal and is arranged under the containing body ; and the bottom wall of the containing body has the same inclination relative to the horizontal of the aerodynamic diffuser . a rear aerodynamic diffuser is provided which is inclined relative to the horizontal and is arranged under the containing body ; and the bottom wall of the containing body has the same inclination relative to the horizontal of the aerodynamic diffuser .
A one-piece rosette (15;15';20) comprising a ring-shaped main body adapted to be detachably mounted around a tubular structure which projects from a base structure , the ring-shaped main body has - a circumferential wall with a radial width between a central opening and an outer wall perimeter , - a first free wall end part (8;8';8") and a second free wall end part (9;9';9") opposite the first free wall end part (8;8';8"), - which first free wall end part (8;8';8") and second free wall end part (9;9';9") is arranged in overlapping relationship, - the opposite first free wall end part (8;8';8") and second free wall end part (9;9';9") are flexible to and from each other in relation to the central axis (X) of the one-piece rosette, and - the overlap between the first free wall end part (8;8';8") and the second free wall end part (9;9';9") is self-locking by being arranged in tension against each other, characterized in that - the first free wall end part (8;8';8") has a first free edge that extends via a first rounded inner corner into the inner perimeter of the central opening . - a circumferential wall with a radial width between a central opening and an outer wall perimeter , - a first free wall end part (8;8';8") and a second free wall end part (9;9';9") opposite the first free wall end part (8;8';8"), - which first free wall end part (8;8';8") and second free wall end part (9;9';9") is arranged in overlapping relationship, - the opposite first free wall end part (8;8';8") and second free wall end part (9;9';9") are flexible to and from each other in relation to the central axis (X) of the one-piece rosette, and - the overlap between the first free wall end part (8;8';8") and the second free wall end part (9;9';9") is self-locking by being arranged in tension against each other, - the first free wall end part (8;8';8") has a first free edge that extends via a first rounded inner corner into the inner perimeter of the central opening .
Remotely Piloted Aircraft System (RPAS) comprising at least one control unit housing means of control of the RPAS and at least two sets of aerial propulsion arms , each one of said aerial propulsion arms comprising one or several engines with associated propellers , the RPAS being capable of operating with either of the at least two sets of aerial propulsion arms and each of the RPAS's at least two sets of aerial propulsion arms being removable and replaceable by the RPAS's other set of at least two sets of aerial propulsion arms characterized in that the functional or constructive features of each of the RPAS's at least two sets of aerial propulsion arms are different from the functional or constructive features of the other set of the RPAS's at least two sets of aerial propulsion arms .
A trainer device 1 for an autoinjector comprising: (i) a housing 2 ; (ii) a collet holder 3 that includes a track 31 ; (iii) a safety cap 4 , comprising a pin 50 , which is removably connected to the collet holder 3; (iv) a cover member 5 ; (v) a flex stem 7 having flex arm 8 ; and (vi) a cover member locking mechanism 9 having a first locking position 13 and a second locking position 14 , wherein the housing 2 is partially received inside the cover member 5 , characterized in that the cover member locking mechanism 9 comprises cam profiles 10a,10b and cam follower nuts 12a,12b, wherein each of the cam profiles 10a,10b has five vertices 11a,11b,11c,11d,11e and comprises: (a) a first angled cam track 24a formed by traversing of the cam profile 10a,10b from vertex 11a to vertices 11b,11c towards the proximal direction; (b) a vertical cam track 24b formed by traversing of the cam profile 10a,10b from vertex 11c to vertex 11d in the distal direction; (c) a second angled cam track 24c formed by traversing the cam profile 10a,10b from the vertices 11d,11e to vertex 11a in the distal direction; (d) a first integral snap lock member 25 formed by groove cut on the surface of first angled cam track 24a and comprising a protrusion head 25a towards distal end extending radially outward having the sloping surface 25b on the front projection surface; and (e) a second integral snap lock member 26 formed by groove cut on the surface of vertical cam track 24b and comprising a protrusion head 26a extending radially sideward having sloping surface 26b on the front projection surface, wherein each of the cam follower nuts 12a,12b comprises: (A) a cam follower protrusion 27 on the distal end portion; (B) a cam follower button 28 on the proximal end portion extending opposite to the cam follower protrusion 27 ; (C) a cam follower body 29 extending between protrusion 27 and button 28 , wherein the cam follower button 28 of the cam follower nuts 12a,12b is engaged with vertex 11a on the first angled cam track 24a in the first locking position 13 and the cam follower button 28 of the cam follower nuts 12a,12b is engaged with vertex 11d on the vertical cam track 24b in the second locking position 14 , whereas integral snap lock members 25,26 provides the one-way traversing of cam follower nuts 12a,12b in the cam profiles 10a,10b during operation of trainer device 1 , while maintaining the cover member 5 in the first locking potion 13 and second locking position 14 .
Bumper beam for an automotive vehicle made of at least one rolled formed steel sheet comprising an upper beam and a lower beam extending in a transversal direction, said upper beam and said lower beam each having a closed cross-section defined by a front wall , a rear wall , an upper wall and a lower wall , the upper wall and the lower wall joining the front wall to the rear wall , wherein each of the front walls of the upper beam and of the lower beam comprises a front rib extending transversally and towards the interior of the bumper beam , characterized in that at least one of the upper wall of the upper beam , the lower wall of the lower beam , the rear wall of the upper beam and the rear wall of the lower beam further comprises a rib extending transversally and towards the interior of the bumper beam .
A substrate for fabricating a biological microarray, the substrate comprising: a support having an upper surface; a first coating applied to the upper surface of the support, wherein the first coating comprises a charged polymer and a metal silicate; and a second coating consisting of a water-insoluble non-ionic polyether soluble in ethanol applied to the first coating. a support having an upper surface; a first coating applied to the upper surface of the support, wherein the first coating comprises a charged polymer and a metal silicate; and a second coating consisting of a water-insoluble non-ionic polyether soluble in ethanol applied to the first coating.
Aircraft provided with an engine compartment , said aircraft comprising an engine housed at least partially in the engine compartment , the engine comprising an exhaust nozzle for at least ejecting gases, said aircraft comprising an exhaust duct arranged around the exhaust nozzle , the exhaust duct having an open end leading to the engine compartment , characterised in that said aircraft includes a drainage device comprising a guide for collecting a liquid flowing along the exhaust duct and escaping from the exhaust duct via said end , said drainage device including at least one discharge orifice for discharging said liquid .
A communication apparatus comprising: obtaining means for obtaining a public key regarding another apparatus; displaying means for displaying a selection screen that allow a user to select whether or not to execute a wireless communication parameter setting; accepting means for accepting, via the selection screen, a user operation indicating whether or not to execute the wireless communication parameter setting with the another apparatus; transmitting means for, in a case where the user operation indicating that the wireless communication parameter setting is to be executed with the another apparatus has been accepted, transmitting a request regarding authentication processing, that uses the public key regarding the another apparatus, which is to be used for the wireless communication parameter setting, to the another apparatus; receiving means for receiving a response regarding the authentication processing from the another apparatus; and executing means for executing the wireless communication parameter setting with the another apparatus after receiving the response, wherein the wireless communication parameter setting is not executed based on a user operation, that is accepted via the selection screen, indicating that the wireless communication parameter setting with the another apparatus is not to be executed. obtaining means for obtaining a public key regarding another apparatus; displaying means for displaying a selection screen that allow a user to select whether or not to execute a wireless communication parameter setting; accepting means for accepting, via the selection screen, a user operation indicating whether or not to execute the wireless communication parameter setting with the another apparatus; transmitting means for, in a case where the user operation indicating that the wireless communication parameter setting is to be executed with the another apparatus has been accepted, transmitting a request regarding authentication processing, that uses the public key regarding the another apparatus, which is to be used for the wireless communication parameter setting, to the another apparatus; receiving means for receiving a response regarding the authentication processing from the another apparatus; and executing means for executing the wireless communication parameter setting with the another apparatus after receiving the response, wherein the wireless communication parameter setting is not executed based on a user operation, that is accepted via the selection screen, indicating that the wireless communication parameter setting with the another apparatus is not to be executed.
Kit with hydraulic cylinders of different design (2; 4; 6) for an electro-hydraulic or servo-hydraulic axis and a hydraulic control block , which can be used for all hydraulic cylinders of the kit, for controlling a pressure medium supply of each hydraulic cylinder (2; 4; 6) of the kit, wherein the control block is provided with internal hydraulic interfaces , via which piston surfaces of each hydraulic cylinder (2; 4; 6) of the kit can be fluidically connected to a pressure medium source and/or a pressure medium sink of the axis , wherein the internal hydraulic interfaces are provided for the selective supply of pressure medium of the hydraulic cylinders (2; 4; 6), and wherein an insert part (50; 51; 53) which is specifically designed for each hydraulic cylinder of the kit and depending on the design (2; 4; 6) of the corresponding hydraulic cylinder of the kit is provided, by which insert part a respective one of the internal hydraulic interfaces can be tapped and shut off for the fluidic connection. wherein the control block is provided with internal hydraulic interfaces , via which piston surfaces of each hydraulic cylinder (2; 4; 6) of the kit can be fluidically connected to a pressure medium source and/or a pressure medium sink of the axis , wherein the internal hydraulic interfaces are provided for the selective supply of pressure medium of the hydraulic cylinders (2; 4; 6), and wherein an insert part (50; 51; 53) which is specifically designed for each hydraulic cylinder of the kit and depending on the design (2; 4; 6) of the corresponding hydraulic cylinder of the kit is provided, by which insert part a respective one of the internal hydraulic interfaces can be tapped and shut off for the fluidic connection.
Flush mounted box for conduits , comprising: - an open-top, cup-shaped upper housing part having a bottom and at least one, preferably four, side walls , which have means for fixing an electrical installation device, - a lower housing part , which is fixed as a base in a conduit and which interacts with the bottom of the upper housing part in order to form the flush mounted box , the upper housing part being moved in rotation with respect to the lower housing part , ch aracterized in that the overall height (H) of the flush mounted box is changed as a result, the bottom of the upper housing part has a round, disc-shaped recess which, with a round disc-shaped cylindrical base part , permits the relative rotation of the two housing parts , in particular about a central axis, which is materialized by a cylindrical lug in a circular hole , and wherein the round disc-like recess of the bottom has at least two projections which are fitted diametrically opposite each other, which project in the direction of the lower device part and engage in an annular groove in the round disc-shaped cylindrical base part in order to vary the distance (d) between the two housing parts , in that the bottom of this groove is configured with a variable depth. - an open-top, cup-shaped upper housing part having a bottom and at least one, preferably four, side walls , which have means for fixing an electrical installation device, - a lower housing part , which is fixed as a base in a conduit and which interacts with the bottom of the upper housing part in order to form the flush mounted box , the upper housing part being moved in rotation with respect to the lower housing part , ch aracterized in that the overall height (H) of the flush mounted box is changed as a result, the bottom of the upper housing part has a round, disc-shaped recess which, with a round disc-shaped cylindrical base part , permits the relative rotation of the two housing parts , in particular about a central axis, which is materialized by a cylindrical lug in a circular hole , and wherein the round disc-like recess of the bottom has at least two projections which are fitted diametrically opposite each other, which project in the direction of the lower device part and engage in an annular groove in the round disc-shaped cylindrical base part in order to vary the distance (d) between the two housing parts , in that the bottom of this groove is configured with a variable depth.
A composition for delivering at least one gene editing molecule to a cell, the composition comprising: a micelle assembled from a plurality of triblock copolymers, wherein each triblock copolymer having at least one hydrophobic block, at least one hydrophilic block, and at least one poly(L-histidine) block, wherein: the at least one poly(L-histidine) block complexes with the at least one gene editing molecule; and the at least one poly(L-histidine) block is capable of a pH dependent release of the at least one gene editing molecule; and the at least one hydrophilic block comprises poly(ethylene oxide) and the at least one hydrophobic block comprises poly(lactic acid); and wherein: the at least one gene editing molecule comprises one or more of a protein or a nucleic acid encoding for a protein, wherein the protein is selected from the group of a transposase, a nuclease, and an integrase. a micelle assembled from a plurality of triblock copolymers, wherein each triblock copolymer having at least one hydrophobic block, at least one hydrophilic block, and at least one poly(L-histidine) block, wherein: the at least one poly(L-histidine) block complexes with the at least one gene editing molecule; and the at least one poly(L-histidine) block is capable of a pH dependent release of the at least one gene editing molecule; and the at least one poly(L-histidine) block complexes with the at least one gene editing molecule; and the at least one poly(L-histidine) block is capable of a pH dependent release of the at least one gene editing molecule; and the at least one hydrophilic block comprises poly(ethylene oxide) and the at least one hydrophobic block comprises poly(lactic acid); and wherein: the at least one gene editing molecule comprises one or more of a protein or a nucleic acid encoding for a protein, wherein the protein is selected from the group of a transposase, a nuclease, and an integrase.
Method for transmitting at least one data packet from a first communications participant via a transmissions channel shared with at least one further communications participant , wherein data packets are transmitted from the communications participants according to a round-robin method via the shared transmissions channel , the method comprising: - receiving , at the first communications participant , at least one data packet from the at least one further communications participant via the shared transmissions channel and determining from the data packet a priority value assigned to the further communications participant , wherein the at least one further communications participant is configured to transmit data packets having respective different priority values; and - transmitting the data packet from the first communications participant via the shared transmissions channel based on the priority value . - receiving , at the first communications participant , at least one data packet from the at least one further communications participant via the shared transmissions channel and determining from the data packet a priority value assigned to the further communications participant , wherein the at least one further communications participant is configured to transmit data packets having respective different priority values; and - transmitting the data packet from the first communications participant via the shared transmissions channel based on the priority value .