mhurhangee/patent-ind-claim-en huggingface dataset:
A molding apparatus that molds a metal pipe with a flange, comprising: a first mold and a second mold that are paired with each other; a slide configured to move at least one of the first mold and the second mold ; a driving section for moving the slide ; a holding section configured to hold a metal pipe material between the first mold and the second mold ; a gas supply section configured to supply gas into the metal pipe material held by the holding section ; and a control section configured to control the driving section , the holding section , and the gas supply section , characterized in that the driving section is provided with a servomotor configured to generate a driving force for moving the slide , and the control section is configured to control the gas supply section so as to expand and mold the metal pipe material by supplying gas into the metal pipe material held between the first mold and the second mold by the holding section, control the driving section so as to mold a flange portion by crushing a portion of the expanded metal pipe material by the first mold and the second mold , change movement speed of the slide during molding of the flange portion by controlling the servomotor , and increase the amount of movement of the slide for each predetermined time period at a late stage of molding, compared to an initial stage of molding, during molding of the flange portion . a first mold and a second mold that are paired with each other; a slide configured to move at least one of the first mold and the second mold ; a driving section for moving the slide ; a holding section configured to hold a metal pipe material between the first mold and the second mold ; a gas supply section configured to supply gas into the metal pipe material held by the holding section ; and a control section configured to control the driving section , the holding section , and the gas supply section , characterized in that the driving section is provided with a servomotor configured to generate a driving force for moving the slide , and the control section is configured to control the gas supply section so as to expand and mold the metal pipe material by supplying gas into the metal pipe material held between the first mold and the second mold by the holding section, control the driving section so as to mold a flange portion by crushing a portion of the expanded metal pipe material by the first mold and the second mold , change movement speed of the slide during molding of the flange portion by controlling the servomotor , and increase the amount of movement of the slide for each predetermined time period at a late stage of molding, compared to an initial stage of molding, during molding of the flange portion .
A circulator device , the circulator device comprising: two magnet-free circulators , each of which having a forced time variance; and ports , wherein the two circulators are in the circulator device arranged to have mutually anti-phase time variance, and wherein each of the two circulators is coupled to all of the ports , wherein each of the two circulators is modulated by a poly-phase signal with an angular direction of phase progression, and wherein the two circulators have same angular direction but 180 degrees out of phase. two magnet-free circulators , each of which having a forced time variance; and ports , wherein the two circulators are in the circulator device arranged to have mutually anti-phase time variance, and wherein each of the two circulators is coupled to all of the ports , wherein each of the two circulators is modulated by a poly-phase signal with an angular direction of phase progression, and wherein the two circulators have same angular direction but 180 degrees out of phase.
A negative-working lithographic printing plate precursor including an aluminum support and a coating comprising a photopolymerisable layer and a toplayer provided above the photopolymerisable layer; characterized in that the toplayer includes a non-polymeric polyfunctional compound including at least two carboxylic acid and/or carboxylate groups in an amount between 2 mg/m 2 and 80 mg/m 2 .
A method of controlling a wind power installation which comprises a rotor having a plurality of rotor blades , each having a rotor blade root , wherein a pitch angle of the rotor blades is adjustable by means of pitch motors which engage the rotor blade roots , comprising the steps: detecting a precipitation in the region of the wind power installation by a precipitation sensor , and controlling the wind power installation in a first operating mode based on a first pitch angle characteristic in which the pitch angle is set in dependence on the power and in a second operating mode based on a second pitch angle characteristic, in which the pitch angle is set in dependence on the power, wherein the second pitch angle characteristic is different from the first pitch angle characteristic, wherein the first operating mode is selected if there is no precipitation and the second operating mode is selected if there is precipitation. detecting a precipitation in the region of the wind power installation by a precipitation sensor , and controlling the wind power installation in a first operating mode based on a first pitch angle characteristic in which the pitch angle is set in dependence on the power and in a second operating mode based on a second pitch angle characteristic, in which the pitch angle is set in dependence on the power, wherein the second pitch angle characteristic is different from the first pitch angle characteristic, wherein the first operating mode is selected if there is no precipitation and the second operating mode is selected if there is precipitation.
A genetically modified microorganism producing methionine by fermentation, wherein said microorganism is further genetically modified for - overexpressing the heterologous functional genes coding for the protein thiocarboxylate dependent methionine biosynthetic pathway of Wolinella succinogenes, hcyS, hcyD, hcyF and sir from Wolinella succinogenes, and for expressing functional genes encoding - a polypeptide having an homoserine O-acetyltransferase activity without feedback inhibition by methionine and/or S-adenosylmethionine and, - a polypeptide having O-acetylhomoserine sulfhydrylase activity. - overexpressing the heterologous functional genes coding for the protein thiocarboxylate dependent methionine biosynthetic pathway of Wolinella succinogenes, hcyS, hcyD, hcyF and sir from Wolinella succinogenes, and for expressing functional genes encoding - a polypeptide having an homoserine O-acetyltransferase activity without feedback inhibition by methionine and/or S-adenosylmethionine and, - a polypeptide having O-acetylhomoserine sulfhydrylase activity.
Slat for use as a sunblind, in which the slat comprises a strip-shaped sandwich structure, said sandwich structure comprising: - two parallel cover plates, in which the cover plates are made of fibreboard and in which the cover plates are offset with respect to each other in a width direction; - parallel length ribs which extend in the length direction, between the cover plates, for reinforcing the sandwich structure, in which the length ribs are made of fibreboard and are a mutual distance of between 20 mm - 40 mm apart; - parallel width ribs which extend in the width direction, between the cover plates, for reinforcing the sandwich structure, in which the width ribs are made of fibreboard and are a mutual distance of between 10 mm - 150 mm apart; - longitudinal side walls at both ends of the sandwich structure which extend between the cover plates, in the width direction, for sealing the sandwich structure, in which the longitudinal side walls are made of fibreboard and in which the longitudinal side walls comprise a stepped construction for accommodating an edge finish; in which the cover plates, the length ribs and the width ribs are formed in such a way that a thickness of the sandwich structure is between 10 mm - 20 mm, further wherein the width of the sandwich structure is between 80 mm - 600 mm. - two parallel cover plates, in which the cover plates are made of fibreboard and in which the cover plates are offset with respect to each other in a width direction; - parallel length ribs which extend in the length direction, between the cover plates, for reinforcing the sandwich structure, in which the length ribs are made of fibreboard and are a mutual distance of between 20 mm - 40 mm apart; - parallel width ribs which extend in the width direction, between the cover plates, for reinforcing the sandwich structure, in which the width ribs are made of fibreboard and are a mutual distance of between 10 mm - 150 mm apart; - longitudinal side walls at both ends of the sandwich structure which extend between the cover plates, in the width direction, for sealing the sandwich structure, in which the longitudinal side walls are made of fibreboard and in which the longitudinal side walls comprise a stepped construction for accommodating an edge finish;
Laboratory sample container carrier handling apparatus being adapted to be coupled to a transport plane , comprising: - a revolving device , being adapted to move a sample container carrier supplied to the revolving device along a segment (S) of a circular path (P), and - a driving surface , wherein the revolving device is adapted to push the sample container carrier supplied to the revolving device on top of the driving surface along the segment (S) from an entry position (En) to an exit position (Ex), wherein the entry position (En) is a position at which a sample container carrier can be received from the transport plane and the exit position (Ex) is a position at which a sample container carrier can be transferred to the transport plane , characterized in that - the driving surface has at least one ascending ramp (R1, R2) along the segment (S) from the entry position (En) to the exit position (Ex). - a revolving device , being adapted to move a sample container carrier supplied to the revolving device along a segment (S) of a circular path (P), and - a driving surface , wherein the revolving device is adapted to push the sample container carrier supplied to the revolving device on top of the driving surface along the segment (S) from an entry position (En) to an exit position (Ex), wherein the entry position (En) is a position at which a sample container carrier can be received from the transport plane and the exit position (Ex) is a position at which a sample container carrier can be transferred to the transport plane , - the driving surface has at least one ascending ramp (R1, R2) along the segment (S) from the entry position (En) to the exit position (Ex).
Cotton holding an antibiotic and a cell proliferation accelerator having an angiogenesis and/or granulation promoting action, wherein the cotton is formed into an approximately spherical shape, wherein the cotton is for use in a method of treating a skin ulcer having an undermining state in which a hollow is present under a skin surrounding the skin ulcer and in a state in which a defect extending to the dermis, subcutaneous tissue, muscle or bone occurs, and wherein the cotton is packed in the skin ulcer so that the cotton contacts substantially the whole of an inner surface of the skin ulcer.
An on-load tap changer comprising a static unit comprising fixed contacts (4a-4e, 5a-5e) for connection to taps at a transformer winding, a dynamic unit comprising at least one movable contact for selectively contacting one of the fixed contacts (4a-4e, 5a-5e) during operation of the transformer, and comprising a rotational positioning device for adjusting the rotational position of the dynamic unit relative to the static unit during at least one of assembly or disassembly of the tap changer to engage or disengage the movable contacts (4a-4e, 5a-5e) to or from the fixed contacts , characterized in that the dynamic unit comprises first teeth and the static unit comprises a spur wheel comprising second teeth , the first teeth and the second teeth interacting with each other , wherein the rotational positioning device comprises an adjustment member operable by a user for rotating the spur wheel , wherein the rotational positioning device comprises a first stop position, in which further rotational adjustment in one rotational direction is prevented, wherein in the first stop position the movable contacts are fully engaged with the fixed contacts (4a-4e, 5a-5e) and wherein the rotational positioning device comprises a second stop position, in which further rotational adjustment in a second rotational direction is prevented, the second rotational direction being opposite to the first rotational direction, wherein in the second stop position the movable contacts are fully disengaged from the fixed contacts (4a-4e, 5a-5e). a static unit comprising fixed contacts (4a-4e, 5a-5e) for connection to taps at a transformer winding, a dynamic unit comprising at least one movable contact for selectively contacting one of the fixed contacts (4a-4e, 5a-5e) during operation of the transformer, and comprising a rotational positioning device for adjusting the rotational position of the dynamic unit relative to the static unit during at least one of assembly or disassembly of the tap changer to engage or disengage the movable contacts (4a-4e, 5a-5e) to or from the fixed contacts , characterized in that the dynamic unit comprises first teeth and the static unit comprises a spur wheel comprising second teeth , the first teeth and the second teeth interacting with each other , wherein the rotational positioning device comprises an adjustment member operable by a user for rotating the spur wheel , wherein the rotational positioning device comprises a first stop position, in which further rotational adjustment in one rotational direction is prevented, wherein in the first stop position the movable contacts are fully engaged with the fixed contacts (4a-4e, 5a-5e) and wherein the rotational positioning device comprises a second stop position, in which further rotational adjustment in a second rotational direction is prevented, the second rotational direction being opposite to the first rotational direction, wherein in the second stop position the movable contacts are fully disengaged from the fixed contacts (4a-4e, 5a-5e).
Method for controlling an espresso coffee machine comprising at least one first electrode and a second electrode , the method comprising: - (E1) a step of putting into contact the first electrode with a predetermined placement of a right-hand portion of the body of a user, and of the second electrode with a predetermined placement of a left-hand portion of the body of the user, the right-hand portion and the left-hand portion of the body being understood as being respectively on the right-hand side and on the left-hand side of the plane parallel to the sagittal plane of the body of the user and passing through the core; - (E2) a step of acquiring an electrocardiographic signal between the first and the second electrode ; - (E3) a step of selecting, from the electrocardiographic signal acquired , from a unique particular identifier from among a plurality of unique identifiers recorded in a database , each unique identifier of the database being associated, on the one hand, with a reference electrocardiographic signal recorded in the database , and on the other hand, with a user profile recorded in the database , said user profile comprising preferences of using the espresso coffee machine ; - (E4) a step of developing an item of control information , the control information being developed according to the user profile associated with the unique identifier selected. - (E1) a step of putting into contact the first electrode with a predetermined placement of a right-hand portion of the body of a user, and of the second electrode with a predetermined placement of a left-hand portion of the body of the user, the right-hand portion and the left-hand portion of the body being understood as being respectively on the right-hand side and on the left-hand side of the plane parallel to the sagittal plane of the body of the user and passing through the core; - (E2) a step of acquiring an electrocardiographic signal between the first and the second electrode ; - (E3) a step of selecting, from the electrocardiographic signal acquired , from a unique particular identifier from among a plurality of unique identifiers recorded in a database , each unique identifier of the database being associated, on the one hand, with a reference electrocardiographic signal recorded in the database , and on the other hand, with a user profile recorded in the database , said user profile comprising preferences of using the espresso coffee machine ; - (E4) a step of developing an item of control information , the control information being developed according to the user profile associated with the unique identifier selected.
Lift drive for a rail-guided climbing system , which can be used, in particular, as a climbing formwork, climbing frame, climbing protective wall and/or a climbing working platform, comprising climbing shoes that can be arranged on a building in a fixed manner, at least one climbing rail which is guided by the climbing shoes and which can be integrated into a frame unit or secured to the frame unit , a climbing lift rail which can be moved relative to the climbing rail and is guided by the climbing rail , wherein the climbing rail and the climbing lift rail can each be mounted in at least one of the climbing shoes in one direction and removed in a direction opposite said direction, and they can be moved in relation to the at least one of the climbing shoes , and comprising a lift device which is fixed to the climbing rail at one end and to the climbing lift rail at the other end in such a way that a length of a stroke of the lift device corresponds to a movement (3'; 3', 4'; 5', 5") of the climbing lift rail relative to the climbing rail , wherein the length of the stroke when the climbing lift rail is mounted is sufficient to mount the climbing rail such that it is offset by a mounting distance of the climbing rail , wherein the climbing lift rail is mounted in the climbing shoe designed for mounting the climbing lift rail by means of at least one latching/snap element and a plurality of retaining elements for holding the at least one latching/snap element or by means of a plurality of latching/snap elements and at least one retaining element for holding at least one latching/snap element of the plurality of latching/snap elements, wherein the one or more latching/snap elements are located on the climbing shoe designed for mounting the climbing lift rail and the one or more retaining elements are located on the climbing lift rail , or the one or more retaining elements are located on the climbing shoe designed for mounting the climbing lift rail and the one or more latching/snap elements are located on the climbing lift rail , characterized in that the latching/snap element is designed as a movable element, which is designed in particular to be pivotable, foldable or moveable, in the form of a latch, in particular a locking latch or a climbing latch (32"), a detent, in particular a snap-in nose, or a bolt, in particular a locking bolt, wherein the retaining elements are introduced into the climbing lift rail one behind the other in the form of retaining recesses for engaging with the at least one latching/snap element of the climbing shoe , or retaining knobs are applied, for example, welded, to the climbing lift rail , which lead to a mounting stroke distance of the climbing lift rail .
An apparatus for the detection of deposits, in particular operating medium deposits, preferably reducing agent deposits, and/or combustion product deposits, preferably soot or ash, in an exhaust gas section of an internal combustion engine, comprising: an exhaust gas line ; an electrically conductive element which is arranged in the exhaust gas line , a measuring device which is connected to the electrically conductive element and is configured to measure and to output at least one electrical characteristic value, in particular a current, a voltage and/or a resistance, of the electrically conductive element ; and an evaluation unit which is configured to receive the electrical characteristic value and to carry out a check, based on the electrical characteristic value, for a deposit which is situated on the electrically conductive element ; characterized in that , furthermore, the evaluation unit is configured to receive data which relate to an operating point of the internal combustion engine, and to determine the check, additionally based on the data, of a deposit which is situated on the electrically conductive element . an exhaust gas line ; an electrically conductive element which is arranged in the exhaust gas line , a measuring device which is connected to the electrically conductive element and is configured to measure and to output at least one electrical characteristic value, in particular a current, a voltage and/or a resistance, of the electrically conductive element ; and an evaluation unit which is configured to receive the electrical characteristic value and to carry out a check, based on the electrical characteristic value, for a deposit which is situated on the electrically conductive element ; characterized in that , furthermore, the evaluation unit is configured to receive data which relate to an operating point of the internal combustion engine, and to determine the check, additionally based on the data, of a deposit which is situated on the electrically conductive element .
A wireless device , comprising: processing circuitry configured to: receive from a network node , a set of configurations on MsgA transmission of a 2-step Random Access, RA, procedure, wherein each configuration indicates a time gap between physical random access channel, PRACH, resources and physical uplink shared channel, PUSCH, resources for the MsgA transmission; determine a time gap length out of the indicated time gaps based at least on the configurations and on clear channel assessment, CCA, operational results that include results of CCA failure or CCA success obtained by the network node and received by the wireless device from the network node ; and transmit a MsgA in a 2-step RA procedure based on the determined time gap length. processing circuitry configured to: receive from a network node , a set of configurations on MsgA transmission of a 2-step Random Access, RA, procedure, wherein each configuration indicates a time gap between physical random access channel, PRACH, resources and physical uplink shared channel, PUSCH, resources for the MsgA transmission; determine a time gap length out of the indicated time gaps based at least on the configurations and on clear channel assessment, CCA, operational results that include results of CCA failure or CCA success obtained by the network node and received by the wireless device from the network node ; and transmit a MsgA in a 2-step RA procedure based on the determined time gap length.
Mixed oxides of formula x(CeO 2 ) y(Nb 2 O 5 ), wherein x varies from 0.2 to 10, y from 1 to 10, further comprising oxides of one or more metal selected from the group consisting of Cu, La, K, Bi.