mhurhangee/ep-ind-claims huggingface dataset:
A transport dishwasher with a freshwater post-rinsing zone and at least one further upstream rinsing zone, wherein the transport dishwasher comprises a boiler for receiving and heating freshwater and a first pumping device, which is configured such that freshwater from the boiler can be discharged into the freshwater post-rinsing zone via the discharge nozzles arranged in the freshwater post-rinsing zone, wherein an additional post-rinsing zone is arranged between the freshwater post-rinsing zone and the at least one further upstream rinsing zone, wherein the transport dishwasher comprises a first catchment trough which is configured and arranged so as to exclusively catch water, which is discharged in the freshwater post-rinsing zone via the discharge nozzles arranged therein, wherein further a second pumping device is provided, which discharges the water collected in the first catchment trough into the additional post-rinsing zone via discharge nozzles arranged in the additional post-rinsing zone, wherein the transport dishwasher further comprises a tank which is configured and arranged so to catch both water which is discharged in the additional post-rinsing zone via the discharge nozzles arranged therein, and water which is discharged in the directly upstream rinsing zone of the at least one further upstream rinsing zone, wherein a third pumping device is provided which discharges the water collected in the tank via discharge nozzles arranged in the directly upstream rinsing zone, wherein the tank is covered by a screening device, which in the area of the additional post-rinsing zone is configured as an inclined closed metal sheet, whilst in the area of the one further upstream rinsing zone the screening device is configured as an inclined overflow screen so that water which is discharged by the discharge nozzles in the additional post-rinsing zone and falls onto the screening device in the area of the additional post-rinsing zone, is directed via the closed inclined metal sheet onto the overflow screen in the area of the directly upstream rinsing zone.
A plant material comprising a genomic nucleotide sequence encoding a sugar signaling in barley 2 (SUSIBA2) or SUSIBA2-like transcription factor under transcriptional control of a promoter active in said plant material, said genomic nucleotide sequence encoding said SUSIBA2 or SUSIBA2-like transcription factor lacks at least a portion of an activation region of a SUSIBA1 or SUSIBA1 -like promoter ( SUSIBA1 p or SUSIBA1 -like p), present in an intron of a wild-type version of said 2. genomic nucleotide sequence encoding said SUSIBA2 or SUSIBA2-like transcription factor, wherein said plant material is selected from the group consisting of a barley plant material, and a rice plant material; said genomic nucleotide sequence encoding said SUSIBA2-like transcription factor is OsSUSIBA2-like gene in rice that is a corresponding version of the SUSIBA2 gene present in barley; said genomic nucleotide sequence encoding said SUSIBA2 transcription factor encodes a SUSIBA2 transcription factor as defined in SEQ ID NO: 104 and said genomic nucleotide sequence encoding said SUSIBA2-like transcription factor encodes a SUSIBA2-like transcription factor as defined in SEQ ID NO: 105; said SUSIBA1 p is defined in SEQ ID NO: 96 and said SUSIBA1 -like p is defined in SEQ ID NO: 97; said SUSIBA1 -like p is a promoter of a nucleotide sequence encoding a SUSIBA1-like transcription factor; and said activation region of said SUSIBA1 p is as defined in SEQ ID NO: 92 and said activation region of said SUSIBA1 -like p is as defined in SEQ ID NO: 93 for rice. said plant material is selected from the group consisting of a barley plant material, and a rice plant material; said genomic nucleotide sequence encoding said SUSIBA2-like transcription factor is OsSUSIBA2-like gene in rice that is a corresponding version of the SUSIBA2 gene present in barley; said genomic nucleotide sequence encoding said SUSIBA2 transcription factor encodes a SUSIBA2 transcription factor as defined in SEQ ID NO: 104 and said genomic nucleotide sequence encoding said SUSIBA2-like transcription factor encodes a SUSIBA2-like transcription factor as defined in SEQ ID NO: 105; said SUSIBA1 p is defined in SEQ ID NO: 96 and said SUSIBA1 -like p is defined in SEQ ID NO: 97; said SUSIBA1 -like p is a promoter of a nucleotide sequence encoding a SUSIBA1-like transcription factor; and said activation region of said SUSIBA1 p is as defined in SEQ ID NO: 92 and said activation region of said SUSIBA1 -like p is as defined in SEQ ID NO: 93 for rice.
Energy-absorbing device for a motor vehicle bumper beam, said energy-absorbing device being designed to make the connection between a bumper beam and the end of a vehicle side member facing the bumper beam, the energy-absorbing device including at least one first zone made from a non-reinforced polymer material and at least one second zone comprising a first nominal layer made from a fiber-reinforced polymer material, characterized in that the second zone has at least one additional layer that is superposed at least partially on the first nominal layer so as to vary the thickness (ef) of the second zone, the second zone having different portions in which the number of superposed layers (14, 16) is variable from one portion to another.
A sensor system comprising: a sensor comprising a sense capacitor (C S) with a variable sense capacitance; and a readout integrated circuit comprising an analog to digital converter, ADC having an ADC input connected to the sense capacitor (C S), wherein: a variable parasitic capacitance (C p1, Cp2, C p3) is able to be coupled to the ADC input; and when an input pressure is sensed by the sensor, the variable sense capacitance (C s) is modulated, thereby generating one or more ADC output signals (430, d1, d0) in correspondence of the input pressure, characterised in that the sensor further comprises an offset capacitor (C OS) operatively charged or discharged out of phase with respect to the sense capacitor (C S). a sensor comprising a sense capacitor (C S) with a variable sense capacitance; and a readout integrated circuit comprising an analog to digital converter, ADC having an ADC input connected to the sense capacitor (C S), wherein: a variable parasitic capacitance (C p1, Cp2, C p3) is able to be coupled to the ADC input; and when an input pressure is sensed by the sensor, the variable sense capacitance (C s) is modulated, thereby generating one or more ADC output signals (430, d1, d0) in correspondence of the input pressure, characterised in that the sensor further comprises an offset capacitor (C OS) operatively charged or discharged out of phase with respect to the sense capacitor (C S). a variable parasitic capacitance (C p1, Cp2, C p3) is able to be coupled to the ADC input; and when an input pressure is sensed by the sensor, the variable sense capacitance (C s) is modulated, thereby generating one or more ADC output signals (430, d1, d0) in correspondence of the input pressure, characterised in that the sensor further comprises an offset capacitor (C OS) operatively charged or discharged out of phase with respect to the sense capacitor (C S).
A computer implemented method for highlighting high risk structures in a virtual rendering for use during an intervention procedure in a body lumen, comprising: performing a CT scan of the body lumen; segmenting the body lumen; segmenting a high risk structure, which is located outside the body lumen wall; determining relative distances between the points on the body lumen wall and the high risk structure; comparing the distances to a marking criteria; creating a virtual rendering of the inside of the body lumen corresponding to an interventional camera image; and marking the points of the body lumen wall of the virtual rendering of the body lumen corresponding to the comparison of the relative distance to the marking criteria. performing a CT scan of the body lumen; segmenting the body lumen; segmenting a high risk structure, which is located outside the body lumen wall; determining relative distances between the points on the body lumen wall and the high risk structure; comparing the distances to a marking criteria; creating a virtual rendering of the inside of the body lumen corresponding to an interventional camera image; and marking the points of the body lumen wall of the virtual rendering of the body lumen corresponding to the comparison of the relative distance to the marking criteria.
A device comprising: a double sided circuit board including a first metal layer and a second metal layer separated by a non-conductive substrate, wherein the first metal layer comprises circuit traces, and the second metal layer comprises a conductive ground plane; and a battery cell integrated with the double sided circuit board, the battery cell including: a first electrode comprising the second metal layer of the double sided circuit board; a first solid electrolyte layer adjacent to the conductive ground plane of the second metal layer; a separator layer adjacent to the first solid electrolyte layer; a second solid electrolyte layer adjacent to the separator layer; a second electrode adjacent to the second solid electrolyte layer; and an encapsulation layer partially enclosing the battery cell. a double sided circuit board including a first metal layer and a second metal layer separated by a non-conductive substrate, wherein the first metal layer comprises circuit traces, and the second metal layer comprises a conductive ground plane; and a battery cell integrated with the double sided circuit board, the battery cell including: a first electrode comprising the second metal layer of the double sided circuit board; a first solid electrolyte layer adjacent to the conductive ground plane of the second metal layer; a separator layer adjacent to the first solid electrolyte layer; a second solid electrolyte layer adjacent to the separator layer; a second electrode adjacent to the second solid electrolyte layer; and an encapsulation layer partially enclosing the battery cell. a first electrode comprising the second metal layer of the double sided circuit board; a first solid electrolyte layer adjacent to the conductive ground plane of the second metal layer; a separator layer adjacent to the first solid electrolyte layer; a second solid electrolyte layer adjacent to the separator layer; a second electrode adjacent to the second solid electrolyte layer; and an encapsulation layer partially enclosing the battery cell.
A method for calibrating a WIM (Weigh in Motion) sensor embedded in a road, the sensor being suitable for determining the dynamic and/or static weight of a vehicle as it passes over the WIM sensor, wherein said WIM sensor is passed over by a calibration vehicle equipped with at least one measuring wheel being a rotating wheel force dynamometer which rotates with the hub, wherein said measuring wheel is an inherently rigid entity of measuring cells and adaptation on the rim and hub sides, said entity itself rotating with the hub, wherein at said measuring wheel during travel the dynamic wheel force onto the road and onto said WIM sensor is measured directly in a time- or location-dependent manner, wherein the measuring wheel measures the dynamic wheel force with a considerably higher precision than that with which the WIM sensor measures the dynamic and/or static weight of a vehicle, wherein measured wheel force data are transmitted to an evaluating unit and in addition, as the calibration vehicle passes over, WIM signal data are measured at the WIM sensor and are transmitted to the evaluating unit, and wherein said wheel force data are synchronized with said WIM signal data and on the basis of said comparison of the wheel force data with the WIM signal data a calibration function is determined and is used to calibrate the WIM sensor.
A transmitting device (100; 120; 202) associated with a real-time locating system, the transmitting device comprising: a first transducer (102; 122) configured to transmit acoustic signals having a first frequency, the acoustic signals including an identifying code of the transmitting device, wherein the identifying code represents a location of the transmitting device; and a beacon device configured to transmit beacon data via a short-range wireless communication technique, wherein the beacon data includes information that may be used by a receiving device (110; 204) in decoding the transmitted acoustic signals, the information describing a subset of identifying codes in use in a vicinity of the beacon device, and wherein the identifying code is a member of the subset of identifying codes. a first transducer (102; 122) configured to transmit acoustic signals having a first frequency, the acoustic signals including an identifying code of the transmitting device, wherein the identifying code represents a location of the transmitting device; and a beacon device configured to transmit beacon data via a short-range wireless communication technique, wherein the beacon data includes information that may be used by a receiving device (110; 204) in decoding the transmitted acoustic signals, the information describing a subset of identifying codes in use in a vicinity of the beacon device, and wherein the identifying code is a member of the subset of identifying codes.
A multifunctional, long-acting antirust film comprising: a nylon 6 thin-film layer, an adhesive layer, an antimicrobial layer and an antirust layer; the antimicrobial layer covers the antirust layer, the adhesive layer covers the antimicrobial layer, and the nylon 6 thin-film layer covers the adhesive layer wherein the nylon 6 thin-film layer accounts for from 25% to 32%, the adhesive layer accounts for from 6% to 8%, the antimicrobial layer accounts for from 30 to 35%, and the antirust layer accounts for from 26% to 35% of its total mass; the antirust layer comprises from 23.5 to 26 parts by mass of a binary copolymer of PP, from 3 to 4 parts by mass of a thermoplastic elastomer, from 0.5 to 1 parts by mass of an antisticking agent and from 2 to 4 parts by mass of an antirust masterbatch; the antimicrobial layer comprises from 27 to 29 parts by mass of polyethylene and from 3 to 6 parts by mass of an antimicrobial masterbatch.
A method of producing a tableted chewing gum composition for oral administration of cannabinoids, the method comprises the steps of: i) feeding a gum composition comprising water-insoluble gum base into an extruder from one or more feeding inlets, the gum base comprising one or more natural resins in an amount of 10-40% by weight of the gum base, optionally including additional ingredients, ii) pressurizing the gum composition in the extruder while controlling temperature and pressure of the gum composition, optionally including further ingredients from one or more feeding inlets, iii) extruding the gum composition through a die means, iv) cutting the extruded gum composition in a liquid filled chamber, thereby obtaining a first population of particles comprising water-insoluble gum base, v) including the first population of particles with a second population of particles comprising water-soluble chewing gum ingredients and one or more cannabinoids, the second population of particles being free of water-insoluble gum base, thereby obtaining a chewing gum composition and vi) tableting the chewing gum composition in a tablet pressing apparatus, thereby obtaining a tableted chewing gum composition, wherein the chewing gum does not comprise a polymer carrier for the one or more cannabinoids. i) feeding a gum composition comprising water-insoluble gum base into an extruder from one or more feeding inlets, the gum base comprising one or more natural resins in an amount of 10-40% by weight of the gum base, optionally including additional ingredients, ii) pressurizing the gum composition in the extruder while controlling temperature and pressure of the gum composition, optionally including further ingredients from one or more feeding inlets, iii) extruding the gum composition through a die means, iv) cutting the extruded gum composition in a liquid filled chamber, thereby obtaining a first population of particles comprising water-insoluble gum base, v) including the first population of particles with a second population of particles comprising water-soluble chewing gum ingredients and one or more cannabinoids, the second population of particles being free of water-insoluble gum base, thereby obtaining a chewing gum composition and vi) tableting the chewing gum composition in a tablet pressing apparatus, thereby obtaining a tableted chewing gum composition,
Explosive-free projectile (100, 100') which, upon fragmentation in the target, generates at least one heat tone detectable by means of thermal imaging devices, containing a projectile jacket, at least consisting of a projectile body and a projectile cover, in which a support structure is integrated, in which support structure inserts (5, 7) are accommodated, wherein one of the inserts (5, 7) contains 1,2-propane diol or a mixture containing 1,2-propane diol, characterized in that another of the inserts (5, 7) contains phosphorus oxide or a substance mixture containing phosphorus oxide.
A method of detecting a sustained arc in an electric heat tracing system, the method comprising: collecting over a predetermined time period a cable signal on a heating cable in the electric heat tracing system by sampling the cable signal in a time domain; extracting, from the sampling of the cable signal, spectral information comprising a frequency component and an amplitude component; characterised by: removing a line frequency signature from the spectral information, the line frequency signature comprising a line current frequency of the electric heat tracing system and at least one harmonic of the line current frequency; extracting at least one off-harmonic frequency band from the spectral information; and analyzing the at least one off-harmonic frequency band to determine whether an arc signal is present. collecting over a predetermined time period a cable signal on a heating cable in the electric heat tracing system by sampling the cable signal in a time domain; extracting, from the sampling of the cable signal, spectral information comprising a frequency component and an amplitude component; characterised by: removing a line frequency signature from the spectral information, the line frequency signature comprising a line current frequency of the electric heat tracing system and at least one harmonic of the line current frequency; extracting at least one off-harmonic frequency band from the spectral information; and analyzing the at least one off-harmonic frequency band to determine whether an arc signal is present. removing a line frequency signature from the spectral information, the line frequency signature comprising a line current frequency of the electric heat tracing system and at least one harmonic of the line current frequency; extracting at least one off-harmonic frequency band from the spectral information; and analyzing the at least one off-harmonic frequency band to determine whether an arc signal is present.
A reflective array comprising at least one an apparatus comprising: an antenna element; an optical lens; a first optoelectronic phase shifter in a feed point of the antenna element and in a focus of the optical lens; a second optoelectronic phase shifter disposed at least in part between the optical lens and the antenna element; the reflective array comprises at least one dispersive element, the dispersive element configured to disperse light into two colours and to direct each of the two colours to the optical lens of the at least one apparatus comprised in the reflective array, the reflective array being arranged to cause a configurable interference pattern between an incident electromagnetic field and an electromagnetic field reflected from the reflective array, wherein the optical lens of the at least one apparatus comprised in the reflective array is arranged to focus a different colour of light on each of the first and the second optoelectronic phase shifter (231, 232) comprised in the at least one apparatus. an antenna element; an optical lens; a first optoelectronic phase shifter in a feed point of the antenna element and in a focus of the optical lens; a second optoelectronic phase shifter disposed at least in part between the optical lens and the antenna element; the reflective array comprises at least one dispersive element, the dispersive element configured to disperse light into two colours and to direct each of the two colours to the optical lens of the at least one apparatus comprised in the reflective array, the reflective array being arranged to cause a configurable interference pattern between an incident electromagnetic field and an electromagnetic field reflected from the reflective array, wherein the optical lens of the at least one apparatus comprised in the reflective array is arranged to focus a different colour of light on each of the first and the second optoelectronic phase shifter (231, 232) comprised in the at least one apparatus.
Container made of a plastic material, provided with a base including a standing ring forming a support flange and a diaphragm extending from the standing ring to a central portion, said diaphragm being capable of standing in an outwardly-inclined position, wherein the diaphragm connects to the standing ring at an outer junction forming an outer articulation of the diaphragm with respect to the standing ring; wherein the diaphragm connects to the central portion at an inner junction forming an inner articulation of the diaphragm with respect to the central portion; wherein the outer junction and the inner junction are rounded; whereby said diaphragm is invertible with respect to the standing ring from the outwardly-inclined position, in which the inner junction extends below the outer junction, to an inwardly-inclined position in which the inner junction extends above the outer junction; wherein, in the inwardly-inclined position, at least an inner portion of the diaphragm adjacent to the inner junction is curved in radial section, with a concavity turned outwards with respect to the container, an outer portion of the diaphragm adjacent to the outer junction being curved in radial section, with a concavity turned inwards with respect to the container, the inner portion and the outer portion meeting at a median junction which, in radial section, forms an inflexion point between the inner portion and the outer portion, wherein, in the outwardly-inclined position, the diaphragm is curved in radial section, wherein, the diaphragm is, in the outwardly-inclined position, curved in radial section, with the concavity turned outwards with respect to the container and a radius of curvature denoted by, characterized in that a tangent of the diaphragm to the outer junction is horizontal and maintains its orientation during inversion of the diaphragm.
A TAL effector based recombinant protein for use in the treatment of Friedreich ataxia in a subject, comprising: i) a TALE domain derived from a TAL effector protein comprising a repeat variable domain comprising a plurality of tandem repeat monomers; ii) a nuclear localization signal; and iii) a transcription activation domain, wherein said RVD binds to a frataxin promoter sequence of the frataxin gene in said cell, thereby allowing expression of frataxin in said cell, and wherein said frataxin gene comprises 75 or more GAA trinucleotide repeats in intron 1 thereof. i) a TALE domain derived from a TAL effector protein comprising a repeat variable domain comprising a plurality of tandem repeat monomers; ii) a nuclear localization signal; and iii) a transcription activation domain,