mhurhangee/ep-ind-claims huggingface dataset:
A method for determining the mechanical state of an agricultural land characterised in that it comprises: a) obtaining, by means of sensor means arranged in a tillage element of an agricultural machine, measurements of a vibratory signal, wherein the vibratory signal is produced as a result of the contact of the tillage element with the agricultural land during a tillage operation; b) sending, by communication means, the measurements obtained from the vibratory signal, grouped into data packets, to a processor module; c) transforming, by the processor module, the measurements of the vibratory signal grouped into the data packets into a frequency signal; d) obtaining a power spectral density signal starting from the frequency signal; e) comparing a first energy pattern, corresponding to amplitude measurements of the power spectral density PSD signal in a certain frequency band, with a plurality of energy patterns from a database, wherein the plurality of energy patterns from the database are associated with different mechanical states of the land assigned as a function of prior measurements by means of a penetrometer; and f) determining the mechanical state of the agricultural land as a result of the comparison of the first energy pattern with the plurality of energy patterns stored in the database. a) obtaining, by means of sensor means arranged in a tillage element of an agricultural machine, measurements of a vibratory signal, wherein the vibratory signal is produced as a result of the contact of the tillage element with the agricultural land during a tillage operation; b) sending, by communication means, the measurements obtained from the vibratory signal, grouped into data packets, to a processor module; c) transforming, by the processor module, the measurements of the vibratory signal grouped into the data packets into a frequency signal; d) obtaining a power spectral density signal starting from the frequency signal; e) comparing a first energy pattern, corresponding to amplitude measurements of the power spectral density PSD signal in a certain frequency band, with a plurality of energy patterns from a database, wherein the plurality of energy patterns from the database are associated with different mechanical states of the land assigned as a function of prior measurements by means of a penetrometer; and f) determining the mechanical state of the agricultural land as a result of the comparison of the first energy pattern with the plurality of energy patterns stored in the database.
A thin-film thermo-electric generator, characterized in that comprises: a substrate, a plurality of P-type thermo-electric thin-film layer, a plurality of insulating thin-film layer, a plurality of N-type thermo-electric thin-film layer and two electrodes; wherein the P-type thermo-electric thin-film layer and the N-type thermo-electric thin-film layer are deposited on two opposed sides of said substrate, and alternating with each other; a three-layer film formed by a group of said P-type thermo-electric thin-film layer, said insulating thin-film layer and said N-type thermo-electric thin-film layer, wherein said P-type thermo-electric thin-film layer and said N-type thermo-electric thin-film layer of said three-layer film are connected together at one end of said insulating thin-film layer to form a PN junction; an insulating layer deposited between two adjacent said PN junctions for separating, wherein said two adjacent PN junctions separated by said insulating layer are connected together at one end of the insulating layer, in order to form PN junctions in series; wherein the two electrodes are respectively extracted from the outermost thin-film layer on two sides of said substrate. a substrate, a plurality of P-type thermo-electric thin-film layer, a plurality of insulating thin-film layer, a plurality of N-type thermo-electric thin-film layer and two electrodes; wherein the P-type thermo-electric thin-film layer and the N-type thermo-electric thin-film layer are deposited on two opposed sides of said substrate, and alternating with each other; a three-layer film formed by a group of said P-type thermo-electric thin-film layer, said insulating thin-film layer and said N-type thermo-electric thin-film layer, wherein said P-type thermo-electric thin-film layer and said N-type thermo-electric thin-film layer of said three-layer film are connected together at one end of said insulating thin-film layer to form a PN junction; an insulating layer deposited between two adjacent said PN junctions for separating, wherein said two adjacent PN junctions separated by said insulating layer are connected together at one end of the insulating layer, in order to form PN junctions in series; wherein the two electrodes are respectively extracted from the outermost thin-film layer on two sides of said substrate.
A speed sensor for measuring the speed of a gearwheel or a wheel provided with ferromagnetic signs, mounted inside a gearbox, the speed sensor having a housing with its one end adapted for inserting into and fixing to a through-hole of the gearbox so that the front face of the housing faces the gearwheel, whereby in the housing a first Hall sensor with a first Hall detector facing the front face of the housing is arranged and the first Hall detector is connected to an electronic circuit for conversion of an output analog signal to a digital signal, whereby upper and lower threshold values of the output voltages from the first Hall detector, upon excess of which a first analog signal is converted to a first digital signal, are self-adjusting with respect to upper and lower peeks of the analog signal, and whereby the south pole of a first basic magnet engages in alignment with the sensitive axis of the Hall detector the side of the first Hall detector situated opposite the front face of the housing, characterized in that in the housing of the speed sensor a second Hall sensor comprising a second Hall detector facing the front face of the housing is arranged and the second Hall detector is connected to an electronic circuit for conversion of its output second analog signal to a second digital signal, whereby the upper and lower threshold values of the output voltages from the Hall detector, upon excess of which the second analog signal is converted to the second digital signal, are self-adjusting with respect to upper and lower peeks of the analog signal, whereby the north pole of a second basic magnet engages in alignment with the sensitive axis of the second Hall detector the side of the first Hall detector situated opposite the front face of the housing so that the sensitive axes (O3, O4) of both the Hall detectors (30, 40) are parallel to each other and the distance between the axes (O3 and O4) of both the Hall detectors (30 and 40) is equal to or less than the width of a tooth of the sensed gearwheel or the width of a ferromagnetic sign of a sensed disc so that the two Hall detectors (30, 40) and basic magnets (31, 41) are arranged such that a disturbing magnet attached to the outer side of the gearbox weakens the magnetic flux in one of the Hall detector while it strengthens the magnetic flux in the second Hall detector and such that at least one of the Hall sensors (3, 4) will remain operative in the presence of the disturbing magnetic field.
A method for wireless communication by a user equipment, UE, the method comprising: reducing a transmission power allocated to at least one of at least two data channels relative to a respective nominal transmission power if a total nominal transmission power for the at least two data channels exceeds a predetermined value; and transmitting signals on the at least two data channels in at least two respective component carriers; wherein a first data channel of the at least two data channels conveys uplink control information and data, and is transmitted with a nominal transmission power of the first data channel; wherein at least one remaining data channel of the at least two data channels is transmitted with a total power that is smaller than or equal to a value obtained by subtracting the nominal transmission power of the first data channel from the predetermined value; and wherein the at least two data channels are physical uplink shared channels, PUSCHs. reducing a transmission power allocated to at least one of at least two data channels relative to a respective nominal transmission power if a total nominal transmission power for the at least two data channels exceeds a predetermined value; and transmitting signals on the at least two data channels in at least two respective component carriers; wherein a first data channel of the at least two data channels conveys uplink control information and data, and is transmitted with a nominal transmission power of the first data channel; wherein at least one remaining data channel of the at least two data channels is transmitted with a total power that is smaller than or equal to a value obtained by subtracting the nominal transmission power of the first data channel from the predetermined value; and wherein the at least two data channels are physical uplink shared channels, PUSCHs.
A system, comprising: a processor, which is configured to: receive electrical signals indicative of measured positions of (i) one or more chest position sensors (28a-28c) attached externally to a chest of a patient, and (ii) one or more back position sensors (28d-28f) attached externally to a back of the patient; compare between (i) a first shift between the measured positions (60a-60c) and respective predefined positions (58a-58c) of the one or more chest position sensors (28a-28c), and (ii) a second shift between the measured positions (60d-60f) and respective predefined positions (58d-58f) of the one or more back position sensors (28d-28f); and, in response to detecting a discrepancy between the first and second shifts: determine whether the source of the discrepancy is a field interference; and produce an alert of the discrepancy; and an output device, which is configured to output the alert to a user. a processor, which is configured to: receive electrical signals indicative of measured positions of (i) one or more chest position sensors (28a-28c) attached externally to a chest of a patient, and (ii) one or more back position sensors (28d-28f) attached externally to a back of the patient; compare between (i) a first shift between the measured positions (60a-60c) and respective predefined positions (58a-58c) of the one or more chest position sensors (28a-28c), and (ii) a second shift between the measured positions (60d-60f) and respective predefined positions (58d-58f) of the one or more back position sensors (28d-28f); and, in response to detecting a discrepancy between the first and second shifts: determine whether the source of the discrepancy is a field interference; and produce an alert of the discrepancy; and receive electrical signals indicative of measured positions of (i) one or more chest position sensors (28a-28c) attached externally to a chest of a patient, and (ii) one or more back position sensors (28d-28f) attached externally to a back of the patient; compare between (i) a first shift between the measured positions (60a-60c) and respective predefined positions (58a-58c) of the one or more chest position sensors (28a-28c), and (ii) a second shift between the measured positions (60d-60f) and respective predefined positions (58d-58f) of the one or more back position sensors (28d-28f); and, in response to detecting a discrepancy between the first and second shifts: determine whether the source of the discrepancy is a field interference; and produce an alert of the discrepancy; and determine whether the source of the discrepancy is a field interference; and produce an alert of the discrepancy; and an output device, which is configured to output the alert to a user.
An interferometric sensor comprising a sensing element whereby a measurand induces a relative phase shift between two waves passing through the sensing element, wherein the sensing element is a voltage sensor and the measurand is an electric voltage or an electric field strength, and the relative phase shift inside the sensing element is responsive to the voltage applied between two of its faces, at least one detector (41,26) measuring an interference signal between the two waves, and further comprising a phase shift detection unit having as input the interference signal and determining a first measure representative of the principal value (φ, 13) of the relative phase shift and a contrast detection unit having as input the interference signal for determining a second measure (A, 12) representative of the cross-correlation between the two waves, and further a processing unit for converting the first and second measures to a measurand value, wherein the second measure is a parameter relating to the interference contrast or fringe visibility, wherein the waves in interference have a sufficiently broad spectrum to produce a rapidly varying and monotonic cross-correlation function in a range of the same width as the target measurement range, and wherein using the detected second measure representative of the cross-correlation, the sensor removes period ambiguity from the relative phase shift as measured.
A continuous automatic peripheral rewinding machine for producing rolls (L1, L2, L3) of web material wound around winding cores (A1, A2, A3), comprising a first winding cradle formed between a first winding roller, a second winding roller and a third winding roller, and a second winding cradle formed between the first winding roller, the second winding roller and a fourth winding roller; wherein the first winding roller and the second winding roller define a nip therebetween, through which the winding cores (A1, A2, A3), around which the web material is wound, pass and the web material is fed towards a roll being formed in the second winding cradle; wherein the third winding roller and fourth winding roller have respective movable axes (7A, 8A), to follow the motion of the winding core (A1, A2, A3) and of the roll (L1, L2, L3) in the first winding cradle, in the second winding cradle and in the nip between said first winding cradle and second winding cradle; characterized by comprising a movable severing member acting on the web material between a winding core (A1, A2, A3) and a roll (L1, L2, L3) being formed in the second winding cradle, to sever the web material thus generating a tail edge (Lf) of a completed roll (L1, L2, L3) and a leading edge (Li) of a new roll (L1, L2, L3) to be wound; wherein the movement of the severing member is synchronized with a translation movement of the third winding roller; and wherein the severing member comprises a pressing member controlled to selectively pinch the web material against the third winding roller thus severing said web material.
A closure sterilization arrangement for container closures, with a conveying device which conveys the container closures separately along a pre-set conveying path, with a drive device for driving the conveying device, with an irradiation device which generates a radiation sterilizing the container closures and which acts upon the container closures with this radiation during the conveying thereof by the conveying device, with a clean room inside which the container closures are conveyed at least for a time during the sterilization thereof, wherein the closure sterilization arrangement has a rotating device (22, 23, 24, 26) which rotates the container closures about a pre-set axis of rotation at least for a time during their conveying by the conveying device, and the irradiation device is arranged with respect to the conveying path of the container closures in such a way that the radiation issuing from the irradiation device strikes both an external peripheral wall of the container closures and an internal region of the container closures, wherein the irradiation device irradiates the container closures from at least two different radiation directions (S1, S2) and wherein the conveying device conveys the container closures by means of single carriers along the conveying path and wherein these carriers are arranged on a linear conveying means of the conveying device.
An antiperspirant aerosol product having a mean spray rate of from 0.35 g/s to 0.55 g/s and comprising: A) an anhydrous antiperspirant aerosol composition containing less than 1% by weight water and comprising a propellant and a base composition comprising particulate antiperspirant active suspended in a carrier oil, the ratio of propellant to base composition being from 2:1 to 4:1 by weight and B) an aerosol dispenser comprising: a container body, an aerosol valve, and a valve actuator; characterised in that the particulate antiperspirant active comprises a basic aluminium chloride compound of formula Al 2 OH 4.4 Cl 1.6 to Al 2 OH 4.9 Cl 1.1, water soluble calcium salt and an amino acid; and the aerosol valve of the aerosol dispenser has a vapor phase tap to restrictive tailpiece ratio of from 0.6:1 to 1.2:1, this ratio relating to the minimum cross-sectional area of each, and wherein the diameter of the RTP is less than 0.8 mm. A) an anhydrous antiperspirant aerosol composition containing less than 1% by weight water and comprising a propellant and a base composition comprising particulate antiperspirant active suspended in a carrier oil, the ratio of propellant to base composition being from 2:1 to 4:1 by weight and B) an aerosol dispenser comprising: a container body, an aerosol valve, and a valve actuator;
An apparatus for controlling a charge for a battery, comprising: an input unit configured to convert alternating current input power into direct current power; a first converter configured to store or output the DC power; a circuit unit configured to filter output power through a two-stage filter (211, 212, 221, 227) in a normal operation state so that the ripple of the out power is reduced or configured to boost the output power by controlling two switches (223, 225) which are installed within the circuit unit in an instantaneous power failure state of the AC input power; and a second converter configured to convert the filtered or boosted power and supply the power to a high voltage battery. an input unit configured to convert alternating current input power into direct current power; a first converter configured to store or output the DC power; a circuit unit configured to filter output power through a two-stage filter (211, 212, 221, 227) in a normal operation state so that the ripple of the out power is reduced or configured to boost the output power by controlling two switches (223, 225) which are installed within the circuit unit in an instantaneous power failure state of the AC input power; and a second converter configured to convert the filtered or boosted power and supply the power to a high voltage battery.
A composition for holographic recording comprising: a) an inert polyphenyl ether binder capable of supporting radical polymerization, wherein the polyphenyl ether binder comprises an unsubstituted polyphenyl ether having 5 or 6 phenyl groups, and optionally having at least one thioether linkage, and wherein the inert binder is substantially transparent in visible light, and has a viscosity of at least 200 cSt (2x10 -4 m 2 /s) at 38°C; b) a photopolymerizable part comprising: i) a matrix forming component comprising at least one radically photopolymerizable multifunctional (meth)acrylic oligomer or monomer, and ii) a radically polymerizable recording component; and c) a photoinitiation system capable of initiating radical polymerization. a) an inert polyphenyl ether binder capable of supporting radical polymerization, wherein the polyphenyl ether binder comprises an unsubstituted polyphenyl ether having 5 or 6 phenyl groups, and optionally having at least one thioether linkage, and wherein the inert binder is substantially transparent in visible light, and has a viscosity of at least 200 cSt (2x10 -4 m 2 /s) at 38°C; b) a photopolymerizable part comprising: i) a matrix forming component comprising at least one radically photopolymerizable multifunctional (meth)acrylic oligomer or monomer, and ii) a radically polymerizable recording component; and i) a matrix forming component comprising at least one radically photopolymerizable multifunctional (meth)acrylic oligomer or monomer, and ii) a radically polymerizable recording component; and c) a photoinitiation system capable of initiating radical polymerization.
A method to quantify and qualify exosomes in human cell derived samples or in body fluid, said method comprising the steps of: a) capturing exosomes of the human cell derived sample or body fluid with a primary anti-body anti-Rab 5b; b) detecting the bound exosomes with a detection antibody, said detection antibody binding to an exosome antigen; c) allowing an enzyme linked secondary antibody react with the detection antibody; d) adding substrate; and e) detecting the reaction. a) capturing exosomes of the human cell derived sample or body fluid with a primary anti-body anti-Rab 5b; b) detecting the bound exosomes with a detection antibody, said detection antibody binding to an exosome antigen; c) allowing an enzyme linked secondary antibody react with the detection antibody; d) adding substrate; and e) detecting the reaction.
A microprocessor comprising: a cache including a tag array, wherein the cache is arranged as a set-associative cache having a plurality of sets and a plurality of ways; a tag pipeline that arbitrates access to the tag array; and a logic analyzer being coupled to the tag pipeline and comprising read logic coupled to the tag pipeline; and characterized by: the logic analyzer being configured to record snapshots of tag pipeline arbs, wherein tag pipeline arbs are transactions to access the tag array; the microprocessor being further characterized in that the logic analyzer is configured to compress the snapshots by logically OR-ing together different replay conditions; wherein the compressed snapshots are used to determine what tag pipeline arbs comprise a hang or lead up to the hang and comprise information identifying a set and way of the plurality of sets and plurality of ways, respectively, to which the arb is assigned. a cache including a tag array, wherein the cache is arranged as a set-associative cache having a plurality of sets and a plurality of ways; a tag pipeline that arbitrates access to the tag array; and a logic analyzer being coupled to the tag pipeline and comprising read logic coupled to the tag pipeline; and characterized by: the logic analyzer being configured to record snapshots of tag pipeline arbs, wherein tag pipeline arbs are transactions to access the tag array; the microprocessor being further characterized in that the logic analyzer is configured to compress the snapshots by logically OR-ing together different replay conditions; wherein the compressed snapshots are used to determine what tag pipeline arbs comprise a hang or lead up to the hang and comprise information identifying a set and way of the plurality of sets and plurality of ways, respectively, to which the arb is assigned. the logic analyzer being configured to record snapshots of tag pipeline arbs, wherein tag pipeline arbs are transactions to access the tag array; the microprocessor being further characterized in that the logic analyzer is configured to compress the snapshots by logically OR-ing together different replay conditions; wherein the compressed snapshots are used to determine what tag pipeline arbs comprise a hang or lead up to the hang and comprise information identifying a set and way of the plurality of sets and plurality of ways, respectively, to which the arb is assigned.