mhurhangee/patent-ind-claim-en huggingface dataset:
Method of controlling the duration of a drying phase of a method for cleaning and optionally disinfecting items to be cleaned, comprising the following steps: a) regularly measuring a humidity value of an exhaust air humidity at a time t by using a first humidity sensor, b) determining the temperature of exhaust air flowing out of a cleaning chamber, in which the items to be cleaned are dried, by means of a first temperature sensor so that the exhaust air humidity indicates an absolute humidity of the exhaust air, c) regularly measuring a humidity value of a supply air humidity at the same time t by using a second humidity sensor, wherein in addition the temperature of supply air, which is sucked in from an environment of the cleaning chamber and is used for drying the items to be cleaned, is determined by means of a second temperature sensor so that the supply air humidity indicates an absolute humidity of the supply air, and d) terminating the drying phase when a difference between the exhaust air humidity and the supply air humidity falls below a predefined threshold value. a) regularly measuring a humidity value of an exhaust air humidity at a time t by using a first humidity sensor, b) determining the temperature of exhaust air flowing out of a cleaning chamber, in which the items to be cleaned are dried, by means of a first temperature sensor so that the exhaust air humidity indicates an absolute humidity of the exhaust air, c) regularly measuring a humidity value of a supply air humidity at the same time t by using a second humidity sensor, wherein in addition the temperature of supply air, which is sucked in from an environment of the cleaning chamber and is used for drying the items to be cleaned, is determined by means of a second temperature sensor so that the supply air humidity indicates an absolute humidity of the supply air, and d) terminating the drying phase when a difference between the exhaust air humidity and the supply air humidity falls below a predefined threshold value.
Linear actuator for generating a linear actuating force, comprising: - a first motorized drive unit with a first drive shaft which is configured as a hollow shaft, - a first rotational/translational gear mechanism which is driven by the first motorized drive unit , with a first threaded spindle and a first threaded nut which is in engagement with the threaded spindle, - a second motorized drive unit which is arranged axially with respect to the first motorized drive unit , with a drive shaft , and - a second rotational/translational gear mechanism which is driven by the second motorized drive unit , with a second threaded spindle and a threaded nut which is in engagement with the second threaded spindle , the drive shaft of the second motorized drive unit being guided through the drive shaft which is configured as a hollow shaft, and being connected fixedly to the second threaded spindle so as to rotate with it, characterized in that - the drive shaft of the first motorized drive unit is configured as a first threaded spindle . - a first motorized drive unit with a first drive shaft which is configured as a hollow shaft, - a first rotational/translational gear mechanism which is driven by the first motorized drive unit , with a first threaded spindle and a first threaded nut which is in engagement with the threaded spindle, - a second motorized drive unit which is arranged axially with respect to the first motorized drive unit , with a drive shaft , and - a second rotational/translational gear mechanism which is driven by the second motorized drive unit , with a second threaded spindle and a threaded nut which is in engagement with the second threaded spindle , the drive shaft of the second motorized drive unit being guided through the drive shaft which is configured as a hollow shaft, and being connected fixedly to the second threaded spindle so as to rotate with it, characterized in that - the drive shaft of the first motorized drive unit is configured as a first threaded spindle .
A device for re-circulating a raw material in polybutene preparation, comprising: a reactor, into which a catalyst and a raw material of isobutene which is diluted with an inactive organic solvent are supplied and polymerized to produce a reaction product; a neutralizing/washing tank for removing the catalyst from the reaction product and neutralizing the reaction product which is discharged from the reactor; a separation tank for separating the reaction product which is delivered from the neutralizing /washing tank into organic compounds and water; a C4 distillation column for distilling an unreacted raw material and the inactive organic solvent from the organic compounds which is discharged from the separation tank; and an impurity adsorption column for removing halogen acid from the distilled unreacted raw material and the inactive organic solvent which is transferred from the C4 distillation column using an adsorbent, and means for re-supplying the unreacted raw material and inactive organic solvent, from which the halogen acid is removed, to the reactor, wherein the halogen acid is hydrofluoric acid (HF) or hydrochloric acid (HCl), and the adsorbent is selected from the group consisting of calcium hydroxide, calcium oxide, calcium carbonate, calcium chloride, potassium hydroxide, potassium carbonate, potassium bicarbonate, potassium chloride, sodium hydroxide, sodium carbonate, sodium hydrogen carbonate, solid silicas, solid aluminas, an anion exchange resin having a resin to which an amine group is attached and a cation exchange resins having a resin to which a sulfo group is attached. a reactor, into which a catalyst and a raw material of isobutene which is diluted with an inactive organic solvent are supplied and polymerized to produce a reaction product; a neutralizing/washing tank for removing the catalyst from the reaction product and neutralizing the reaction product which is discharged from the reactor; a separation tank for separating the reaction product which is delivered from the neutralizing /washing tank into organic compounds and water; a C4 distillation column for distilling an unreacted raw material and the inactive organic solvent from the organic compounds which is discharged from the separation tank; and an impurity adsorption column for removing halogen acid from the distilled unreacted raw material and the inactive organic solvent which is transferred from the C4 distillation column using an adsorbent, and means for re-supplying the unreacted raw material and inactive organic solvent, from which the halogen acid is removed, to the reactor, wherein the halogen acid is hydrofluoric acid (HF) or hydrochloric acid (HCl), and the adsorbent is selected from the group consisting of calcium hydroxide, calcium oxide, calcium carbonate, calcium chloride, potassium hydroxide, potassium carbonate, potassium bicarbonate, potassium chloride, sodium hydroxide, sodium carbonate, sodium hydrogen carbonate, solid silicas, solid aluminas, an anion exchange resin having a resin to which an amine group is attached and a cation exchange resins having a resin to which a sulfo group is attached.
Lithium ion cell for a lithium battery which comprises: - a first electrode which is configured as a lithium anode and - a second electrode which is configured as a cathode arrangement and in which at least one of the first and second electrodes comprises: - a power outlet layer , - a functional material and - a coating , wherein the power outlet layer is configured in a grid-like manner with a conductor structure defining open hollow spaces , the functional material is arranged in the hollow spaces between the conductor structure and the coating covers the power outlet layer and the functional material . - a first electrode which is configured as a lithium anode and - a second electrode which is configured as a cathode arrangement - a power outlet layer , - a functional material and - a coating , wherein
User equipment, UE, comprising: means for determining if the UE is attempting to establish circuit switched, CS, signalling; means for generating a connection request wherein: when said UE supports a High Speed Downlink Packet Access channel and an Enhanced Uplink Dedicated Channel, said connection request includes information which identifies support for the High Speed Downlink Packet Access channel and the Enhanced Uplink Dedicated Channel; and when said UE is attempting to establish CS signalling, said connection request further includes a circuit switched signalling indication with said information identifying support for the High Speed Downlink Packet Access channel and the Enhanced Uplink Dedicated Channel; and means for sending the connection request to a network controller . means for determining if the UE is attempting to establish circuit switched, CS, signalling; means for generating a connection request wherein: when said UE supports a High Speed Downlink Packet Access channel and an Enhanced Uplink Dedicated Channel, said connection request includes information which identifies support for the High Speed Downlink Packet Access channel and the Enhanced Uplink Dedicated Channel; and when said UE is attempting to establish CS signalling, said connection request further includes a circuit switched signalling indication with said information identifying support for the High Speed Downlink Packet Access channel and the Enhanced Uplink Dedicated Channel; and when said UE supports a High Speed Downlink Packet Access channel and an Enhanced Uplink Dedicated Channel, said connection request includes information which identifies support for the High Speed Downlink Packet Access channel and the Enhanced Uplink Dedicated Channel; and when said UE is attempting to establish CS signalling, said connection request further includes a circuit switched signalling indication with said information identifying support for the High Speed Downlink Packet Access channel and the Enhanced Uplink Dedicated Channel; and means for sending the connection request to a network controller .
A method for controlling an electronic navigation map, comprising: acquiring (S110, S210, S310, S410) navigation key points contained in a navigation route between a current position of a vehicle and a next maneuver point, upon detecting a display scale adjustment event, wherein the navigation key points are location points that contain the key shape of the navigation route on the navigation map, and wherein the next maneuver point is an intersection point of two or more roads that the vehicle is about to pass; calculating (S120, S320) an optimal scale of the navigation map, according to the navigation key points and a pixel size of a terminal screen, comprising: determining (S220, S420) a minimum rectangle map area enclosing all the navigation key points, the current position of the vehicle and the next maneuver point; and calculating (S230, S430) the optimal scale of the navigation map, according to a coordinate conversion ratio of a size of the minimum rectangle map area and the pixel size of the terminal screen, wherein the optimal scale is obtained by applying said coordinate conversion ratio to a display scale of the minimum rectangle map area before the display scale adjustment event; and displaying (S130, S240, S330, S440) the minimum rectangle map area according to the optimal scale on the terminal screen. acquiring (S110, S210, S310, S410) navigation key points contained in a navigation route between a current position of a vehicle and a next maneuver point, upon detecting a display scale adjustment event, wherein the navigation key points are location points that contain the key shape of the navigation route on the navigation map, and wherein the next maneuver point is an intersection point of two or more roads that the vehicle is about to pass; calculating (S120, S320) an optimal scale of the navigation map, according to the navigation key points and a pixel size of a terminal screen, comprising: determining (S220, S420) a minimum rectangle map area enclosing all the navigation key points, the current position of the vehicle and the next maneuver point; and calculating (S230, S430) the optimal scale of the navigation map, according to a coordinate conversion ratio of a size of the minimum rectangle map area and the pixel size of the terminal screen, wherein the optimal scale is obtained by applying said coordinate conversion ratio to a display scale of the minimum rectangle map area before the display scale adjustment event; and determining (S220, S420) a minimum rectangle map area enclosing all the navigation key points, the current position of the vehicle and the next maneuver point; and calculating (S230, S430) the optimal scale of the navigation map, according to a coordinate conversion ratio of a size of the minimum rectangle map area and the pixel size of the terminal screen, wherein the optimal scale is obtained by applying said coordinate conversion ratio to a display scale of the minimum rectangle map area before the display scale adjustment event; and displaying (S130, S240, S330, S440) the minimum rectangle map area according to the optimal scale on the terminal screen.
A restraint assembly comprising: a restraining stop comprising a first channel ; a first fitting comprising a first retaining rail , wherein the first retaining rail is configured to slide within the first channel ; a roller disposed in the first fitting; wherein the first retaining rail comprises a depression , wherein the first fitting comprises a shear kit configured to secure the first fitting to an aircraft; and wherein a further shear kit is disposed in the restraining stop and configured so that the depression receives the further shear kit , wherein, in response to the further shear kit being engaged with the depression , the restraining stop is restrained from motion relative to the fitting . a restraining stop comprising a first channel ; a first fitting comprising a first retaining rail , wherein the first retaining rail is configured to slide within the first channel ; a roller disposed in the first fitting; wherein the first retaining rail comprises a depression , wherein the first fitting comprises a shear kit configured to secure the first fitting to an aircraft; and wherein a further shear kit is disposed in the restraining stop and configured so that the depression receives the further shear kit , wherein, in response to the further shear kit being engaged with the depression , the restraining stop is restrained from motion relative to the fitting .
A method for reporting power headroom, comprising: determining (S201) a first carrier and a first time slot corresponding to the first carrier for transmitting a power headroom report, PHR; acquiring (S202) a first time slot group corresponding to at least one other carrier, wherein the first time slot group comprises N time slots, uplink data transmission is performed in at least one of the N time slots, N is a positive integer, and the first time slot comprises the first time slot group in a time domain; generating (S203) the PHR based on power headroom corresponding to the first time slot and power headroom corresponding to one or more time slots of the at least one of the N time slots in which the uplink data transmission is performed; and reporting (S204) the PHR to a base station using the first time slot, characterized in that said reporting the PHR to the base station using the first time slot comprises: indicating one or more slot numbers of the one or more time slots used to generate the PHR in the first slot group using one or more bits reserved in a subheader of a Media Access Control, MAC, layer control element; sequentially packaging power headroom corresponding to the one or more slot numbers into a payload of the MAC layer control element; and transmitting the MAC layer control element to the base station using the first time slot. determining (S201) a first carrier and a first time slot corresponding to the first carrier for transmitting a power headroom report, PHR; acquiring (S202) a first time slot group corresponding to at least one other carrier, wherein the first time slot group comprises N time slots, uplink data transmission is performed in at least one of the N time slots, N is a positive integer, and the first time slot comprises the first time slot group in a time domain; generating (S203) the PHR based on power headroom corresponding to the first time slot and power headroom corresponding to one or more time slots of the at least one of the N time slots in which the uplink data transmission is performed; and reporting (S204) the PHR to a base station using the first time slot, characterized in that said reporting the PHR to the base station using the first time slot comprises: indicating one or more slot numbers of the one or more time slots used to generate the PHR in the first slot group using one or more bits reserved in a subheader of a Media Access Control, MAC, layer control element; sequentially packaging power headroom corresponding to the one or more slot numbers into a payload of the MAC layer control element; and transmitting the MAC layer control element to the base station using the first time slot. indicating one or more slot numbers of the one or more time slots used to generate the PHR in the first slot group using one or more bits reserved in a subheader of a Media Access Control, MAC, layer control element; sequentially packaging power headroom corresponding to the one or more slot numbers into a payload of the MAC layer control element; and transmitting the MAC layer control element to the base station using the first time slot.
A hydraulic apparatus for stretching conductors for power lines comprising: a variable displacement hydraulic pump that supplies, by means of a hydraulic fluid, a hydraulic motor with a closed circuit connection; a displacement regulation system of said hydraulic pump ; a regulation system of said hydraulic apparatus; characterised in that said regulation system comprises: an inlet that receives said hydraulic fluid that supplies said hydraulic motor ; a first outlet that supplies said displacement regulation system ; a second discharge outlet ; a flow limiter connected to said inlet ; a regulatable valve connected to said flow limiter ; a tap connected between the outlet of said regulatable valve and said first outlet ; a measurement instrument connected to the outlet of said regulatable valve , to measure the regulation pressure of said regulation system ; a safety valve connected to the outlet of said regulatable valve , the outlet of which is connected to said second discharge outlet .
A method for detecting the presence or absence of colorectal cancer, ovarian cancer, lung cancer or pancreatic cancer in a subject comprising: sequencing circulating cfDNA from the subject at a depth of at least 50,000 reads per base to detect one or more genetic variants associated with cancer, wherein the sequencing is performed on an enriched set of amplified cfDNA molecules which comprises a panel of genomic regions, wherein the genomic regions in the panel comprise one or more loci from each of the genes AKT1, ALK, APC, ATM, BRAF, CTNNB1, EGFR, ERBB2, ESR1, FGFR2, GATA3, GNAS, IDH1, IDH2, KIT, KRAS, MET, NRAS, PDGFRA, PIK3CA, PTEN, RB1, SMAD4, STK11 and TP53, and further comprising amplifying the cfDNA prior to sequencing, and determining a consensus sequence from sequence reads obtained from the sequencing to reduce errors from amplification or sequencing. sequencing circulating cfDNA from the subject at a depth of at least 50,000 reads per base to detect one or more genetic variants associated with cancer, wherein the sequencing is performed on an enriched set of amplified cfDNA molecules which comprises a panel of genomic regions, wherein the genomic regions in the panel comprise one or more loci from each of the genes AKT1, ALK, APC, ATM, BRAF, CTNNB1, EGFR, ERBB2, ESR1, FGFR2, GATA3, GNAS, IDH1, IDH2, KIT, KRAS, MET, NRAS, PDGFRA, PIK3CA, PTEN, RB1, SMAD4, STK11 and TP53, and further comprising amplifying the cfDNA prior to sequencing, and determining a consensus sequence from sequence reads obtained from the sequencing to reduce errors from amplification or sequencing.
A mouthpiece for distribution of a liquid in a user's mouth, the mouthpiece comprising an inlet for a tube and an internal channel with at least two outlets , wherein the mouthpiece is configured to be positioned within a superior vestibule of the user's mouth apical to a gingival margin , characterised in that a thickness of the mouthpiece is less than 1.0 mm.
A method of gemstone synthesis characterized by the fact that a construction is developed in three successive transparent or translucent levels of gemstones , and , of which the middle level has an opening within which the materials of a basic composition of gemstones are placed, which in this way are covered laterally by the walls of the middle level , while the lower level and the upper level cover from the other directions the basic composition, thus ensuring the basic composition visible from all sides;
A spinnaker launching and/or recovering system for launching and/or recovering a spinnaker on a sailboat , such as a yacht, comprising at least one hull and at least one mast extending upright from the deck of the sailboat , wherein the spinnaker setting and/or recovering system comprises - a first spinnaker guiding member , such as a ring member, which is releasably attachable to the bow in front or behind the fore stay , a bowsprit , a tack line attachable to the tack corner of a spinnaker characterized in that said first spinnaker guiding member comprises an opening through which the tack line and optionally a retrieval line attached to the clew corner , the tack corner and/or to the lower luff of the spinnaker and the spinnaker itself are intended to be guided during setting and/or recovering thereof. - a first spinnaker guiding member , such as a ring member, which is releasably attachable to the bow in front or behind the fore stay , a bowsprit , a tack line attachable to the tack corner of a spinnaker characterized in that said first spinnaker guiding member comprises an opening through which the tack line and optionally a retrieval line attached to the clew corner , the tack corner and/or to the lower luff of the spinnaker and the spinnaker itself are intended to be guided during setting and/or recovering thereof.
A turbine vane for a gas turbine engine comprising: an outer platform including a first side and a second side , the first side spaced circumferentially apart from the second side , the outer platform further comprising a forward rail and an aft rail , the first side including a first gusset extending between the forward rail and the aft rail , the turbine vane including a second gusset disposed at the second side ; an inner platform ; and an airfoil extending between the outer platform and the inner platform , wherein the first gusset defines a first radius beginning at the forward rail that transitions into an elliptical curve toward the aft rail , characterised in that : the first gusset includes a first thickness and the second gusset includes a second thickness that is different than the first thickness . an outer platform including a first side and a second side , the first side spaced circumferentially apart from the second side , the outer platform further comprising a forward rail and an aft rail , the first side including a first gusset extending between the forward rail and the aft rail , the turbine vane including a second gusset disposed at the second side ; an inner platform ; and an airfoil extending between the outer platform and the inner platform , wherein the first gusset defines a first radius beginning at the forward rail that transitions into an elliptical curve toward the aft rail ,