mhurhangee/ep-ind-claims huggingface dataset:
A non-transitory computer readable medium storing computer readable program code that when executed by a processor causes the processor to perform steps for monitoring a state of a chromatography apparatus embodied therein, the steps comprising: receiving a plurality of monitoring conditions including monitoring operation parameters of each constituent part of a measurement system and analysis parameters for measurement results obtained by measurements taken using the chromatography apparatus; determining a first combined conditional expression based on a first combined monitoring condition that combines all of the received monitoring conditions; and displaying, in parallel: a first conditional expression based on at least one of the monitoring conditions that make up the first combined conditional expression, and a second conditional expression based on at least one of the monitoring conditions associated with the first conditional expression by a combination operational expression. receiving a plurality of monitoring conditions including monitoring operation parameters of each constituent part of a measurement system and analysis parameters for measurement results obtained by measurements taken using the chromatography apparatus; determining a first combined conditional expression based on a first combined monitoring condition that combines all of the received monitoring conditions; and displaying, in parallel: a first conditional expression based on at least one of the monitoring conditions that make up the first combined conditional expression, and a second conditional expression based on at least one of the monitoring conditions associated with the first conditional expression by a combination operational expression. a first conditional expression based on at least one of the monitoring conditions that make up the first combined conditional expression, and a second conditional expression based on at least one of the monitoring conditions associated with the first conditional expression by a combination operational expression.
A radiator for vehicles, comprising a honeycomb structure that includes at least numerous fins in combination with numerous ducts; a first tank and a second tank; wherein the numerous ducts connect the two tanks (3, 4) located on the two opposite sides of the honeycomb structure; further including ports that constitute the inlet or outlet of a liquid fluid; wherein - it comprises a tube that connects the inner spaces of the end portions of the two tanks: first and second; - the tube is secured to the honeycomb structure and to the two tanks: first and second; and - first tank comprises a larger chamber and a smaller chamber that are separated by a first intermediate wall; wherein a first port and a second port connect to the inner spaces of the larger chamber and smaller chamber of the first tank; characterised in that the radiator comprises an intermediate plate located in a space delimited between the honeycomb structure and the tube; wherein said intermediate plate in combination with a provision of welding material, included in said intermediate plate, constitute means of joining the honeycomb structure and tube and; wherein the tube comprises internal partitions on the inside thereof that with the enclosing wall of the tube delimit several independent conduits configured so that the liquid fluid can flow in a compartmentalized and independent way. - it comprises a tube that connects the inner spaces of the end portions of the two tanks: first and second; - the tube is secured to the honeycomb structure and to the two tanks: first and second; and - first tank comprises a larger chamber and a smaller chamber that are separated by a first intermediate wall; wherein a first port and a second port connect to the inner spaces of the larger chamber and smaller chamber of the first tank; characterised in that the radiator comprises an intermediate plate located in a space delimited between the honeycomb structure and the tube; wherein said intermediate plate in combination with a provision of welding material, included in said intermediate plate, constitute means of joining the honeycomb structure and tube and;
Automatic foldaway column-shaped dissuader comprising: - a formwork fixed in the soil, - a structural unit fixed removably in the formwork, - a column received in the inside of the structural unit and coupled to the structural unit through at least one piston adapted to move the column vertically in respect to the structural unit, characterized by the fact that: the structural unit comprises at least three vertical uprights fixed to the structural unit and the column comprises at least one guide ring adapted to translate among the at least three uprights according to the development direction of the at least three uprights so as to guide the movement of the column relative to the structural unit in a rectilinear direction. - a formwork fixed in the soil, - a structural unit fixed removably in the formwork, - a column received in the inside of the structural unit and coupled to the structural unit through at least one piston adapted to move the column vertically in respect to the structural unit, the structural unit comprises at least three vertical uprights fixed to the structural unit and the column comprises at least one guide ring adapted to translate among the at least three uprights according to the development direction of the at least three uprights so as to guide the movement of the column relative to the structural unit in a rectilinear direction.
A computer-implemented method of predicting an amount and a composition of fluids of mineral origin generated in a sedimentary basin by reactions occurring among sedimentary rock minerals as said rocks are buried during the geological history of said basin, comprising: i. acquiring geological data characteristic of said basin, ii. constructing a representation of said basin by a grid, iii. calculating, for at least one set of cells of said grid, by means of a basin model and of said geological data, the evolution of the following parameters: a depth of burial (z), a temperature, a pore pressure, a volume and a porosity (Φ) at successive ages t i representative of the geological history of the basin, iv. determining, in each cell of said set of cells, a mineralogical or chemical rock composition from said geological data of the basin, v. determining an amount and a composition of fluids of mineral origin within said set of cells, using a geochemical model and from said parameters and said mineralogical or chemical rock composition, and a thermodynamic database. i. acquiring geological data characteristic of said basin, ii. constructing a representation of said basin by a grid, iii. calculating, for at least one set of cells of said grid, by means of a basin model and of said geological data, the evolution of the following parameters: a depth of burial (z), a temperature, a pore pressure, a volume and a porosity (Φ) at successive ages t i representative of the geological history of the basin, iv. determining, in each cell of said set of cells, a mineralogical or chemical rock composition from said geological data of the basin, v. determining an amount and a composition of fluids of mineral origin within said set of cells, using a geochemical model and from said parameters and said mineralogical or chemical rock composition, and a thermodynamic database.
Baggage support having: - a first end, which is provided and designed to be connected to the seat (2, 3) or frame of a bicycle, - a second end, which forms a supporting arrangement which is provided and designed so that, when the baggage support is arranged on the seat (2, 3) or frame of a bicycle, a rucksack arranged on the back of the person riding the bicycle is supported during the journey, characterized in that the supporting arrangement has integrated connecting means, which are suitable, in conjunction with corresponding connecting means in or on the rucksack to be supported, for establishing a magnetic force-fitting connection or a snap-fit or latching connection between the supporting arrangement and the rucksack to be supported. - a first end, which is provided and designed to be connected to the seat (2, 3) or frame of a bicycle, - a second end, which forms a supporting arrangement which is provided and designed so that, when the baggage support is arranged on the seat (2, 3) or frame of a bicycle, a rucksack arranged on the back of the person riding the bicycle is supported during the journey,
A medical device system comprising: a sheath having an abluminal surface and a luminal surface; an expandable medical device disposed at least partially within the sheath, the device having an abluminal surface at least partially in contact with the luminal surface of the sheath, and a luminal surface defining a lumen; and a powder coating of one or more of sodium bicarbonate, sodium maleate, sodium gluconate, sodium fumarate, sodium chloride, magnesium bicarbonate and potassium bicarbonate, disposed on at least one of the abluminal surface of the device and the luminal surface of the sheath, wherein the device and the sheath prior to the application of the coating have at least one of a first property of adhesiveness and a first property of friction when in contact with each other, and subsequent to the application of the coating have at least one of a second property of adhesiveness less than the first property of adhesiveness and a second property of friction less than the first property of friction when in contact with each other. a sheath having an abluminal surface and a luminal surface; an expandable medical device disposed at least partially within the sheath, the device having an abluminal surface at least partially in contact with the luminal surface of the sheath, and a luminal surface defining a lumen; and a powder coating of one or more of sodium bicarbonate, sodium maleate, sodium gluconate, sodium fumarate, sodium chloride, magnesium bicarbonate and potassium bicarbonate, disposed on at least one of the abluminal surface of the device and the luminal surface of the sheath,
Binary ceramic material, having a bismuth sodium titanate component and a potassium sodium niobate component, having the composition (1-x)(Bi 0.5 Na 0.5 TiO 3)x(K 0.5 Na 0.5 NbO 3), where 0.11 ≤ x ≤ 0.12.
A pharmaceutical composition comprising at least one isolated and/or recombinant lysin polypeptide that is effective to kill bacteria, wherein the lysin polypeptide comprises an amino acid sequence that is 100% identical to an amino acid sequence of a lysin polypeptide of PlyPa91 (SEQ ID NO: 13).
A steering system for an agricultural machine, the steering system comprising: a first and second wheel assembly, each wheel assembly comprising: an axle assembly comprising an axle; a plurality of wheels wherein the wheels are rotatably connected to the axle; a double-action hydraulic cylinder; wherein the double-action hydraulic cylinder is configured to pivot the wheels in either direction to indicate a direction of turn; and wherein the double-action hydraulic cylinder of the first wheel assembly is hydraulically linked in its operation to an operation of the double-action hydraulic cylinder of the second wheel assembly, characterized in that the axle assembly further comprises a tongue connected to the double-action hydraulic cylinder and configured to pivot about a pivot point, wherein the tongue is further configured to steer the wheels through a plurality of tie rods connected to the tongue and the wheels. a first and second wheel assembly, each wheel assembly comprising: an axle assembly comprising an axle; a plurality of wheels wherein the wheels are rotatably connected to the axle; a double-action hydraulic cylinder; wherein the double-action hydraulic cylinder is configured to pivot the wheels in either direction to indicate a direction of turn; and wherein the double-action hydraulic cylinder of the first wheel assembly is hydraulically linked in its operation to an operation of the double-action hydraulic cylinder of the second wheel assembly, an axle assembly comprising an axle; a plurality of wheels wherein the wheels are rotatably connected to the axle; a double-action hydraulic cylinder; wherein the double-action hydraulic cylinder is configured to pivot the wheels in either direction to indicate a direction of turn; and wherein the double-action hydraulic cylinder of the first wheel assembly is hydraulically linked in its operation to an operation of the double-action hydraulic cylinder of the second wheel assembly, characterized in that the axle assembly further comprises a tongue connected to the double-action hydraulic cylinder and configured to pivot about a pivot point, wherein the tongue is further configured to steer the wheels through a plurality of tie rods connected to the tongue and the wheels.
A rotor having a plurality of magnetic poles, the rotor comprising a rotor core (21, 31) comprising: a step-skew structure with two or more stages; a plurality of protrusions (211, 311, 811) formed on at least a step-skew boundary side; and a tubular non-magnetic ring mounted on outer peripheries of the plurality of magnetic poles so as to cover the step-skew boundary, the non-magnetic ring comprising a plurality of inner diameter bulging portions, each of the plurality of magnetic poles and each of the plurality of protrusions (211, 311, 811) being brought into abutment against the corresponding inner diameter bulging portions; wherein the protrusions are provided only on the step-skew boundary side. a step-skew structure with two or more stages; a plurality of protrusions (211, 311, 811) formed on at least a step-skew boundary side; and a tubular non-magnetic ring mounted on outer peripheries of the plurality of magnetic poles so as to cover the step-skew boundary, the non-magnetic ring comprising a plurality of inner diameter bulging portions, each of the plurality of magnetic poles and each of the plurality of protrusions (211, 311, 811) being brought into abutment against the corresponding inner diameter bulging portions; wherein the protrusions are provided only on the step-skew boundary side.
A serial-type dryer for a textile material web, comprising - a treating chamber including a number of rotatable drums (5.1-5.3) with an outer circumference designed to be air-permeable, said material web partly looping the drums (5.1-5.3), - ventilators assigned to the drums, wherein the drums can be set under vacuum by the ventilators, - a heating device, by means of which the air suctioned out of the drums (5.1-5.3) is heated and can be conducted back into the treating chamber, - a suction unit for exhaust air, - a fresh air feed, and - a heat exchanger that thermally couples the exhaust air flow and the fresh air feed, - wherein the exhaust air can be suctioned at least out of a front drum (5.1) as viewed in the transporting direction of the material web, and the fresh air (9,10,11) heated by the heat exchanger can be fed to at least one downstream drum (5.3). characterized in that the suctioning removal of exhaust air is realized by an air shaft which, internally of the treatment chamber in the area not looped by the material web, extends to the outer circumference of the drum (5.1), wherein a screen (4.1) arranged within the drum (5.1) comprises a passage (4.1D) in correspondence to the air shaft of the suctional removal system. - a treating chamber including a number of rotatable drums (5.1-5.3) with an outer circumference designed to be air-permeable, said material web partly looping the drums (5.1-5.3), - ventilators assigned to the drums, wherein the drums can be set under vacuum by the ventilators, - a heating device, by means of which the air suctioned out of the drums (5.1-5.3) is heated and can be conducted back into the treating chamber, - a suction unit for exhaust air, - a fresh air feed, and - a heat exchanger that thermally couples the exhaust air flow and the fresh air feed, - wherein the exhaust air can be suctioned at least out of a front drum (5.1) as viewed in the transporting direction of the material web, and the fresh air (9,10,11) heated by the heat exchanger can be fed to at least one downstream drum (5.3).
A method of forming an overhanging structure at a discharge end of a cooling hole that passes through a component, the method comprising: forming a recess in a surface of the component, the recess being formed at an end of a bore through the component, the recess including a face at an internal surface of the recess; blocking the bore with a plug such that the face remains exposed, the plug positioned where the bore engages the recess; depositing powder into the recess on the plug and fusing the powder in a pattern corresponding to a layer of the structure; and using an additive manufacturing process to fuse the powder to the face to build up an edge of the discharge end of the cooling hole to form an overhanging tab. forming a recess in a surface of the component, the recess being formed at an end of a bore through the component, the recess including a face at an internal surface of the recess; blocking the bore with a plug such that the face remains exposed, the plug positioned where the bore engages the recess; depositing powder into the recess on the plug and fusing the powder in a pattern corresponding to a layer of the structure; and using an additive manufacturing process to fuse the powder to the face to build up an edge of the discharge end of the cooling hole to form an overhanging tab.
Container of a bag-in-container type, wherein a neck region of the container is provided with at least one opening extending into a space between the outer container and an inner container adjacent thereto, wherein: - the neck region is provided with coupling elements, preferably at opposite sides of said at least one opening, seen in circumferential direction, for coupling of a connecting device to the container for introducing a pressure fluid through said at least one opening into the space between the inner and outer container (12, 35); and/or - the at least one opening is provided with or forming part of a first coupler for coupling a pressure fluid feed line to said opening, for pressurising the space between the inner and outer container (12, 35), wherein the at least one opening extends through a peripheral wall of the neck region. - the neck region is provided with coupling elements, preferably at opposite sides of said at least one opening, seen in circumferential direction, for coupling of a connecting device to the container for introducing a pressure fluid through said at least one opening into the space between the inner and outer container (12, 35); and/or - the at least one opening is provided with or forming part of a first coupler for coupling a pressure fluid feed line to said opening,
An electrohydrodynamic print head comprising a plurality of nozzles arranged in a plurality of wells, extraction electrodes located around said wells at a level below said nozzles, shielding electrodes (18a- 18h) located around said wells at a level below said extraction electrodes, characterized in that, there are, for each well, several shielding electrodes (18a- 18h) located at different angular positions adjacent to said well. a plurality of nozzles arranged in a plurality of wells, extraction electrodes located around said wells at a level below said nozzles, shielding electrodes (18a- 18h) located around said wells at a level below said extraction electrodes, characterized in that, there are, for each well, several shielding electrodes (18a- 18h) located at different angular positions adjacent to said well.
Exterior aircraft light unit comprising: at least two light sources; at least two temperature detectors; and at least one control unit (16; 20); wherein each light source is provided with a variable current bypass component, which is electrically connected in parallel to the respective light source in order to allow bypassing an adjustable electric current by the respective light source; wherein one of the temperature detectors is associated with each of the light sources, respectively, for detecting the temperature of the respectively associated light source and for providing a corresponding temperature indicating signal; wherein the at least one control unit (16; 20) comprises a comparison unit, which is configured for comparing the temperature indicating signals which each other; and wherein the at least one control unit (16; 20) is configured for after the exterior aircraft light unit has been started, determining the light source having the lowest temperature and setting the light source having the lowest detected temperature as a reference light source; repeatedly, periodically or constantly setting the momentary operating temperature of the reference light source as an adjusted reference temperature; and controlling the variable current bypass components based on the temperature indicating signals provided by the temperature detectors so that all light sources are operated substantially at the adjusted reference temperature. at least two light sources; at least two temperature detectors; and at least one control unit (16; 20); wherein each light source is provided with a variable current bypass component, which is electrically connected in parallel to the respective light source in order to allow bypassing an adjustable electric current by the respective light source; wherein one of the temperature detectors is associated with each of the light sources, respectively, for detecting the temperature of the respectively associated light source and for providing a corresponding temperature indicating signal; wherein the at least one control unit (16; 20) comprises a comparison unit, which is configured for comparing the temperature indicating signals which each other; and wherein the at least one control unit (16; 20) is configured for after the exterior aircraft light unit has been started, determining the light source having the lowest temperature and setting the light source having the lowest detected temperature as a reference light source; repeatedly, periodically or constantly setting the momentary operating temperature of the reference light source as an adjusted reference temperature; and controlling the variable current bypass components based on the temperature indicating signals provided by the temperature detectors so that all light sources are operated substantially at the adjusted reference temperature.