mhurhangee/patent-ind-claim-en huggingface dataset:
Motor connection for electric motors, comprising a base part as a winding connection, with a contact element fixed to the base part at the end of each winding and a plug-in part which can be plugged onto the base part as a carrier for external connections, each having a counter contact element compatible with the contact elements at the end of each external connection, each having one receiving chamber for each contact element of each winding on the base part and having at least one bridging channel at the end of the receiving chambers each with a contact window in at least two receiving chambers on the base part , characterised by contact bridges which can be inserted into at least two contact windows for electrically bridging the contact elements in the receiving chambers .
A bi-directional data isolator , comprising: an isolation barrier ; a first circuit configured to transmit first data and a clock signal across the isolation barrier , the clock signal being configured to periodically vary between a plurality of states at a clock frequency; and a second circuit configured to receive the first data and the clock signal and transmit second data across the isolation barrier ; wherein the first circuit is configured to transmit the first data at a data rate that is variable relative to the clock frequency within a range including a first ratio of the data rate to the clock frequency and a second ratio of the data rate to the clock frequency, wherein the first circuit is configured to transmit the first data across the isolation barrier while the clock signal is in a first state of the plurality of states and the second circuit is configured to transmit the second data across the isolation barrier while the clock signal is in a second state of the plurality of states and wherein the first circuit is configured to change the data rate relative to the clock frequency within the range at least in part by changing the clock frequency by adjusting a duration of the first state to adjust a size of the first data. an isolation barrier ; a first circuit configured to transmit first data and a clock signal across the isolation barrier , the clock signal being configured to periodically vary between a plurality of states at a clock frequency; and a second circuit configured to receive the first data and the clock signal and transmit second data across the isolation barrier ; wherein the first circuit is configured to transmit the first data at a data rate that is variable relative to the clock frequency within a range including a first ratio of the data rate to the clock frequency and a second ratio of the data rate to the clock frequency, wherein the first circuit is configured to transmit the first data across the isolation barrier while the clock signal is in a first state of the plurality of states and the second circuit is configured to transmit the second data across the isolation barrier while the clock signal is in a second state of the plurality of states and wherein the first circuit is configured to change the data rate relative to the clock frequency within the range at least in part by changing the clock frequency by adjusting a duration of the first state to adjust a size of the first data.
A touch-sensitive surface comprising an array of electrode leads , means for injecting, at an input point of a lead of at least one sinusoidal input electric voltage (V DRIVE ), said voltage being transmitted at a determined frequency and having a known amplitude and phase, electronic means for measuring an output electric voltage (V SENSE ) at a second point of said lead, with p denoting the minimum number of steps of the array separating the first point from the second point, the portion of the array comprised between the first point and the second point being comparable to an electric dipole of resistance (R(p)) and capacitance (C), the output voltage (V SENSE ) being equal to the product of the input voltage (V DRIVE ) with a transfer function represented by a complex function (H SENSE ), characterised in that said measurement means comprise the following electronic means: - electronic means for extracting the gain (G) and the phase (φ) from the complex transfer function; - electronic means for computing a hybrid function (S(G, φ)) of said amplitude and of said phase, said hybrid function minimising the sum (Σ) as defined by the following equation : ∑ i ∈ 0 p δS δR G R i , φ R i with S ( G ( R i ) , ( φ ( R i )) corresponding to a touch at point i of the lead; - means for determining, on the basis of the value of the hybrid function (S), whether this value represents a touch on the second point of the touch-sensitive surface. - electronic means for extracting the gain (G) and the phase (φ) from the complex transfer function; - electronic means for computing a hybrid function (S(G, φ)) of said amplitude and of said phase, said hybrid function minimising the sum (Σ) as defined by the following equation : ∑ i ∈ 0 p δS δR G R i , φ R i with S ( G ( R i ) , ( φ ( R i )) corresponding to a touch at point i of the lead; - means for determining, on the basis of the value of the hybrid function (S), whether this value represents a touch on the second point of the touch-sensitive surface.
A DNA molecule, which can be transcribed into an mRNA, comprising one strand with the following elements: (a) a coding region, including a start codon at its 5' end, coding for a polypeptide; and (b) directly upstream of said coding sequence the sequence: R 1 -CNGCCACC (SEQ ID NO:2), wherein the nucleotide N at position 2 of SEQ ID NO:2 is T; wherein R 1 is a promoter which is recognized by a DNA-dependent RNA-polymerase; or comprising the complementary strand, wherein the promoter which is recognized by a DNA-dependent RNA polymerase is selected from the group consisting of: (i) TAATACGACTCACTATAGGGAGA (SEQ ID NO: 3) which is recognized by a T7 DNA-dependent RNA polymerase; (ii) AATTAACCCTCACTAAAGGGAGA (SEQ ID NO: 4) which is recognized by a T3 DNA-dependent RNA polymerase; (iii) ATTTAGGTGACACTATAGAAG (SEQ ID NO: 5) which is recognized by a SP6 DNA-dependent RNA polymerase; and (iv) AATTAGGGCACACTATAGGGA (SEQ ID NO: 6) which is recognized by a K11 DNA-dependent RNA polymerase. (a) a coding region, including a start codon at its 5' end, coding for a polypeptide; and (b) directly upstream of said coding sequence the sequence: R 1 -CNGCCACC (SEQ ID NO:2), wherein the nucleotide N at position 2 of SEQ ID NO:2 is T; wherein R 1 is a promoter which is recognized by a DNA-dependent RNA-polymerase; or comprising the complementary strand, wherein the promoter which is recognized by a DNA-dependent RNA polymerase is selected from the group consisting of: (i) TAATACGACTCACTATAGGGAGA (SEQ ID NO: 3) which is recognized by a T7 DNA-dependent RNA polymerase; (ii) AATTAACCCTCACTAAAGGGAGA (SEQ ID NO: 4) which is recognized by a T3 DNA-dependent RNA polymerase; (iii) ATTTAGGTGACACTATAGAAG (SEQ ID NO: 5) which is recognized by a SP6 DNA-dependent RNA polymerase; and (iv) AATTAGGGCACACTATAGGGA (SEQ ID NO: 6) which is recognized by a K11 DNA-dependent RNA polymerase. R 1 -CNGCCACC (SEQ ID NO:2), wherein the nucleotide N at position 2 of SEQ ID NO:2 is T; wherein R 1 is a promoter which is recognized by a DNA-dependent RNA-polymerase; (i) TAATACGACTCACTATAGGGAGA (SEQ ID NO: 3) which is recognized by a T7 DNA-dependent RNA polymerase; (ii) AATTAACCCTCACTAAAGGGAGA (SEQ ID NO: 4) which is recognized by a T3 DNA-dependent RNA polymerase; (iii) ATTTAGGTGACACTATAGAAG (SEQ ID NO: 5) which is recognized by a SP6 DNA-dependent RNA polymerase; and (iv) AATTAGGGCACACTATAGGGA (SEQ ID NO: 6) which is recognized by a K11 DNA-dependent RNA polymerase.
A mandrel comprising: a mandrel body including: a bore extending within the mandrel body ; and one or more apertures radially disposed about the mandrel body ; one or more movable pins outwardly extendable from the one or more apertures ; and an actuation element engagable with the bore extending within the mandrel body and including a tapered surface configured to engage the one or more movable pins , the actuation element being actuatable relative to the mandrel body such that the tapered surface supports the one or more movable pins extended from the one or more apertures to form an anti-migratory stent . a mandrel body including: a bore extending within the mandrel body ; and one or more apertures radially disposed about the mandrel body ; a bore extending within the mandrel body ; and one or more apertures radially disposed about the mandrel body ; one or more movable pins outwardly extendable from the one or more apertures ; and an actuation element engagable with the bore extending within the mandrel body and including a tapered surface configured to engage the one or more movable pins , the actuation element being actuatable relative to the mandrel body such that the tapered surface supports the one or more movable pins extended from the one or more apertures to form an anti-migratory stent .
A diffuser assembly for diffusing a liquid in irrigation plants having a supply conduit , said assembly comprising: - a diffuser adapted to be mounted on an irrigation plant, said diffuser having a nozzle with a substantially vertical longitudinal axis (L) for directing a liquid jet upwards and at least one deflector facing said nozzle for spraying the jet radially outwards; - a connection device for ensuring fluid connection of said diffuser to a supply conduit of the irrigation plant ; wherein said deflector is susceptible of rotating about said longitudinal axis (L) thereby causing oscillations of the assembly ; wherein said nozzle is independent from said connection device and is rigidly joined to said diffuser , said connection device having a tubular body with a substantially rectilinear axis (X), an upper end joint for connection to said diffuser and a lower end joint for connection to the supply conduit , said upper joint being separate and longitudinally spaced apart from said nozzle and said joints being monolithic with said tubular body , said diffuser being kept in a substantially vertical upright position only by means of said connection device , said connection device having an outer surface with annular folds and being made of a thermoplastic elastomeric base material, said annular folds being longitudinally offset by a substantially constant pitch (p); characterized in that said outer surface of said tubular body has an average diameter smaller than the outer diameter of said end joints , said annular folds in combination with the base material selected to form the connection device being adapted to impart elasticity to the this latter to reduce the oscillations produced in said diffuser device . - a diffuser adapted to be mounted on an irrigation plant, said diffuser having a nozzle with a substantially vertical longitudinal axis (L) for directing a liquid jet upwards and at least one deflector facing said nozzle for spraying the jet radially outwards; - a connection device for ensuring fluid connection of said diffuser to a supply conduit of the irrigation plant ;
A Serum Amyloid P component (SAP) polypeptide or functional fragment of such SAP polypeptide for use in the treatment of an Eurotiomycetes fungus infection wherein the SAP polypeptide comprises an amino acid sequence that is at least 70% identical to SEQ ID NO: 1.
A guiding sheath for guiding a catheter to a target location within a patient, the guiding sheath comprising: (a) a body ; and (b) a hollow shaft assembly extending distally from the body , the shaft assembly including: (i) a proximal portion defining a longitudinal axis, (ii) a steerable portion distal to the proximal portion , (iii) a distal portion distal to the steerable portion , the steerable portion being operable to drive the distal portion laterally away from and toward the longitudinal axis, (iv) at least one flex circuit assembly , the at least one flex circuit assembly including: (A) a first navigation sensor configured to measure impedance signals that indicate a real-time position of the steerable portion , and (B) a second navigation sensor configured to measure magnetic signals that indicate a real-time position of the steerable portion . (a) a body ; and (b) a hollow shaft assembly extending distally from the body , the shaft assembly including: (i) a proximal portion defining a longitudinal axis, (ii) a steerable portion distal to the proximal portion , (iii) a distal portion distal to the steerable portion , the steerable portion being operable to drive the distal portion laterally away from and toward the longitudinal axis, (iv) at least one flex circuit assembly , the at least one flex circuit assembly including: (A) a first navigation sensor configured to measure impedance signals that indicate a real-time position of the steerable portion , and (B) a second navigation sensor configured to measure magnetic signals that indicate a real-time position of the steerable portion . (i) a proximal portion defining a longitudinal axis, (ii) a steerable portion distal to the proximal portion , (iii) a distal portion distal to the steerable portion , the steerable portion being operable to drive the distal portion laterally away from and toward the longitudinal axis, (iv) at least one flex circuit assembly , the at least one flex circuit assembly including: (A) a first navigation sensor configured to measure impedance signals that indicate a real-time position of the steerable portion , and (B) a second navigation sensor configured to measure magnetic signals that indicate a real-time position of the steerable portion . (A) a first navigation sensor configured to measure impedance signals that indicate a real-time position of the steerable portion , and (B) a second navigation sensor configured to measure magnetic signals that indicate a real-time position of the steerable portion .
A method for gripping at least one component comprising at least one magnetic body part, characterised in that it comprises successively a step of vertically lowering a lower positioning form of a gripping head , that fits on the magnetic body part of the component , then changing the state of an actuator which lowers a stud having a magnetic base coming onto the positioning form by adhering to the magnetic body part of the component , then raising and moving the gripping head .
A foldable vase for postal delivery, comprising a sheet of waterproof paper provided with folds arranged to form the vase, wherein the sheet has a generally square outer periphery with zones defined thereon by fold lines to define: a square base located at the centre of the sheet , side faces of the vase forming with the base, the shape of a cross and extending to the outer periphery, wherein a ratio of a height dimension (H) of the side faces to their width at the base is between 1.5:1 and 3:1; corner regions , formed between adjacent side faces and the periphery of the sheet , the corner regions each being bisected by a diagonal fold line (L1, L2) extending from a corner of the base to the outer periphery, whereby on folding the side faces upwards from the base, the corner regions can fold at the diagonal fold line to form outwardly protruding wings , wherein a first wing can fold flat against the side face of the vase and a second wing can fold over the first wing and engage therewith to form the vase, wherein the sheet further comprises a central fold line (L3) bisecting the base and two opposite side faces whereby on folding the vase at the central fold the vase can collapse to a flattened form suitable for postal delivery, characterized in that the first wing comprises a slit into which an end of the second wing may be tucked upon folding the sheet . a square base located at the centre of the sheet , side faces of the vase forming with the base, the shape of a cross and extending to the outer periphery, wherein a ratio of a height dimension (H) of the side faces to their width at the base is between 1.5:1 and 3:1; corner regions , formed between adjacent side faces and the periphery of the sheet , the corner regions each being bisected by a diagonal fold line (L1, L2) extending from a corner of the base to the outer periphery, whereby on folding the side faces upwards from the base, the corner regions can fold at the diagonal fold line to form outwardly protruding wings , wherein a first wing can fold flat against the side face of the vase and a second wing can fold over the first wing and engage therewith to form the vase, wherein the sheet further comprises a central fold line (L3) bisecting the base and two opposite side faces whereby on folding the vase at the central fold the vase can collapse to a flattened form suitable for postal delivery, characterized in that the first wing comprises a slit into which an end of the second wing may be tucked upon folding the sheet .
A control apparatus of a web processing system that executes predetermined processing onto a web continuously existing along a movement passage, wherein the web processing system includes a first rotating body that rotates while being in contact with the web , the control apparatus controls a rotation speed of the first rotating body such that a circumferential speed of the first rotating body at a contact surface with the web matches a transport speed of the web , and a distance from a rotation center of the first rotating body to a contact surface of the web in contact with the first rotating body changes as the first rotating body rotates. wherein the web processing system includes a first rotating body that rotates while being in contact with the web , the control apparatus controls a rotation speed of the first rotating body such that a circumferential speed of the first rotating body at a contact surface with the web matches a transport speed of the web , and a distance from a rotation center of the first rotating body to a contact surface of the web in contact with the first rotating body changes as the first rotating body rotates.
An information processing apparatus comprising: reception means for receiving designation of a level of a print quality requirement concerning a print product; storage means for storing a table in which the level of a print quality requirement is associated with information indicating an acceptable range of a quality level for each of a plurality of print parameters; identification means for identifying the information indicating the acceptable range of the quality level for each of the plurality of print parameters corresponding to the received level of the print quality requirement concerning the print product, based on the table; and transmission means for transmitting print data and requirement data of the print data, the requirement data including the identified information indicating the acceptable range of the quality level for each of the print parameters. reception means for receiving designation of a level of a print quality requirement concerning a print product; storage means for storing a table in which the level of a print quality requirement is associated with information indicating an acceptable range of a quality level for each of a plurality of print parameters; identification means for identifying the information indicating the acceptable range of the quality level for each of the plurality of print parameters corresponding to the received level of the print quality requirement concerning the print product, based on the table; and transmission means for transmitting print data and requirement data of the print data, the requirement data including the identified information indicating the acceptable range of the quality level for each of the print parameters.
Method for parking a vehicle in a first perpendicular parking space , in which a further vehicle is parked in at least one second perpendicular parking space which adjoins the first perpendicular parking space , wherein the position and/or orientation of the further vehicle in the second perpendicular parking space is ascertained and the target position and/or target orientation of the vehicle in the first perpendicular parking space are ascertained on the basis thereof, wherein at least one image of the at least one further vehicle is generated by means of at least one optical detection unit of the vehicle before the vehicle is parked in the first perpendicular parking space , and the image is evaluated as to whether a headlight or a rear light of the further vehicle can be recognized in the image , wherein it is recognized that the further vehicle is parked oriented forward in the second perpendicular parking space if at least one rear light is contained in the image , and it is recognized that the further vehicle is parked oriented backward in the second perpendicular parking space if at least one headlight is contained in the image , characterized in that - the image is evaluated as to whether an identical light source is recognized in each case at opposite end regions of the further vehicle in the width direction (x) of the further vehicle , wherein the regions of the further vehicle that may be the headlights or the rear lights can then be recognized as a result, and/or - a license plate of the further vehicle is searched for in the image , wherein when a license plate is recognized, a headlight or a rear light of the further vehicle is then searched for in the image depending on the position of the license plate. - the image is evaluated as to whether an identical light source is recognized in each case at opposite end regions of the further vehicle in the width direction (x) of the further vehicle , wherein the regions of the further vehicle that may be the headlights or the rear lights can then be recognized as a result, and/or - a license plate of the further vehicle is searched for in the image , wherein when a license plate is recognized, a headlight or a rear light of the further vehicle is then searched for in the image depending on the position of the license plate.
A case for secondary batteries comprising a laminate sheet composed of multiple layers, wherein the laminate sheet comprises an insulating layer having an elongation percentage of 10% or more, wherein the insulating layer is composed of polyurethane fiber and/or aramid fiber, or wherein the insulating layer is composed of a blended composition of at least one fiber selected from the group consisting of polyurethane fiber and aramid fiber, and a plasticizer, wherein the insulating layer is suitable to prevent direct contact between an object having conductivity and electrodes or direct contact between a positive electrode and a negative electrode, the insulating layer has a melting point of 100°C or more; and wherein the laminate sheet has a three-layer or more structure comprising the insulating layer; wherein the laminate sheet is composed of an insulating layer, a first layer, and a second layer, and the insulating layer is disposed between the first layer and the second layer.