mhurhangee/patent-ind-claim-en huggingface dataset:
A digital signage system comprising: a transducer configured to transform pressure into an electrical signal; a control apparatus configured to change information in association with the intensity of the electrical signal; and an output apparatus configured to output the information to an output target based on a command of the control apparatus ; characterized in that : the transducer including a first electrode , a second electrode , and an intermediate layer that is provided between the first electrode and the second electrode , the intermediate layer being made from silicone rubber whose surface is provided with surface modification; wherein a hardness of the intermediate layer at a time of pressurizing the intermediate layer on the side of the first electrode is different from a hardness of the intermediate layer at a time of pressurizing the intermediate layer on the side of the second electrode . a transducer configured to transform pressure into an electrical signal; a control apparatus configured to change information in association with the intensity of the electrical signal; and an output apparatus configured to output the information to an output target based on a command of the control apparatus ; characterized in that : the transducer including a first electrode , a second electrode , and an intermediate layer that is provided between the first electrode and the second electrode , the intermediate layer being made from silicone rubber whose surface is provided with surface modification; wherein a hardness of the intermediate layer at a time of pressurizing the intermediate layer on the side of the first electrode is different from a hardness of the intermediate layer at a time of pressurizing the intermediate layer on the side of the second electrode . the transducer including a first electrode , a second electrode , and an intermediate layer that is provided between the first electrode and the second electrode , a first electrode , a second electrode , and an intermediate layer that is provided between the first electrode and the second electrode , the intermediate layer being made from silicone rubber whose surface is provided with surface modification; wherein a hardness of the intermediate layer at a time of pressurizing the intermediate layer on the side of the first electrode is different from a hardness of the intermediate layer at a time of pressurizing the intermediate layer on the side of the second electrode .
A VTOL aircraft , comprising: a fuselage for transporting passengers and/or load; a front wing attached to the fuselage ; a rear wing attached to the fuselage , behind the front wing in a direction of forward flight (FF); a right connecting beam and a left connecting beam , which connecting beams structurally connect the front wing and the rear wing , which connecting beams are spaced apart from the fuselage ; and at least two lifting units (M1-M6) on each one of the connecting beams , which lifting units (M1-M6) each comprise at least one propeller and at least one motor driving said propeller , preferably an electric motor, and are arranged with their respective propeller axis in an essentially vertical orientation (z); wherein the front wing , at least in portions thereof, has a sweep angle γ between γ = 45° and γ = 135°, preferably γ = 75°, and the rear wing , at least in portions thereof, has a forward sweep with sweep angle β ≥ 30°, preferably, β = 65°; wherein the front wing incorporates a dihedral angle (λ), preferably at respective tips thereof; wherein the rear wing incorporates an anhedral angle (ε), at least in an outer portion thereof, towards said connecting beams ; characterized in that the rear wing is placed higher in vertical position (z) than the front wing . a fuselage for transporting passengers and/or load; a front wing attached to the fuselage ; a rear wing attached to the fuselage , behind the front wing in a direction of forward flight (FF); a right connecting beam and a left connecting beam , which connecting beams structurally connect the front wing and the rear wing , which connecting beams are spaced apart from the fuselage ; and at least two lifting units (M1-M6) on each one of the connecting beams , which lifting units (M1-M6) each comprise at least one propeller and at least one motor driving said propeller , preferably an electric motor, and are arranged with their respective propeller axis in an essentially vertical orientation (z); wherein the front wing , at least in portions thereof, has a sweep angle γ between γ = 45° and γ = 135°, preferably γ = 75°, and the rear wing , at least in portions thereof, has a forward sweep with sweep angle β ≥ 30°, preferably, β = 65°; wherein the front wing incorporates a dihedral angle (λ), preferably at respective tips thereof; wherein the rear wing incorporates an anhedral angle (ε), at least in an outer portion thereof, towards said connecting beams ; characterized in that the rear wing is placed higher in vertical position (z) than the front wing .
A textile surface configured to at least partially absorb electromagnetic waves which include textile elements, such as threads or fibers, of at least first and second types, the textile elements of the first and second types having electrical conduction properties, characterized in that each textile element of the first type includes a synthetic-material core covered with a first metal, the textile elements of the second type being made from a second metal.
Method for producing packs from preferably moisture-tight and aroma-tight sheet material for cigarettes, in the case of which a cigarette group is enclosed, preferably as a unit with an inner collar partially enclosing the cigarette group , by a sheet-material blank to give lateral closure seams in the form of a fin seam, wherein successively transported cigarette groups or units are wrapped continuously in a sheet-material web to give a flexible sheet-material tube and, in a sealing and severing station, transversely directed connecting seams are applied in the region of a folding portion of the flexible sheet-material tube and, between said connecting seams, severing cuts are applied in order to produce a respective pack , characterized in that , in the region of the folding portion , auxiliary cuts are applied in, or to, the sheet-material web in order to form an appropriate peripheral fold of the flexible sheet-material tube in the folding portion such that, by virtue of regions of the flexible sheet-material tube being folded in, folding flaps of the same are folded in in the region between folding flaps or fins of the transversely directed connected seams and, when the fin seams are produced, are connected thereto, that is to say are embedded between the fins.
A data transmission method comprising: receiving (S202), by a first device, a request message from a second device regularly, wherein the request message carries a timestamp corresponding to the request message that is currently received; determining (S204), by the first device, whether a value of the timestamp is less than a preset threshold; and synchronizing (S206), by the first device according to a corresponding relationship between timestamps and fragmented data locally cached by the first device, fragmented data corresponding to the timestamp to the second device when the value of the timestamp is less than the preset threshold, wherein the fragmented data is obtained by fragmenting full amount of data recorded by the first device. receiving (S202), by a first device, a request message from a second device regularly, wherein the request message carries a timestamp corresponding to the request message that is currently received; determining (S204), by the first device, whether a value of the timestamp is less than a preset threshold; and synchronizing (S206), by the first device according to a corresponding relationship between timestamps and fragmented data locally cached by the first device, fragmented data corresponding to the timestamp to the second device when the value of the timestamp is less than the preset threshold, wherein the fragmented data is obtained by fragmenting full amount of data recorded by the first device.
Industrialised module for prefabricated housing solutions comprising: - a roof made with three levels, a first level , followed by a second level and finished with a third level , - a series of pillars joined at their upper ends to the third level and at the lower end to the ground and - a lower slab joined to the pillars and further supported by a series of central supports where; - the first level of the roof comprises a perimeter frame and a first ribbed sheet , - the second level of the roof comprises a first perimeter frame and a series of first tubular crossbeams on which a second ribbed sheet is positioned, leaving the first level joined to the second level by means of a series of side lattices and intermediary lattices and - the third roof level comprises a second perimeter frame and a series of second tubular crossbeams under which thermal and acoustic insulation in mineral wool is laid under which a waterproof wooden board is laid, and in turn under the latter a series of folded sheet slats forming a false ceiling. - a roof made with three levels, a first level , followed by a second level and finished with a third level , - a series of pillars joined at their upper ends to the third level and at the lower end to the ground and - a lower slab joined to the pillars and further supported by a series of central supports where; - the first level of the roof comprises a perimeter frame and a first ribbed sheet , - the second level of the roof comprises a first perimeter frame and a series of first tubular crossbeams on which a second ribbed sheet is positioned, leaving the first level joined to the second level by means of a series of side lattices and intermediary lattices and - the third roof level comprises a second perimeter frame and a series of second tubular crossbeams under which thermal and acoustic insulation in mineral wool is laid under which a waterproof wooden board is laid, and in turn under the latter a series of folded sheet slats forming a false ceiling.
A pharmaceutical composition for use in the treatment of gastroparesis which comprises a therapeutically effective amount of 4-{[4-({[4-(2,2,2-trifluoroethoxy)-1,2-benzisoxazol-3-yl]oxy}methyl)piperidin-1-yl]methyl}tetrahydro-2H-pyran-4-carboxylic acid or a pharmaceutically acceptable salt thereof.
Non-therapeutic use of naringin, naringenin or mixtures thereof for the targeted modulation of the gene expression of at least one bitter taste receptor and/or at least one gut-brain axis receptor to modify the eating pattern and rumination in ruminants or for the targeted modulation of the gene expression of at least one bitter taste receptor to modify the eating patern in pigs, wherein the non-therapeutic use comprises administering naringin, naringenin or mixtures thereof, wherein the amount of naringin, naringenin or mixtures thereof is administered as a mixture with feed, wherein said feed composition comprises at least 0.005% w/w of naringin or the equimolar amount of naringenin or of a mixture of naringin and naringenin if both are present, whereby methods for treatment of the human or animal body by surgery or therapy are excluded.
A computer-implemented method for operating an autonomous vehicle, the method comprising: perceiving a surrounding environment of an autonomous vehicle to identify one or more vehicles nearby ; for each of the identified vehicles, based on a current location of the identified vehicle, obtaining vehicle-independent information to determine context surrounding the identified vehicle, wherein the vehicle-independent information includes vehicle surrounding information that defines physical constraints imposed on the identified vehicle , wherein the vehicle-independent information further includes a time when the vehicle is identified; and predicting one or more trajectories for the identified vehicle based at least in part on the vehicle-independent information associated with the identified vehicle ; and controlling the autonomous vehicle based on the one or more predicted trajectories of the one or more identified vehicles . perceiving a surrounding environment of an autonomous vehicle to identify one or more vehicles nearby ; for each of the identified vehicles, based on a current location of the identified vehicle, obtaining vehicle-independent information to determine context surrounding the identified vehicle, wherein the vehicle-independent information includes vehicle surrounding information that defines physical constraints imposed on the identified vehicle , wherein the vehicle-independent information further includes a time when the vehicle is identified; and predicting one or more trajectories for the identified vehicle based at least in part on the vehicle-independent information associated with the identified vehicle ; and based on a current location of the identified vehicle, obtaining vehicle-independent information to determine context surrounding the identified vehicle, wherein the vehicle-independent information includes vehicle surrounding information that defines physical constraints imposed on the identified vehicle , wherein the vehicle-independent information further includes a time when the vehicle is identified; and predicting one or more trajectories for the identified vehicle based at least in part on the vehicle-independent information associated with the identified vehicle ; and controlling the autonomous vehicle based on the one or more predicted trajectories of the one or more identified vehicles .
Motor vehicle lock assembly having a motor vehicle lock, a functional element that can be actuated and a safety unit which is assigned to the functional element and which is or can be coupled to the functional element being provided, in order to counteract an automatic actuating movement of the functional element as a result of crash accelerations occurring in the event of a crash, the safety unit having a deflectable blocking element , which can be deflected into a locking position in which an actuating movement of the functional element can be blocked by the blocking element , in that the blocking element is assigned a latching assembly which engages in the blocking position in the event of a deflection of the blocking element , and in that the engaged latching assembly keeps the blocking element in the blocking position, characterized in that the blocking element is formed as a spring element and consists overall of a spring steel.
A biopsy device , comprising: a first jaw having a first distal tip configured to pierce tissue; and a second jaw movable relative to the first jaw between a closed configuration where the first jaw and the second jaw are axially aligned, and an open configuration where the first jaw and the second jaw are offset from one another, the second jaw having a second distal tip proximal to the first distal tip in the closed configuration, characterized in that the first jaw includes a first cavity facing the second jaw, the second jaw includes a second cavity facing the first jaw, and when the biopsy device is in the closed configuration, the first cavity and the second cavity form an enclosed volume , wherein the biopsy device further includes: a protrusion having a sharp distal tip extending from a base of the first cavity toward the second jaw; and an opening disposed through an outer surface of the second jaw and in communication with the enclosed volume. a first jaw having a first distal tip configured to pierce tissue; and a second jaw movable relative to the first jaw between a closed configuration where the first jaw and the second jaw are axially aligned, and an open configuration where the first jaw and the second jaw are offset from one another, the second jaw having a second distal tip proximal to the first distal tip in the closed configuration, characterized in that the first jaw includes a first cavity facing the second jaw, the second jaw includes a second cavity facing the first jaw, and when the biopsy device is in the closed configuration, the first cavity and the second cavity form an enclosed volume , wherein the biopsy device further includes: a protrusion having a sharp distal tip extending from a base of the first cavity toward the second jaw; and an opening disposed through an outer surface of the second jaw and in communication with the enclosed volume. a protrusion having a sharp distal tip extending from a base of the first cavity toward the second jaw; and an opening disposed through an outer surface of the second jaw and in communication with the enclosed volume.
An adaptive stair system comprising: - a set of stairs , each stair comprising two movable parts , the parts are adapted to be perpendicular to each other in a first position of the stair , and adapted to rotate to be in parallel to each other to form a ramp in a second position ; and - an automatic mechanism adapted to move the parts of the stairs between the first position and the second position characterized by - a position sensor placed in the vicinity of each of the stairs , the position sensor being adapted to sense the presence of the wheelchair , and generate wheelchair presence data , - a microcontroller is in communication coupling with the position sensor , the microcontroller adapted to receive the wheelchair presence data from the position sensor , to process the wheelchair presence data , to determine a position of the wheelchair , and adapted to trigger the automatic mechanism to move the parts of the stairs between the positions based on the position of the wheelchair . - a set of stairs , each stair comprising two movable parts , the parts are adapted to be perpendicular to each other in a first position of the stair , and adapted to rotate to be in parallel to each other to form a ramp in a second position ; and - an automatic mechanism adapted to move the parts of the stairs between the first position and the second position characterized by - a position sensor placed in the vicinity of each of the stairs , the position sensor being adapted to sense the presence of the wheelchair , and generate wheelchair presence data , - a microcontroller is in communication coupling with the position sensor , the microcontroller adapted to receive the wheelchair presence data from the position sensor , to process the wheelchair presence data , to determine a position of the wheelchair , and adapted to trigger the automatic mechanism to move the parts of the stairs between the positions based on the position of the wheelchair .
A plasmonic metamaterial structure comprising: a plurality of optical antenna elements comprising: a first electrode, a second electrode and a plasmonic nanostructure element located between said first and second electrode to form an electron tunnelling junction between said first and second electrodes; said plurality of optical antenna elements being configured such that the electromagnetic field of one optical antenna element spatially overlaps that of adjacent optical antenna elements and adjacent optical antenna elements are electromagnetically coupled to allow said plurality of optical antenna elements to act as a plasmonic metamaterial and wherein at least one of said optical-antenna elements comprise: a target-sensitive material located in said electron tunnelling junction. a first electrode, a second electrode and a plasmonic nanostructure element located between said first and second electrode to form an electron tunnelling junction between said first and second electrodes; said plurality of optical antenna elements being configured such that the electromagnetic field of one optical antenna element spatially overlaps that of adjacent optical antenna elements and adjacent optical antenna elements are electromagnetically coupled to allow said plurality of optical antenna elements to act as a plasmonic metamaterial and wherein at least one of said optical-antenna elements comprise: a target-sensitive material located in said electron tunnelling junction.
A kinematic system for actuating the work unit of a bender machine designed to bend and shape sheet metal, wherein the machine comprises a blade holder unit having a "C" shaped section, which is mobile and moves in two directions, both of which are at right angles to a fixed bench, and where the unit is fitted with one or more bending blades, wherein: - servomotors and planetary gear reducers are used for moving the blade holder unit ; - the blade holder unit uses a jointed mechanism comprising two mechanical units (20, 20a; 30, 30a) which form a closed kinematic chain of five components connected by five kinematic pairs all of which are revolute; - the mechanical unit for moving the blade holder unit in a substantially vertical direction comprises a pair of servomotors coupled respectively to two gear reducers, which operate respective cranks on which respective connecting rods are hinged, and where the other end of each connecting rod is connected by respective pins to a respective base fixed to the blade holder unit ; this system being characterised in that the mechanical unit for moving the blade holder unit in a substantially horizontal direction comprises one pair of servomotors coupled to corresponding planetary gear reducers, each of which operates a respective camshaft , in that the camshafts are hinged on the rear supports of the blade holder unit , in that the camshafts act as rotation pins for the tilting movement of the blade holder unit and also as a crankshaft which generates the approximately horizontal movement of the blade holder unit , and in that vertical and horizontal movements implemented respectively by the first and second mechanical units (20, 20a; 30, 30a) are independent and different from each other. - servomotors and planetary gear reducers are used for moving the blade holder unit ; - the blade holder unit uses a jointed mechanism comprising two mechanical units (20, 20a; 30, 30a) which form a closed kinematic chain of five components connected by five kinematic pairs all of which are revolute; - the mechanical unit for moving the blade holder unit in a substantially vertical direction comprises a pair of servomotors coupled respectively to two gear reducers, which operate respective cranks on which respective connecting rods are hinged, and where the other end of each connecting rod is connected by respective pins to a respective base fixed to the blade holder unit ;