mhurhangee/patent-ind-claim-en huggingface dataset:
A tank system comprising a cryogenic container for storing a liquefied gas, wherein the cryogenic container has an at least double-walled shell which encloses a storage space for the liquefied gas, a control, evaluation and/or energy supply unit arranged outside the storage space , and an electrical line arrangement for transmitting signals and/or supply energy between the storage space and the control, evaluation and/or energy supply unit , characterized in that the electrical line arrangement comprises a mineral-insulated line which comprises at least one inner conductor composed of metal, an insulating jacket composed of a mineral material that envelops the at least one inner conductor , and an outer jacket composed of metal that envelops the insulating jacket , and the tank system comprises a sleeve element composed of metal that is welded to the at least double-walled shell or to a metal component, in particular a pipeline , which is guided through the at least double-walled shell and which has a through passage , the mineral-insulated line is guided through the through passage and the outer jacket of the mineral-insulated line is welded directly or indirectly to the sleeve element . a control, evaluation and/or energy supply unit arranged outside the storage space , and an electrical line arrangement for transmitting signals and/or supply energy between the storage space and the control, evaluation and/or energy supply unit , characterized in that the electrical line arrangement comprises a mineral-insulated line which comprises at least one inner conductor composed of metal, an insulating jacket composed of a mineral material that envelops the at least one inner conductor , and an outer jacket composed of metal that envelops the insulating jacket , and the tank system comprises a sleeve element composed of metal that is welded to the at least double-walled shell or to a metal component, in particular a pipeline , which is guided through the at least double-walled shell and which has a through passage , the mineral-insulated line is guided through the through passage and the outer jacket of the mineral-insulated line is welded directly or indirectly to the sleeve element .
Method for unblocking the movement of thermoplastic preforms travelling in single file in a conveyor for installations for manufacturing bottles by forming said preforms, said conveyor comprising: - a guide chute in which each preform is intended to occupy a freely suspended position; the chute comprising two parallel fixed rails between which each preform is received in its freely suspended position; - drive means for continuously driving the preforms along the chute in a direction of travel, said drive means being formed by at least one belt of brushes traveling parallel to the chute and the bristles of which push the preforms in the direction (F1) of travel; - a complementary member associated with the chute, comprising a fixed face consisting of a maintaining face ensuring that preforms already occupying their freely suspended position in the chute remain in this position all along a downstream end portion of the chute; - a preform being liable to occupy a position in which it finds itself wedged against the maintaining face and of thus being a first wedged preform, blocking the travel of the preforms that accumulate behind the first wedged preform; characterized in that the method comprises an unblocking step which consists in applying to the preforms of the blocked file an unblocking impulse that is achieved by reversing the direction of travel of the belts of brushes in order to move the first blocked preform away from the fixed face and allow said first blocked preform to tilt into its position of being freely suspended in the chute . - a guide chute in which each preform is intended to occupy a freely suspended position; the chute comprising two parallel fixed rails between which each preform is received in its freely suspended position; - drive means for continuously driving the preforms along the chute in a direction of travel, said drive means being formed by at least one belt of brushes traveling parallel to the chute and the bristles of which push the preforms in the direction (F1) of travel; - a complementary member associated with the chute, comprising a fixed face consisting of a maintaining face ensuring that preforms already occupying their freely suspended position in the chute remain in this position all along a downstream end portion of the chute; - a preform being liable to occupy a position in which it finds itself wedged against the maintaining face and of thus being a first wedged preform, blocking the travel of the preforms that accumulate behind the first wedged preform;
Analysis device (DA) for a land vehicle (VT) able to travel on a traffic route (VC) and comprising a structure for supporting one or more passengers, characterised in that it comprises processing means (MT) arranged to estimate at least one dominant frequency f p in at least one signal Z(t) representing excitations of said structure at a time t, then to determine a value of an indicator representing the state of said traffic route (VC) in accordance with at least said estimated dominant frequency f p and in that said processing means (MT) are arranged to assimilate each associated signal Z(t) at a time t with a function equal to the product of an amplitude by a single-frequency sinusoid having a variable equal to the product of said time t by a pulse w proportional to a dominant frequency f p , and to determine the pulse w of each signal Z(t) by calculating the square root of the modulus of a ratio between a second derivative of said signal Z(t) with respect to the time and said signal Z(t).
A battery diagnostic device , comprising: a sensing unit configured to measure a current and voltage of a battery (B); and a processor configured to estimate a SOC (State Of Charge) of the battery based on the current measured by the sensing unit, select a plurality of SOCs according to a predetermined condition from SOC-voltage data where the voltage measured by the sensing unit and the estimated SOC are mapped with each other, divide a preset SOC region into a plurality of sub-regions based on a size of the plurality of selected SOCs, calculate a size of each of the plurality of sub-regions based on the size of each of the plurality of divided sub-regions and a size of a preset reference region, diagnose a change of at least one of an active material area, a depth of discharge and a depth of charge of the battery according to a change value of the calculated size of each of the plurality of sub-regions, and determine whether a mode of the battery is a normal mode or a failure mode based on the diagnosis result. a sensing unit configured to measure a current and voltage of a battery (B); and a processor configured to estimate a SOC (State Of Charge) of the battery based on the current measured by the sensing unit, select a plurality of SOCs according to a predetermined condition from SOC-voltage data where the voltage measured by the sensing unit and the estimated SOC are mapped with each other, divide a preset SOC region into a plurality of sub-regions based on a size of the plurality of selected SOCs, calculate a size of each of the plurality of sub-regions based on the size of each of the plurality of divided sub-regions and a size of a preset reference region, diagnose a change of at least one of an active material area, a depth of discharge and a depth of charge of the battery according to a change value of the calculated size of each of the plurality of sub-regions, and determine whether a mode of the battery is a normal mode or a failure mode based on the diagnosis result.
Apparatus for additive manufacturing , comprising: - a platform adapted to receive a powder bed that is laid thereon; - a fixed laser source adapted to emit a laser beam towards the powder bed ; - a first doctor blade and a second doctor blade opposite to the first doctor blade and located at a predetermined distance from said first doctor blade , said doctor blades being adapted to move in the same direction (X), so as to slide along the whole platform and define a work area , into which the laser beam is directed in order to manufacture a product ; wherein said first doctor blade is adapted to lay out said powder bed and is provided with an emission opening adapted to produce a blade of a predetermined gas directed towards the powder bed, and the second doctor blade is provided with a suction opening for sucking in said gas by each deposited layer, said suction opening being provided with sensor means adapted to measure the turbulence of the gas flow in said work area , so as to maintain, by means of a control unit , a laminar flow between said emission opening and said suction opening . - a platform adapted to receive a powder bed that is laid thereon; - a fixed laser source adapted to emit a laser beam towards the powder bed ; - a first doctor blade and a second doctor blade opposite to the first doctor blade and located at a predetermined distance from said first doctor blade , said doctor blades being adapted to move in the same direction (X), so as to slide along the whole platform and define a work area , into which the laser beam is directed in order to manufacture a product ;
A pharmaceutical tablet obtained by a direct compression method, the pharmaceutical tablet comprising: an active ingredient; a polyvinyl alcohol resin; and a plasticizer other than water, wherein the plasticizer is a polyhydric alcohol which is liquid at 25 °C; a content of the plasticizer is 1 to 8 parts by weight with respect to 100 parts by weight of the polyvinyl alcohol resin; the polyvinyl alcohol resin is an unmodified polyvinyl alcohol resin solely consisting of vinyl alcohol structure units and vinyl ester structure units; and the polyvinyl alcohol resin has a degree of saponification of 70 mol% to 100 mol%, measured according to JIS K6726. the plasticizer is a polyhydric alcohol which is liquid at 25 °C; a content of the plasticizer is 1 to 8 parts by weight with respect to 100 parts by weight of the polyvinyl alcohol resin; the polyvinyl alcohol resin is an unmodified polyvinyl alcohol resin solely consisting of vinyl alcohol structure units and vinyl ester structure units; and the polyvinyl alcohol resin has a degree of saponification of 70 mol% to 100 mol%, measured according to JIS K6726.
A method for selecting a location for a particularly important node of a wireless mesh network, the method comprising: - instructing existing individual nodes of the wireless mesh network to operate as respective individual originator nodes that each transmit a known number of separate ranging messages, wherein a ranging message contains at least an identifier of an originator of the ranging message, - collecting, from a number of other nodes of the wireless mesh network, the numbers of ranging messages that said other nodes have received successfully from said individual originator nodes, - comparing said individual originator nodes of said wireless mesh network with respect to how large a proportion of their transmitted ranging messages were successfully received by the other nodes, and - selecting the location for the particularly important node to coincide with the location of that one of the compared individual originator nodes that was the originator of ranging messages of which the largest proportion was successfully received by the other nodes. - instructing existing individual nodes of the wireless mesh network to operate as respective individual originator nodes that each transmit a known number of separate ranging messages, wherein a ranging message contains at least an identifier of an originator of the ranging message, - collecting, from a number of other nodes of the wireless mesh network, the numbers of ranging messages that said other nodes have received successfully from said individual originator nodes, - comparing said individual originator nodes of said wireless mesh network with respect to how large a proportion of their transmitted ranging messages were successfully received by the other nodes, and - selecting the location for the particularly important node to coincide with the location of that one of the compared individual originator nodes that was the originator of ranging messages of which the largest proportion was successfully received by the other nodes.
A method of assigning a transmission timing interval to a radic terminal in a radio network system including at least a radio network node and a radio terminal and employing a time division duplex method dividing a transmission time in an uplink transmission time interval and a downlink transmission time interval for transmission between the radio network node and the radio terminal , comprising the following steps: determining a speed of movement of the radio terminal with respect to the radio network node ; grouping radio terminals based on the determined speed of movement into one of at least two groups; and assigning to the radio terminal , based on the speed of movement, a transmission timing interval in the downlink or uplink transmission time interval, where the same transmission timing interval is applied for radio terminals within one group. determining a speed of movement of the radio terminal with respect to the radio network node ; grouping radio terminals based on the determined speed of movement into one of at least two groups; and assigning to the radio terminal , based on the speed of movement, a transmission timing interval in the downlink or uplink transmission time interval, where the same transmission timing interval is applied for radio terminals within one group.
A process for producing a gel network, which gel network comprises a plurality of joined gel objects, which process comprises: forming a plurality of incompletely-gelled gel objects in one or more microfluidic channels; dispensing the incompletely-gelled gel objects from the one or more microfluidic channels into a region for producing the network; and contacting each incompletely-gelled gel object with at least one other incompletely-gelled gel object in said region to join each gel object to at least one other gel object at a region of contact between the gel objects, wherein contacting each incompletely-gelled gel object with at least one other incompletely-gelled gel object causes each incompletely-gelled gel object to fuse with at least one other incompletely-gelled gel object at a region of contact between the gel objects wherein gelling occurs at the region of fusion to form a gel bond between the gel objects. forming a plurality of incompletely-gelled gel objects in one or more microfluidic channels; dispensing the incompletely-gelled gel objects from the one or more microfluidic channels into a region for producing the network; and contacting each incompletely-gelled gel object with at least one other incompletely-gelled gel object in said region to join each gel object to at least one other gel object at a region of contact between the gel objects, wherein contacting each incompletely-gelled gel object with at least one other incompletely-gelled gel object causes each incompletely-gelled gel object to fuse with at least one other incompletely-gelled gel object at a region of contact between the gel objects wherein gelling occurs at the region of fusion to form a gel bond between the gel objects.
Compressed-air system for a vehicle , in particular for a utility vehicle, comprising: a compressed-air unit ; and a control device for controlling the compressed-air unit , which device is designed to carry out a conditioning process by means of which the compressed-air unit is brought to an operationally ready condition before the driving of the vehicle begins, characterised in that the control device is integrated in a control electronic system of a compressed-air preparation device of the compressed-air unit . a compressed-air unit ; and a control device for controlling the compressed-air unit , which device is designed to carry out a conditioning process by means of which the compressed-air unit is brought to an operationally ready condition before the driving of the vehicle begins, characterised in that the control device is integrated in a control electronic system of a compressed-air preparation device of the compressed-air unit .
An in vitro method for inducing pluripotency in a somatic or mature cell, comprising contacting the cell with a biological or chemical species that increases MUC1 ∗ activity, wherein the biological species is a gene or a protein, and wherein the gene encodes MUC1; MUC1 ∗ ; or a ligand of MUC1 ∗ ; the protein is MUC1 ∗ or an effective fragment thereof; a MUC1 ∗ ligand; or an antibody that recognizes the PSMGFR sequence of MUC1 ∗ ; the chemical species is phorbol 12-myristate 13-acetate (PMA). method for inducing pluripotency in a somatic or mature cell, comprising contacting the cell with a biological or chemical species that increases MUC1 ∗ activity, wherein the biological species is a gene or a protein, and wherein the gene encodes MUC1; MUC1 ∗ ; or a ligand of MUC1 ∗ ; the protein is MUC1 ∗ or an effective fragment thereof; a MUC1 ∗ ligand; or an antibody that recognizes the PSMGFR sequence of MUC1 ∗ ; the chemical species is phorbol 12-myristate 13-acetate (PMA).
A crystalline form of Compound I having the structure: characterized by an X-ray powder diffraction (XRPD) pattern comprising three or more peaks at 5.8, 11.4, 11.6, 17.7, 20.1, 20.9, 22.3, 23.9, 26.0 or 26.8 degrees 2θ (± 0.2 degrees 2θ), wherein the XRPD is made using CuK α1 radiation.
A tape assembly configured to be attached to a rotary connector , comprising: a tape body comprising a plurality of tape portions and a connecting portion integrally formed in the tape body , the plurality of tape portions differing in length in a length direction, and the connecting portion connecting the plurality of tape portions to each other at end portions in a length direction of the plurality of tape portions in a folded state, the plurality of tape portions each comprising openings near both ends in the length direction of each of the plurality of tape portions , the openings being configured to allow the tape body to be attached to the rotary connector . a tape body comprising a plurality of tape portions and a connecting portion integrally formed in the tape body , the plurality of tape portions differing in length in a length direction, and the connecting portion connecting the plurality of tape portions to each other at end portions in a length direction of the plurality of tape portions in a folded state, the plurality of tape portions each comprising openings near both ends in the length direction of each of the plurality of tape portions , the openings being configured to allow the tape body to be attached to the rotary connector .
A wireless power transmission apparatus for high efficiency energy charging, the apparatus comprising: a resonator configured to transmit power; a power supply unit comprising an input resistor and being configured to supply power to the resonator; a first switching unit configured to connect the resonator to the power supply unit, and disconnect the resonator from the power supply unit; and a controller configured to control the first switching unit based on voltage applied to the input resistor of the power supply unit characterized by a voltage controller comprising a direct current-to-direct current, DC-DC, converter and being configured to adjust the voltage applied to the input resistor based on voltage supplied by the power supply unit, wherein the DC-DC converter is configured to apply voltage lower than voltage supplied from the power supply unit to the input resistor. a resonator configured to transmit power; a power supply unit comprising an input resistor and being configured to supply power to the resonator; a first switching unit configured to connect the resonator to the power supply unit, and disconnect the resonator from the power supply unit; and a controller configured to control the first switching unit based on voltage applied to the input resistor of the power supply unit characterized by a voltage controller comprising a direct current-to-direct current, DC-DC, converter and being configured to adjust the voltage applied to the input resistor based on voltage supplied by the power supply unit, wherein the DC-DC converter is configured to apply voltage lower than voltage supplied from the power supply unit to the input resistor.
A funnel for use in a vertical grow tower , comprising a collector ; first and second passageways in fluid communication with the collector ; a first slot disposed in the collector and in the fluid communication path between the collector and the first passageway; and a second slot disposed in the collector and in the fluid communication path between the collector and the second passageway; wherein the first and second slots are arranged to cause fluid to accumulate in the collector and distribute the fluid substantially evenly to the first and second passageways . a collector ; first and second passageways in fluid communication with the collector ; a first slot disposed in the collector and in the fluid communication path between the collector and the first passageway; and a second slot disposed in the collector and in the fluid communication path between the collector and the second passageway; wherein the first and second slots are arranged to cause fluid to accumulate in the collector and distribute the fluid substantially evenly to the first and second passageways .
An isolated nucleic acid comprising an engineered complete promoter operably linked to a nucleic acid encoding a protein of interest, the isolated nucleic acid comprising the formula selected from: (I) 5'-UP-1 st Pro-ORF-3'; (II) 5'-UP-1 st Pro-UTR-ORF-3'; (III) 5'-UP-1 st Pro-2 nd Pro-ORF-3'; (IV) 5 ' -UP-1 st Pro-2 nd Pro-UTR-ORF-3'; (V) 5'-UP-1 st Pro-UTR-2 nd Pro-UTR-ORF-3'; (VI) 5'-UP-1 st Pro-2 nd Pro-3 rd Pro-ORF-3'; (VII) 5'-UP-1 st Pro-2 nd Pro-3 rd Pro-UTR-ORF-3'; and (VIII) 5'-UP-1 st Pro-2 nd Pro-UTR-3 rd Pro-UTR-ORF-3', wherein UP is a nucleic acid comprising a promoter upstream element, 1stPro, 2ndPro and 3rdPro are the same or different nucleic acids comprising at least a -35/-10 core promoter sequence, UTR is a nucleic acid comprising an untranslated region and ORF is a nucleic acid open reading frame encoding a protein of interest, wherein the UP element comprises SEQ ID NO: 59, or a subsequence of SEQ ID NO: 59 that retains promoter activity, wherein SEQ ID NO: 59 is a consensus sequence presented using IUPAC codes defined as W = A/T, D = A/G/T and R = A/G, and wherein the 1stPro, 2ndPro and 3rdPro comprises any one of SEQ ID NOs: 1-39 and 101-154, a subsequence of SEQ ID NOs: 1-39 and 101-154 that retains promoter activity, a nucleic acid that is at least 60% homologous to any one of SEQ ID NOs: 1-39 and 101-154 that retains promoter activity, or a nucleic acid that hybridizes under medium stringency conditions with any one of SEQ ID NOs: 1-39 and 101-154 or a subsequence thereof that retains promoter activity. (I) 5'-UP-1 st Pro-ORF-3'; (II) 5'-UP-1 st Pro-UTR-ORF-3'; (III) 5'-UP-1 st Pro-2 nd Pro-ORF-3'; (IV) 5 ' -UP-1 st Pro-2 nd Pro-UTR-ORF-3'; (V) 5'-UP-1 st Pro-UTR-2 nd Pro-UTR-ORF-3'; (VI) 5'-UP-1 st Pro-2 nd Pro-3 rd Pro-ORF-3'; (VII) 5'-UP-1 st Pro-2 nd Pro-3 rd Pro-UTR-ORF-3'; and (VIII) 5'-UP-1 st Pro-2 nd Pro-UTR-3 rd Pro-UTR-ORF-3',